view test-data/SmallCalibratible_Yeast-calib.mzML @ 1:975f857ad9b8 draft default tip

"planemo upload for repository https://github.com/galaxyproteomics/tools-galaxyp/tree/master/tools/metamorpheus commit 7a40b99b4124b0c032a16067741fd55a60b48cb0"

<?xml version="1.0" encoding="utf-8"?>
<indexedmzML xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns="http://psi.hupo.org/ms/mzml">
  <mzML version="1.1.0" id="SmallCalibratible_Yeast-calib">
    <cvList count="2">
      <cv id="MS" fullName="Proteomics Standards Initiative Mass Spectrometry Ontology" version="4.0.1" URI="https://raw.githubusercontent.com/HUPO-PSI/psi-ms-CV/master/psi-ms.obo" />
      <cv id="UO" fullName="Unit Ontology" version="12:10:2011" URI="http://obo.cvs.sourceforge.net/*checkout*/obo/obo/ontology/phenotype/unit.obo" />
    </cvList>
    <fileDescription>
      <fileContent>
        <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
        <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
      </fileContent>
      <sourceFileList count="1">
        <sourceFile id="SmallCalibratible_Yeast.raw" name="SmallCalibratible_Yeast.raw" location="file:///C:/Data/SlicedYeastRawFiles">
          <cvParam cvRef="MS" accession="MS:1000768" value="" name="Thermo nativeID format" />
          <cvParam cvRef="MS" accession="MS:1000563" value="" name="Thermo RAW format" />
          <cvParam cvRef="MS" accession="MS:1000569" value="4ede32545182c06b031abc46e29802452427783d" name="SHA-1" />
        </sourceFile>
      </sourceFileList>
    </fileDescription>
    <softwareList count="2">
      <software id="mzLib" version="1">
        <cvParam cvRef="MS" accession="MS:1000799" value="mzLib" name="custom unreleased software tool" />
      </software>
    </softwareList>
    <instrumentConfigurationList count="1">
      <instrumentConfiguration id="IC1">
        <cvParam cvRef="MS" accession="MS:1000031" value="" name="instrument model" />
        <componentList count="3">
          <source order="1">
            <cvParam cvRef="MS" accession="MS:1000008" value="" name="ionization type" />
          </source>
          <analyzer order="2">
            <cvParam cvRef="MS" accession="MS:1000484" value="" name="orbitrap" />
          </analyzer>
          <detector order="3">
            <cvParam cvRef="MS" accession="MS:1000026" value="" name="detector type" />
          </detector>
        </componentList>
      </instrumentConfiguration>
    </instrumentConfigurationList>
    <dataProcessingList count="1">
      <dataProcessing id="mzLibProcessing">
        <processingMethod order="0" softwareRef="mzLib">
          <cvParam cvRef="MS" accession="MS:1000544" value="" name="Conversion to mzML" />
        </processingMethod>
      </dataProcessing>
    </dataProcessingList>
    <run id="SmallCalibratible_Yeast-calib" defaultInstrumentConfigurationRef="IC1">
      <spectrumList count="142" defaultDataProcessingRef="mzLibProcessing">
        <spectrum id="controllerType=0 controllerNumber=1 scan=1" index="0" defaultArrayLength="1964">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.17216704212484" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.108694781585" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="506163360" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="359.2405153718944" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="10261801" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.044005" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.879135549068" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20952">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20952">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=2" index="1" defaultArrayLength="139">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0707383375599" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="849.37305352017" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="7180275.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="487.2976992645452" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="715996.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.061071666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 488.73@hcd42.00 [100.00-990.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="9.883861541748" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="488.7354240630274" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="990" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=1">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="488.7354240630279" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="488.7354240630274" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3344004.75" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1484">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1484">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=3" index="2" defaultArrayLength="166">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07065743511193" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="667.3798295141343" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="5286843" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021265718032" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="565968.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.064925" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 337.71@hcd42.00 [100.00-690.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="9.571125030518" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="337.7137914251533" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="690" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=1">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="337.7137914251529" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="337.7137914251533" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2323262" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1772">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1772">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=4" index="3" defaultArrayLength="127">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07077710497141" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="748.3576329110299" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4643449.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021692819141" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="641612.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.068735" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 502.75@hcd42.00 [100.00-1020.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="13.04873085022" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="502.74873278893375" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1020" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=1">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="502.74873278893386" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="502.74873278893375" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1336097.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1356">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>GcqxnIdEWUC3E8M82EZZQJ0RiP6Ag1lAdmJ/LYyEW0AgxEJRjQVcQEY2L+AjBV5AYJlDDYTFX0D/S3u4KSJgQEKPg/hEI2BARPFleZVBYEB7s265wUJgQP5Gc5leQ2BACRgGf24CYUAIuOEgH0JhQGWR1WHGYmFAto9TCZxjYkApc8ywwmNjQEmfsdFygmNA/Y+lMh2jY0CWepMT+cJjQI+tA9v1wWRAN+yTYfWiZUBZM3ijzuNlQF51D8l2o2ZAjLPl6m7iZkB+ee6qm+NmQFLsva3yQ2dAr6mxLpZkZ0ADeGfyxeNnQJqrTBN3AmhAvVkitqNjaED+UdN6dQRpQIrItbvIImlAz0O+e+sjaUAL940eS4RpQEyBMYNQI2pAC7skZOJDakChnhDFeGNqQN1e8mb7o2pA9gTUiHrkakBgG6MrxURrQOj0WG/2w2tAeExEEHrja0AYtBOTz0NsQNtQ9XRNhGxAB/ooIE4EbkAWZxjBXSRuQGuZE+IARm5A2t/vAoBjbkCJxfgCsWRuQHoM2+P9gm5AV2PjwxuEbkDt0QbYkBJwQGB7fFhSInBAMp9x2SVDcECoNuQZflJwQIDMWfo8YnBA9nA6nJmicEDEpwKf+AFxQIRV+d8AI3FAf/duYMEycUBDM3OAUjNxQM1q5KB7QnFAdFGi5MDCcUBCOBXFI9JxQMtJGoXR0nFADeSMJSricUB+QJGlv+JxQOx3+Qb8EnJAjljUCJNSckAKSE4J52JyQFCznms7snJAG6xw7ugSc0C3SzzRvHJzQOyVrXHogXNAvca08d6Cc0DaUuVVfhJ0QEdHpLnnknRAwqkVmhaidEC7FNXdjyJ1QO2z291yI3VASXpNHq8ydUCBVQwiFbN1QM9k52Oy8nVAjyg9Br5CdkCh80PmpkN2QJVrtabYUnZA0WYs7r1Sd0AvB6UO5WJ3QEVCrO7cY3dAF3rVEoHyd0C5kR4WImN4QHR4PVusEnlA2UoPRUtjekDkb5DIbdt6QLLCRunX83pADAG/6fEDe0CNl4lMomN7QIfHxYyxa3tAdw13jW6De0CM+VTvbcN7QNU133Wfo3xA0/WM2gJEfUD0SWV8QoN9QIUTR17Gw31AT4UNgjBFfkDdHn/CZlR+QKnRhWJMVX5ARFX1IjtkfkAMGHOm6dt+QGDo8oneU39AOyAAqqNVf0AaUHYqd2V/QD1/5yqfdH9ATOie7gX0f0AyZ4P7FoqAQNhtt58tGoFAE0bzHzEigUDRn2y1VAKEQPC7oDlukoRAh4O8G7bahEBzxNQdhSKFQJ/HEF6OKoVA5oMAJp86hkCz+DSKxMqGQAC+aG7SWodAxsakbtxih0A=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1356">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=5" index="4" defaultArrayLength="141">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07063742146535" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="928.407190939437" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1608355" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="472.27641381642104" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="129505.671875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.072453333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 537.28@hcd42.00 [100.00-1085.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="22.945537567139" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="536.2754549731189" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1085" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=1">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="537.2788753463172" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="537.2788753463172" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="225846.9375" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1504">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1504">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=6" index="5" defaultArrayLength="2032">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.16722318262185" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.7606714866959" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="628431488" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="420.7146617028909" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="13689428" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.078336666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.876650035381" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="21676">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="21676">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAgEUN8UAAAAAgjiT2QAAAAOBU/fNAAAAAABGO80AAAAAgvaPxQAAAAID9VORAAAAA4Bh0EUEAAACgJ1n2QAAAAICs3uJAAAAAYAIJ60AAAAAAOkcBQQAAAKDQxglBAAAA4P3OJEEAAACAasHgQAAAAGDEk+NAAAAAYAXjEUEAAACgukP/QAAAAOAP6wlBAAAAALXGFEEAAACABtsnQQAAAKAcqkJBAAAAoJG830AAAAAAee4LQQAAAABp0fRAAAAAQB66QUEAAAAgW44hQQAAAODTPSxBAAAAAOLb40AAAACgyToWQQAAAGAMzfhAAAAA4JtzQUEAAAAAzwQIQQAAAKBU1v1AAAAAQBjOJkEAAABAJ5vyQAAAACA4gQhBAAAAYB/gIUEAAABgT6DqQAAAAKA2DRdBAAAAYPFh5kAAAAAgePrtQAAAAMCfRg5BAAAAII4m7UAAAABAvwvtQAAAAMDDn+dAAAAAQDxt80AAAAAAVOQXQQAAAGDfLRBBAAAAYHG+8UAAAABgFIjwQAAAAGDpVONAAAAA4KSMQ0EAAAAgWNToQAAAAMDCUfFAAAAAAJXG+EAAAABgDh7lQAAAAKDY7EBBAAAAgCMcKEEAAACg1kdGQQAAAGCUAeZAAAAAwKJu80AAAABgMsAhQQAAACCIff5AAAAAoHcJKkEAAADgAH/hQAAAAAChJvBAAAAAQN+c9UAAAADAvgsTQQAAAADELwpBAAAAAKFcE0EAAABAoG0KQQAAAABcJgpBAAAAYJAi+kAAAABAUpr0QAAAAMActPJAAAAAIGjX50AAAADA8gH/QAAAAGC4g+ZAAAAAoJ424EAAAADAkd4QQQAAAMBMyOhAAAAAwN3950AAAAAAXcnhQAAAAADvs+lAAAAAAMkw3kAAAABgZob0QAAAACDAvilBAAAAABCXA0EAAACA3cThQAAAAGDOgRRBAAAAIEkl90AAAABgzkznQAAAAGCsne9AAAAAQASi5kAAAABgC24eQQAAACCsl+ZAAAAAQJqvCEEAAAAA8ZX2QAAAAOBS6eNAAAAAQDcOEkEAAADgMGPuQAAAACC1XRRBAAAAwATD70AAAABAD8sAQQAAAIDuS+NAAAAA4Hnb9kAAAACAy7UyQQAAACCS0OFAAAAA4Ix75EAAAACgCZniQAAAAMD8UT5BAAAAIEL590AAAADAV8IBQQAAAMBAJiJBAAAAQL8WHUEAAAAALasAQQAAAED/ruNAAAAA4HxRBUEAAABgE805QQAAAED3VuJAAAAAwDAKEUEAAABAYN3sQAAAAGB7xAJBAAAAIIXuDkEAAADgRirwQAAAACCM1upAAAAAoBhwAEEAAAAgKbT3QAAAAECQfOVAAAAAYCtT9EAAAADAa2jmQAAAACAp0ARBAAAAYADY5EAAAACgqn73QAAAAOCtRulAAAAAQAx/4kAAAAAgAYQTQQAAAMDrkOFAAAAA4KnL50AAAABgGP/lQAAAAIDEg1dBAAAAQE0i7kAAAABg4oLlQAAAAKAcHwRBAAAAwBFUR0EAAACgKZ71QAAAAOCMu+xAAAAAwBUh+EAAAABAe5AmQQAAAGDkGi9BAAAAwN5dIkEAAABA+W0nQQAAAMDU0RVBAAAAIPlNPEEAAADA5DsNQQAAACDzKN1AAAAAQAbp8kAAAACgIDXyQAAAAMD9KfxAAAAAAMBkIkEAAABAfjLgQAAAAOAN+g9BAAAAQOvzA0EAAACA40niQAAAAOBuY+ZAAAAA4AJ15EAAAACAEoz3QAAAAKBTJONAAAAAIN544EAAAADAm60FQQAAAIDh8/RAAAAAQE5W9EAAAADANx3jQAAAAIC6vwlBAAAAoKND7kAAAABAo5wAQQAAAODEO+BAAAAAYAt23UAAAABgGxPhQAAAAKAfgOdAAAAA4P8aHkEAAADAwSD7QAAAAICGog9BAAAAIKAa60AAAACAIbAJQQAAAEB9nwBBAAAAoI7fKUEAAABAA4PtQAAAAMD8QhpBAAAAYPX7EkEAAADgmkATQQAAAGC+/eBAAAAAwObh8kAAAADAKfEBQQAAAEBYYwxBAAAAAEjBAkEAAABg4KQVQQAAAOBebQVBAAAAgIUNAEEAAABAhlH6QAAAAEBfhEBBAAAAgF7x40AAAABAu2flQAAAAEAiwuFAAAAAYIQWNEEAAAAAMTHgQAAAAMBK5/NAAAAAwA/SM0EAAACgCAISQQAAAOAT+RFBAAAAwPOi7UAAAADgjksZQQAAACCYUPpAAAAA4Ee230AAAACgIz0hQQAAAMAX+fJAAAAAAIaXBUEAAADgCfgXQQAAACC1X/FAAAAAAB+6EUEAAAAAIHfuQAAAAMAY/eFAAAAAoIVC4kAAAADAEfvqQAAAAOAFlvJAAAAAwAf24kAAAABAPNEbQQAAAKDIVxZBAAAAIG8K8kAAAABgWoftQAAAAOBaieFAAAAAgNrQ70AAAAAg0yjwQAAAAED6XPFAAAAAAFGz6kAAAADgNsjzQAAAACAa5e5AAAAAgOsvAkEAAADAl8gLQQAAACA3ft5AAAAAoPq+4UAAAADgHS7+QAAAAOCL3PJAAAAAgKgoK0EAAADAJwrlQAAAAOBQei9BAAAAYMFK6kAAAABA864VQQAAAABa/TRBAAAA4OkUCEEAAADgFafzQAAAAODlrhZBAAAAIMTQ+EAAAAAAI3HiQAAAAABEieZAAAAAYMAw8EAAAACAXzbsQAAAAMAbLwVBAAAAwCz8EkEAAACAZXHnQAAAAIDesONAAAAA4E+T6UAAAABAzRgSQQAAAGCm2f9AAAAAAGUp90AAAAAgyTP0QAAAAACW4vBAAAAAgKE//kAAAABAilXqQAAAAEAvmuVAAAAA4CTu7kAAAAAABjbqQAAAAED91e9AAAAAYHp65EAAAABAFaXiQAAAAKB4Zh5BAAAAAGwG90AAAABgVof9QAAAAMCP3SpBAAAAQKHUEUEAAADgAYTzQAAAAIDvWuZAAAAAwDS64EAAAADgIjXoQAAAAEDiUhZBAAAA4J7sAkEAAABglQHnQAAAAKAFz/tAAAAA4JZ080AAAABAkK3jQAAAAOBl3C1BAAAAoJl0J0EAAADgwy1pQQAAAGAakPpAAAAAIIlV4UAAAAAgO88SQQAAAKD/w/JAAAAAYCXW4kAAAADgKjwgQQAAAGBUjRhBAAAAgCgB40AAAADA1ajyQAAAAOApC/RAAAAAgBWEEkEAAACAiQhBQQAAAIDJlu9AAAAAwLZ8CUEAAAAgp1T/QAAAACAsgTNBAAAAQPRIAEEAAAAAOGzwQAAAAECm9fBAAAAAQOTi5UAAAACgrosFQQAAAOAzvvFAAAAAYEfc6kAAAACg0AbjQAAAAAAQ9t5AAAAAIOTcK0EAAADAeSXyQAAAAKB8Lh1BAAAAYLiB70AAAADgnC8wQQAAAIB70+VAAAAAIGsADkEAAADgBGVGQQAAAOD6uglBAAAAYMiB/kAAAABAPGUTQQAAACDGvC5BAAAAYBbW60AAAACghETjQAAAAIA2gBJBAAAAgGaK/EAAAADgGkcBQQAAAMDgpiFBAAAA4Kdx8UAAAACgTMr1QAAAAOCFNBRBAAAA4AdS6UAAAAAAXGTlQAAAAMABD+JAAAAAADiQ90AAAADAHQslQQAAAADMrSJBAAAAQEMm9kAAAABgW/LpQAAAACBT7QhBAAAAIJp2BUEAAABA4NflQAAAAECiSgRBAAAAgIyGAEEAAADgsq/gQAAAAEDl/epAAAAAoK1z4UAAAABgkLP9QAAAAMDmo/JAAAAAALcdVUEAAACg2F3dQAAAAGB06zlBAAAAYLht9UAAAADANRUhQQAAAKBzffpAAAAA4AMT80AAAAAAMVw0QQAAAMBzajNBAAAA4OklCUEAAAAAauzjQAAAAAAQYRRBAAAAoF/X90AAAAAgRzUMQQAAAEAXHONAAAAAACxS9EAAAAAgpLHoQAAAAEAF5PtAAAAAQPHG/EAAAABAPpz4QAAAAGAOTvNAAAAAwOLd5EAAAADgzgxnQQAAAOD2MlRBAAAA4JQRTkEAAACgTTYKQQAAAABe/P1AAAAAAEnzK0EAAAAABM0JQQAAAOAXOT1BAAAAwC9zLEEAAABAt2gaQQAAAKDgHARBAAAAwOlRCkEAAADA6rLlQAAAAICOtQNBAAAAwJvI9EAAAACg6EflQAAAAMAGCfFAAAAA4Nk9/UAAAADgByPyQAAAACBvBkRBAAAAIBRG4kAAAACg+HPkQAAAAMCfA/ZAAAAAwJS0A0EAAADAg4UaQQAAAAAAmepAAAAAwLKO90AAAABgBKgtQQAAAODO5C5BAAAAYFh73kAAAABAaz3oQAAAAGAu5RNBAAAAwDHu5EAAAABAGG/yQAAAAMDwBQdBAAAAwGe66kAAAADAbpryQAAAAMBIhwJBAAAA4JIV6EAAAABguOkjQQAAAIBoouNAAAAAoE+E5EAAAADgYL4WQQAAAKDScutAAAAAAAG95kAAAADggkACQQAAAMBcGgNBAAAAwCDj4UAAAABATnfwQAAAACAZ3+1AAAAAIPjX8UAAAAAgBtgSQQAAAIB9wOtAAAAAYKEM8kAAAABAYAfnQAAAAIA+7edAAAAAALYA8EAAAAAgadDsQAAAAICBN/VAAAAAwKFR/UAAAACAap0IQQAAAGDD/gJBAAAAQMfF40AAAACgjvgOQQAAAKDStQ9BAAAAAEXnAkEAAACg4VclQQAAAACKBP5AAAAAYJW6JEEAAACA+/LfQAAAAOARcedAAAAAAHSQ+EAAAABgfVARQQAAAMD26eRAAAAAoGu0+0AAAACAXmkYQQAAAGCBfTFBAAAAYKCjBEEAAADgvRb7QAAAAGBaKwNBAAAA4FHFDkEAAADAkhzwQAAAAGAtrd1AAAAAIPZq50AAAABg4STlQAAAAEDUaetAAAAAAOGVEkEAAADgiPjlQAAAAGBxaCVBAAAAYPTm4UAAAADgvQEXQQAAAGB/P/lAAAAAYC+H40AAAADAynn2QAAAACBTFPdAAAAAALXPKEEAAADgKdUwQQAAAABR7PRAAAAA4MaQ6UAAAAAg3SYhQQAAAID+gelAAAAAgCmeLEEAAADA/qdgQQAAAGDKHwRBAAAAoLMqA0EAAABgmxLgQAAAACB8HOFAAAAAQDow6EAAAACAWrMRQQAAACBDBClBAAAAAJk/CUEAAACAF3k3QQAAAEBX/eVAAAAA4ExfE0EAAACAglrwQAAAAMCvY/lAAAAAwOKk/EAAAABgzM7/QAAAAGAYAzZBAAAAgKdo60AAAABA43P0QAAAAKBALhBBAAAAoIDX7EAAAADAmWkLQQAAAODcbvJAAAAAAK/I8EAAAACgohr0QAAAAACaUAJBAAAAABsCVEEAAABALvsKQQAAAKDJl/VAAAAAQIAn5EAAAADAYCfqQAAAAAARvz5BAAAAQD4w9EAAAABAWnUcQQAAAICPV+RAAAAAYJCS4kAAAAAgWEP0QAAAAIAmnPBAAAAAQB+E8EAAAADgLGXyQAAAAOCwHDlBAAAAIBtEDkEAAABA5fToQAAAAKA0GRJBAAAAwNdcE0EAAABgAUnlQAAAAKBYUOhAAAAAQCfg+0AAAACg4OzzQAAAAKB9cwNBAAAA4BlrBkEAAACgMJHiQAAAAGBDRABBAAAAoMI17kAAAACgVbBWQQAAAODyviFBAAAAYL4TBEEAAADAAjEQQQAAAEDFV0BBAAAAQHpk+0AAAADgycj0QAAAAAD8K/lAAAAAwAXfCEEAAABAjN7qQAAAAOANVQ5BAAAAoBdx4UAAAADAcrsDQQAAAGCklONAAAAAYGZPQkEAAAAgBs/uQAAAAGDKUOhAAAAAQBcJQ0EAAADACQ4GQQAAACC01OVAAAAAoPFiCkEAAAAgWHD5QAAAACBNjxNBAAAA4Lnl/UAAAACgcas4QQAAAKCy2B5BAAAAYNXSGkEAAAAgWt0gQQAAACBmUfNAAAAAIF+TEkEAAABAReDjQAAAAAC2ZwtBAAAAoNQ/BEEAAABAcJJEQQAAAOD/f2JBAAAAIBt9EEEAAADA/QHmQAAAAOARNuhAAAAAwPvk/EAAAABgGI0LQQAAAMDHlBpBAAAAwAgcOEEAAABAY3/9QAAAAGCxEO1AAAAAwEfl/0AAAABA6LISQQAAAICWv+ZAAAAAwGwcGUEAAADgPaj1QAAAAIBIxvJAAAAAgEVf7kAAAACgZu7zQAAAAEAzx+NAAAAAAHYZ6EAAAACgrJkCQQAAAIA6rhBBAAAAwK1M80AAAACg57zzQAAAAGDVifVAAAAAoObbEkEAAACAR9UyQQAAAADObOVAAAAA4GXLAEEAAACgxmH2QAAAAICMWO1AAAAAoMbNDUEAAADApxTnQAAAACA8R/FAAAAAIKzW5EAAAAAg4EPqQAAAACAsA+NAAAAAgHja+EAAAADgOIHyQAAAAEBXvwBBAAAAgAlU5UAAAAAgIK7iQAAAAACRaudAAAAAANb370AAAAAgMTz5QAAAAACQ3elAAAAAgK0XBEEAAABAFZwGQQAAAMAnMwhBAAAAoNCG6kAAAACg1Rz/QAAAAMCxF/ZAAAAAoGd9EEEAAABgYLXnQAAAAMA27O9AAAAAQB8w60AAAACAyfflQAAAAAD/1kBBAAAAQOMuKUEAAACgOtT3QAAAAKB5/uBAAAAAgNdMCUEAAABA+jr9QAAAAGC7ueFAAAAAoITN4UAAAACANPRCQQAAAEDPhxZBAAAAQGUs/UAAAADgzXACQQAAAMDVuyVBAAAA4Aaq+0AAAADA96vzQAAAAEDn7QVBAAAAYMDHBkEAAAAg5pYbQQAAAODGrxlBAAAAoJisBkEAAABgYAXtQAAAAGAVMQJBAAAA4Nfr+0AAAACg5p4WQQAAAGC5LuRAAAAAwK4+9EAAAACgtKPzQAAAAACMi+pAAAAAIAq0/0AAAABgNNn0QAAAAABQ2hVBAAAAYAsO6kAAAAAA+VYKQQAAAODRBvNAAAAAQOH6LkEAAADAzfjtQAAAAADfHvtAAAAAIP7JIEEAAABgSZ0TQQAAAODV8gBBAAAAAJeYPUEAAADgvE8DQQAAAID79UBBAAAAIKtx9EAAAAAgTZDvQAAAAIB6X+dAAAAAgCB570AAAACgRrkQQQAAAEBbVhxBAAAAYHgGQUEAAACge8j5QAAAAOChwiVBAAAAwBjc60AAAABA0TLrQAAAAIDOIwFBAAAA4Fgk/kAAAABA0t7wQAAAAAAoiAFBAAAAIEL8CUEAAAAATSHrQAAAACBcn+dAAAAAAHs6G0EAAABgd1ElQQAAAID/Iu1AAAAAwK9p7kAAAAAA2CT1QAAAAKA4x/lAAAAAgCGCGUEAAAAAEl7mQAAAAOBX0gNBAAAAgFWS4UAAAABgX9NNQQAAAECl/iFBAAAA4L1pLEEAAABgbcHhQAAAAGBzQPZAAAAAIJ8/B0EAAACglwJbQQAAAKD51yZBAAAAYO2rAkEAAABA7DYBQQAAAACcdfZAAAAAYJSGH0EAAAAAB2RNQQAAAGCDjC9BAAAAwOK9/0AAAABgh27lQAAAAMCUJzRBAAAAoCVdQ0EAAABAMSYzQQAAAICFQ+BAAAAAIBp95kAAAABgmcb/QAAAACBlTglBAAAA4CZf9EAAAACAmT7yQAAAAKDJIx9BAAAAIInJ7EAAAACADQDlQAAAAOC3guFAAAAAgMjv40AAAABAiOH9QAAAACAoVuZAAAAAQLCw4UAAAADgLrL1QAAAAEBdfulAAAAAgEocakEAAAAgQaX1QAAAACA61+dAAAAAoBAPN0EAAADAAZZSQQAAAEA6dexAAAAAQJDUMkEAAADA74cOQQAAAIAP4gtBAAAAoLbHMEEAAACgULEYQQAAAKBfU+tAAAAAADrY4kAAAACgDubxQAAAACC8LfFAAAAAgA/bO0EAAAAgJKsIQQAAACBKiBZBAAAA4P108kAAAAAgI8oQQQAAAODrflVBAAAAIHEcHEEAAACg9733QAAAAMC7Oz9BAAAAIBTu+UAAAAAA0m7zQAAAAGAv0B5BAAAAoKSdKEEAAADgIDzkQAAAAKCJJu9AAAAAQGt/+EAAAACg0fnjQAAAAIC+DRVBAAAAIBcs5UAAAACggIr7QAAAAOBjYAFBAAAAQOsJ4kAAAADgRAEKQQAAAKAvXf1AAAAA4GStFkEAAAAgMSnwQAAAACBCqfFAAAAA4OARS0EAAABA4UUAQQAAAIBEXjFBAAAAAKTY4UAAAABg9pbnQAAAAOCxABhBAAAAIFVmIUEAAAAgPGr3QAAAAOC3mglBAAAAwGp06EAAAABgoG3wQAAAAABDyfpAAAAAgGCDGUEAAACgg2z0QAAAACD/b/hAAAAAYBF/BUEAAADgqk4dQQAAACAP7D1BAAAAoLSv8EAAAACAAokCQQAAACBStudAAAAAYAel+UAAAACgVMHiQAAAAGAItA1BAAAAgAF0MkEAAADAneE2QQAAACDdiTFBAAAAwO+nA0EAAABge4nzQAAAACCg/wJBAAAAQLEOCUEAAABgqh4OQQAAAICN9AdBAAAAoL767UAAAACg0qH3QAAAAGBXcA5BAAAAAKa7DkEAAACAa+nrQAAAACDL1fdAAAAAIHSn/UAAAACAhm8gQQAAAMCzRudAAAAAYJNJ4kAAAADAOEnqQAAAAODnGhVBAAAAQHYt8kAAAAAAurjxQAAAAOCUMwVBAAAAYIf5AEEAAACgFgtBQQAAAGA2WedAAAAAAGBB8kAAAACggtThQAAAAKDgGkNBAAAAgIfwE0EAAACAfvYbQQAAACAI2exAAAAAINXi8kAAAABgU+TpQAAAAAAggDJBAAAAoMrJGkEAAABgC33oQAAAAMDml/BAAAAAwNTPDUEAAADgYoAJQQAAAOANcOVAAAAAQFaFB0EAAABgtCLrQAAAAOCH9AFBAAAAYCt05EAAAAAAqHXyQAAAAMCsDvRAAAAAYPbx4kAAAACAw0UhQQAAACCbxuRAAAAAgKoF9kAAAACAOfYDQQAAAADQXgFBAAAAoLsI6EAAAAAgarHkQAAAAGDyW/BAAAAAYPIzLUEAAAAgA+gTQQAAAECdM+5AAAAA4Dtw90AAAABABZomQQAAAICAe/BAAAAA4J6LCEEAAAAgd5bkQAAAAEDKYCFBAAAAwAJeKkEAAADgKtPpQAAAAOAWYTpBAAAAQILL7EAAAACgNfL0QAAAAAAVfAFBAAAAoE4fBkEAAABAcnkYQQAAAAARrRZBAAAAoDAX60AAAABAvl0oQQAAAGBCATpBAAAAgBKa6UAAAADgdVT/QAAAAMDq7v9AAAAAQGirAkEAAADgrzXqQAAAAMDIohZBAAAAoA0o6EAAAAAAIoDxQAAAAICvZCxBAAAAAKFuFEEAAABAktHtQAAAAIDOHv1AAAAAANoq8UAAAAAgAk79QAAAAIDqshJBAAAAgPYm8kAAAADA2fQzQQAAAOC54+dAAAAAwDG9AUEAAABAybzwQAAAAKDLLhZBAAAAoHX2+UAAAACACAbnQAAAAADvFfhAAAAAgH1y5UAAAACAZNLoQAAAACDcku1AAAAA4D8XAEEAAACAi+jiQAAAAKDKnvBAAAAAwJY98UAAAACAHTjyQAAAAGBUAfNAAAAA4BIsHUEAAADg++0VQQAAAIALJBVBAAAAIMct4kAAAACg1x0DQQAAAAC6sv9AAAAAYPWR50AAAACA4MrjQAAAAOBUZulAAAAA4BNiCEEAAACgS102QQAAAICHJhVBAAAAQFUF40AAAADATBXpQAAAAEAVFRRBAAAAQLBeFEEAAADgonjuQAAAAIB+XxJBAAAAIJ524UAAAADANuHjQAAAACC1pg5BAAAAQPsrAUEAAADgBdjzQAAAAOC/8+VAAAAAIPvW4kAAAACAh+bzQAAAAIBCrfVAAAAAYHrC5EAAAAAAe9oBQQAAAADnCvlAAAAAIPc/FEEAAADgN38lQQAAAAAwPedAAAAAwLXlBkEAAACAtuzrQAAAAKB8Uv5AAAAAQMa95EAAAABAYgYQQQAAAEAW7e5AAAAA4MQo5kAAAAAA4ZPlQAAAAEBqtehAAAAAQIwX7EAAAAAAPivkQAAAAKAFvOlAAAAA4NS04EAAAACgWh4AQQAAACDLUOBAAAAAoABB4UAAAACAa3A0QQAAAIDhV/RAAAAAoPyx8UAAAAAgO0APQQAAAMCfyAxBAAAAoFmQ70AAAADg0oTtQAAAAKBikudAAAAAYFfaNkEAAABgTuNAQQAAACDOxg1BAAAA4HqNCEEAAABAC79AQQAAAMDdQAxBAAAA4C/LHUEAAADg9b7hQAAAACBNMuBAAAAAgKWO50AAAADgpTXiQAAAAABGOhpBAAAAoIsuREEAAAAgF6n0QAAAAMAw1/dAAAAAIIqnEEEAAAAAF6YxQQAAAKDx0zxBAAAAAF6MGkEAAACgSLvlQAAAAADfHP5AAAAA4L5eBkEAAABA6DgdQQAAAKCJ6w1BAAAAoEhw9kAAAAAgcNnvQAAAAOAnnexAAAAAAOo070AAAAAAX2/oQAAAAAB7fvBAAAAAwOmb5UAAAAAAJaTuQAAAAKB5FuxAAAAAAKy570AAAAAA/cbqQAAAAIC5hxRBAAAAwGYZ9UAAAADg5QrxQAAAAIArv+BAAAAAoJQU5kAAAABAMVXkQAAAAIB0jwJBAAAAwEcKF0EAAAAgaJDlQAAAAEAmvgBBAAAAYAKi40AAAABABCgAQQAAACD/wjpBAAAAYA7dDkEAAAAgWp0DQQAAAMC+FflAAAAAQJTSFUEAAAAAIR8sQQAAAABorgtBAAAAANRU7kAAAABANcnuQAAAAGCZA/BAAAAAoEA250AAAAAgWiBdQQAAAIAyMPFAAAAA4G9LRUEAAAAge2ggQQAAAIAZJyJBAAAAgNaqOEEAAADAdw37QAAAAKBLOAJBAAAAgGE/GkEAAADgz3rmQAAAAEAZsf1AAAAAQPWp+0AAAADAC7LqQAAAAIBvRRZBAAAAQN1rSEEAAADA/JAUQQAAAIB8GvRAAAAAAKnUIEEAAACggpsEQQAAACBkyyJBAAAAoPuWNkEAAAAgSsIAQQAAAMB3YflAAAAAIMD/KEEAAADAzXjxQAAAAMApWvVAAAAAwG9PAkEAAADAeJQiQQAAAEAaeAVBAAAAwDA55kAAAABAqmIAQQAAAEARpvNAAAAAAHK1A0EAAABguZDwQAAAAGA4eglBAAAAYCHYCEEAAABgtxDhQAAAAOBLk+FAAAAAIPgv6UAAAADAKgERQQAAAMCGefJAAAAAwFc460AAAABAHznoQAAAAABVUeRAAAAA4ElV5EAAAACgruILQQAAAAC/qvlAAAAAQPb890AAAAAA7tbfQAAAACDMBfNAAAAA4IDt7kAAAADAZyYQQQAAAGBpMO5AAAAAQOEu5UAAAADgkuPpQAAAAEB53exAAAAAYDaYCEEAAABAZ5XiQAAAAMCoUOVAAAAAQJyV+kAAAADAoS/lQAAAAKCcx+VAAAAAwJGX/0AAAABA5QgBQQAAACDev/JAAAAA4GvYFUEAAAAg9MrjQAAAAKAcxONAAAAA4Ocm9UAAAABA0nQwQQAAAGCPjxFBAAAAAMNR+EAAAAAAEBT2QAAAAGC+ueRAAAAA4IftUkEAAAAgdeDhQAAAAIAn90FBAAAAAHu96UAAAACgz14wQQAAAGB51ydBAAAAwOZkEkEAAADgfoD0QAAAAOABeR9BAAAAYEAnB0EAAABgsGwnQQAAAMACJyhBAAAAQKhoKkEAAACg8B8FQQAAAGCPb/VAAAAAYHwW5EAAAACgGaIBQQAAAKAalRhBAAAAoHFAIEEAAAAAP1H0QAAAAICQ/+1AAAAAYFMJ9UAAAADgwQjiQAAAAECs4eVAAAAAYIy3QUEAAADAkoz2QAAAAMCdx+JAAAAAgFY950AAAACgsuMYQQAAAMCe9y1BAAAAgPEGAEEAAABAN20pQQAAAKDgmBBBAAAAgM0SAkEAAACAVCTpQAAAAEB8OeZAAAAAYI9h6UAAAABgppv1QAAAAGDM1v9AAAAAoDpA60AAAACAiZDkQAAAAIBLSgRBAAAAAPlT70AAAABAVycYQQAAAMAN9OZAAAAAAD8Y+EAAAABASXbtQAAAACBZ5BZBAAAAQL+g6EAAAACgop0EQQAAAMDcABtBAAAAAN4m8UAAAAAg05PyQAAAAEAErQNBAAAAAL/X8UAAAADAGrYTQQAAAEBpETZBAAAAAPIqI0EAAACAeDYVQQAAAMBHt/ZAAAAAAJEBJEEAAACAtDooQQAAAOD2ixhBAAAA4IRr5UAAAACAX1f1QAAAACAZyR1BAAAAwJFz6EAAAAAgrOYRQQAAAOAWuQRBAAAAQDJx+UAAAADADBg7QQAAAABRlPNAAAAAYGgz40AAAAAATHbwQAAAAAAGnO9AAAAAgHUBF0EAAADAu4j6QAAAAGAiHOZAAAAAAGB09EAAAABgglbhQAAAAECJkPBAAAAAoAd/+kAAAAAgoRgdQQAAAODYl+JAAAAAIDYkFUEAAAAg5in8QAAAAMBuQPNAAAAAAM065EAAAACgfE4bQQAAAKD9YQFBAAAAoE4O+kAAAAAgEa3xQAAAAIBti/lAAAAAwK4CGkEAAAAgRfUBQQAAACATAAFBAAAAYAwID0EAAACg6XvyQAAAAMD4kvNAAAAAgCKx9EAAAACgoPblQAAAAOBlX+FAAAAAgBlF90AAAAAArof2QAAAAIDXpOFAAAAAIDTk60AAAABAzAInQQAAAAAC7uVAAAAAAFn+EkEAAABAe9IgQQAAACBa0SVBAAAAIC7VIEEAAACAv076QAAAACD2wuVAAAAAIB4a6UAAAADAbf1FQQAAAAC/Xe9AAAAAgEOaFkEAAADAYVoIQQAAAMAwW+hAAAAAACHRCEEAAACAL4ckQQAAAABUSBFBAAAAoNWr7UAAAADgVRr1QAAAAGCt6CZBAAAAQDX2AkEAAACAGzohQQAAAAARJvFAAAAAwILpKEEAAABAvBv6QAAAAGDC+RpBAAAAABvnEUEAAACAAzEMQQAAAABJ3flAAAAAwLneF0EAAACg2XsMQQAAAACscvVAAAAA4BwiAEEAAADACuPzQAAAAAAts+1AAAAAgLD27UAAAABg92/pQAAAAGBxBPtAAAAAQAOC6kAAAABARqj4QAAAAKAheuRAAAAAQNpS4kAAAAAgJqXtQAAAAOACau1AAAAAILue/UAAAADAm9DnQAAAAMAT+yhBAAAAYK5NP0EAAAAA1d7yQAAAAEAxazRBAAAAQCV9IkEAAABAAc74QAAAAOA7/xxBAAAAIEldIUEAAADAHXkhQQAAAEDTRAxBAAAAoNX0AUEAAADAHGUAQQAAAKDYakpBAAAAYOWv/EAAAADADIMTQQAAAIB0OPRAAAAAQHAp/EAAAADASXceQQAAAEBWTihBAAAAwKJH8kAAAAAg39LsQAAAAKD0xf5AAAAAYKDm9kAAAADgR2vjQAAAAIBRWOxAAAAAoF0d5UAAAACgOyjhQAAAAIAvGPJAAAAA4KAM80AAAACAiDXxQAAAAOCS1/FAAAAA4ILo+kAAAAAA3w3xQAAAAEBek/lAAAAAwPGl8EAAAACAISgSQQAAAABmeOJAAAAAYCbP9UAAAABgI4zxQAAAAEDEJORAAAAAIG/eQUEAAABAixnnQAAAAACcohhBAAAAIHI6NUEAAADgCYTtQAAAAGBr/PFAAAAAgAcLG0EAAACgkcMQQQAAAECxf+1AAAAAYGmaBUEAAADgQdDwQAAAAICNVg1BAAAAgJ2OAUEAAAAA0FvlQAAAAEA3DfBAAAAAgKA54kAAAADgjd8AQQAAAGDBN+1AAAAAoERuBEEAAABgsGHyQAAAAMC2fRVBAAAAoH0t5kAAAAAADZn5QAAAAKAZx/VAAAAAYMopM0EAAACA04fhQAAAAKB+CCFBAAAAgO96CEEAAABgsOUXQQAAAIDAxuxAAAAAwMxLCUEAAABgZAQIQQAAACDgoeFAAAAAwBGrE0EAAABAXVrxQAAAAICaVQlBAAAA4Lid4UAAAACgG4TiQAAAAECVp/BAAAAAIOCw60AAAACAqKLhQAAAAGARv0tBAAAAwEsV5UAAAADAjK3xQAAAAKBUbi5BAAAAwPCJLkEAAACgM+/7QAAAAABfVAVBAAAAoDbg/UAAAABgq7AgQQAAACC29yJBAAAA4AtPCUEAAADA5o/sQAAAAEC3ihNBAAAAAIEkAUEAAADgApXsQAAAAGBmPAFBAAAAoEnl8EAAAAAgOeXwQAAAAAAUS/FAAAAAoO+Z7kAAAAAgDoMKQQAAAGDuP+xAAAAAoA3v50AAAADAnxrwQAAAAKBa7OpAAAAAwD/H/kAAAABAWlLzQAAAAMCuz/FAAAAA4OyQE0EAAABgd636QAAAAEBcQ/FAAAAA4B+E+EAAAADA9vn7QAAAAEC0R/FAAAAA4JUJ90AAAACAk9rsQAAAAAClkeVAAAAA4Gvv80AAAACgShwTQQAAAOD2NO9AAAAAgFn1/EAAAACAPsUAQQAAAKAqPxRBAAAAIIOwDEEAAAAgnAwYQQAAAMBEGRNBAAAAQGXJ80AAAACALLjjQAAAAMDJhQBBAAAAYHuAOUEAAAAgqGj0QAAAAKAijvdAAAAAwC1AEkEAAADAp5n6QAAAAOCRq+lAAAAAgHYa/UAAAADAXNMHQQAAAADeJ+VAAAAAgFEU5UAAAACAOKfzQAAAAMA+Nv1AAAAAwFN160AAAACgW+UJQQAAAKCoIAtBAAAAQLNE8EAAAAAArhjlQAAAAACwGehAAAAAwLY35UAAAAAAGwHrQAAAAIASjQtBAAAAwMPm6UAAAABgaajwQAAAAKBWD+FAAAAAIOoM8kAAAAAAnmURQQAAAAC8rPhAAAAA4KxNJ0EAAADgadv8QAAAAIB7rO1AAAAAAD9j9EAAAACgxMsyQQAAAACHxjFBAAAAABe0BkEAAAAgYnIvQQAAAED3pvBAAAAAwKkPC0EAAADgq7cIQQAAAEC41OJAAAAAgIPiFEEAAACgyxQHQQAAAOCcpzBBAAAA4EJ/8EAAAABgbVnkQAAAAABGrhdBAAAAQFXw6EAAAACAFFgYQQAAAICWOudAAAAAQHPcAUEAAAAgC8ExQQAAAADgPOdAAAAAwMJk5UAAAACA8c7kQAAAAIBqROVAAAAA4NYxEUEAAADACK7mQAAAAOByFvBAAAAAAMS2AkEAAADgImPxQAAAAAAXyORAAAAA4A/H5EAAAADAVXE3QQAAAAAK1w5BAAAAoMd0KEEAAACgrGERQQAAAKCrsA5BAAAAwMB58kAAAADAJqcHQQAAAEDSuu5AAAAAoOOlPkEAAAAAXTT1QAAAAMDxue9AAAAAYP/5EUEAAABAzBsIQQAAAECn4h5BAAAA4N7qEkEAAACg6aPrQAAAACC97gJBAAAAIJkYOEEAAACAAN0LQQAAAGBBphdBAAAA4MvE60AAAAAgnprtQAAAAMBta+9AAAAAANLhA0EAAACAEUUEQQAAAMAdoPVAAAAAQFT640AAAAAA9WvmQAAAAIBavfNAAAAA4H3A+0AAAABAu5P4QAAAAODzZjNBAAAAwPzF6UAAAABAq/UDQQAAAKDRSwlBAAAAYLSVFkEAAADgG0IDQQAAAIB/E/hAAAAAQFMI/EAAAAAgUd7vQAAAAKAEjPhAAAAAAJB+CUEAAAAAVffpQAAAAMBRawNBAAAAoAWZBkEAAABALA/hQAAAACAmr+JAAAAA4JVY6kAAAAAAWD8YQQAAAECqP+xAAAAAQEqA40AAAAAgVQQCQQAAAMAntPJAAAAAwGVjMkEAAADgSxYQQQAAAMAk2gJBAAAAwIcx/EAAAADgsLPwQAAAAMCMok9BAAAAYCKrAUEAAACgrdErQQAAAODM8xpBAAAAII8KDkEAAAAgtXgCQQAAACAGLitBAAAAAJs1MEEAAABA0o72QAAAAID1hghBAAAA4LnbEEEAAACAxKHyQAAAACCo8/dAAAAAIHnK70AAAADgnD/oQAAAAIClUehAAAAAYPRW50AAAADgoP0AQQAAAMCSHedAAAAAYOwg5kAAAABAhCXrQAAAAEDb9uFAAAAA4P3o8kAAAADgiW0YQQAAAKC7ixFBAAAAwHkC8UAAAADAF13kQAAAAADGcRdBAAAAoDiR/kAAAABAi3bvQAAAAABH3/ZAAAAAQBBE40AAAADABFvmQAAAAEBIwB1BAAAA4O5vJUEAAACgxQX+QAAAAACQSwVBAAAAgE6M6UAAAADAbFHmQAAAACALg/5AAAAAYNO2+0AAAACgd74DQQAAAGAI5+RAAAAAoEIq+EAAAADgktwBQQAAAACk5eVAAAAAoJ7VBkEAAADgqS32QAAAACC4SuhAAAAAIPkb8UAAAABgv4DwQAAAAMAnwA1BAAAAICLtGEEAAACg6l4wQQAAAOC26vBAAAAAIOFL9EAAAACg1IX6QAAAAMCTShNBAAAAoPh0BUEAAADArtzrQAAAAODDkQdBAAAAACpp6UAAAAAAcPLgQAAAAOD2ZwBBAAAAIBSM5EAAAAAAdafiQAAAAKBolvpAAAAAANdZ5EAAAAAgsH/qQAAAAED+AxBBAAAA4KkgBkEAAABgYmPnQAAAAIDhzOdAAAAAYCGM8kAAAADg0LrvQAAAAIDJHgVBAAAAQGv+6kAAAACgnQHrQAAAAGCke+ZAAAAAYLQn9UAAAADgCV0XQQAAAIDAq+pAAAAAQHl180AAAADgaxboQAAAAECavBZBAAAAYAtWBEEAAADAlmXrQAAAAKBnUAhBAAAAgGgN+0AAAACgdF/lQAAAAKDf7eVAAAAAoJfjMUEAAACgyqftQAAAACC8h+hAAAAAoN5qAUEAAABgWGYZQQAAAIBJGhZBAAAAgMCl6UAAAADgCyz3QAAAAOAAPRJBAAAAoMG49EAAAACAblESQQAAAOBFBSVBAAAAwD4n8kAAAADgTpMRQQAAAIBLYPBAAAAAgGEa6kAAAAAA5IvzQAAAAECiX+tAAAAAILpeM0EAAADAKgAZQQAAACCoYP5AAAAAAI8tG0EAAACgXPToQAAAAOBrZvJAAAAAAB8g9UAAAABg0yrlQAAAAAArvPNAAAAAYClF4kAAAABgBb5IQQAAAMA/4ehAAAAAwG/O50AAAADg/IvxQAAAAKBJ7QFBAAAA4Od5LEEAAACAU7QXQQAAAKBstfxAAAAAADZyAUEAAABAJo75QAAAAECQ4OJAAAAAoB6SD0EAAABgzgLgQAAAAKBnCvJAAAAAIPjL7EAAAADgOIznQAAAAOAAJ+BAAAAAYKMk6UAAAACA9CfzQAAAAEClT+9AAAAAQIbp5EAAAADAIdbpQAAAAADFX+pAAAAAAGL9IEEAAAAgcUj0QAAAAKAYBehAAAAAQCH7AkEAAAAAB/PqQAAAACCVf+lAAAAAwGGn/UAAAABggnoRQQAAAGDlBQdBAAAAwEe/50AAAACAR678QAAAAICgDuJAAAAAIIQwG0EAAAAgdDbyQAAAAOAqUAVBAAAAgBMGAUEAAADgbhMAQQAAAMDOT/BAAAAAIKZN80AAAAAA0v8EQQAAAKAXm+VAAAAAgO0E5UAAAABAbY3rQAAAAODdkw5BAAAAINdvOkEAAAAAT3rsQAAAAKDyqvFAAAAA4BdwIEEAAADgvKfqQAAAAACTi/FAAAAAYMwo8kAAAAAgbgnmQAAAAOAZ8OVAAAAAQCGHGEEAAADgvWnoQAAAAIBh7gNBAAAAwLJOAkEAAABAjV3xQAAAAKBmhDpBAAAAwMPs+UAAAABgZK8hQQAAAAD7OvdAAAAAYLKg8EAAAABA073wQAAAACB19fBAAAAAwMvGF0EAAAAAvhMDQQAAAOAYbeFAAAAAQEwQ80AAAADgQT4AQQAAAGAu7eNAAAAAYKge40AAAABgUA/lQAAAAKDVFehAAAAAAPgT6EAAAADAJRnjQAAAAKCqe+RAAAAAgOJ/6kAAAAAAU3biQAAAACDGFAFBAAAA4Hw1AkEAAABgjLDzQAAAAGDDS+RAAAAAIOGrEUEAAABA3B3wQAAAAKDFHupAAAAAQKh3KkEAAAAAEXAUQQAAAACdVeFAAAAAQOCv5UAAAADAhnzrQAAAAMAhjeZAAAAAYPZQ7UAAAACg/R/0QAAAAKDihOVAAAAAQAZMKEEAAAAAi2YMQQAAAKAWPU5BAAAAYL1zN0EAAABgtRYOQQAAAGCsJPBAAAAA4O/MLEEAAADgbewYQQAAAKAqY/JAAAAAYGeV6EAAAAAADqHsQAAAAODsEfBAAAAAACtGBUEAAAAA0D7uQAAAAODSkPJAAAAA4J+8EkEAAACgIlPzQAAAAKCdJudAAAAA4BiJ9EAAAADApzHnQAAAAGDfE+VAAAAAIEXl5kAAAADgPEIUQQAAAKCvROBAAAAA4ICO+kAAAABgLCzoQAAAAEA9VuhAAAAAwFJT5kAAAACALZsAQQAAAIC29etAAAAAoDyX40AAAABAIUbiQAAAAGALq/tAAAAAYALR8EAAAADAjLDlQAAAAGCBBOVAAAAAoB765EAAAAAg5EnjQAAAAMBs0eVAAAAAYKLK9EAAAADgZwD3QAAAAOAbRuNAAAAAQLrq50AAAABgpzvmQAAAAOBRReNAAAAAoPGsJkEAAADg8MQTQQAAAIDEGvhAAAAAALXR50AAAABAiVjjQAAAAMCPp/RAAAAAYMy+6EAAAACgGGvjQAAAAIBYiOtAAAAAgNIk50AAAABgxBLpQAAAAAAR4epAAAAAgFVw40AAAAAAKufiQAAAAKAVYypBAAAAwHZL7UAAAABARjflQAAAAIBhzhNBAAAAQNfF4kAAAAAgAJThQAAAAIDhIvpAAAAA4IAW4UAAAADgWkLpQAAAACCQpOxAAAAAwNjI4UAAAADAVxLmQAAAAIA+gOZAAAAAoLSX5EAAAABg+bvlQAAAAMDbauVAAAAAAJvC5EAAAADgfZnuQAAAAEBwGeZAAAAAIMxk50AAAADgGlDlQAAAAEBqgvFAAAAAYBmo80AAAABAavvwQAAAAADnwuRAAAAAYAwc50AAAABA3s/nQAAAACA8qeVAAAAAoHhI50AAAAAA2fHyQAAAAKB7huNAAAAAgOyU6kAAAADgdM/jQAAAAIDcgeVAAAAAIBYH6EAAAACgKyDuQAAAAGCwfetAAAAAoCeQ6EAAAACgZ+XjQAAAAEBT9PZAAAAAIAA750AAAADAF0jmQAAAAGDItOhAAAAAQFN26EAAAABgmCfpQAAAAGB0ZwZBAAAAwHYw8UAAAACA1MjtQAAAAEBNo+RAAAAAwKvV7UAAAADgDu3nQAAAAMB0CONAAAAAwDn25kAAAADAdfrmQAAAAAAOG+NAAAAAYPTJ40AAAABg8XLiQAAAACBUQeJAAAAAIAm35EAAAADAh2njQAAAAKCtVeJAAAAAYCrq5UAAAADgk3zqQAAAAGDOkfBAAAAAQJp25UAAAAAgLQnhQAAAAIBwqOdAAAAAgBf670AAAABgUfPpQAAAAID9QOdAAAAA4Chp4kAAAACAJnLmQAAAAKA41eVAAAAAAI0P50AAAADABMnrQAAAAOAYludAAAAAgBi160AAAAAgLQ/mQAAAAIC29OtAAAAAAMcz8EAAAAAAUITmQAAAAADCGfBAAAAAgIFj6UAAAACgc5DkQAAAAMDDdOdAAAAAANRO4kAAAADAnUnjQAAAAODXk+ZAAAAAgAQd5kAAAABArUHmQAAAACBP/OhAAAAAgLR450AAAAAA34DlQAAAAEDE3eRAAAAA4K5l5UAAAAAgD3bnQAAAAOCkfORAAAAAwBxX5kAAAABAszPnQAAAAMA8reZAAAAAIFb66EAAAABAtWrtQAAAAKBOnOFAAAAAIPtp6EAAAADg3MDsQAAAAEAwm+VAAAAAwNdb5UAAAABAOVPqQAAAAGCBoO5AAAAA4Eps4UAAAABgwivmQAAAAEAlguxAAAAAICa650AAAACgkhXyQAAAAIDbE/BAAAAA4LoY4kAAAABg5T7qQAAAAEABmuNAAAAAQLn240AAAADgju3mQAAAAOBP1OlAAAAAQFi57kAAAABAUznyQAAAAODj+/FAAAAAILl87EAAAABgVzTwQAAAAGCCLeRAAAAAAEoH4kAAAACgSonoQAAAAGAHvO5AAAAAoBf85UAAAADAm6/oQAAAAMAIXu1AAAAAQJ1G5UAAAABg213oQAAAAMDyj+5AAAAA4Dbm7EAAAABAVpLmQAAAAACsDOVAAAAAIN2/5kAAAACgNoTmQAAAAIC/MetAAAAAYNFt5kAAAACgQj7mQAAAACDutuRAAAAAQCXb6EAAAAAA9/7wQAAAAOChtO9AAAAAwOAd5kAAAADgNFTrQAAAAKCOEedAAAAA4BVr8EAAAADgb47wQAAAACBXTetAAAAA4B516EAAAAAgpTrmQAAAAKDhLeNAAAAAYH0J6EAAAABABuPmQAAAAMAuUeZAAAAAgJLI6kAAAADA0EfmQAAAAIBcRu9AAAAAAIgZ8kAAAABAOgHoQAAAACD8l+xAAAAAIC2h50AAAAAAhvrnQAAAAMDfSuhAAAAA4Bbv5EAAAADArUfqQAAAACAzL+hAAAAAwPZG50AAAACAB8TqQAAAAECr1+ZAAAAAIHLI60AAAACAmOHmQAAAAIBAnORAAAAAgA/u6kAAAABg78nlQAAAAKA9vutAAAAAIMN340AAAADgGJLnQAAAAMAz4+ZAAAAAoKe/7UAAAACABt7kQAAAAKDK7+VAAAAAICwq5UAAAAAgda8RQQAAAMAaS+tAAAAAQHqq7EAAAAAggZDrQAAAAKATpOdAAAAAgLED5kAAAADAoabsQAAAAIDfi+xAAAAAYDfJ6UAAAAAg8IrlQAAAAKA44uZAAAAAoNhN7kAAAAAgIhLqQAAAAEBX3OpAAAAAgOUC80AAAADg6TPqQAAAAEA91+tAAAAAYKr/5kAAAABARmXuQAAAAEAEmOhAAAAAYIon7EAAAADAaRrpQAAAAKCxFOdAAAAAgG1F5EAAAABgIZnuQAAAAEBehOZAAAAAACS55kAAAABAXFTmQAAAAMA2aexAAAAAwAPV7UAAAADADdvxQAAAAGCIVOhAAAAAYEPG50AAAADghgjlQAAAAOBbiu9AAAAA4ANd5EAAAACg38vmQAAAAMDCM+lAAAAAgCdN50AAAACAjNfmQAAAACDtn+dAAAAAAP/d5kAAAABg5C/yQAAAAAAy+OtAAAAAAEmM5kAAAACgL5LqQAAAAEBKQOxAAAAAwPfG5EAAAADAOPPnQAAAAKAbs+dAAAAAAN6f6EAAAABgOXLtQAAAAIDgnO9AAAAAwGFZ8UAAAABg7MjyQAAAACBhbO1AAAAAQDYN+0AAAADgnNblQAAAAEB3dORAAAAAwMzv50AAAAAgN3rwQAAAAKARk+1AAAAA4K1V50AAAAAgtYTmQAAAAGCAzuVAAAAA4JGE6kAAAADgYTDwQAAAAMAjQfJAAAAAoFpw6EA=</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=7" index="6" defaultArrayLength="139">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07084844544931" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="727.8373244337979" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4724063.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="104.05253145024335" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="522787.65625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.096606666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 385.19@hcd42.00 [100.00-785.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="8.904696464539" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="385.1872023025597" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="785" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="385.1872023025597" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="385.1872023025597" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="5947734.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1484">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1484">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=8" index="7" defaultArrayLength="101">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07080985395058" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="728.3679610890517" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="7435938.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10228445715973" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="845212.875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.100395" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 423.74@hcd42.00 [100.00-860.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="7.578672885895" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="423.7436911780063" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="860" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="423.7436911780063" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="423.7436911780063" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="5634991.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1080">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1080">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=9" index="8" defaultArrayLength="80">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10709644165681" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="611.2809472198643" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="7491576.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="143.11790134893963" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1467303.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.104241666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 379.20@hcd42.00 [100.00-770.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="7.623859882355" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="379.19600752622404" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="770" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="379.1960075262239" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="379.19600752622404" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="5245036" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="856">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="856">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAAO0OzkAAAABAuCYSQQAAAMD7aAtBAAAAYBlRBEEAAACgT/vQQAAAACDhj9BAAAAAwKdjNkEAAADAKZ3OQAAAAEDvUfRAAAAA4E70CEEAAAAAyGnVQAAAAGARP85AAAAA4GU/00AAAADgGOvVQAAAAGBovwBBAAAAQJ898UAAAACAB2nQQAAAAIAXBM1AAAAAgHlR10AAAACg3ZfbQAAAAGBb9d9AAAAAQHEA4UAAAABAWArUQAAAAKCvcQBBAAAAwEv10EAAAAAgEiXPQAAAAACwSf5AAAAA4KXU50AAAACgp9vrQAAAAOCkbOpAAAAAQJXFzkAAAADAchb/QAAAAGAw7CFBAAAAYCef50AAAABAHSzPQAAAAMACFNZAAAAAACJf0EAAAADg7oPhQAAAAOC1r+lAAAAAwG8F0UAAAAAgycvhQAAAACCQQNxAAAAAgLy91EAAAABAvS7jQAAAACAi3NRAAAAAoIcD4UAAAACAN6fQQAAAAMC2bA1BAAAAwNAZ/0AAAAAAUhLXQAAAAGBGRs9AAAAA4O/03EAAAAAAypMNQQAAAKBaKdpAAAAAwOZzzUAAAADAjZDRQAAAAEDoPfRAAAAAoJtn6kAAAACAohnRQAAAAKDuVdhAAAAAoLZx7kAAAACAn9joQAAAAICNg/NAAAAAIBAczUAAAACAsEnQQAAAAACxewFBAAAAAEnU2kAAAADgvkTNQAAAAMDhn9pAAAAAAMdH0kAAAACAEA3UQAAAAGD7udRAAAAAACEw3EAAAAAgzs7NQAAAAKBDOfxAAAAAAPGh3UAAAABgrOLSQAAAACB17RFBAAAA4BIz8UAAAADABXrSQA==</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=10" index="9" defaultArrayLength="86">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10702815246601" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="748.3552850670692" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="9137641" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10217962283906" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1591226.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.107981666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 502.75@hcd42.00 [100.00-1020.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="7.500037193298" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="502.74900744779507" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1020" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="502.74900744779507" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="502.74900744779507" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4961823.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="920">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="920">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=11" index="10" defaultArrayLength="129">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0706431549103" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="851.4588392859905" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4280903.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="187.14422521133713" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="392784" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.111633333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 491.76@hcd42.00 [100.00-995.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="22.68297958374" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="491.76298869088265" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="995" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="491.76298869088225" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="491.76298869088265" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1480443.625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1376">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1376">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=12" index="11" defaultArrayLength="58">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07076407071399" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="476.24600560904287" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2252311.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="120.0806515816747" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="564135.0625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.115775" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 312.16@hcd42.00 [100.00-635.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="21.532503128052" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="312.16148410163044" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="635" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=6">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="312.16148410163004" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="312.16148410163044" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="843616.0625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="620">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="620">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=13" index="12" defaultArrayLength="1909">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.16664334724805" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.415944098142" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="566236352" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="488.73563768658613" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="20383808" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.121503333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.879503130913" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20364">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20364">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=14" index="13" defaultArrayLength="88">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05445166566896" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="667.2269383988607" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6256481.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="143.1179133320807" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1122186" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.138876666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 379.20@hcd42.00 [100.00-770.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.866637229919" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="379.19591597327036" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="770" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=13">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="379.1959159732706" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="379.19591597327036" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="7846138.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="940">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="940">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=15" index="14" defaultArrayLength="194">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="100.07557534034143" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="728.74538447213" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4623564.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="372.21601786669663" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="287559.375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.14259" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 372.22@hcd42.00 [100.00-755.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.571063995361" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="372.21747517890054" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="755" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=13">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="372.21747517890043" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="372.21747517890054" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="999438.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2072">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2072">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=16" index="15" defaultArrayLength="63">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05470309591385" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="572.2428305347657" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3434462.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="120.08052776441694" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="908636.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.146415" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 312.16@hcd42.00 [100.00-635.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="11.217841148376" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="312.1614230663279" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="635" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=13">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="312.1614230663278" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="312.1614230663279" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="852640.875" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="672">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="672">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=17" index="16" defaultArrayLength="1941">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1669790414118" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1495.4087347436725" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="570867968" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="420.7145701499371" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="20141358" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.15217" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.862278103828" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20704">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>sx838qvCckA1njoywsJyQAEdP9LewnJAXvOBk+bKckCpmoeTCstyQOdD6tN+zXJAVNgn9AbPckCcysd0AdNyQNcRy1QW03JA7HwHNvXackA4WBO2QNtyQEMaRFfV4nJA2adH9+vickBU/FU3R+NyQPJzeNiA6nJAbpSAmLTqckAjO4TYy+pyQGozjJj+6nJA7LGP2BTrckAV6bT5X/JyQNvvulmG8nJAYMTAeavyckB91cd52PJyQMgJz1kG83JAuEXfuW3zckASqP1ajfpyQNVYAduk+nJAOW0Cu6v6ckCG3Qi71PpyQN7TQDyXAnNAkHJL3NoCc0Dkg2R8egNzQATtiH3ACnNAHqiNnd4Kc0BFP8YepRJzQAvTzV7VEnNAWSnRnuoSc0DTS/R/KBpzQFHC/h9rGnNAj39BQXIic0AazEWhjSJzQBCxvWNFMnNAHbDLg54yc0C4Qs9DtTJzQOCj5iNKM3NAz+ERpbs6c0Dzahfl3jpzQCprKYVRO3NA0nFUpsFCc0AZw1fG1kJzQDbUXsYDQ3NAitZmxjZDc0BtLWzGWENzQFdMlGe2SnNAtVCjBxZLc0B6V6lnPEtzQAoDWQibT3NApNzXyMJSc0D4EuZIHVNzQPGREAqKWnNAoTMUKqFac0BVgRwK1lpzQC99HwrpWnNAMwcoah9bc0Bxbt7qqF9zQLB/TStsYnNA+HdV655ic0AltViLs2JzQICiXevSYnNAJQNiy+5ic0AukmpLJWNzQIn0iOxEanNAiVyV7JNqc0DqwZiMqWpzQOs1Ag1JbXNAyNJcDYpvc0DA4NFtc3JzQJN+2e2jcnNAv+/iDeByc0D2JRZPhHpzQCBhWvCUgnNAO1BlkNqCc0BeHp0RnIpzQGlSYXJ9j3NAXeRzsvOPc0BTpN/SoZJzQEONLnT2mnNACZpudeyic0CH9nVVG6NzQNRSszYAq3NA6Hu2VhSrc0D6mncX4q9zQF/K5hemsnNAk7Pud9iyc0Bcg/XXA7NzQJ0D/1dAs3NA9wwimX26c0DO2zYZArtzQNn2Yhp5wnNAeXt7OhXDc0AhGH86LMNzQDTfr/vAynNAovW3e/TKc0DmJL87IstzQEGh4JxV0nNAxt3yvMnSc0CfgPpc+tJzQET7Af0p03NAj2MPXX/Tc0Cc4ijef9pzQJiBNN7J2nNAYjc4fuHac0CYt1V/++FzQEuoiN8/43NAvKGUH4zjc0DL0l8AmuhzQHPFqkB36nNAxOSugJHqc0A37jbB8+1zQI1H8WGW8nNAl0n4AcPyc0CVjwiiKvNzQMSscqSKAnRALH+CZO8CdEBPjLKFfwp0QMb/1ybMEXRA3fX6xqoSdEBLZf6mwBJ0QJb4OoigGnRAAa5OCB4bdEBiY3YJeSJ0QO2+iwkBI3RAJGi9apsqdEBx8sYq2Cp0QDEUCszhMnRAFjQQzAgzdEC1AhOsGjN0QK++GuxLM3RAyYpLzeA6dEDpZFPNEjt0QPK/Vc0hO3RA5nZd7VI7dECuloiuw0J0QOYujk7nQnRAYE+WDhtDdEB3zpsOPkN0QNzinO5EQ3RAXWGgLltDdEAvdMHvi0p0QCxsyE+4SnRAUB7i71tLdEA5UlXS9Vp0QEi4kZPUYnRANd2Xs/tidEAxNNQU2mp0QF+l3TQWa3RAPsYdtgxzdEDK7Sw2bXN0QEfQeRgTgnRAiZOauOOCdEAq7KX4K4N0QPwmcLkziHRAV8fWOcGKdEBodeKZC4t0QEq4HnvpknRAzxkmexiTdEBKOi47TJN0QGZnUxyXmnRADFVZ3LyadECkum4cRZt0QCn5m13DonRAU9Wq/SGjdEDpCbM9VqN0QIRU514Bq3RARgXr3hirdED+qPWeXKt0QCzuNj/8rHRAQpAtwB6zdEAs7DLgQLN0QPHnRiDAs3RAqmRYoY26dECDJ52iocJ0QFUtsSIhw3RAUk7M4s3DdEDnAuCDqcp0QKbF7SMBy3RALxZWZJnNdEBwNpHkEc90QOnGKAXX0nRA37kvRQPTdED9GECFa9N0QHAFEead2HRAnGttRuradEDtcdkmmt10QAyBl2dU4nRAV8+hB5bidECci6qnzeJ0QEcltScR43RA3+635yLjdEBQdcUHeeN0QLS09WgK63RAHsCViQXvdEBkph3qZvJ0QL5UKqq38nRAYMc4qhPzdEA+uNaLX/10QFnU5m2CCnVAP+n6TQILdUDuSwbOSgt1QEpym44AD3VAPjzTzmMQdUB5TBwPNRJ1QPeDLg+pEnVASWQ6r/QSdUD7j0YvQhN1QHCrTs91E3VAhdNzkMAadUCmBnfw1Bp1QDEUg7AhG3VAbHWJUEobdUBCwo4QbBt1QHL+s1G3InVALlG8UewidUBLYsNRGSN1QDEPyzFKI3VAZWvRsXIjdUDGBvbyuSp1QMJMBpMhK3VATrMNs1ArdUBKFTw01jJ1QDNxQVT4MnVAyTJLdDYzdUDliIS1ATt1QBwNwTbhQnVAAy3HNghDdUCzVMv43k91QMgASTn/UnVA5fdMeRhTdUChC13ZflN1QFwsenqWWnVA7oGdendbdUBsFMb712J1QPch0rskY3VAYE3d22tjdUALRh1dYWt1QPp4Vr4rc3VAHo9d3lhzdUDUwmL+eXN1QGnDZL6Gc3VAO+5tHsFzdUBYaZw/R3t1QH/MzkDmgnVAwvvVABSDdUDTj96gSoN1QDG54iBlg3VAbtoSwvWKdUBKeiHiUot1QNYlW0Mgk3VAR9FdQzGTdUAtC2cDbJN1QD0SbsOYk3VALQB148STdUDwI3eD0pN1QPZCemPmk3VABjB+Y/+TdUBN3JcEAZt1QKE3m2QWm3VAqHChBD6bdUAJfalEcZt1QDbA5oVVo3VAc3fvBY2jdUCYc/NlpqN1QIMNE8fNqnVACM5PyK6ydUDe9V+oFbN1QCIlZ2hDs3VA0S53iKmzdUASe3qIvrN1QA5bmUnhunVA8eWkySq7dUA19vBKbcN1QGa9/Eq4w3VAie8hTAPLdUB2+iSsFst1QMLUUs2Y0nVAsk9bzc7SdUBBZWAt79J1QIlDZS0O03VAJ9mpDiHbdUDzMrnOgtt1QLVN5G/z4nVABvrpjxfjdUAK0vsvieN1QFCNJnH36nVAPbIskR7rdUDtSD6Rjut1QG1WXtK48nVAU+li8tXydUD51miy+/J1QKt1c1I/83VAg5yl09z6dUBQwq4TF/t1QMG7ulNj+3VAenDx1B0DdkCQ7/bUQAN2QMH1+nRaA3ZAL5sf9qEKdkAsOiv26wp2QM2sOfZHC3ZAk3Zi16kSdkBpw2eXyxJ2QL0tfJdNE3ZAlgal2K8adkAorOw51iJ2QOp7lBy/M3ZA0tm0Xes6dkCOZv1+F0N2QAOTMeDBSnZAg7g5wPVKdkDYLUDgHkt2QCmSdmHXUnZAip5+oQpTdkAi9YJBJlN2QK42lYGaU3ZASjGlQQBUdkDLJMLCFlt2QFAtzmJjW3ZAIfYEZB5jdkDOAg4EWGN2QJ5+GSShY3ZAqpcqBA5kdkDHXEPlCWt2QAtyR+Uja3ZAASZWhYFrdkBoNVqG+XF2QHizfubhcnZAqXqK5ixzdkAe743mQnN2QPh3ksZfc3ZAjMadxqdzdkCdJqDmtnN2QJmRpWbZc3ZA/dmsxgd0dkCNYrBGHnR2QFaltcY/dHZANjO6xlx0dkB8kconI3t2QPGs0sdWe3ZApQsHaQKDdkCZNQ2pKYN2QOkKJynOg3ZA5ugqyeaDdkAkujYJMoR2QMMVO8lNhHZAcc89Sr2KdkAK50lKCot2QPlHT4osi3ZAjnOAy8OSdkAqIIdL7pJ2QDoNi0sHk3ZAJmaX61WTdkAwaJ6LgpN2QE7Hrsvqk3ZAi8zAi12UdkASTsCMuJp2QJ5wF45Bo3ZAqCg0bvijdkCdI5Bw/rJ2QGm8l9Aus3ZAP8qk8IGzdkCJkedRibt2QBtYBROlwnZAvRgdUzzDdkCJ5SozlMN2QDRThPWJ0nZAtsaVFfnSdkBbJ5r1FNN2QD6ypXVe03ZA8+WqlX/TdkBOcd2WH9t2QOaI6ZZs23ZA5qLsVoDbdkBiqfFWoNt2QMbdL5iK43ZAsZQG2eHodkADM2a5Qut2QDAXbvl063ZAkwre2T3udkA8TJ26//J2QBOZonoh83ZANjyreljzdkDIbvS7iPt2QJ+PA16lCHdApPu735kTd0A1ROlgGBt3QFpuiwEhH3dA7UYpIg4jd0D0ZSwCIiN3QCuAQWKoI3dA6Uk5ZDAwd0BA17QkQzN3QMkBvSR3M3dAPh3FxKozd0CPVszE2DN3QOkNx0UVOndA4q/LxTI6d0Bqa/QlNjt3QPZe/SVvO3dANOL/JX87d0BzuQCn4kF3QK7fLScCQ3dA36Y5J01Dd0AWzECnekN3QDf0UefnQ3dAirl8aFZLd0BnmIMogkt3QHqPm+l4UndAQP6tSe5Sd0A9KrspQlN3QE0xwuluU3dAlILFCYRTd0C749zpGFR3QIoG7al/VHdAKW/+qkxbd0A2rQRrdFt3QHMcPkxAY3dA6JBBTFZjd0Ayq0VscGN3QCxNSuyNY3dAKOxV7Ndjd0DLU3LMjGR3QKYWcm3pandAQsN47RNrd0AlaIctcWt3QIuFMW6sb3dAO3apLqhyd0BykL6OLnN3QOeRw25Oc3dAaNHODpZzd0C6CtYOxHN3QMapLPGngndAS+Y+ERyDd0B8eUSRP4N3QP0rTlF9g3dAxohWkbKDd0AHYltx0YN3QCeMh9JIi3dAsUKzU72Sd0Cf2reT2pJ3QOx+xBMrk3dA3GzLM1eTd0DZSs/Tb5N3QNnx03ONk3dAmLThE+WTd0DYUAl1P5t3QPo2bvXBnXdA3+hEFhmjd0A6WFk2m6N3QCmwh3cgq3dATfG9GNiyd0BVmslYIrN3QGwz0hhZs3dAenHY2ICzd0CzcAwaKrt3QFkwRvv3wndAzaRJ+w3Dd0DkI0/7MMN3QH8vi3wNy3dA9/mQXDLLd0A7fdv9atN3QOb84r2a03dAMbBcAF7jd0Ci6GDgeON3QAcxaECn43dAMWZyQOjjd0Bkv9tiQ/N3QJefDMTY+ndAD+48hWoCeECxrlTFAQN4QK1z18f+EnhAjKjgZzkTeECQTOyHgxN4QOvVA2gZFHhAyhcaSQUbeECdQiOpPxt4QLZcXcoPI3hAbKplqkQjeECmC2xKbSN4QHxYcQqPI3hAWN58atgjeEBsVYnKJyR4QCRFmWvrKnhAUeqoC08reEC0pl5M1C94QPYG/czEM3hAClkUTVk0eEAvIeSO4j94QNEkE+8NQXhAAsR174FDeEBkUo3vF0R4QMmalE9GRHhAV7CZr2ZEeEB4pKRvrER4QJ3AoNDxSnhAPammcBdLeEBYYmLRwk94QMei6REgU3hAuwD20W5TeEDSWgby1lN4QPx1DTIEVHhAAiIS8iFUeEAVGSqzGFt4QIoaL5M4W3hATjzoc9NfeEAPNGf0+2J4QGM2b/QuY3hAcI54dGpjeEBG0IsU5WN4QFbXktQRZHhA2u9f1StpeECzIu/WGXN4QJx+9PY7c3hAwG8GN65zeEAoZwvXzXN4QE9gFrcTdHhAlu10GSqDeECI/XeZPYN4QK+9xHqEi3hAHZfve/OSeEAZhAS8eJN4QLWjCVyZk3hAsZ0r3c+aeEDv645epqN4QKegxd9gq3hADhEDQUazeEALfAjBaLN4QGnZEsGqs3hACHpJwmS7eEA7T4gDU8N4QMQ6mGO4w3hAhlALhlHTeECWMh1mw9N4QPMZjOhB43hA8tAjS8TzeECrQkOs6vp4QMyPScwS+3hAZ/1XrG77eECKWJENOgN5QByfo22uA3lA+8i67UEEeUCXGsKuzgp5QCXXy64MC3lA+LkFcNsSeUDXSynwvRN5QIPlM3ABFHlAdUTw8LAYeUD392QRmBt5QIxIizLqInlA01qWsjAjeUC5IaFSdSN5QC/krZLGI3lAxIu08vAjeUCmvcQSWCR5QM2czDKKJHlAZT/WsyUreUC5LRWVFDN5QKtXG9U7M3lAor0gNV4zeUBR7CU1fzN5QBB7LVWvM3lAF+g5df4zeUBIVkoVZzR5QFFlXvZEO3lA0BphNlY7eUClZ2b2dzt5QLVllrcHQ3lA6duf90NDeUDcBaY3a0N5QEO+sje8Q3lAnt+9FwNEeUC6HQ+6xFJ5QHqWMpqmU3lAMP49Ou9TeUASsFm7/Vp5QGCZmHzsYnlAIkqc/ANjeUBP76ucZ2N5QCVwt9ywY3lAPGK7/MljeUAYgtV9zmp5QPGX2z31anlArcA235dzeUCjJjw/unN5QF6KcABme3lA1nSzQW6DeUA39Lmhl4N5QH/swWHKg3lAJ0H2wnWLeUBbRAHju4t5QH2Ln8Orj3lALVcipOySeUAzNy3kMZN5QGvPMoRVk3lA9jU6pISTeUDNXUqE65N5QK/QbWUrm3lAbm6GJcibeUB9ur8mk6N5QPnAxCazo3lAErDPxvijeUAzsefH76p5QPrAlohKr3lAkIcqifeyeUC3dUNJlrN5QJ3lbaoCu3lAoBZ7qla7eUB1jq/rAsN5QPuWu4tPw3lA7W0ADWTLeUBLED1ORNN5QA7bQ45v03lAHcnJsIDjeUDseNtQ8eN5QNav65BY5HlAZ0g9cxzzeUDcY0UTUPN5QEqUUFOX83lAN59Ts6rzeUBh7mBz//N5QDcWcVNm9HlAZBzRFYYDekBwwuPV/AN6QAz86zUxBHpACUL81ZgEekBNcQOWxgR6QEvoN/jQEnpA1GBJOEATekC6tFW4jhN6QHP/ZBjwE3pA6I1r2BkUekCNe3GYPxR6QOsMghipFHpAu+GImNQUekBvhoh5MBt6QCyamNmWG3pAeVrDOgUjekDdvM1aRyN6QOpt0jplI3pA1P3d2q4jekDBVup6/SN6QOBK9TpDJHpAf38AvOgqekDKJga8DCt6QO08Ddw5K3pA5xIY3H4rekC2QBq8jCt6QHskRl0CM3pASy1TXVUzekA4+V0dmjN6QK+Ea13wM3pANad6vVA0ekA0HJT+UDt6QNhOzP8UQ3pAhOjWf1hDekBBo+t/3EN6QMvau2AKSXpAzu4RgS5LekDYChzhbkt6QMLzIuGaS3pAxUklwalLekDFYyiBvUt6QJd0LiHkS3pArA18QdJNekCNwkvi/FJ6QAO5XqJ1U3pAHAFlop1TekCHNoSDwlp6QBlYoQN8W3pADt7jxIFjekBfS/FE12N6QPUBCUVuZHpAaRZVBw9zekDNU2pHlnN6QMa2diflc3pA9bSBJyt0ekB5Qbio5Ht6QMbC6mmEg3pA+pHvCaODekBfwPOpvYN6QMMI+wnsg3pAeNoty42LekBOzjcrzYt6QH5hPavwi3pACaVqDG+TekCSkHps1JN6QHU1iawxlHpAuSez7ZqbekDpfdvu+aJ6QN9l8A5/o3pAVqP0DpqjekCtcBgw3Kp6QI42QjDmq3pADxR7ca6zekBNWIXR77N6QLTRmTFytHpAgyasEkW7ekB5FPvTmcN6QN6qC3QDxHpA+7sSdDDEekCn/CGUkcR6QPfPN7V6y3pAbxN2VmXTekCJznp2g9N6QCGNixbu03pATxiY9j3UekBEJ70XiNt6QBa87Zgb43pAR7f/GI7jekAN2Ag5yON6QP0eC7nW43pAvfsbGULkekAaPyNZcOR6QMlIM3nW5HpAAIGB24TzekA934772fN6QHs9nBsv9HpADFCo+3v0ekCBt7V8L/t6QOn8w1yK+3pAkFH4vTUDe0AYIwVehwN7QOhFFR7uA3tAIGscnhsEe0D1kix+ggR7QHBYNX8YC3tA/+9Jn5sLe0Ay6n3ARBN7QBvilWDdE3tAPKKaoPsTe0BtwqEAKRR7QCLRsUCPFHtAufXKgY0be0CpAw8DnSN7QB6SFcPGI3tAGMEbI+4je0D6viXDLSR7QLuevKRMLntAaGqE5UQze0A7yZPFpjN7QDfBmiXTM3tA+tmqpTk0e0C//M7mfTt7QCZtDEhjQ3tA5aIYCLFDe0DSxx4o2EN7QHcfTAlXS3tAYP97CuZSe0BZsJEqcFN7QGcinmq/U3tATemoCgRUe0AvqtUrf1t7QAOMXyztXntAp+IhrcJje0CgRS6NEWR7QOhXOQ1YZHtAbHxjjsJre0BzLqLvr3N7QPQ5pw/Qc3tA7WrIkAF7e0DAPNaQWXt7QPgI4rCke3tAODIL8giDe0BhAyhywIN7QCpGLfLhg3tAyUpRcyWLe0CyLqD0eZN7QDGpyRSClHtAICwn15Gje0DJzElXbqR7QDnPQ1imqntAFbJpmJere0DexqI5YbN7QAw4rFmds3tAy/s7HO3De0A/mVN8g8R7QMj3YfzexHtATpNkvU3Le0A7Abye2NN7QACVw94I1HtA5MbT/m/Ue0ALKOveBNV7QBdk7T9x23tAMXM1QZrje0CWuzyhyON7QDG2TGEu5HtAiPRTgVzke0BlIWSBw+R7QAIzlUO48ntA6Xuvo1/ze0A21tFjOvR7QCqN2YNr9HtApW7po9D0e0C6t+TEEPt7QMFy+iSb+3tAcwguxkEDfEC+pEGmvgN8QDPaTAYGBHxAUDldRm4EfEC0g3/Hpgt8QAuUugh9E3xA5d3GSMsTfECxn+IIfBR8QCV1NitOI3xACBpFa6sjfECJP01L3yN8QDVMVusYJHxAb4hnq4YkfEDWSWJswyp8QHxkmwwvLHxANMvITa4zfEDKZ92NMTR8QKn14Y1ONHxAXJTsLZI0fECunknwnkN8QDeKWVAERHxAboGU8dlLfECHM8ISW1N8QPlG0RK7U3xAY6UEVGBbfECXTxQUxFt8QMXaIPQTXHxAg4VG9WFjfEBj1FJVsGN8QKOKZpoEhHxAhlRquhyEfEA/YIF6r4R8QHu8c18vpHxA6UV6/1ikfEB//JH/76R8QN+8qyDyq3xAmgbdIYqzfEBzqeTBurN8QBnl88EbtHxAUAr7QUm0fEA5QQuCsLR8QDzAIcI/tXxA1MYYw2S7fEABPlyEcMN8QMdEYuSWw3xAC090xAnEfEBJX3ikI8R8QI01hARvxHxA8n2LZJ3EfEA4KqUFn8t8QMPK7EbF03xA1IcJR3zUfED0YRFHrtR8QEsvNWjw23xASLp3SfbjfEBySH2pGeR8QAq5hAlJ5HxAW/KLCXfkfEDN0ZSJr+R8QI4x8mu+83xA0q4CbCf0fEBNaIBOBAR9QN4Hjg5bBH1AxB8/Mt0bfUBfX4Ez4SN9QD/IkFNDJH1An+XEVO0rfUAELsy0Gyx9QPfB+RWcM31AUXAG1uwzfUDGTBbWUTR9QLnMehiOQ31AaxKKWO9DfUCJI5FYHER9QMUW9RpVU31Aq1D+2o9TfUAPQArb21N9QJolhF2gY31Ak5eh3VtkfUDtmwygwXN9QGboIUBJdH1AaTMyALF0fUDkApQi3IN9QMBJp+JWhH1AxymyIpyEfUAQfPIE8pJ9QEQFLGVglH1AmHoyhYmUfUBbk0IF8JR9QHmkSQUdlX1A/lNaRYeVfUAD5Ffm1Zt9QKVCncfto31A5mmr50ekfUDMvbdnlqR9QLz5x8f9pH1AEqgwqlS0fUBgvztKm7R9QL5QTMoEtX1ATfNSCi+1fUBfVJLsfsN9QJpcnSzFw31Ao16kzPHDfUDBvbQMWsR9QDIQvKyIxH1AwSAJjtHMfUD+7xBvYdN9QMmIGM+R031AoL85T2XUfUArJkFvlNR9QFxgS4/V1H1AoslNEEPbfUCzMY4w3dx9QIt5lhFw431Ayhq7UVnkfUBOlsURnOR9QKjONlQp9H1AaiOiFpEDfkCEa6gWuQN+QEn/r1bpA35ACSHz9/ILfkA1JTiZCBR+QHlGsNvBI35Ays3AGyskfkAEwgI9LSx+QC5CeR/cO35AOoB/3wM8fkBl+rsg40N+QLurwWAHRH5AE30EAg9MfkCyQBXCeUx+QCn3UYNaVH5AyGxZA4pUfkBGH7/lzWN+QM6X0CU9ZH5ABjDWxWBkfkDooN6FlmR+QPKI4mWvZH5AtMNKaAN0fkBP/VLIN3R+QE9/YoiadH5AwdFpKMl0fkDRJnooMXV+QJe6gWhhdX5AG06Lifx7fkCluWHqUYF+QD6pxOrHg35AsG7KquyDfkAl2NuKW4R+QDvk4mqIhH5AK3nuKtKEfkA78/MK9YR+QEfVj6vViH5Av9/4i3KLfkBvzwXsxIt+QGtuEewOjH5AP9l9TMGOfkB4ZEgNy5N+QGG1Ww1GlH5A4BFj7XSUfkCjKnNt25R+QP2zik1xlX5AMxaGDrKbfkAQaIvu05t+QJFFxC+co35AI5fIr7ejfkBuPs6v26N+QCD32w8zpH5A6RTsr5mkfkCr3/LvxKR+QG4d+E/mpH5AD2kNEcyrfkD8rVCS1rN+QCl4VRL1s35AOiZhcj+0fkBWhXGyp7R+QMsKoXM0vH5APJPJtJTDfkBZS9VU38N+QDa33fQUxH5A19vitDXEfkCtgmX3MdR+QFZTb3dw1H5AcKqGFwXVfkADpMz5fuN+QLVC15nC435AwKzqOT7kfkB1h/T5fOR+QN0aDBoT5X5AAOtevN7zfkA6ZmgcG/R+QIJecNxN9H5AajnoXgUEf0D/Cx5Augt/QDzJYGHBE39AYGxpYfgTf0B5WNejcCN/QMey+WNLJH9AjcgQZN4kf0CS3jxFVSx/QChjaebOM39AJKl5hjY0f0B8Wn/GWjR/QATTkAbKNH9AvNyjZ6E7f0Azx+aoqUN/QC2sAklbRH9A3GcJKYZEf0A7UhUJ0kR/QPXGdYv0U39Aq3yKa3hUf0DfJpor3FR/QLsFoesHVX9AEYq4q51Vf0AHJMSL51V/QOCsyGsEVn9AuDqcjEdbf0DepQyOcWR/QCkOGu7GZH9AuLI7T/trf0AomH5wA3R/QELVklCEdH9AHHia8LR0f0DXi6pQG3V/QN7EsPBCdX9Al0HCcRB8f0Cpe/FSm4N/QEEG/HLeg39ArFMD8wyEf0A4RwzzRYR/QIN7E9NzhH9AfN4fs8KEf0BCDDYUrot/QLwyeHWxk39AGgOBlemTf0Bu4JO1YZR/QNeyo3XGlH9ACXQZmHCkf0BEIyl41KR/QAxjkZootH9A7ruxu1S7f0AvQvXcYMN/QF+/Fh02xH9AHNMmfZzEf0BVMZC/99N/QHbMnx9b1H9Aby+s/6nUf0DDSBpiI+R/QJx4I+Jd5H9A/iswwq7kf0Bu/anEcvR/QKCfjMP5AYBAG8CUgy0CgECkQ5jjQwKAQG9V2AQ6CoBAvdTvpM8KgEAXaxTGFhKAQGJGIEZiEoBAVZtVBxQagECfz1znQRqAQL05X0dRGoBABL9o540agEBO82/HuxqAQG/Nd8ftGoBAJdIASFYegEDthJUoCSKAQKnxoOhRIoBAwsaoyIMigEBrl7JIwiKAQIUv3akvKoBA+UrlSWMqgECBzuipeSqAQDAX8WmuKoBAta4ZCw8ygEAjxSGLQjKAQOLGJ8toMoBAkWgr638ygEDYI1Ys7jmAQOZhXOwVOoBALLNfDCs6gED5MWSsRzqAQPYPaExgOoBABoptLIM6gEDeI57NFkKAQA8qom0wQoBAuwKljUJCgEBQkKgtWUKAQENHsE2KQoBAgNveDhFKgEA52OQuN0qAQIcJ846RSoBAH3Ej8CNSgEDaImHxClqAQMDpa5FPWoBAfFZ3UZhagEBIJaBS+mGAQLeUozIQYoBAEZyrUkNigEDGHbqyn2KAQGeYSxM+ZoBAvwOGE7JngEBrzuLzAGqAQFwv6DMjaoBACtHrUzpqgEBoACp1JHKAQA1hLlVAcoBA2mw01WZygECF/WdWDXqAQCQadHZaeoBAKRq8F4OCgECyrus4EIqAQDO68FgwioBAb4iN2RaOgEAJdTy6cJKAQHGGRBqkkoBAu2FQmu+SgEAs6njbT5qAQMXNflt1moBA7KyGe6eagEAJgbD8D6KAQJCRtTwwooBAaqe7/FaigEBTA8EceaKAQHZE970wqoBA0b79/VmqgEALvjE/A7KAQPRnQJ9gsoBA+xl/AE66gEC95IVAebqAQBSNtIEAwoBAlrK8YTTCgEA+3MFBVcKAQOTjysGOwoBAuVv/AjvKgECmDQcDbMqAQDq1DWOWyoBAfQabQxrOgECFUzxkHdKAQJXNQURA0oBAbIfd5B/WgEC17HuFENqAQDANhEVE2oBARnjAJiPigECenMSGPeKAQGItXQcJ5oBAlAgEiC/qgEBaFUSJJfKAQFn2iEo6+oBAxJyLKkv6gEBDhpTqg/qAQNFI2IuRAoFAPP7rCw8DgUBFdQztOwqBQMeaFM1vCoFAadkcTaQKgUDO/C7NFwuBQBczUc5PEoFAOIBX7ncSgUAb11zumRKBQB57aA7kEoFAbtCN7y8agUBuBJRvVxqBQD5MmQ95GoFARIWfr6AagUBCJKuv6hqBQIoSLLAfHoFAIc7NkCUigUCPGNyQgCKBQEcV4rCmIoFAAO8NEhwqgUANryOSpiqBQJ6PRBPWMYFAyN5R0yoygUAZBJC0FDqBQEMfl/RBOoFAzMuutNg6gUBUB7XXGk6BQB9TY7hwUoFAdSSmWXhagUDdO+hae2KBQElK9zrbYoFAjjtxu+NlgUCpTSh8cWqBQEXVORzhaoFAo0Nw3ZlygUDQmnY9wnKBQI9Urd58eoFA7QqzPqF6gUCl2ex/b4KBQMVA9l+rgoFAMN4hQR+KgUBx6yyhZYqBQAYgNeGZioFAirddgvqRgUBUbWEiEpKBQLyybwJtkoFAqxN1Qo+SgUAmRanDOZqBQC/UsUNwmoFAy/O245CagUD4Sr1DuZqBQESpQ+QQnoFAw/oqBjCqgUDHnjYmeqqBQFpow6b6rYFAIdFtxzeygUD4HXOHWbKBQEwGeMd4soFAqZ3C6LG6gUCcNyrrAcqBQLm7LwslyoFApeA1K0zKgUBoPnjsUNKBQIJseyxl0oFAChmT7PvSgUAeqw1tCNaBQBPpri0L2oFAV4u0DS/agUAw78MNkdqBQMkX/M5U4oFAVNf+TmbigUDW4gNvhuKBQOkaGC8H44FAIKpG0I3qgUAdFUxQsOqBQMI2WJD96oFA7otakWrxgUCYRoDRWvKBQAkmiVGT8oFAgNaLcaTygUD/v5Qx3fKBQJQFyTKI+oFAMsAC9FUCgkB6EQYUawKCQEmNETS0AoJALktF1VsKgkB9SE21jgqCQKYqlva8EoJABlO8Fw4agkA0N8RXQBqCQNCk0jecGoJAA58GWUUigkDCAva5OSiCQJlJkzojLIJA4SEw+wkwgkCV5prbsTKCQBklyBwwOoJAwsHLHEc6gkCKONcckDqCQAj6TZ9ASoJA+wlRH1RKgkDls19/sUqCQL5nk+BYUoJA4Qqc4I9SgkC9h9BBPFqCQDyl34GcWoJAPwEcA3tigkB90idDxmKCQIxmMOP8YoJAhnszgxBjgkCTI2FkkWqCQLTydkQca4JA8d+gZYVygkCwFa0l03KCQOYx3aZjeoJAhJMbCE+CgkA9HSMIf4KCQNUAKYikgoJAXsaqCT2MgkAGoKJKZ5KCQFdBtkrkkoJAujLdazqagkAcBietbqKCQF26Nq3SooJAokviLRengkAiK2QuUqqCQFYapi9UsoJAquPvMIi6gkCGafuQ0bqCQJbBkRLtxIJADaB306TKgkBfgINz8MqCQE0dEpR8zoJAANC3tJvSgkAuNs+0MNOCQAMs9DV62oJAZxsANsbagkAD/idXIuKCQCqENBdy4oJAIB5A97vigkDIYUiX8OKCQENQZfgG6oJABtxzmGPqgkBaN3f4eOqCQHDqgnjD6oJAM0KLmPjqgkBZ76dZDfKCQGrRuTl/8oJAntTEWcXygkC9yuo6FfqCQOibB7vM+oJAMDGNWx/+gkBWwzv8dgKDQOsrSrzSAoNAXyR4nVUKg0B2C4qdxwqDQHzIuh5cEoNAu+xZf1EWg0CcWvN/IhqDQJJn/X9iGoNA5LoHQKQag0Bu2T/BZyKDQMbYTkHHIoNA1j6LAqYqg0AKqqIiOyuDQI5bzoOvMoNAiLki5SY7g0A5G1AGpkKDQNlRX+YGQ4NAOtFlRjBDg0CaOIQHUEqDQJS1k6eySoNAKeqb5+ZKg0A9LaLHDkuDQCmizEh7UoNATwPkKBBTg0C3FgeqTVqDQDZZC8poWoNALDIPSoFag0BCsRRKpFqDQMHoJkoYW4NAs7tMS2dig0BC61Rrm2KDQMDal8yjaoNAqqltblN2g0BXcRYvhnqDQBOwVRB3goNAz1tZcI6Cg0Bh8o8xSIqDQLgwl1F2ioNAzg7SUkuSg0BRQ+vS65KDQGyapjavqoNAqsUv+dS6g0Cxizd5BruDQNrcX1plwoNAJLhr2rDCg0AoQnQ658KDQEGKejoPw4NAaDeX+yPKg0CLwJw7R8qDQEEOpRt8yoNAOI6tO7LKg0CTVr27FsuDQB2/3/xP0oNAJzTlvHLSg0BKC/Q80dKDQKLcNt7Y2oNA1tZq/4Hig0D/hK3AiOqDQLuP5iFS8oNAYHL6wdDyg0DUNiIjLPqDQLrEbsRxAoRAC5GxRXkKhEDu57ZFmwqEQA4h9EZ/EoRAjD4Dh98ShEC8w3mJjiKEQInpgsnIIoRAMIHOSggrhEDs09ZKPSuEQPmVB+zRMoRAJ3oPLAQzhEBeuRlsRTOEQNlZLY0gOoRA7+dDLbA6hEA9WEot2TqEQFTxUu0PO4RAHdtcDU87hEA+b5nN0DyEQAU5fU57QoRAyAOEjqZChEClb4wu3EKEQLJ/xg+sSoRAkHsRsedShEBjeE4yylqEQC+KjlPAYoRAg6aZEwdjhEDTmoWU5WiEQHbw3LQRa4RAsqHCVchwhEAaLgfWfHKEQG8mn9gAg4RAyrsTOeeFhEAdW9558YqEQC0J6tk7i4RANlsV262ShEAAICobMpOEQGAJWJy0moRAcJJuHESbhECXwZqdu6KEQMGDpn0Go4RAdQhSIWW6hECzMlnBkrqEQGknZkHluoRAYq9nAe+6hEBmH22hEbuEQGms+4L7xIRAGU04BpjZhEAGpkSm5tmEQCxhwiw8A4VASsgQbS8FhUCTg/ZN5gqFQN14BY5FC4VAG6UnT30ShUDX3SyPnhKFQGkkP+8SE4VASMNvsKYahUA+XXuQ8BqFQKbhgRAaG4VAn2ue8S0ihUAeFq8RmCKFQLwyuzHlIoVAr0j4UsgqhUABmLX02zWFQPP+r3UWPIVAdWpV95FGhUCuUDY5iFKFQH0PWXllU4VA8IuaXzt7hUDgF88g6IKFQEhd3QBDg4VA5dT/oXyKhUDzyBuiLouFQK6OIsJZi4VAeycqIoqLhUCk5zGjGZKFQHjiUwPykoVAPJzSRdWihUCXAhBnuqqFQDhhVUjSsoVAXjLO6o/ChUDjLEsNaNKFQDSPZm0W04VAK0N1DXTThUCyMKCO49qFQFEZpi4J24VARMfWT53ihUDP1OIP6uKFQJ4IH5HH6oVAI/1hEtDyhUCb4WqyCPOFQNQJs1My+4VAX6bbFJMChkCDY+fU3QKGQNeZ9VQ4A4ZA/q4eFpwKhkC04iM2vQqGQGXGYBefEoZALpfpmcIihkDFdrm9CDuGQFZB9v7pQoZAKlL8nhBDhkASzj4gFkuGQFZ2fqEJU4ZA90ZXQm5YhkAz6MDiDluGQO2URmUea4ZAs6GGZhRzhkBuxsKH8XqGQN1PyScbe4ZAGuDYaNyBhkDQ/flIr4KGQJU4Bin9goZA8+4LiSGDhkBh/DwKuIqGQH3fYE9zq4ZAVhWkcH2zhkBuIX2yQb+GQNzEhhJ/v4ZAR/iK0pm/hkBhzZKyy7+GQDLuWbO/xIZA4cNjU/7EhkAUte4Tc8iGQHHQTFTKyoZA8GcWeOjihkCORSr4ZuOGQM/7VBnV6oZArPRemRTrhkDWGuXg/RqHQDHVZePtKodAOmRuYyQrh0BhXXlDaiuHQMlWmQSUModA6WSnhO0yh0Bk7btEcDOHQFAJ62X6OodAKsb1xT47h0CSSvxFaDuHQI6hOKdGQ4dAwZB6qEhLh0BGa7ppPVOHQPWq6yrVWodAjOI0jAVjh0DgvKpOsHKHQEEo6I+VeodA9zb4z/t6h0Ah3wDwMnuHQLEkejfKqodArsOFNxSrh0CqTsgYGrOHQBrPslnvuIdAql/02ZC6h0Bf+wX6ALuHQFVyNxuawodAg2uKnAjLh0Dz15T8SsuHQNpClMb0CohAXG7WR/gSiECwGGUKQSOIQG65Gg7gOohAdLlirwhDiEApDaUwDUuIQGVpgDlzg4hAuIgoPbyaiECeQAtherOIQKHrdgi74ohAyzsG6wfziEDkXPzPnxKJQNSj/k+uEolAcMcicJQTiUAKpZISGSOJQA0WGtUzM4lAo0oiFWgziUDcFVDW6TqJQN4zFtrxUolAna5U291aiUCj05FcwWKJQFXLl1znYolADP8pZB2TiUD1UViFopqJQItWecV0m4lAbYqkBuaiiUDp3rJGQaOJQECqu0Z5o4lAkDPnp+yqiUCKCfKnMauJQHwLZqrQuolA7B3ckVPqiUBqNjNT3PKJQC2oPjMl84lAh9p11OL6iUAdkY3UefuJQBIjRNgeE4pA3Y1/WfcaikAOtMBa9CKKQB3RlH5VO4pAFiDYP2BDikBU3RphZ0uKQENeXQJtU4pAhyCgQ3RbikArsXRH2HOKQA0kmCgYe4pAI2BvLI2TikAyIauSPruKQJAr9NNtw4pA0+02FXXLikDzYLQ3UNuKQMvWcRsh84pA73+0vCf7ikBATPc9LwOLQB2FCGhKQ4tApUJM6VdLi0C1Jnnq01KLQB/X1Ot5W4tAnBGEL/Byi0DpaAmS/YKLQKPskXbbn4tADFgAl5qii0CVOPA48K6LQBfgOFA0Q4xAssRk0EtEjEBdeo0xrUuMQGHqktHPS4xA7wylcqFSjEDXPuZXF3SMQB9pfSDLqoxAWRPVgVezjEDuTRdjW7uMQDwSYUSPw4xA58bwpt7TjEAcSfsQzxONQGYQPnLWG41Ant1veEhDjUChbbJ5TkuNQD/ROZqsTo1AQwY4fF1bjUBVB5KCz4ONQCxr5uLohY1AZoFpxImPjUDp3wEFVJONQCG3jCxbw41AYmucLL/DjUA1t/H36QuOQOO0dt/LO45AckmpJ/9vjkA4yDeIinOOQMI6s+pYg45Av/PBqraDjkDaGO7rLYuOQBfFBEy+i45AMC1IrcmTjkBgxofOvJuOQIRFHRExrI5APucmZckrj0BgVPfN6WOPQPhFRzc2n49A8GUlG9e3j0DUfvaHFB6QQN2ig0iXIZBAhm0liZ0lkEAS/UAJTSaQQJTq3m4RSpBA8NF7j/hNkECHoE2QMFOQQBMttfDDVZBAX/KuklhikEA8UPoWsX2QQHLm+1cZhJBA8CEt2FKFkEDXA6aYVIiQQJ8oib7RrZBAA4TAPjKvkEAA2mOh/r+QQA3HrAHPwZBAvZZOYtXFkEB49fhCEsqQQFvSLINcy5BAsXPNhLnVkEB9dOHkONaQQPxYBIgx6pBAaqHgimj8kEBbYx8r+P2QQBdDKQs3/pBAZANUbKUFkUBYH7RsCQiRQKBsPNCHHpFAjmV6cBIgkUDxKW6xIiaRQLja/jIaMJFA/4FJk/UxkUDkiPyTaTaRQOBZCrUfPZFA7nOG9TVAkUBal7J4aVSRQCCM8xgHVpFAK7fgektikUDdsNP9EnWRQE7Fkr7TeZFAL5iEn9d/kUBDY9TgMYiRQORcweEWjpFAb+73gtCVkUAn5kUkH56RQHU8SWQ0npFABBuUJBGgkUB5YjameKqRQJQ/fIY1rJFAcoybSRfAkUDO1HHKa8WRQP+GBOsRyZFAPnYyazbKkUB5s5evM+aRQCV61Q+955FA/1xAsGXqkUAK9IYwJ+yRQJK9JzKF9pFAj0puckb4kUBjsbtSM/qRQFSwqdMeAJJAx1NANTwKkkDRzGR1JAuSQNO3vfcWGpJAJVxXeUckkkA0bEz6XyqSQN/WHzuiL5JApHSAnGc4kkBpKMU9e0CSQKhL+T3HQZJAn8WZHsVFkkA5skj/HkqSQJue5T8GTpJA3aejgR5ZkkDAQcCh1FmSQD5GfOKBXpJALOBW4/FjkkBio4sEoGuSQIqO8KQibpJATrNdpdlwkkCmOJtlYXKSQO1Q4IZ3epJAc45dB5V9kkAGi1cJK4qSQAkmjCrYkZJAqeM0qwqWkkCA8qwrB5mSQIwjvWzMn5JAjlLGDWWmkkDySSfQirWSQGTQNPDgtZJAh05IEF22kkCDOO6QfbqSQJBkL5EcvJJAB9AWMt7BkkD0qjKSj8KSQGqMzHJjxpJAUclbtFHQkkAUtqO0G9KSQB7HjVZM3pJAeH6I14jkkkC3BhW4B+iSQCSzDNkw7pJAnLEYOX3ukkBWNbj5dPKSQOYLlxte/pJA0UcxPDQCk0Bd46k8NAWTQBVRqh2VC5NA9lLq/+gZk0BLvf7/ahqTQKY3BUCUGpNARIDCA2Qyk0BhF/hDuTOTQJDGMmdJSJNAa7HbB31Mk0BCYIWItVCTQF8kBWufYJNAn6N17Mlpk0Aomnds1mmTQBXl3cxhbJNAQ2Zj7bNvk0Cvn6FOnneTQOn8WtCYgpNAeIuY8X6Kk0Blw84x2IuTQFdg05H1i5NAAH/mUW+Mk0Av6ocyc5CTQG5F4TKskpNAvNtHczmVk0C22mbT/pWTQN9PGTRvmpNAA+xOlMSbk0AN2HH0opyTQDQNwVSbnpNAljsKVW2gk0BAWu92fqyTQFKx1Tc5spNANEGw+Ki3k0D5QOO47biTQDuN5rgCuZNAc09rGVC8k0BWXwzbr8aTQEJUQr3D1JNAFVDPfUXYk0AuFMJeT96TQLX5rt8z5JNAE4u/X53kk0BFJgPgS+aTQDpAGiE97ZNAHA/tgXvyk0ANaoqCZfaTQC4JuWKO95NAs92+grP3k0D+aywjbfqTQHakeKSwApRAM70S5YUGlEA0+L1mJhGUQNO/7aZWEpRA8nGRB2kWlEA1uZco7xyUQHNE2CiKHpRAVyjfCLYelEDShCtJnCCUQD88FYpsJpRAvndGCqYnlECd2ZlMdTaUQClt1EzqN5RAxenzzLI4lEDQTZ8t9jyUQEyw93BDUpRAtj2nUaFWlEDuo3wy8FuUQHH1HvRXZpRAvIWntRtwlEDshvPWXXiUQDerUBgNgZRApR5zeOiBlEDNkyXZWIaUQEA4VTmIh5RAMiu4m7qWlEAlicRbCZeUQB5J6xsAmJRAxTdcPM+alECJzBM9YJ+UQEnTo131opRA62zCXhaqlEDXq8s+UaqUQPYEdD+BrpRAqId3wPW0lECLJbNgcbaUQFYjWAGMupRAv906wi/AlEC8jXKD8MeUQPZ0p2NByZRAKaJIBgDalEDPeWqG19qUQAl5nseA4pRA2cCjZ6LilECJb29os+eUQGneuCnl75RA0dYoKq7ylEBLbpPqVPWUQJkE+iri95RAYw+sDK4ClUAJ3UbNhwaVQJ8rUs3PBpVAJmo6rpYMlUCHa1DOIg2VQAcyOm/zEpVATd8D0VUelUBxnA+RoB6VQFjXg7GEIZVAiBWtUYsilUC/c4mSBiiVQG+rN/NbLJVAeeVjk3UtlUDm5jeUuzKVQEQ4t3VEPJVAsh7Y9RU9lUCQ6ef4lFCVQJTghjmJVJVA4Fd3m+JglUAXTZcbrmGVQH+c/hyeapVAnFpEXrhylUCgHHK+23OVQLC0md7XdJVAmoDp/tN2lUAFDFAgv3+VQEVG08ACg5VAWzEEQTqElUDN+6qjHJWVQJk8IgQUmJVAP7cppEOYlUD2RekIgLaVQG9rwAnau5VAVDYvipu+lUBNDDqK4L6VQNA2zEqDwpVAlktKTATMlUCMilZtsNKVQOfnpc2p1JVAnyGgLuPalUDhwDZPot6VQHRa3M/A4pVAwZurkOjnlUCDIWmzW/mVQCUjlLTLAJZAwfHb9JQClkCMCu+1bAmWQMXp/FeBFpZA2IP6ONAclkDW5Hj59B+WQOg0jBrOJpZAwpZpHQw5lkB7gap9qTqWQF456d04PJZAMtAdvoc9lkAwMZx+rECWQFQQu2AtTpZAx0ULISxQlkBwFhWhalCWQIZWIgG/UJZA8Zg3YUZRlkCRE8nB5FSWQLEiWWQ2ZZZAS48TpjdwlkCnt5XpjoaWQPssnAm4hpZAJ6pHCvyKlkBZz9hKmI6WQIBoFSsakJZAV12K6wKTlkABO1xMO5iWQCe3Jq1EnZZAy3ZgjhKllkANE1pRBLiWQH8tDlPdwpZABftA0yDElkAJHqiTscaWQIgoWRV30ZZAMofP1WjUlkCMCsTWfdqWQMfRjbeC35ZAVEgR2MfilkClekU4FOSWQEDMTPmg6pZAt6oyuljwlkDC0pma6fKWQGs44/q89JZA6NzQO6b6lkDuR9n8OQGXQLJhVN1JBJdAXq0nf+kPl0DAnHjf7BGXQFX6lH+hEpdAVqnXH0oUl0DSlkTA/xaXQDcjzqBrGpdAGwIdAsAil0Bo4GmjByuXQKlKj+P1K5dA6nhCBck2l0B/E1PmkD2XQJw8WUcWRJdA5nR/pwlFl0DqmQGJpE6XQKKWB6nKTpdAIvR56aJRl0AKGnUq4leXQNvDHosaXJdASbUxK5Ncl0DFI0MrAl2XQEBTXIuiXZdA</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20704">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=18" index="17" defaultArrayLength="155">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07079698877716" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="685.3858437851078" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="5676803.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="372.21679890259895" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="488394.90625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.16941" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 372.22@hcd42.00 [100.00-755.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="8.419634819031" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="372.21744466124926" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="755" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=17">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="372.21744466124926" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="372.21744466124926" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1996580.625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1656">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1656">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=19" index="18" defaultArrayLength="200">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.070728345382" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="975.4425440663298" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3298775.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10222650651843" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="205968.640625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.17319" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 537.76@hcd42.00 [100.00-1090.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="19.327289581299" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="537.7628242598872" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1090" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=17">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="537.762824259887" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="537.7628242598872" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1926009.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=20" index="19" defaultArrayLength="108">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10698869434528" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="802.3669543610323" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3518504.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="465.74124187769723" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="464065.28125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.177046666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 465.74@hcd42.00 [100.00-945.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="15.080616950989" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="465.74150299699636" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="945" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=17">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="465.74150299699676" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="465.74150299699636" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="901894.125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1152">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1152">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=21" index="20" defaultArrayLength="112">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10695662448849" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="727.8064890015494" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2507717.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="120.0805203283924" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="240791.828125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.18088" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 439.69@hcd42.00 [100.00-890.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="23.642866134644" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="439.6878822163406" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="890" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=17">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="439.68788221634037" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="439.6878822163406" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="285500.96875" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1196">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>MRGZYNhGWUCXGdbOioRbQNKhCZKHBVxA7YrNdojFXEB+jF2YfQRdQKBi8lk1RF1A8ka8PicFXkADQFRgXUVeQP1aiEZEI2BAd2pQJ8FCYEC+OVSnWkNgQOMjHKjRYmBA4pS0qRqjYEA3KRLMagJhQCYm3uyFImFASCEQMESjYUAaBDXT8iFiQC0v1nSbY2JAwUCi1bmDYkCoi7zc6KFjQBPyxZxjo2NAL4aOXfXCY0BoiX8pG6RlQAI7FCvN42VAAWbgi+8DZkCvxavs8SNmQPjU028go2ZAn7PR0/VDZ0CuqZm0bmNnQIbPndQVZGdAEn8fokuEaUAkSONCHKNpQC1/60JnpGlA/hR9BJzjaUD9WkmlwgNqQM0kp2tGBGtAE9JqrBIja0AuQZdv8aJrQCKd8lUTo2xAmxH1eaFEbUB3pbi6aWNtQFdOwFqeZG1ARD2FO52DbUAZSIz7uIRtQHivUhzzo21AdwlYvMqkbUC0kHgD9cNuQDftQAR+425Apn6zpcMBcEApOBfGdRFwQF9FHuaREnBAJjWEJp0icEBwg+dmPjJwQNoEfmg5cnBAbCvkSE2CcEAIM0dp45FwQB0/eAx8EnFAjDHajOYhcUCNJOGM/iJxQEolQG3yMXFAdDFFzb0ycUB0jKgNYUJxQHTmqs2/QnFAQ8kObnhScUCtBhGu0lJxQBo3n9OpMnJAxSQBlBNCckBvLAX0tUJyQKan0fTkYnJAqK03tfNyckB3ZZa3cdJyQCemK9vPYnNAdrWHX3gSdEDOYkrD/Kl0QJJtdwb0KXVAI2DZKPSJdUChs2ysBBp2QCCNBe+ognZA1RU1LySKdkA0fDqQSLN2QFf1llEh6nZAofwwFPVSd0AnKP7UP3N3QG62KhVDendANx9h92jTd0BnQ8d3fON3QCYa9Tj+EnhAIiRbmQ0jeECHRO9cPrN4QBfItx9jI3lAJRsbIAUzeUC1jB7gjzN5QPQhgQAUQ3lA5ARIYqyKeUBfInqij5J5QMrM3uaSQ3pA8tlEx6JTekBuoKenLmN6QOzMBYvh6npAoun1zUFhe0Ao0AcOE2R7QGnRai6oc3tAIxlw7nx0e0ACWJnO+np7QE/2m05ke3tA+qbQTq+De0A4GA8NOiqBQD5LwHmfKYNAvMobY6eihEBKnHqk3tmEQKDsfcb5KoVA6HGBsHO+hkA=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1196">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=22" index="21" defaultArrayLength="1904">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1726553245449" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.7350366596434" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="851573184" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="420.7145701499371" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="58355720" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.18667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.673444569111" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20312">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20312">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=23" index="22" defaultArrayLength="69">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07048221655174" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="720.3707686148978" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="5120666.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="428.26161365345433" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="966427.8125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.204228333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 428.72@hcd42.00 [100.00-870.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.741870880127" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="428.7173053909623" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="870" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="428.7173053909624" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="428.7173053909623" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="11795987" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="736">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="736">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=24" index="23" defaultArrayLength="122">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07055851052725" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="715.3133325304755" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="9484414" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="409.21888150448876" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="997198" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.208018333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 410.68@hcd42.00 [100.00-835.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="7.12370634079" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="410.6837233595921" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="835" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="410.6837233595926" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="410.6837233595921" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4160227.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1304">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1304">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=25" index="24" defaultArrayLength="65">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07070346908074" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="612.3459455711828" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3184596.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="363.19911841083314" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="663322.4375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.211808333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 363.22@hcd42.00 [100.00-740.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="15.065729141235" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="363.2192236363516" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="740" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="363.2192236363512" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="363.2192236363516" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1970973.125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="696">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="696">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=26" index="25" defaultArrayLength="127">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05488049448822" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="555.3237061974877" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="643698.6875" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021629318367" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="50228.6953125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.215696666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 326.69@hcd42.00 [100.00-665.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="29.576204299927" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="326.6928299575563" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="665" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="326.6928299575567" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="326.6928299575563" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="508139.71875" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1356">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1356">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=27" index="26" defaultArrayLength="33">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="112.0866990415823" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="565.2731119922255" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4782023" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="346.227889767585" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1563102.25" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.219821666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 347.68@hcd42.00 [100.00-710.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.186631202698" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="347.6798797595395" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="710" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=22">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="347.6798797595391" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="347.6798797595395" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="247254.3125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="352">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>MgwjeowFXEBbocCggQRdQHZqaYcmBV5AGWQyC0UjYEDRjwNMwkJgQOW/+TD6AWFAVKDVFsbjYUA47KpX4gNiQMnMJnqcY2JAQqlEY/XCY0APDhpkFeNjQKJbFO6dY2VAr9fpbsGDZUA6DLnv8qJlQL3CwC8cpGVA7N1nUc7jZUB8Vz1y8QNmQHVo/8bwI2lA71edkqXjakCuy3LTxwNrQMOjIrXKRGtAUqvAIIMEbUAFompio0RtQMzRDY4iBW9A1Acs608icEB4wD3ywDJxQP74MSERc3NAox+syDqTdEDurb1vpaN1QAUsKJCts3VAubaL0KnCdUAKaZ8tQyN6QAgWV1UvqoFA</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="352">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAYJ1L2UAAAADArJ/gQAAAAECF9NNAAAAAQEPlAEEAAABA1bH1QAAAAKDbD9dAAAAAQICw6kAAAAAgTnTmQAAAAADyiA1BAAAAQJJ2+EAAAADgBjXmQAAAAKAzO+hAAAAAgI0R4UAAAADAhoXjQAAAAIABmPhAAAAAgFWXF0EAAAAgQ7QGQQAAAAAgI+NAAAAAIPs49EAAAACAagz2QAAAAICYWNVAAAAA4As20kAAAAAgU6r2QAAAAOADs99AAAAAwE911UAAAAAgx2TSQAAAAOArNepAAAAAwBSh9kAAAABA3tk3QQAAAKA3gxRBAAAAoAYM20AAAAAA0PHQQAAAAOC6huZA</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=28" index="27" defaultArrayLength="1941">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.16713162966806" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.7018358513383" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="643973568" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="420.7148753264497" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="61194100" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.225335" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.821458399296" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20704">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20704">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=29" index="28" defaultArrayLength="118">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07100101558527" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="715.3172998172024" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="8336273.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="409.2193087507517" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="874739.375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.242605" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 410.68@hcd42.00 [100.00-835.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="8.269618988037" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="410.6841200890584" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="835" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="410.6841200890583" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="410.6841200890584" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3791985" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1260">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1260">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=30" index="29" defaultArrayLength="169">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07030674040804" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="768.4121084366908" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6162224.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="321.49875400001366" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="404197.96875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.246373333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 332.85@hcd42.00 [100.00-1010.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="12.258334159851" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="332.8498881684519" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1010" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="332.849888168452" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="332.8498881684519" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="3" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1665813" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1804">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1804">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=31" index="30" defaultArrayLength="68">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07062717510522" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="613.3505846408246" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3236333.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="363.1985690942094" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="631412.9375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.250256666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 363.22@hcd42.00 [100.00-740.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.097373962402" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="363.2194372599104" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="740" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="363.2194372599102" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="363.2194372599104" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1615240.625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="728">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>StLXJ4VEWUBEH8pWi4RbQIHDdLjFxFtAbPwiGooFXECWnsXbj0RcQKM8Hh+FxVxAJ6zAQIMEXUD8psCFNMVdQJ+jKksaImBAy1syy0MjYEAsiQNMwUJgQDPHo/IcQmFAOtTNlpniYUApwSa6mmNiQLET/Pq3g2JA6CqYoXOCY0D5m0Rj88JjQGc/wmXxImRAntVnEc3jZUC8bj3y9ANmQPE8v5lFJWdA/IyUemJFZ0Bn5GM7mWRnQOJFOby4hGdAWQEBPcqiZ0DZ3P1QGaVqQFBClpdGo2tAInoRX5nDbEDCnzmjzGNtQFkPBG6qA29A6jbVDicjb0C90ZXrPDJwQEInfM79oXBAewyA7pOicECGWfY1KcJxQO84+nW+wnFAON1kVszScUAtv54XDQJyQCCmG7ruYXJAMfYvocNyc0CwKoLEwfJzQGR8PeiSgnRA/2VTavPSdEC6LE+vApN1QIGqt6+9onVAKqX1UJzSdUBXVmRW+KN2QANayVYts3ZAdCTRllm0dkAf0zO3NMN2QBuob5jA8nZArLbaeN4Cd0CXnun/4hJ4QA84qqN/o3hAVLgSBDuzeEBakSTrsMN5QG5Y8fXoY3tAMyASX7LDfED3e5AhzCN9QEMBCwkERH5AU8+dzUX0fkA6/IvqNwqAQOorwao5EoBALdSh0tFBgUB4il87sZKCQN6slPuwmoJA4pocn8Uig0CT9lH/zSqDQA==</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="728">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=32" index="31" defaultArrayLength="94">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10700414263296" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="677.3675167253352" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3027870.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="120.08059869098268" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="311176.1875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.254056666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 439.69@hcd42.00 [100.00-890.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="22.078268051147" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="439.68812635755063" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="890" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="439.6881263575504" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="439.68812635755063" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="865708.375" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1004">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1004">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=33" index="32" defaultArrayLength="158">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10690496046477" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="555.3250489714568" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1198586.125" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.102208708222" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="173506.0625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.258141666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 326.69@hcd42.00 [100.00-665.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="26.986120223999" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="326.6930130634638" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="665" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="326.6930130634634" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="326.6930130634638" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="466767.71875" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1688">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1688">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=34" index="33" defaultArrayLength="200">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07061954570767" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="902.4314486083547" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="747869.1875" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="480.7474742779357" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="54514.78515625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.262566666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 480.75@hcd42.00 [100.00-975.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="55.477760314941" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="480.7473983299062" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="975" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="480.7473983299066" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="480.7473983299062" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="212625.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=35" index="34" defaultArrayLength="200">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07068821028564" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1388.5765995839397" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="515549.59375" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="696.3816844098664" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="47280.8984375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.266948333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 697.83@hcd42.00 [100.00-1410.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="95.273765563965" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="697.3274766365694" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1410" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=28">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="697.8279050818156" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="697.8279050818159" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="144947.828125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=36" index="35" defaultArrayLength="1879">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1559926869607" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.7389453152618" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="637017792" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="420.7145091146346" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="17249160" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.273836666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.671850264072" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20044">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20044">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=37" index="36" defaultArrayLength="39">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10724828335461" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="504.2956098220541" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="36194852" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="375.1981771166996" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="7792580.5" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.291306666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 308.69@hcd42.00 [100.00-630.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="1.259142398834" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="308.692878377867" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="630" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=36">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="308.692878377867" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="308.692878377867" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="11498119" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="416">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>2mPnJ91GWUBP7iL6hwVcQPK2wOCEBF1ANuoLM4vFX0CWZjJrRSNgQF6kB4xfQ2BAMru7ES4fYUBkIbAghV9jQBKvREP2wmNAaga5D/KiZUA/4WfRzuNlQLpCPVLuA2ZAERK2Y0ilaEBlvvdmySJpQCqsgrKh32pAZ5f0GhglbEC8PsC7wENsQF/exX/B3mxA/t8XCfRFbkCrUEwKY3RuQN0Nt6p0hG5AhiK6bhMfb0Bh9V0R0YRvQJaByFHblG9AIP26b/3RcECQLjW3KPJxQCPKRl6VAnNANUIowBBLc0B25Djtk0J1QLEgs9TAYnZApbDEuytzd0DDVS+8OYN3QFXk6X/tEnhA/GoGGCm0e0Doac9iz1N9QJw/4clEZH5Agt1KKit0fkDi0vIwsHR/QJRhXdG6hH9A</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="416">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAQDx89EAAAABAC+v1QAAAAMC4AfpAAAAAgGy89UAAAAAghPtVQQAAAEBW0hJBAAAA4BzpOEEAAABgjcITQQAAAIB+TBFBAAAA4LkIFEEAAADAbk5CQQAAAKDDAvpAAAAAgFVY+EAAAAAAQ5YYQQAAAKDIBxZBAAAAYJC1BkEAAAAgZIn5QAAAAMDbJwtBAAAAYDpS90AAAAAghe43QQAAAIBEgg9BAAAAAMyMEUEAAACA+hktQQAAAACGVg5BAAAAQG14DEEAAAAAqwcQQQAAAMBYHCBBAAAAQL2L90AAAAAg+OwWQQAAACAfZRVBAAAAIPG5XUEAAAAg+mQwQQAAAGApJPhAAAAAgOaU80AAAACASxn7QAAAAAD7jSFBAAAA4D6n9UAAAABA62VUQQAAACDkxTBB</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=38" index="37" defaultArrayLength="122">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07063480450277" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="794.4423921803633" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4170400" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="426.7433635406147" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="536354.875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.295331666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 426.74@hcd42.00 [100.00-865.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="13.304651260376" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="426.74375940208273" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="865" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=36">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="426.7437594020825" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="426.74375940208273" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4610027.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1304">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1304">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAAAR160AAAAAgD1bAQAAAACAOxM5AAAAAIEzs8UAAAADgcRzFQAAAAEBGruxAAAAA4NoDw0AAAACA8GfTQAAAACDdUbtAAAAAILEE9UAAAADAvIXgQAAAAIBJ5cBAAAAAQJXDvUAAAAAgemLHQAAAAGAbJ+VAAAAAYNJQuUAAAADAv9XKQAAAAOCoqbZAAAAAYCl16UAAAABA/f7BQAAAAACwoPlAAAAAwP4140AAAACgOge3QAAAACDirftAAAAAwJ3HzUAAAABgBkO7QAAAAKDisLVAAAAAAJvj0UAAAAAAnyvTQAAAAABZpclAAAAA4Pu80kAAAADAvNDSQAAAAMCwCrhAAAAAgEox0kAAAABAbgbXQAAAACAmq+FAAAAAYDA/wEAAAABgMrnRQAAAAIAnOLdAAAAAAJLbw0AAAADgSqPKQAAAAEAy2vVAAAAAIBLGtkAAAADgC2bAQAAAAGDmv75AAAAAoC5CtUAAAAAAjsDAQAAAAMASocBAAAAAQFnwvEAAAABgrdS1QAAAAECyJQJBAAAAoOOSzUAAAABA/8TVQAAAAIDs0LlAAAAA4Iy2tkAAAACgwA3kQAAAAEA8jL5AAAAAwLKm50AAAABAkiDBQAAAAODgZLpAAAAAQDIkvEAAAACgYIDSQAAAAABP7PJAAAAAQKoC5kAAAAAgnizHQAAAAKCUQNFAAAAAIIq4ukAAAAAAq0q6QAAAACAxErhAAAAAwM4MykAAAACgQ1C+QAAAAOCWm7xAAAAAAJOov0AAAAAgnuC9QAAAACBdpb9AAAAAYPhOwkAAAABgGC24QAAAAMCRtLpAAAAAoEK1w0AAAABAMLnAQAAAAIBy77lAAAAAQDwtwkAAAADgw4gAQQAAACCGBvBAAAAAYHm39EAAAACAy7TLQAAAAOAHp7ZAAAAAoPX8ukAAAADARV4gQQAAAEBHJQxBAAAAgKED1UAAAADgPo/yQAAAAMDkBMdAAAAA4B/Sv0AAAACgIs3UQAAAAACs9NZAAAAAgM+tvEAAAABA9ra3QAAAAEBPlslAAAAA4FkTwUAAAABADf3LQAAAAOCkX/FAAAAAoMzcy0AAAABAhbHeQAAAAMC857xAAAAAIEc2CkEAAADAs/HoQAAAAGDvUvlAAAAAQLmL2EAAAAAgXT+7QAAAAIDKptRAAAAAoBZy2kAAAAAgnQTEQAAAAED9NLdAAAAAgDDy80AAAADAeW3hQAAAAIBAysVAAAAAwO2Zt0AAAAAg+FfSQAAAAECFbLlAAAAAQIaD3kAAAACg92rDQA==</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=39" index="38" defaultArrayLength="58">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0707110984783" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="565.2718912886172" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4026525.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="346.22840856661855" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="879292.1875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.29926" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 347.68@hcd42.00 [100.00-710.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="11.10756111145" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="347.6797576889345" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="710" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=36">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="347.6797576889346" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="347.6797576889345" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="363950.3125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="620">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>bdvXh4ZEWUAJMuen1UZZQHs+esmCg1lAliLK1ouEW0CNBSN6iwVcQGhzxVuJRFxAq2/NG71FXEDjUx6fiMVcQIybwMCABF1AlhlrYrVEXUCYc2nnJwVeQKSeKosZImBAx2Ayi0QjYEBYiAMswUJgQJKZB+xdQ2BA9nqDLhijYEBnvfnQ+QFhQFK0/BBsAmFAKaHVNsbjYUAX46r34ANiQKLIJtqbY2JAtg78OreDYkA3oMQAm2JjQMmhREP0wmNASf4ZBBPjY0CAUhSOnGNlQPgy545bg2VA8r3pjr2DZUDoCLlv8qJlQBi8wC8bpGVAHNhncc3jZUCnVj1S8QNmQBThEXPwI2ZAaE0DuHDiZkBQbSaGRgNpQB2x92bHImlAI2X/RvAjaUAbV51ypeNqQB/dcnPKA2tAvqgidctEa0DFuZUhliRtQFelauKjRG1A0MwNziEFb0CeMePOQSVvQJ14w0qSEnBASRQsy1EicEBSw//w4QJxQP+4PdK/MnFAvqZIHt0Cc0CB9jHBEHNzQACtqOi1knRAqkasqECTdECxcLkPAqN1QAy8vY+no3VAIzoosK+zdUCSsoswqcJ1QOmLn21II3pAbQVX1SyqgUA=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="620">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAQM10wUAAAAAAtdjOQAAAAACJutBAAAAAoJkP0UAAAACg27TdQAAAACB3FMZAAAAAYE3swkAAAABgv9nTQAAAAMCoReJAAAAAgMZxw0AAAACAMd7TQAAAAKCjfMhAAAAA4BYtBUEAAACAHFb4QAAAAGDQmtZAAAAAYCoaxEAAAACAGHLcQAAAAAA1ec9AAAAAANio9EAAAADAJa3xQAAAAGC8xAtBAAAAINtbz0AAAACgjlHSQAAAAKDr9flAAAAAoNlS5UAAAAAA0yvqQAAAAKDTOsRAAAAAoBkH5kAAAABgYe7hQAAAAKDKT/FAAAAAYJZiFEEAAABAAp4BQQAAAIAR6cVAAAAA4Bcd20AAAADA2QXiQAAAAOBXecdAAAAAQCU22UAAAABAFwPlQAAAAOD/iehAAAAAIBqC4EAAAAAA+NzBQAAAAACuKvVAAAAAoA6A2UAAAAAgIADUQAAAACCURsdAAAAAYPBY5EAAAACAS8vPQAAAAKCKBeJAAAAAYAzX0kAAAADA/8XrQAAAAAD2EdJAAAAAgDni7kAAAADg5E3iQAAAAGB41SpBAAAAIMhjCEEAAACgE8foQAAAACBmFNFAAAAAQBp36UA=</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=40" index="39" defaultArrayLength="74">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10700414263296" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="585.310351370884" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4522679.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="438.2566127279627" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="593335" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.303075" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 439.23@hcd42.00 [100.00-890.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.325754165649" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="437.2509562108357" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="890" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=36">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="439.23002589459213" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="439.230025894592" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="262084.890625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="792">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="792">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAoIBkz0AAAAAAfT+6QAAAAMAqmchAAAAAwBqqzkAAAAAAwLDIQAAAAOBXJdNAAAAA4AUQ00AAAACAozggQQAAAOAcn7pAAAAAYIXJ4kAAAACg0Ly5QAAAAGBgeRFBAAAAwLjsAUEAAADA0gbRQAAAAMD/LMVAAAAAIFjK+0AAAAAAZLHhQAAAAKA8BtpAAAAAIOOVF0EAAACADz3VQAAAAID7NuBAAAAAwBiIwEAAAAAgBKq9QAAAAEA0QhFBAAAAwEwb9UAAAADAQ3nIQAAAAIDtW75AAAAAQOqX0EAAAACgR03qQAAAACBkVsBAAAAAgDeB30AAAACgBOjCQAAAACC/csBAAAAAYCWK1EAAAADA5q3NQAAAAIDGWPNAAAAAYE4Z+UAAAABA75TSQAAAAGCik79AAAAAAIL94kAAAACgLZrEQAAAAGDOs+BAAAAAQJZ95EAAAACgn2THQAAAAOALrdhAAAAAQF5640AAAACAbSTUQAAAAKCQye1AAAAAgGWbwEAAAAAgyoS/QAAAAADutcBAAAAAYCHU3kAAAAAgHITIQAAAAODsw8hAAAAAALWM6UAAAADgEdTHQAAAAAA49AxBAAAAYDyi4UAAAAAgkWW/QAAAAECIS7dAAAAAoHx27kAAAABApGrJQAAAAKB4UclAAAAAYC9JvkAAAAAgcn2+QAAAACB5jtpAAAAAgJ0Au0AAAACgCm7zQAAAAABqje5AAAAAAG4bIkEAAABA2/f7QAAAAEBhOu5AAAAAgGQ030AAAAAAIeW9QA==</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=41" index="40" defaultArrayLength="1909">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.179430243123" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.6504441266281" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="931902272" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="356.1931753060272" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="28706712" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.30867" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.595673918724" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20364">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20364">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=42" index="41" defaultArrayLength="44">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10733983612523" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="513.2786456052708" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="16068602" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021629318367" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="2928927" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.326366666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 308.69@hcd42.00 [100.00-630.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="3.101012945175" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="308.6928173425644" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="630" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=41">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="308.69281734256464" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="308.6928173425644" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="22008880" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="472">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>0W3np95GWUCc9iI6iQVcQDpSHl+IxVxAjJvAwIAEXUBEYzLrRCNgQLSiB0xfQ2BAXbq78S0fYUDSotV2xuNhQB/LJjqcY2JAPB2wgIRfY0BXZ8zAxmNjQBeqRIP1wmNA2Re5r/SiZUAX3WcxzuNlQOSePTL8A2ZAlt61o0ClaEATu/fmyCJpQKeughKi32pAMNP0GiElbEByjsC7zENsQBEfbT1RhGxAutfFf8DebEBnJxjJ/kVuQKZVTMpjdG5AkDG3CnqEbkAlLrouFR9vQIP+XXHShG9AfG7IcdiUb0BGAbsP/tFwQBYnNZcn8nFAbNdGXpcCc0CUkygAHUtzQEbqOM2UQnVAr4ZKlAFTdkC7FrNUv2J2QPO4xPssc3dAGlQvfDmDd0CMqjkN8hN6QMxwBvgptHtAJbLPQtpTfUC5TeHpRmR+QPbq8tCzdH9Ay4Jd0b+Ef0B/DoyqOgqAQA==</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="472">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAA4KlJ5kAAAAAAvkrxQAAAAKDcuONAAAAAQOQK70AAAACAj1hGQQAAAGDuUABBAAAAwKWYNUEAAAAgEPXmQAAAAKBvGt5AAAAAgMttEUEAAAAAVizgQAAAAEAN1PlAAAAAIMs4+0AAAADgkk8wQQAAAGAOReNAAAAAgLyl5UAAAADAdE4DQQAAAGAbgxNBAAAAQLXN8EAAAAAA3DzhQAAAAKAvhd1AAAAAAGItAkEAAADgs//lQAAAACB+tSFBAAAAoOeg+UAAAACgPvcFQQAAAMCXRxdBAAAA4BiM7kAAAAAA0778QAAAAOAjf/9AAAAAYCEFCEEAAACgT+XpQAAAAECw8AFBAAAAQAlE3UAAAADg5Z78QAAAACB2/0RBAAAAIKVcF0EAAACAK9jqQAAAAIDn6t5AAAAAgM1j6kAAAABgCWoKQQAAAAD0hDpBAAAAQCPDGEEAAACAs2LkQA==</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=43" index="42" defaultArrayLength="114">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10704228962072" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="835.3952892542223" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="9110353" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="234.14514275393458" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1013391.875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.330065" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 447.72@hcd42.00 [100.00-910.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="7.715733528137" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="447.72525499153784" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="910" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=41">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="447.7252549915376" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="447.72525499153784" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="8537986" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1216">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1216">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=44" index="43" defaultArrayLength="28">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="112.08676007676273" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="438.25716204458644" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="13399664" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="437.25072243712236" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="3979051" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.333741666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 438.23@hcd42.00 [100.00-890.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="3.416611671448" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="437.2508646578819" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="890" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=41">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="438.23490632253464" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="438.2349063225345" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3795389" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="300">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>1xIjeo0FXEAFXR7/icVcQDSdwACBBF1AG3FphycFXkDHYDKLRCNgQNGPA0zCQmBAl4aD7hmjYEBWr/xQawJhQGzB/BUgw2FAzccmuptjYkCZp0Qj9cJjQPHYZ5HN42VAA1A9UvADZkCODj8DnmRtQAdEFOS2hG1Av4HDqpMScEB13T7NOXJwQJXTzXHnIXFAUx3VUQAjcUBcDCJa5WJyQAkuVQWGEnRAu27ChfgidEAW70OeZ9N3QAbr+0ZqI3lA6ih2bpdDekDdzuCOpVN6QAa9h/UCVHtAV7TyVR1ke0A=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="300">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAoLYW8kAAAACg/NftQAAAAMA47PJAAAAAgDCTI0EAAAAgovcSQQAAACDP2f5AAAAAAOYm8EAAAACg3wsdQQAAAIAQMudAAAAAwAsNGEEAAAAAYBsJQQAAAAClyDlBAAAAwGBO+kAAAADA0EksQQAAAKAyEvlAAAAAoI51FkEAAABAFaUUQQAAAIAj9/VAAAAAAArU8EAAAADgadYSQQAAAICPyepAAAAAYH3O6kAAAAAgnPn1QAAAAAA5JwtBAAAAYDjKGEEAAADgn93xQAAAAICVW05BAAAAwKcHJ0E=</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=45" index="44" defaultArrayLength="116">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0707110984783" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="901.4337675492802" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1855299.625" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="480.74625357432734" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="261873.390625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.337353333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 480.75@hcd42.00 [100.00-975.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="24.265277862549" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="480.74684901218365" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="975" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=41">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="480.74684901218325" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="480.74684901218365" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1552936" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1240">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1240">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=46" index="45" defaultArrayLength="1785">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.689441230863" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.8256154448202" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="695949760" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="356.1930227177709" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="34539860" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.34317" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.587785482407" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="19040">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>ITGH8wfLckCPwMc0AdNyQD4j07RJ03JA0mgHtvTackDnMqc27t5yQBDyQ1fU4nJAn3pH1+rickA6bICYs+pyQKUshjjY6nJAiI/ouErtckC71rq5hfJyQGrGxxnY8nJApTbfWW3zckDlhP16jPpyQDmhCDvT+nJA185AHJcCc0BpIEWcsgJzQLeQS5zbAnNAGaxkfHsDc0Ao1cO+lRJzQDkQ0f7pEnNAlswQAN4ac0AErxIA6hpzQCHRRcGNInNA4o29g0Qyc0BAZABFTDpzQEonD0WqOnNAGcNXxtZCc0CS22bmNkNzQPsFlKe0SnNAY3CXZ8pKc0CNMqNHFUtzQN3fWCiaT3NA6DDUaKtSc0CEw9cowlJzQLGn32j0UnNAuODlCBxTc0AIhBQqo1pzQPHUJyoeW3NAa2neyqhfc0BcWFBLfmJzQLBAVYudYnNAJbVYi7Nic0B6nV3L0mJzQBj5YYvuYnNAGzubTLlqc0AbiaSM9GpzQF8Rp6wEa3NA1txcTYpvc0Cia93tvHJzQPBO4g3ccnNABge9zkx4c0DQlYLPNn1zQJM7lC+nfXNA+kJaMJSCc0Ci310wq4JzQGqvZJDWgnNAf/JqcP6Cc0B+A5cxdYpzQPl8mlGLinNAlLzcUo+Sc0Bq795SnZJzQD1O7jL/knNAJsowtASbc0Bcc2IVn6JzQNVxbnXronNAp+fjt5Oyc0DG1jb5AbtzQD5OexoUw3NAwMx+WirDc0AHvK8bwMpzQG/Nt3vzynNAQt69GxrLc0BL1+28qdJzQGWS8tzH0nNAdUD+PBLTc0BVNg89ftNzQCa8Lh6l2nNAiFU4PuLac0Amg3AfpuJzQD2eiJ8/43NAqJKUv4vjc0AlGWDAm+hzQIGqtaC86nNATUO9AO3qc0AJlsUAIutzQD0D+EHB8nNALD8Ioijzc0D1OT6D3vpzQHrviGQYA3RAqc36xqkSdEBFYP6GwBJ0QHXfOuifGnRAspGL6f8idECP9SfrQS10QFFHDSz2MnRA894QDA0zdEDz+BPMIDN0QNWUSw3hOnRA/HNTLRM7dED4CYguwEJ0QHRelm4bQ3RA8hnTT/xKdEBV4XqwKE90QBSQkZPTYnRAnBOV8+lidEBIJ1pX63p0QO1OoDgIg3RATWHiGQuLdEACgR4b6JJ0QLUFJvsXk3RAyZY1G3uTdEDLIlmcu5p0QA/lm93ConRAni6nvQqjdED1UqsdJaN0QJrNsr1Uo3RATIjbPraqdECodeCe1ap0QFAs514Aq3RABdPqnherdEBM0SwAGrN0QPGkLwAss3RAt7pGAL+zdEA+mWDhwbp0QARnqELpwnRAuievQhTDdED+DMxCzMN0QEMTkQQRz3RALk8rJefSdEA4Ny8FANN0QMPrP2Vq03RAonBtZuradECddBanHt90QDGxoUeV4nRADFGwZ/LidEADOcWHd+N0QGHm8+j+6nRAiUyVqQLvdEDHLR3qY/J0QPUbfksr+3RAFWoGjksLdUBFTTBvtBJ1QDuDTs90E3VAxutwEK4adUA1dXew1xp1QNDIgtAfG3VAvK6QUHgbdUAUPbzR6yJ1QNNYxdElI3VARmRoM5ItdUCv0EG0+jJ1QMVvhBUBO3VAEAPB9uBCdUBXbsfWCUN1QOv8TJkYU3VA9ZhiWgBadUAvCXqalVp1QFm3vFucYnVALOLFu9ZidUDurMz7AWN1QKeE3TttY3VAWF0o/adrdUB5RD0+i3J1QBqsWR5Ac3VA1lddfldzdUAS/wDAx311QHW/1YASg3VAW1LaoC+DdUCscd7gSYN1QIIx4sBhg3VAKoYWIg2LdUA+cCGiUot1QOKTSAOqknVAMxtZQxOTdUAzwl3jMJN1QN/OZoNqk3VAEO9t45eTdUA3tHJDtpN1QAbidCPEk3VAJ0l+AwCUdUBafotEspp1QMI2mEQDm3VA/HKpBHGbdUCqvczlr6J1QKfP1gXwonVANsDmhVWjdUAtJuzld6N1QMTv7qWJo3VAd1rzxaWjdUB23h2nEqt1QJCfXGgAs3VA7vxmaEKzdUDYM3eoqbN1QLoZmanfunVA2mafyQe7dUDRuNsK5sJ1QHJq4qoQw3VAQlns6k/DdUByx/yKuMN1QBrzHIzjynVAsCclzBfLdUDmHmBt7dJ1QLm8Z+0d03VAgSXkb/LidUAG+umPF+N1QN/7JjH66nVA3xUq8Q3rdUDbbGZS7PJ1QJdmc/I+83VAKaSuUxb7dUDeC7rzXvt1QExN8fQcA3ZA9Xb21D0DdkCGyPpUWQN2QFJYK7bsCnZAb/YzliMLdkD7U2S3tRJ2QPAsaDfOEnZAiYeLV68TdkAusexZ1iJ2QCHqAzpqI3ZAJ+YsW80qdkBuGHU89zJ2QOZvfPwlM3ZAeMGAfEEzdkD9ipR8vzN2QPndsV3YOnZA9tW4vQQ7dkDcnMNdSTt2QFPJsl48QXZAA3P0ft5CdkDSoPZe7EJ2QGBD/Z4WQ3ZA0pUEP0VDdkDQCEi/8kR2QPjW9X9FSXZApyc8QAVLdkCkBUDgHUt2QBMIf0ENU3ZAzrOCoSRTdkD2rI2BalN2QP6ulCGXU3ZAEASlIf9TdkCX/MHCFVt2QPXSBIQdY3ZA4REOZFhjdkCWeRkEoWN2QHdvKgQNZHZA4ck+xexqdkD4YkeFI2t2QO4WViWBa3ZA9E9cxahrdkDmyYZmFXN2QFU5ikYrc3ZA6saN5kFzdkDwcpKmX3N2QMm8nuatc3ZAdQigJrZzdkBYX6Um2HN2QCiCteY+dHZAWYi5hlh0dkCfzMYnC3t2QAEyyscge3ZAbjQJKRCDdkCYwg6JM4N2QKa2Konlg3ZAjAo3CTSEdkCJ6DqpTIR2QEqxPYq8inZAlXiA68OSdkCBnYYL65J2QLj2kwtAk3ZArwOeC4CTdkDse67r6JN2QJHRwKtdlHZAYFECDruidkAPAhfOPqN2QKEjNE74o3ZA90+NcOyydkBPqJdQLrN2QAWdpNCAs3ZAFfTP8fK6dkASX9VxFbt2QElf5xGIu3ZAKGIFU6XCdkBf1RUTDsN2QKMEHdM7w3ZAx04qc5DDdkCjY1LU7cp2QAAaWDQSy3ZAWA51lMrLdkBqgafUC812QE4dmrUU03ZActqldV/TdkCtrqo1ftN2QB6F3LYZ23ZAXKE9F4TddkAjdhO41eJ2QJXIGlgE43ZAbiwqWGbjdkD6BTCYi+N2QDp9Yhkr63ZA+JAWPcACd0B9JiS9FgN3QPQbWR7GCndAmcvoYBUbd0BFS/AgRRt3QE4qHQLBIndAvHQrAhwjd0C8wjRCVyN3QPAtTGLsI3dAEH1tox4rd0BF83bjWit3QLsmOYQvMHdASpakpNsyd0CfWbQEQDN3QJXZvCR2M3dAeErF5Kszd0BoOMwE2DN3QNmb/2V9O3dA9XobB41Cd0CIwS1nAUN3QGRHOcdKQ3dAtYBAx3hDd0AnuUSnk0N3QAMLSoe1Q3dAhBhqyN9Kd0Cxb3AoCEt3QBMjfQhZS3dAbp2DSIJLd0Cu+rIJDlN3QH3pvElNU3dAMjfFKYJTd0Ajc9WJ6VN3QGTo7Ol+VHdAjTX2Shhbd0DVLf4KS1t3QFMdQWxTY3dAH5xFDHBjd0DouVWs1mN3QJEmcqyLZHdA9YZ4bRJrd0A7JoXNYmt3QBYrMS6qb3dAQnupTqhyd0BSd77uLXN3QGYtw+5Lc3dALqTO7pRzd0B52NXOwnN3QNP2Q1E8g3dA/V9U0aSDd0DnSFvR0IN3QL3JZhEahHdADXRo0oKKd0Auy8cTQJN3QFDhzjNtk3dAfqvTs4uTd0DikQi1Opt3QKS7RPYXo3dApeRYVpijd0Bw+UyXqql3QO6Ch1cfq3dAGMm9GNeyd0AIXsnYILN3QEYV0lhYs3dAb5oAut66d0CGTQw6Kbt3QBITSVsKw3dAX/ZNeynDd0BvF1j7acN3QGFrIlxyyHdACLT5PM3Nd0Cc7dC9J9N3QPpK271p03dA2vLifZrTd0Cx/qbeeth3QA6uHv9023dAhQUmv6Pbd0ClolBAEeN3QG7AYOB343dA2Fzzwtnzd0Dr21TlAgN4QCi51GftEnhAoLfgxzkTeECkW+zngxN4QL6yA4gYFHhAaRojqT4beECww4gqJCR4QI+7tEuaK3hA3bi8K80reEB6eV4s0y94QGfT1SzLMnhA80ju7GYzeEDtOPysvzN4QNYwFE1YNHhAblUtjlY7eEAQlDUOizt4QCSkoM40PnhAhyFeb+tCeEDS/GnvNkN4QIFfdW9/Q3hADMZ8j65DeEAqJY3PFkR4QCqNmc9lRHhAMG2kD6tEeED8dqYwFkt4QDbYrNA+S3hAeHticcNPeECUeukRH1N4QK729ZFuU3hAkSgGstVTeEDOUg1SA1R4QPYXErIhVHhAyyUf0nRUeEBksCnyt1R4QGw9LhMzW3hASSJvdC5jeEDd43iUbGN4QCmAjHTpY3hAG6qStBBkeECG/+72GHN4QEV081Y1c3hAKwf4dlJzeEA89Pt2a3N4QNqDBreuc3hAwBYL18tzeEA7HRDX63N4QHObErf7c3hAqqYWdxV0eEBSeTsYXnt4QI4YXPmLgnhASJuQWdqDeECpwZtZIYR4QEFoxFqCi3hAcecAvGGTeEDPnQYchpN4QFchCnyck3hAWpdJvY6beEBh0E9dtpt4QNzcjv6lo3hAHM35QAuzeEBWSAOhR7N4QDWxEsGps3hAC0484hC7eECay01CgLt4QN2NkIOHw3hAfAOYA7fDeEByHa9EqMp4QHyW04SQy3hAdS8BBhHTeEAomgUmLdN4QDiwHYbG03hAIs0qBhrUeEB/LFAnZtt4QFIiughn5HhA38Ej68PzeEDV0EgMDvt4QJ4zi+0SA3lA4dWQzTYDeUD/jZxtgQN5QITvo22wA3lAM/mzjRYEeUBchByQbBN5QNSCKPC4E3lABEo08AMUeUB/XUYx1Rp5QMTPZBGXG3lAllWE8r0ieUA/AZmSQSN5QIX5oFJ0I3lASMSnkp8jeUCMZq1ywyN5QIpetNLvI3lAtii5Ug4keUBfhsSyViR5QFGuxpPCKnlA6d/VUyMreUDgRduzRSt5QNqO5NOAK3lA7YkbFT0zeUD9dh8VVjN5QJgjJpWAM3lA3FItVa4zeUDdujlV/TN5QHgORXVFNHlA0/tJ1WQ0eUBxfl6WRTt5QH9JZjZ3O3lAqFuWdwdDeUBuca13mkN5QDe0sve7Q3lACWy9NwBEeUCkguvYg0t5QAhPHRofU3lAqFEmelhTeUDeHTKao1N5QKcyazttW3lAvT5yG5pbeUALWJjc6mJ5QF+zmzwAY3lAJXup/FdjeUC+b9s99Gp5QKJ7GB/XcnlAFBE335lzeUCJEjy/uXN5QFWOowEJg3lA/ca5gZaDeUAqq8HByIN5QJ+yAEO4i3lA/HkyZFOTeUCp+Tkkg5N5QMNbQ+S+k3lAMOVJhOiTeUA3xVTELZR5QIr5XuXMmnlA70WFxcCbeUB+w5YlMJx5QBz4oabVonlAEGW/BpGjeUAg38Tms6N5QPtAiyejqHlAd17fx7qqeUCn1+GHyqp5QPJ+54fuqnlA/0nvJyCreUBtLPEnLKt5QPupAoibq3lAdGJDqDeteUA2QSrJ9bJ5QJAuLykVs3lAfUhDKZWzeUALrmzq+rp5QM45e4pXu3lAX7aui/3CeUA+bcfrmsN5QFwRCm2hy3lAs5RDzm3TeUBYD0tundN5QAAGzPCO43lAn3vTcL7jeUDaadvw8ON5QKmM67BX5HlAzjAxc8/yeUDWU1PTqPN5QHo4gpQx+3lAV1qgdPH7eUDoos31bwN6QBz/03WYA3pAepDk9QEEekDY0+s1MAR6QJvs+7WWBHpADD8DVsUEekCqNBY3nAt6QMVXJ1cJDHpA22VJWEATekBf4VMYgxN6QKpuVliTE3pAGLlkWO4TekB5bHE4PxR6QA8jiTjWFHpA5w13OcEaekCGRIYZIht6QEt2u/rSInpAJBnDmgMjekCCds2aRSN6QN0+3RqqI3pAbBXq2vsjekCTDvW6QSR6QE+T/9viKnpANLMF3AkrekDH1CJcwyt6QLlzQt3qMnpA3bJdXZgzekB1ymld5TN6QCQtdd0tNHpA+nl6nU80ekC51pZeYjt6QFTX4L+XQ3pAav3qX9hDekB09P/fXUR6QJHTG4FtS3pA4uctoeBLekDmL4pBLE56QFqaS+L7UnpAkWZXAkdTekDBhl5idFN6QGEWaaK3U3pAoUqEA8NaekDLG6GDelt6QMvk5uM2XXpAcxfahENjekCqVuTEhGN6QDkt8YTWY3pAU4QIJWtkekBySEOnnXJ6QJMmaieVc3pAyktxp8JzekBscHZn43N6QLqHgQcqdHpAkgev6Kl7ekAA7MsJwIJ6QF/L5clkg3pAuV/vyaGDekAU6QaqN4R6QJtTtwqbiHpAlkQwK52LekDmqGasVZN6QGvwauxwk3pAuQd2jLeTekDTt4iMLpR6QMKnqs1km3pAHK+y7ZebekB+GvAufaN6QO/f9e6ho3pAcZL/rt+jekBAGxgQ2qp6QE2CMjCCq3pATARC8OSrekBCq1oR4LJ6QOW5e5Gys3pA7AyF8e2zekDu/plRc7R6QK0BUFL6uHpAwGHfc+nCekDHkxJ0L8R6QGOOIjSVxHpA0LE39XnLekDd23SWXdN6QG+6evaC03pAwGaAFqfTekBVHZgWPtR6QOKJlHeF2npAjpzXuI7iekC8IBH5/ON6QInTGxlB5HpA7RsjeW/kekDJSDN51uR6QKLKe3tg83pAWuGEW5rzekAQvI4b2fN6QIFCnDsv9HpALWmom3z0ekDHtffdMQN7QAwZBR6HA3tAgfUUHuwDe0DlPRx+GgR7QM90LL6BBHtAYK+z/zwOe0D1zofAgxN7QLSRlWDbE3tA2BqboP4Te0A/n6EgKBR7QDzlscCPFHtAG4/Uocobe0AalQ5DmiN7QBv9GkPpI3tAG9glYy4ke0B+GXHlyTJ7QOcfhyVWM3tAQSePRYkze0D3jprl0TN7QKydqiU4NHtAZzy4Bu06e0Brv+3GQTx7QOww+4f1QntAIA8RyIBDe0CLXBhIr0N7QPNTHejOQ3tAHOQ9afxKe0AGNVFpd0t7QN9QkcptU3tAyDmYyplTe0CXgZ1qu1N7QBO8qOoCVHtAZrAhbcFje0BG/y3ND2R7QOhoZc7Oa3tAmouaT39ze0CZTKKvsHN7QLoMp+/Oc3tAzYOzTx50e0Dd9OEwpHt7QLzhGzJzg3tAJ7wkkquDe0Bl5isy2YN7QKYNOlIzhHtAr9Jjc5uLe0DAv2dztIt7QPkxmtRTk3tAPdSftHeTe0AGvqnUtpN7QMigr3U6mntA+aH7lnyie0BrITYX8aN7QLjFQpdBpHtAA/pJd2+ke0ApQ3m4+qt7QFe0gtg2rHtAfeOuWa6ze0CG59Aa5bp7QNsCQ9wZxHtA92FTHILEe0BptFq8sMR7QKfeYVzexHtAURi1nqzTe0A+yrye3dN7QPqPw74I1HtAo5TTvm7Ue0CP9TQhl+N7QLzZPGHJ43tAA5NMgS3ke0BOx1NhW+R7QLzDWCF75HtAHepjIcLke0Bk+dFDO/R7QAl02eNq9HtAeEvpw8/0e0CHRfoEmvt7QEpKQWa8A3xADwddBm0EfED48X4nowt8QCWouoh9E3xA8bPACKQTfEDl3cZIyxN8QHBt4sh6FHxAX0k762wjfECwaD8rhyN8QCgOUCvxI3xAx/ZVyxYkfEAOPWfLhCR8QD6egeyKK3xA7JPI7awzfEC8aM9t2DN8QJOQ300/NHxA7QdJMJtDfECIJ07Qu0N8QKh0VPDjQ3xAariT8dRLfEBqVsGSVVN8QKGK2bLvU3xAfe0KVIhbfEAZR1AVoGN8QPiHzfd5c3xAkGvTd59zfEAYghJZj3t8QKBoajodhHxA6h6B2q2EfEAXtgH9nJR8QA/u9R2wmnxAYCscnqObfEDCV2E/uqN8QEeUc18upHxAXaB6P1ukfEBd45Ff76R8QFBOq2Dvq3xAlz3cIYWzfEBJRPPBF7R8QCPn+mFItHxA8gkLIq+0fEDVIzOjDLx8QNdlbGTXw3xAY8xzhAbEfEAiznnELMR8QFMIhORtxHxAlzeLpJvEfEBvaa9F4Mt8QOTj7ObF03xAwHgJ53vUfECqYRDnp9R8QGVjcknU43xA1s98qRbkfECIVISJRuR8QP0wlImr5HxAPTIrjYf7fEDGkDkN4/t8QEaosm+iC31ATAtPkkIcfUCmCYCz2CN9QC/1jxM+JH1Ac17X9GIsfUB8Yvm1mTN9QImg/3XBM31ATqcF1uczfUDKLxqWajR9QC4LXXdyPH1AdAWAWK9DfUAUvp74ckR9QJKnp7irRH1ABZf+mpFTfUCb5Qmb2VN9QC3TIJtrVH1A7tmCHZhjfUDbi4odyWN9QH0jjv3fY31AgYihfVtkfUCTBwOghHN9QGmIDuDNc31AU9kh4Eh0fUAP7TFAr3R9QFMcOQDddH1A4HJRIdZ7fUCZApPC1YN9QN2ZpoJShH1AGKKxwpiEfUDzOOnjWIx9QORtJqTejX1AooMMxZeTfUAHGh1lAZR9QDcvMqWHlH1ADVdChe6UfUAUkEglFpV9QBSfWcWClX1AnrCbx+OjfUDSJqUHIKR9QKU3q6dGpH1AanK3h5SkfUBHn8eH+6R9QFBmDMpts31A1aIe6uGzfUDORCNq/7N9QBXkL8pPtH1AE4M7ypm0fUC1D02KCbV9QBj4nKzCw31AfUCkDPHDfUBzgbSMWMR9QNHEu8yGxH1AmQIJztDMfUCWriEPzNN9QC4fKW/7031AEVE5j2LUfUALDUHPk9R9QEi2utFW5H1Agr7FEZ3kfUDC3X5VUvx9QMLjuPYhBH5AQ++9FkIEfkAS3sdWgQR+QMHp8pfxC35A65c1WfgTfkAvJnIa2Bt+QImgeFoBHH5AODmle3sjfkBC4rC7xSN+QOETCB1PLH5AV5fAgABEfkAHFTohBkd+QB3tUUNaVH5AezBZg4hUfkAYmNGFQ2R+QGlQS+gGdH5ALuRSKDd0fkA1a2IImnR+QIGfaejHdH5Anf55KDB1fkCH54AoXHV+QJ1BkUjEdX5AsJyWiUR8fkCVJsSqxIN+QNrX2ipVhH5A2pjiioaEfkCjtvIq7YR+QFUlFsvOhX5ANKIFzMOLfkBwP1Dsno1+QOnBQc2gk35ApodI7cuTfkA7l1tNRZR+QIXLYi1zlH5AW/NyDdqUfkB1SoqtbpV+QNm/268xpH5Atezrr5ikfkCf1fKvxKR+QEH692/lpH5AYVYPMHqlfkChZ1DS1LN+QOzpYPI9tH5ACUlxMqa0fkDfyXxy77R+QKPjybSWw35ABQrVtN3DfkDE5uUUScR+QF2l9rSzxH5AoVmTtvfOfkBO11G3tNN+QI/kXBf7035A+gxvt27UfkCQw4a3BdV+QNYGKfgO2X5AmPLX+cbjfkAbQfQ5e+R+QHS4XRzX835A0sjg/tUDf0AwDOg+BAR/QIq8+ENFJH9AMoIQpNwkf0AvsDilOix/QLr8PAVWLH9AOxVPZiczf0CZdnjmLjR/QNGqkAbJNH9Aowu7BzU8f0AdV/JI80N/QN2mAclURH9AQe8IKYNEf0ATF3Ur8FN/QF1/gotFVH9A87vIywRWf0C+8Plt+mN/QK34A046ZH9AnnMMTnBkf0AP+hluxmR/QIQKMO5SZX9A2wc7D/drf0DbAoOQH3R/QFzpktCEdH9AuyyaELN0f0B9RaqQGXV/QGU+cvESen9A7cT70tyDf0C9mQJTCIR/QOQFDFNEhH9ASU4Ts3KEf0A1px9TwYR/QGQOdBWXk39AyYqB9eyTf0Be2Yz1NJR/QCSHl/V4lH9AvZ6j9cWUf0AcS/T3g6N/QJv1BBjuo39ARxwReDukf0DjyBf4ZaR/QPbmKPjSpH9Au9uAWr+zf0BUmpH6KbR/QHSdrVrctH9AyJEm3ZrEf0D6KYifxNN/QEKknx9a1H9AVRusf6nUf0C2bOYAe9x/QBpIKeKC5H9AFAQxIrTkf0BgbYyD+AGAQFVB2IQ5CoBAtkQJxs8RgEB56homQBKAQG2Bt0YlFoBAd8r0hqsXgEDkPVxHPhqAQFXpXkdPGoBAyZFox4wagEAu2m8nuxqAQEIiAOhRHoBAr6iXyBYigEB1IpxIMyKAQKugnihDIoBAco2hyFUigEAjEqmohSKAQIbqqmiRIoBA5WZCCVYmgEBRB92pLiqAQNkx5aliKoBAYbXoCXkqgEAD9PCJrSqAQIiLGSsOMoBAAqwh60EygECI8yUrXTKAQJFoK+t/MoBAxRRWzO05gEAGlV9MKjqAQBlLZExIOoBA32ttbII6gED8mJJNzUGAQA8qom0wQoBAHSmwjYlCgEDRNCNwIlKAQEf8uZDiVYBAWiW9sPZVgEBeycjQQFaAQLDiZNEiWoBAcEx3EZhagEAbAqBy+WGAQIlxo1IPYoBAiRio8ixigEAU2KpyPmKAQEX+63M7aoBA97wzdWJygED2qGpWHnqAQOA4dvZneoBAkeisVyKCgEBkR7w3hIKAQOxo7TgbioBAaKP4uGKKgEDcF/y4eIqAQM9HPJpvkoBASWhEWqOSgEBvKtr6XJaAQBLWeFtPmoBAxc1+W3WagEAjaoH7hZqAQIclh3uqmoBAIjy1HC6igEDy9rjcRaKAQOsLvHxZooBAhyvBHHqigECQusmcsKKAQC+A9X0lqoBAfH39XViqgEA/5jE/BLKAQIxWOD8tsoBA7mJAf2CygEDH8X4ATbqAQIK3hSB4uoBAA9NLoWW/gEC/ZbehEsKAQKwXv6FDwoBAllnBAVLCgEDKz8pBjsKAQMYX9gIAyoBAv2D/IjvKgECS/gaja8qAQJ88DWOTyoBAmLs3JADSgEBbbDukF9KAQOxQe6UM2oBAwreDJULagEDWAMSmOeKAQJGnD4h56oBAYBpEqSXygEC4wFfJovKAQCUnhKob+oBAkM2Giiz6gEAJWZTKgvqAQHD916uPAoFA2/Hjy9sCgUCthhRNbwqBQGnZHE2kCoFA8BRRDk8SgUALXVcOdxKBQPS4XC6ZEoFAFL6Tr1UagUArPZmveBqBQDF2n0+gGoFAcnrTsEkigUBo+tvQfyKBQE4a4tCmIoFAmFAE0t4pgUAaAw6SHCqBQBSlEhI6KoFAd3FEU9UxgUBKXVUTQTKBQLLLd1McM4FATd6GdNo5gUDMOo5UCTqBQCkLl3RBOoFAvsGudNg6gUBa4841A0KBQPjl15U8QoFAd5va1U1CgUBz8hY3LEqBQBG/FbiCUIFAMmJjGHFSgUDA4Paa2GKBQFguJDxXaoFA+n1YfQJygUCzrmQdUHKBQBCZcP2bcoFAF7hz3a9ygUCSkKz+d3qBQEg3sD6PeoFA8n9CvzJ+gUBdouwfboKBQJtz+F+5goFAPcMsoWSKgUAAGzXBmYqBQAclv8EIjoFAY5ldwvmRgUDYQWdCN5KBQICFb+JrkoFAi/p0oo6SgUCgcKOjFJqBQA+7saNvmoFA8kW9I7magUA8pfOEcaKBQDYIAGXAooFAndwqRi+qgUC7lDbmeaqBQFCP0GZOroFA1JRtRzaygUCq4XIHWLKBQPicziegtIFAT7uvqDm6gUAmdUtJGb6BQNDM7mkpwoFAWwUqqwDKgUCZ1jXrS8qBQAz4dyxP0oFAyuaSrPrSgUACNhntUdaBQKX7ug1Y2oFA1ajDTY/agUAuwtWNAtuBQEIvWy5U3oFAwtMDD4bigUBT3TjwNeqBQPg9PdBR6oFADJtGcI3qgUDv8Utwr+qBQAkmiVGT8oFAqPSLMaXygUDSd59xIfOBQPufs/L/+YFAXfrEcm76gUBjM8sSlvqBQOu2znKs+oFA6ogClFQCgkBg/QWUagKCQB6mEHSuAoJAgyQ5dQ4KgkAHLUUVWwqCQGk5TVWOCoJAGjeN9oMSgkBeOMjXWRqCQFtK0veZGoJAAywIOU8igkCL/RTZoCKCQDox6RnoJ4JAYUFDmiUqgkCJm4fa2CuCQKkCkboULIJAjYroGkIugkBDBo87ZjKCQEZiy7xEOoJAmysVvnhCgkCkgV8/sEqCQPths4AkU4JA4evgoaRagkBwjufhzlqCQD8BHAN7YoJAT68nY8VigkCGezODEGOCQN2hUgQ1aoJASGJYpFlqgkAy2GCEj2qCQIZnamTMaoJA10d2BBhrgkDzQJVlO3KCQJCuo0WXcoJABkvdRmR6gkB+TyNIgIKCQF5GtmrkkoJAR8L46+magkBGuSHtTKKCQHBHJ01wooJA/G42zdCigkBGSkJNHKOCQChkas55qoJAIScu0nLCgkA+LUOy+MKCQJzpgrPsyoJAVRqPUzrLgkD9bsO05dKCQAm61rW+2YJAFzv0lXragkBB/f91xdqCQIgGNPdu4oJA1Vw3N4TigkCyrjwXpuKCQHGwQlfM4oJApEJqeCbqgkAiEnB4S+qCQNjSdnh26oJAt2B7eJPqgkDoZn8YreqCQPWkhdjU6oJA73G52XzygkBkp8Q5xPKCQHTZ+np7+oJAXfYH+876gkAvpTs8dgKDQHx0dz1RCoNA5Ph9vXoKg0CJ0rpeXBKDQGd+Jv8JFYNACrDznyQag0DGdfq/TxqDQN6VnCBYHoNAeJxOwcUig0Ago3niNSqDQJiNvCM+MoNABfNPBqVCg0ClKV/mBUODQEx+k0exSoNA6Lebp+VKg0DO16GnDEuDQNyYIohAToNAcNnMqHxSg0DOdc9IjVKDQMi+2GjIUoNAFdbjCA9Tg0BsSgzKblqDQEi2FGqkWoNAtJZXa6xig0DaYZZsmmqDQPOK4S3XcoNAKbhrDkd2g0CZoxZvh3qDQOlVVjB7goNAcmZbcJuCg0DmrJKRWYqDQML+l3F7ioNATUCqse+Kg0CyG+2S95KDQKcOC5VyoINADFqYdlSqg0DWmiaZmrqDQH1jN3kFu4NAEalrerDCg0A+GnWa7MKDQPRNeroNw4NAa6ecm0bKg0DQfKXbfsqDQHv8rJuuyoNAZeWzm9rKg0B+seR8b9KDQLyc83zO0oNAuTIofnvag0DS82Y/aeKDQCALct+v4oNALS9138Pig0C+M/JBnPKDQEBZ+iHQ8oNAH/gq42P6g0BN5HAjIfyDQK26boRxAoRAfvEZxbMGhECqRbFldwqEQNrYtuWaCoRAbL325o8ShECA5vkGpBKEQCvagQnCIoRAR9e/6qoqhECSJcqK7CqEQDDc5Mv0MYRA34EHbNEyhEBUnQ8MBTOEQOLdQ+2vOoRAFjpKbdg6hEDqZCUvqkaEQOgIuw9jSoRALIdNMsRahECLY4U05GiEQLJRhxhpgoRApoqe+PyChEB14h+ZNIaEQBxHFVutkoRAE81XHLOahECEoW58RJuEQNsvmv23ooRAvpfLvlCqhEDRZ9N+gqqEQAv9357SqoRA1EtZYZO6hEBWpWfB7rqEQO60ByNIxYRAeDUpxdnShEDJDF5miNqEQBWNJcd+34RANUI45/XfhEBIXkWIp+aEQB9Xwuw7A4VAhF0djX8FhUBzHO1tqgqFQBziBM5BC4VAb40sj5wShUDnyjCPtxKFQM6rPu8PE4VAdBHNr5oWhUAoA2twiBqFQNltb5CkGoVAT+JykLoahUCzt3vQ8hqFQPrAr1GcIoVAljT40scqhUD2ekA08jKFQKpcNFZhP4VA0Bhit+JGhUBtHjb5hlKFQAUiedqPWoVA53h+2rFahUDHActb92KFQLZemj86e4VAgordIESDhUBb1gSCnIqFQEQnGIIXi4VAA9AiYluLhUA5hEbjnJKFQIsLVyMGk4VAQI1lg2KThUAf6X4kYpqFQHR8p4Rkm4VAjbvWhe+ihUC5Acjm76iFQK2bGCfxqoVAEkNViNGyhUC2HJIps7qFQIIomKnZuoVA+hLb6uHChUDtPOEqCcOFQGwsJIwRy4VAZe5lbRLThUDGP6Du49qFQJYZMU9+3oVAFqTWb5zihUD99+Lv6uKFQF7q528K44VAlJMZ0aTqhUBq4B6RxuqFQE2lajIH84VApHat0w77hUBqfbMzNfuFQNUjthNG+4VAZqvbNJMChkDU2+Z02gKGQO4PJFa+CoZA00qvOPEahkBY8eh5viKGQJa9PDsyK4ZAPvht3MkyhkAasn+8OjOGQMXAo31+OoZAmFO53Qc7hkDWEPz+DkOGQPm5PqAVS4ZAwQJ+wQZThkBFT1FCSFiGQAvKwCIOW4ZATCXVwo9bhkD+Xe6DjmKGQPH1OmXUaoZAB6lG5R5rhkA4KING/nKGQEUeume6eoZA4FfCx+56hkBubccnD3uGQBcKyycme4ZAdbf5iK2ChkDgbA0JK4OGQKtvPIq0ioZAxIr4zXyihkCJv+HOSaiGQEa2Ok+AqoZAG1FJT92qhkA9rWAPcquGQEWAMHCdsIZAoYij8HmzhkCGEtER+rqGQP5e5rGBu4ZAekWAslW/hkDfTo9ytb+GQGiiq9JpwIZA+M9qMyvFhkAAfkW0m8qGQImOSvS7yoZAuuJX1BDLhkDpLCNVH9CGQMyZ3vYm24ZAzNMeGB7jhkCaRlM5yuqGQOGW1BwcAYdA0duknwYTh0DA9NpAvRqHQIPz5wAQG4dAf3jwQEYbh0AAEnljaCuHQF7ouyRwM4dAlGjZJYo6h0Cyx+ll8jqHQCrG9cU+O4dASpcmx9NCh0DImjJHIEOHQDoHPadiQ4dAAoBjyLVKh0Bj4K7p81KHQDNcugk9U4dAQ/b8SkNbh0AbCWatnGqHQEjTai27aodA5gElMXeCh0DmqCnRlIKHQBb5AFUKm4dAVt55d8iqh0DNyLy40LKHQIiWAb+72odARFwI3+bah0ALAnmizvCHQBrLIKdzDohAaynYDNoyiEAA1xgO1DqIQKjBJU4mO4hAZ69ibwhDiEDFWnavhUOIQItYpRAPS4hAsqWAuXSDiEBKqcOafYuIQBBDBXx9k4hA3tb4IAWziEAl1TqCB7uIQD6cs+TEyohAdU68RPzKiEAf8ASr//KIQKvpR0wI+4hAGHoKsPkSiUANGlAxExuJQAld8REWH4lA+9GR0hMjiUAKbNQTGiuJQPAY3PNKK4lAhZIWdR0ziUAN1yE1ZTOJQC0bUVbwOolA3zKUt/lCiUDV4erYf0uJQMtnLZqFU4lApLNU+91aiUAzZWzbdFuJQA6Ul/zlYolAaG28YaeDiUDSEaQG46KJQPu/5sfpqolAU5EpafGyiUAVkDYpRLOJQCjkaMriuolANkuD6oq7iUDSQQESQOuJQM4nWnQy+olAmIygtPL7iUDUqjP4tRKKQIMnQjgSE4pAujiAmfsaikBCNby61yKKQFud/xvjKopAqXaUPlM7ikC8IaceyjuKQIQnzx8nQ4pA6fzXX19DikCLQRqBY0uKQNUOJGtPi4pAdNhuzImTikAwiqzNcJuKQCy41M7OoopA4aFORJAri0DQnmYEKSyLQOaDdKXfMotAIfiqZTo0i0DMw7cG6jqLQPJ24MplVYtA4Nydb5Rzi0A1JNiwZXuLQOAw4VCfe4tAudkikp+Di0Bg07ZjjvOLQGPW94SK+4tAIV+uDQYzjEAk8w+P0TuMQPLNULDMQ4xA1EHf1+pzjEB3HzvfxqKMQECCfcDLqoxA3+N2pzTXjEAp4Pww2RONQIpaSxIrHI1AJc6Tk1YkjUAcnKXzxySNQHyf1jReLI1APv0Y9mI0jUDEtdKWATmNQBZlGb5WZ41AbHDKHr5rjUDAAnFC/YKNQCkvuSSFkY1AJ20viJCnjUBbqjVPS9SNQIJD//wWLI5AgtY6fvAzjkBzGBJnPGyOQMc2OEiNc45AWBbAyqqDjkDzO/8Lm4uOQC2H3Ncn145AvkvfdznXjkAhHeD5+uOOQA7rTUjcP49AGcCu79duj0D+sf/S9YOPQOOLsISc9I9AnJgVRh4SkEA2xLzGRhaQQFak/mdIHpBAm3CDCJYhkECMMfsLqzeQQIqCuFE3XJBAonSO0+dnkEDp9uNTCGqQQA2C7dgbipBAQuYDu2aXkEDDSWs8V6CQQGnedZyaoJBAzAW+XiKvkEBOxj/AuriQQDnxlkMAzpBAgi6M5BnUkEDgx9pkDtaQQOEQ/ocJ6pBAumZ+Cvf5kEDcwmcsIwaRQPo7TY42EpFA5HIvMDUekUAz/QpSCSqRQBtlslIzLpFAzQn3k0Y2kUCXtNp1TkKRQD0TrVhGVJFAfFmNedpZkUB+YjbaDl6RQKb5KfsdZJFAZ5BvG9llkUDfQHI76mWRQMwJydsSaJFAg8POnfN0kUB+M6NePHqRQNmZ4H8hgpFAAfgVojGQkUDRPxtCU5CRQCymWGM4mJFAaS164w2ZkUAYn5YDw5mRQO2EP4T2nZFASPWnKAi6kUBySu+JLMKRQKoBgsrSxZFA+iE2y03KkUC91ljLKsuRQIkldmvly5FAwa/Vy0XOkUDUf92Ld86RQGV1d+xL0pFAQajBjYLakUCt25evNOaRQOwoHdJB9pFAFIFdszn+kUB5+e/W+BSSQOBd0LeNGpJA48/weLohkkB2eKeZRSaSQGzAc910PpJA+JKmfbg/kkC1lVx+P0SSQOnXXz5URJJAqMF933BLkkAn4Pd/ek6SQFt8YQAbUZJAXNtoY2RkkkDt3F9EiWqSQBTEpWRGbJJAK1oRx697kkA+6yDnEnySQFfQ6ScSgZJAAy8biEyCkkCd7f2JTo6SQAKdeOu5l5JA23/ji2KakkDgFUls6ZySQPA6cmzvnZJA06t6LCWekkAM4mgNEqSSQBIvT47MqZJAFeJrToOqkkBLNVZvV7CSQAqT3ZATupJAEudRUfi8kkD+GGWy0MOSQCs5mpab3pJAEpseuETokkAUisRYZeySQDxZ3Xlh85JAsFtkfHkDk0AdqtZcUQaTQOxcbn51EJNAhRKoH0MYk0Az15zAWR6TQMzc4wAeIJNAGxTnoZAmk0DanMviPyyTQBZ+mINYMZNAKjSdg3Yxk0ANJu5mlEaTQD8sxGhFUpNAxDdWikVck0AHa5OMh2qTQEjX0+1/cpNAps8S9aOgk0CqImG1lqKTQGbuoXaRqpNA8h8KGIezk0BzckXYALWTQPNJidiwtpNAFrK4uN63k0DeJVX5wruTQD9BbtlivJNAxFJoOpvCk0AYItUaUMWTQFy35HsRzJNAhzBx/I/Pk0Ciparc/dCTQNABOx2V1JNA5KeVfjTdk0A17xQgveaTQN8EDIHi7JNAnEEwQcntk0Dj4DyhGe6TQBdBS8XtB5RAqzqRp2cWlED55UIpMSGUQLj+rsudMJRA5qv8a4wylEC0WJ9MmDaUQEn98YymOJRAhViQ7ZY8lECsjd9Njz6UQP53RA9wR5RAHtRbzwRIlEBOLJ/xbVaUQG/zSDMFYZRAHDLKGXGKlEBCkHI6oY6UQALh1T6SqpRAIhTZnqaqlEC++AQfvquUQF7dvaC1tpRAqO7qwTK+lEAk5rCDfcmUQCvk3QOcypRA+oVgJpjalEDWgfAni+SUQGkERwiy5pRAgiE1SZ7slEDLqgEtzwSVQL0n4O1XCpVAH/Za7mUNlUCS+8OuAhCVQLMy5o7cEJVAncd7D5UUlUCHk8svkRaVQOsuqxAhHJVAWIMp9F8ylUB+sDpUzTKVQFF+5FndVpVAifcAHa1qlUBG2HVdlW2VQJMZRR69cpVAORp7/hR0lUAYKo++lHSVQIuNfb+CepVASkL84WWKlUBF4R6k/peVQE2zg6SAmpVA9uTGhCyclUDdyfNkSp2VQLEBxaV+opVAHoWoZieolUDDS7Xn1q6VQJPtIEiEsZVAWPhFKHCylUBHmfPIwbaVQGB+vAnBu5VAyYziq2/JlUASh8As9c6VQIEUz3DK6JVApyQp8QfrlUA1ghSy4vCVQC75AHPE9pVAhr020xr4lUD3QUCUtf6VQL5KHLUuBJZAUPtVNvwLlkDxrFzWJgyWQOKhCPjLFpZAK2+zmAsblkAApuvaLSmWQBjCbrtwLJZAntr2W9MvlkCYxJzc8zOWQLUWt535OpZAmBjgvf47lkBlLCQ+sD2WQCMgyZ7KQZZAOcMqgJZKlkAMEHWgb0yWQCrFzCCeTpZAsJnSQMNOlkBViENhklGWQNl+z6ENVZZA3SKtI+9glkALSzfkXmSWQMg/jAXabJZAkuxzRp1ylkBVKnmmvnKWQNoX6Yfle5ZAkUml6JOAlkB71vxowYKWQD126+mwiJZAItRQi5SRlkDO9DkMYZeWQE1wzowSm5ZAO8uw7bOglkC7uNgtsqGWQJGEOY4apJZAj70OT2iplkCrkuiQMbWWQPbOLXHqtpZAdRKd8a65lkCZ9riyvsCWQJJWEXPxwpZAl4RqUynFlkB6eO0za8iWQOEmuNR1zZZAKYvrFL3OlkAwwT2VyNCWQIf/RLX20JZA9vaR9j7ZlkAtUJ/2k9mWQPBszva/2pZAN3/ZdgbblkAsQ6l3MeCWQKjXGrgE45ZAn0VeGLLklkBs1vnZ7u6WQPbzxvoI9JZAxO/de/n6lkBlMkrcqv2WQP3Ac3yz/pZAreXxvNYBl0BWxQzdgQKXQIDgEx2vApdA02InfokJl0AFYlh+wQqXQKvOud4tDZdA5SM1YJ0Wl0BdID1hLh2XQFxwYcJzJJdAA7JlA+0ql0BiS7SD4SyXQGXB88TTNJdA9OUJxWA1l0BzMEzlBjeXQMpngGVTOJdALBuNRaQ4l0Dzq+BluDqXQAPN6uX4OpdAn8f6pV47l0BdTSvH8UKXQGAUKGg7SZdAP3h/CcZRl0DYQu0pgVSXQGjqfUoaWJdA7hTLqgVal0DQfPxrnmGXQPEuW2z5Y5dAY5tlzDtkl0Dxym3sb2SXQPMdAQ0aaJdAWkkMLWFol0B4zRFNhGiXQEHrIe3qaJdAv681zWhpl0CPJG5N0GqXQNTH3o2dbZdAEK8Tbu5ul0AasRoOG2+XQE2aIm5Nb5dA</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="19040">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAIMQLEEEAAACA+EHqQAAAAACfk/ZAAAAAANLo+EAAAAAARKbpQAAAACBECyhBAAAAILKb/UAAAAAAjTYKQQAAAAD0kgZBAAAA4M4280AAAABAAR0iQQAAAMA/kyZBAAAAgPE9EkEAAADgHdn8QAAAAED+FgRBAAAAwO1UHEEAAADA0szlQAAAAIAENepAAAAAoCcx7UAAAACAnNEBQQAAAOBpZyRBAAAAgJWA7kAAAAAgmtvtQAAAAGD53RBBAAAAoO0ABUEAAACgfy/vQAAAAGAX1QNBAAAAQCUR7UAAAAAAnLvxQAAAAOBavfpAAAAAQE0u/UAAAABg24ZKQQAAAAAykzZBAAAAoMIX/UAAAACA4JEKQQAAAMBx7PFAAAAAYFxrL0EAAADgvbzmQAAAAAAQYQ9BAAAAQNoD8kAAAADg2IAMQQAAAGCy9/BAAAAAAM5/FUEAAACAQkwBQQAAAGDZcfJAAAAAwG6H9EAAAADAl7vrQAAAAADRbe1AAAAAQBwGA0EAAABgisHwQAAAAECvgfpAAAAAoNmuKkEAAAAAREP3QAAAAABBAxhBAAAA4GfIBkEAAADAPfvwQAAAAICt8vJAAAAAAJ/19EAAAACgZKD0QAAAAECeWe5AAAAAYBQe6kAAAAAAFFjqQAAAAKDwJSFBAAAAAIrF9EAAAABA5evyQAAAAOA68AJBAAAAYECk7kAAAACgEa4OQQAAAED43RRBAAAA4DqH6EAAAADgYCf7QAAAACBjHP9AAAAAQAJQAkEAAACgW0DvQAAAAEA1pOhAAAAAYGN39EAAAACgc14UQQAAAOCBbfBAAAAAQF7v9kAAAACAzlrsQAAAAIBVZfdAAAAAIO+r9EAAAABg5SrrQAAAAABVRfFAAAAAYCJ07UAAAABAVsTwQAAAAMA2+ABBAAAA4N1uBEEAAACAJq8CQQAAACDcRfBAAAAAIMt+AUEAAADAd+0NQQAAAIDB+PNAAAAAAMPuaEEAAAAgRNvpQAAAAOC4KwFBAAAAgPh8PkEAAACA7A0DQQAAAMCT7CFBAAAAwL71FEEAAABgG6fzQAAAACDtmxVBAAAAQIAe9EAAAABA9uX+QAAAAMB8FBJBAAAAABzd8UAAAABAyZgBQQAAAGCwbO1AAAAAwPF/CEEAAABgx2n0QAAAAKAw/TRBAAAAYCEU6kAAAABgfpsbQQAAAAC+ERRBAAAAYMRg+EAAAADAMV0MQQAAAGBVYvhAAAAA4O+b/0AAAABAv3n6QAAAAGC9jRBBAAAA4I50EkEAAABgowztQAAAAKAFbgJBAAAA4GRcJ0EAAABgLyHwQAAAAKDPbvNAAAAAgNWN80AAAADARWHwQAAAAACjtxFBAAAAYCFI9kAAAABgL8ABQQAAAOC8DCtBAAAA4DYXE0EAAAAAV5HrQAAAAODyYvRAAAAAoHhjAEEAAACAqWQJQQAAACDQIelAAAAAwNijAUEAAAAAlFUFQQAAAMDs3+lAAAAAoE4gEUEAAACAKtv/QAAAAICgFBFBAAAAwLpG+0AAAADgtKntQAAAAGCGrQJBAAAAwB8i80AAAADAJp0pQQAAAAAExvBAAAAAYCkS6kAAAABAntMCQQAAAOBdbyJBAAAAAB9rA0EAAADg76MHQQAAAGDWpABBAAAAAHyx6kAAAABAWDYhQQAAAID9IQFBAAAAYIwK8EAAAACAM27yQAAAAIDKAvlAAAAAABfN7kAAAABgqLvuQAAAAACc3wFBAAAAwEoLF0EAAAAgSFUlQQAAACDmMfVAAAAA4E/g8kAAAACgAhMbQQAAAABLTRFBAAAAgBNS8UAAAABgqkb6QAAAACBR1RVBAAAAgHft9kAAAADgGx/+QAAAACCWYEVBAAAAAI9MYkEAAABAe6vsQAAAAOBxlepAAAAAAJGpAkEAAADg2HL1QAAAAODwj/BAAAAAwJctK0EAAABAYwjrQAAAAIAcnAJBAAAAwCjeGkEAAACgZCwAQQAAAKCb4/VAAAAAQHjjNUEAAADAPCDwQAAAAICJlBtBAAAAgLOmCEEAAABAXlYaQQAAAKA3uiJBAAAAYMJgCUEAAACgkhj0QAAAAACLMvNAAAAAYEQo8EAAAACAdETxQAAAAMCHN/FAAAAAALubFUEAAAAAJaTvQAAAAOA8JPhAAAAAwKXZG0EAAACANwoHQQAAAMA1twpBAAAAACtfA0EAAABgImkBQQAAAID+djNBAAAAAJHNO0EAAACgGCr6QAAAAKAKShtBAAAAABbk+EAAAAAABXQTQQAAAAB8ywBBAAAA4J4i+kAAAAAAuL3+QAAAACAdXOlAAAAAgGibAEEAAACgH74EQQAAAIArXvdAAAAAQHlqAkEAAAAA0hQZQQAAAIBHvO1AAAAAwI7NDkEAAADgsmf1QAAAAMBbnApBAAAAAEc3BUEAAAAgP+/wQAAAAKAsbv1AAAAAAG817EAAAAAAm28EQQAAAKBKeIBBAAAAANjKA0EAAADAVbn8QAAAAACsMu1AAAAAAH01DEEAAADg+/ZjQQAAAOCUDANBAAAAgGTAPkEAAACAUgr/QAAAAKDjEQBBAAAAIFqcQUEAAABAm7NBQQAAACCbLRtBAAAA4DNb+UAAAACAgOYhQQAAAOAQ6h9BAAAAYIhG8UAAAACg9rgAQQAAAMDR0/RAAAAAQP9OEUEAAAAg/Xr8QAAAAECU3AJBAAAAANr6CEEAAACgCXQSQQAAAACywOlAAAAA4Gxe8kAAAADAG5liQQAAAKCa4WZBAAAAoEnm+EAAAACg3MATQQAAAIAc5wRBAAAAQE2H9EAAAACg6CkSQQAAAGCfEjpBAAAAgElNCUEAAABgWYhAQQAAAACXaiJBAAAA4FOiCkEAAAAA6M3/QAAAAKDETfhAAAAAYMgX8EAAAADAoLshQQAAAAAQGAhBAAAAQKG/7kAAAABA1b72QAAAAAC44fVAAAAA4MBvCEEAAACAPRg6QQAAAABErlVBAAAAYLaP8EAAAACAk5v6QAAAAOCmrj9BAAAA4HbGBUEAAABgg/QCQQAAACDDxQtBAAAAAPznDEEAAAAAJFv4QAAAAADwHP5AAAAAYJyh9kAAAABgSPHsQAAAAICvOhJBAAAAwNJw/kAAAABg0pc2QQAAACBL+O9AAAAAYIun60AAAABgy+EOQQAAAACIx+ZAAAAAgNHR5kAAAABgEOARQQAAAKA9QvxAAAAA4JH3AUEAAADAS7z7QAAAAABLrfdAAAAA4FLQN0EAAABAhF7zQAAAAADCVvVAAAAAIFGMJUEAAABgDAn7QAAAAGCJ6u1AAAAAgHjT9UAAAAAg597sQAAAACB9BQFBAAAAgHzA7kAAAADAEdYAQQAAAIBJJjRBAAAAIDqU6UAAAACgGKoSQQAAAIBN9x9BAAAAwNdb6EAAAADAJiUtQQAAAMDOhvlAAAAAYINBFEEAAACAm6kFQQAAAECWxetAAAAAIM+E80AAAACAd+sEQQAAAECm8DBBAAAAoJG/AUEAAACghvD5QAAAAGAMTfRAAAAAAFtdGUEAAADAzSkIQQAAAADIiCdBAAAAgD6U90AAAABgSAIsQQAAACBzwxdBAAAAIPxmEkEAAADAjPUiQQAAAKDpIPlAAAAA4DIE9UAAAACAN/P2QAAAAABm5PVAAAAAYGnHAEEAAAAACDsxQQAAAKAbiBFBAAAAgO3gLEEAAACgxW9VQQAAAKA6pPlAAAAAAD8xBkEAAAAAHB4sQQAAAACSBvJAAAAAwP4B/kAAAACAHBf8QAAAAADd7gRBAAAAYMqAE0EAAABgCSv5QAAAAGBZtzJBAAAAwBll80AAAACASNDrQAAAAEC1KAtBAAAAAIkkKEEAAACA6uUCQQAAACAQnhpBAAAAIGknCUEAAABggrv8QAAAAIAvnfFAAAAAwCxh6kAAAACgJr71QAAAAMC7QilBAAAAQPTMJEEAAADgosT/QAAAAOCxJzpBAAAAINYaAEEAAADARmDtQAAAACAt1ehAAAAAINt970AAAADAj6vvQAAAAKCZ9x1BAAAAID/u90AAAACALhHrQAAAAODvfvJAAAAAgFLs6UAAAADgoQIQQQAAAGDIlxxBAAAAgPcF9kAAAADgkbz0QAAAACDhqulAAAAAwGsOCUEAAAAg3JwvQQAAAMCA3/xAAAAAgAwt9UAAAACAImL+QAAAAIAELFtBAAAAAHng+EAAAAAgAHMDQQAAAED25ulAAAAAwJjs80AAAAAgHHogQQAAAICxORZBAAAAANXIBUEAAACgwoUyQQAAAIAntjVBAAAAYKotDUEAAADAPQYwQQAAAIATexJBAAAAID8BAkEAAAAgzYgVQQAAAEC3RyFBAAAAgKwHLUEAAADAvcBXQQAAACBkCA5BAAAAYNoTBEEAAACAAQTxQAAAAODL7PtAAAAAoDLFAkEAAADAmLUAQQAAAGCte/9AAAAAIFRyKkEAAACAAuQMQQAAAABwL/JAAAAA4N4o+kAAAABgxITwQAAAAICdhgZBAAAAQKSUIUEAAADg9sfnQAAAAADcIOlAAAAAoLcED0EAAAAgzULzQAAAAIDQD+lAAAAAwMO1AEEAAAAgq+nrQAAAAMCa7SxBAAAAAHYxDUEAAACgpUAOQQAAAABHsBtBAAAAAMZV8UAAAAAgA4T2QAAAAAB2swBBAAAAIAE48UAAAADgUaL1QAAAAMAr/UlBAAAAwBh++kAAAADAMO0eQQAAAOADuf5AAAAAoEdjIUEAAAAAGdbrQAAAAOAGIPdAAAAAIMgyAkEAAACgwp3kQAAAAKAjh/JAAAAAQBwj8UAAAABgydDvQAAAACBlzuhAAAAAAC+iAEEAAAAgP4geQQAAAICC/ARBAAAAgC1VCUEAAACAQPzvQAAAAIA3+PlAAAAAwPRg90AAAADAmBD0QAAAAGD19/9AAAAA4K6D/kAAAADg17zyQAAAAMDx0gFBAAAAAH6b/EAAAABAZxcdQQAAAACPV/VAAAAAYDIc9EAAAAAg5WUCQQAAAOB8VkZBAAAAYKfq70AAAADAFeU1QQAAAEAmRu5AAAAAoCOCMEEAAABAyvIGQQAAAMCK/PhAAAAAAOp0JEEAAABgO2/yQAAAAEBgEPJAAAAAQFT7REEAAACA/JMjQQAAAIABe/dAAAAA4KmPA0EAAABgEKoUQQAAACC+dg1BAAAAQF2xA0EAAACAhyYJQQAAACCbpRxBAAAAYMUPA0EAAADgVaX4QAAAAOC8l/FAAAAAAAED8EAAAABg7MITQQAAACCuggJBAAAAQO8YA0EAAAAA6wEeQQAAAIAUORRBAAAAoOZf6EAAAABAFBIKQQAAAGAIxeVAAAAAAElf8UAAAACAig4EQQAAAGBSx/ZAAAAAwDLjKUEAAADAWgL9QAAAAEDhRSVBAAAA4PSME0EAAABglctJQQAAAADqjBdBAAAAIGnoAkEAAADgjEDoQAAAAMDRF/RAAAAAQK0wBUEAAADAPyDoQAAAAGAoH+9AAAAAQEVkJUEAAACAJ7EJQQAAAMBAXvNAAAAAwINYAUEAAABg3UHzQAAAAED4Q3pBAAAAgBfsAEEAAACAyGz/QAAAACD0CPBAAAAAIME170AAAACgW45gQQAAAMDvAfxAAAAAIGLZ7EAAAADAYgM7QQAAAKB3wRJBAAAAYIXICEEAAAAAKQ8HQQAAACApbvBAAAAAIBpU+0AAAAAAIKgOQQAAAOBTZPtAAAAAANlN9EAAAADASYv4QAAAAACRtAlBAAAAgP7EAEEAAADARE7rQAAAAIDiUfZAAAAAQOej9EAAAABgHtbzQAAAAMDJG/dAAAAAAGJ7I0EAAADg1RgsQQAAAKCt6RxBAAAAQKvMFkEAAABAOYrzQAAAAOACCxVBAAAAgH+67UAAAABAsFHoQAAAAECc7ehAAAAAoKSrVkEAAACgJhn7QAAAAEChofdAAAAAILp+A0EAAACgSaAQQQAAAOA71+9AAAAAgDq2IUEAAACA7G4XQQAAAGDJVfBAAAAAIPmXLEEAAADgh+9GQQAAACBLWyVBAAAAAOiuCkEAAADA1LjqQAAAACDiXghBAAAAYGpXAUEAAADAOTMIQQAAAGD4jgFBAAAAwA7DJ0EAAADA0T3/QAAAAGDH+wNBAAAAYDXBPUEAAAAgzN32QAAAAMASokxBAAAAoFmdGUEAAACAMjz0QAAAAGBvqP9AAAAAoMkU6kAAAABAPDA0QQAAAKA2qvJAAAAAALet50AAAADgswkHQQAAAEDyyehAAAAAIN569EAAAAAAt5jwQAAAACAThUZBAAAA4G8O9kAAAACAjcbtQAAAAEAP5VFBAAAAIPGgAUEAAABgXRYcQQAAAEBdSi1BAAAAYDpHEUEAAACAPObxQAAAAACdJfhAAAAAYKggL0EAAACgOoULQQAAACBmDgBBAAAAwOFV8UAAAACgbAX2QAAAACCnbxFBAAAAAPr8+EAAAADAL2vrQAAAAODPFvJAAAAAgK1vKkEAAACAQZMOQQAAAGAANwhBAAAAgESK6EAAAABAlvAVQQAAAGBNO/9AAAAAwERRI0EAAACAUhwOQQAAACBEcPdAAAAAAGg+8kAAAAAgjD8CQQAAAOBZzgFBAAAAAOVa60AAAACgXWc8QQAAAOBuU/1AAAAAYEgADUEAAABga3L2QAAAAOBYAvpAAAAAAOp67kAAAAAgs7cUQQAAACA03A9BAAAAoFeT50AAAABgMfjwQAAAAGAwVQZBAAAAIBhfMEEAAAAAMFIMQQAAAEDmGPtAAAAAIHxO/kAAAABAz/EFQQAAAMD1JgtBAAAA4N4EB0EAAAAg1QXrQAAAAAB4QBFBAAAAQJ5gIEEAAABAA45RQQAAAGAPRkJBAAAAoEgH+UAAAACAkd34QAAAAABDFfFAAAAA4Flo/0AAAAAAGHktQQAAAKB5ZB1BAAAAgKv17EAAAAAg0gUaQQAAAEC66/BAAAAAYH1VAUEAAABAtiTrQAAAAKAzOOtAAAAAQNXb+0AAAAAgmXr2QAAAACCRqytBAAAAgLF1EUEAAACAH1oYQQAAAGD5kvRAAAAAYEjY7UAAAABAZe0zQQAAAOC6aOdAAAAAQJCO8EAAAADAbMsAQQAAAID4HBxBAAAAoNc47UAAAADgJOUMQQAAAMAcNF1BAAAAQBt6REEAAAAAjrQ6QQAAAOAUrgBBAAAAwCSR8kAAAABARPgWQQAAACAQlR9BAAAAgOwX+UAAAADAaSVCQQAAAGCuvO9AAAAAYC6FLEEAAAAg/c3pQAAAAAAHAAFBAAAAALmq7kAAAADAJqoDQQAAACDbZvBAAAAA4J13B0EAAAAg43TyQAAAAOB1HvJAAAAAwEAM60AAAADAwrcAQQAAACDSQPJAAAAAQBGMAkEAAACAa9X5QAAAAICdV/BAAAAAIBr/8EAAAADATHYAQQAAACAHFfVAAAAAQCwxN0EAAACg7A7sQAAAAKBlJftAAAAAoCyo+0AAAACgo3jsQAAAAAB+QRJBAAAAAMhqNkEAAADg52QUQQAAACDv1AFBAAAAwI+mLEEAAABgpXAjQQAAAGCNtxBBAAAAYAM0R0EAAADAmxsFQQAAAOAFwf9AAAAAICZsHkEAAABA9Qs5QQAAAKB02DdBAAAA4K/5R0EAAACAhG39QAAAAOA3XBFBAAAAAKH/+0AAAABgiWoOQQAAAICRuSBBAAAAYB5k9kAAAAAg5ZgAQQAAAADh5P5AAAAAIDS1BkEAAAAgd3sTQQAAAKCVfwdBAAAAoOyNGkEAAAAgVDbwQAAAAEA/eg1BAAAAIMphC0EAAABAG5/pQAAAAKAwJhNBAAAAIMNNAUEAAAAAi0P0QAAAAGA2whhBAAAAYNYg9EAAAABAskr1QAAAACCKS/VAAAAAgEpi9EAAAAAgrMUEQQAAAMByDgBBAAAAIHoc+0AAAACA7/sOQQAAAGCc//FAAAAAoJBe9EAAAADgItruQAAAAEDmRARBAAAA4Koh90AAAAAgZ5gAQQAAAICHkfVAAAAAoJIt+0AAAADA6nTuQAAAAOBriCNBAAAAgB0LI0EAAAAA8ZPxQAAAAABOsBRBAAAAIMFKH0EAAACAhtHzQAAAACDJwjdBAAAAAE9DK0EAAADgmXX2QAAAACBgDyVBAAAAQPHSE0EAAAAA7mkRQQAAAEAf3wFBAAAAAOaNBkEAAACANXwJQQAAAMBhc/JAAAAAYCn9A0EAAAAgRv/qQAAAAICQoPFAAAAAIEiI/EAAAABAnd4UQQAAAADuEjVBAAAAYPdwVEEAAADgzh0HQQAAAKBOsAFBAAAA4AaI+kAAAABAAhZFQQAAAEABdiFBAAAAgI3180AAAACggbIAQQAAAKDDyuxAAAAAQDgn+kAAAACAJA8KQQAAAMCuQPBAAAAAoGr+/kAAAADACzbuQAAAAECw6udAAAAAwNBgDkEAAADA2mDxQAAAAEA52gFBAAAAYH2pFkEAAACg47YNQQAAAOB1dwBBAAAAwDtfAkEAAABgtpP+QAAAACDT7hNBAAAAIG7t8UAAAACAOjbuQAAAAMCMs+xAAAAAQFc+/kAAAACAgpbnQAAAAKAsu0tBAAAAIHUYTUEAAABgHiX1QAAAAIBHDPNAAAAAwK0g9kAAAACgACLvQAAAAGAVgSZBAAAAYLb/JEEAAAAg5rMrQQAAAIAsqOtAAAAA4NJE6EAAAACAz6H0QAAAAAA4kQNBAAAAoGoYQ0EAAADgSB37QAAAAIC5Gg1BAAAAYLmoDEEAAABANQAyQQAAAACU80tBAAAAoECx8kAAAADguZkMQQAAAMBL1/BAAAAAAHCC9kAAAACgLUAoQQAAACCRO/tAAAAAAFB9/kAAAABACAIAQQAAACD/5upAAAAAwHA89kAAAABAMrT6QAAAACDwOi5BAAAAQDSlGUEAAAAgqD7sQAAAAKDuMPhAAAAAAHNh8EAAAACgZHwAQQAAAABRkPlAAAAAgAJ390AAAACgkDjqQAAAAEBohQBBAAAAAGbtIEEAAAAAu6wAQQAAAAB8+ApBAAAAIM7A7EAAAADgR0gSQQAAAAC5HyJBAAAAYNhJA0EAAACA2aDrQAAAAKCLWSNBAAAAoDJY80AAAAAAXWcDQQAAAOAYLfBAAAAAYCCNNkEAAAAADxIUQQAAAMBprAVBAAAAQLx7IEEAAACA4BfqQAAAAODOYAdBAAAAgPuCCUEAAACgitIDQQAAAMDkrjVBAAAAoBlvQEEAAACgA10aQQAAAKCOMCFBAAAAwMfVUEEAAADgksURQQAAAKCuzRZBAAAAoF+Y6EAAAAAAT00bQQAAAEBlegxBAAAAgKYoKkEAAADgBA32QAAAAIATJgxBAAAAwLRB9kAAAAAg8LfsQAAAAGD+6vJAAAAAANyY+kAAAACgaywHQQAAAIAGR/ZAAAAAwKXDM0EAAABgTHsCQQAAAKDVlvJAAAAAwNUtKEEAAABAi+8OQQAAAMDinv5AAAAAYHxf90AAAABAcl4AQQAAAAAXFOlAAAAAoLQmAkEAAAAg1DwDQQAAAAB/5wZBAAAAIKilAkEAAACAAIwAQQAAAOAmPxZBAAAAgJ0a/EAAAADAPhnzQAAAACBIoPBAAAAAQCnT9kAAAACgp4YQQQAAACBp+wxBAAAAgOExFEEAAAAgv+n4QAAAACCpUO1AAAAAwPOlJUEAAACgQTMTQQAAACCTPPJAAAAA4F7T/UAAAACAZqzzQAAAAGAQizFBAAAAQNV1P0EAAADgw6YSQQAAAEAwke9AAAAAwDomJUEAAADAqTX4QAAAAIDpIRVBAAAAoARSMkEAAADg+iIUQQAAACDcpulAAAAAoPl6B0EAAAAA1Tv2QAAAAMCevP9AAAAAYAP8M0EAAAAAcxX0QAAAACACIhFBAAAAwDvSAEEAAADgIg31QAAAAICMlQlBAAAAIF1z6UAAAABAVGMGQQAAAOAl9PlAAAAA4J5uREEAAADgzTrvQAAAACB/mQJBAAAA4Hu8JUEAAABgP3cPQQAAACDDxfJAAAAAwEy790AAAACA4zEAQQAAAOB7tDJBAAAA4EXF8EAAAACAJpAOQQAAAOCjbQZBAAAAIHZz6EAAAABAtu0eQQAAAGChGTZBAAAAwLC6G0EAAACAFw7yQAAAAABswitBAAAAQAsL7UAAAAAA6yrxQAAAACBSRO9AAAAAwEf+AUEAAABgQMECQQAAAEAIFgFBAAAAYD/c9kAAAAAAzNgZQQAAAGDa5TxBAAAAAKZdKUEAAACAqLf4QAAAAIDkFCZBAAAAQHfeQEEAAABgb24WQQAAAOAiWQdBAAAAQG/ACEEAAADgDxMqQQAAAEBVqRlBAAAAQFa8QUEAAAAgW2zvQAAAAIB6jgZBAAAAQHtcH0EAAAAgpy0tQQAAAACNpOtAAAAAIHGW60AAAACAfgXwQAAAAIDP3QVBAAAAgKYCDEEAAAAg/G/7QAAAAABcVwNBAAAAAJ4l+0AAAADgTsr0QAAAAEApBf1AAAAA4EJgEEEAAADgtUgTQQAAACDg+fVAAAAAQD+I/kAAAABgSlQDQQAAACBO1fJAAAAAAFKd90AAAAAA80EAQQAAAOA2YCdBAAAA4NqjSkEAAACgWG30QAAAAIBoQClBAAAA4K3jAEEAAADgejX/QAAAAMB1sSxBAAAAwEyMGUEAAADAKMfzQAAAAGBzr/tAAAAAYG5AB0EAAACgjncDQQAAAKAO5QNBAAAAwNiYI0EAAABgr5XsQAAAAEBGK+9AAAAA4Juk/EAAAAAgyLwhQQAAAICTlAVBAAAAgIJGCUEAAADgXA4AQQAAAAA+LAVBAAAAgCR4BUEAAAAATAgQQQAAAAB99fJAAAAAAGBUEEEAAACgMlT7QAAAAOAhYfhAAAAA4PMu8kAAAAAAyfv1QAAAAIDufOxAAAAAoO0r90AAAACghfQDQQAAAGBYjfhAAAAAAPX2NUEAAABAFWTzQAAAAOCUnulAAAAA4HaeEkEAAAAAQMYRQQAAAMDMWBpBAAAAYIfH6UAAAACggVAnQQAAACBOWhlBAAAAIEIuF0EAAADgVAEKQQAAAOBviWRBAAAAgKid8UAAAACAqaYwQQAAAOB1jkFBAAAAYHdU90AAAAAA4RMKQQAAAKBD+hhBAAAAIKqb8kAAAAAgFpjsQAAAAOBaehVBAAAA4AvIGUEAAADAiAT6QAAAAIBjkulAAAAAwMeNAEEAAAAg/efsQAAAAOAn4/hAAAAAII4880AAAADgzeTqQAAAAIBPEfBAAAAAwIpi9UAAAABgDAbyQAAAAKAyDehAAAAA4JlE+EAAAADAZDzyQAAAAGCT4e1AAAAAgJt3+EAAAABAVa78QAAAAABnTwdBAAAAYCVAFkEAAAAA9BT2QAAAAIAv/QFBAAAAQO2D/EAAAADAHsoTQQAAACAI7w9BAAAAABG5EkEAAADgPEwXQQAAAEB2G/RAAAAAICSfAkEAAABgBmkGQQAAAIB2a/BAAAAAIH6fFUEAAADAxQv/QAAAACB82gxBAAAAgN4IAUEAAADAyVTyQAAAAAAwm/JAAAAAQEv7N0EAAAAAdXj6QAAAACAKnvhAAAAAgBaNHkEAAACgTGD0QAAAAIC6YO5AAAAA4BjI+EAAAAAArtnzQAAAAEAW+wFBAAAAYDVc/EAAAACA5sYKQQAAAABbuiZBAAAAgFkiJ0EAAAAAiG0qQQAAAIAt5vxAAAAA4JubFEEAAABg2JMEQQAAAEBaf+5AAAAAoA52J0EAAACgZAH4QAAAAMCCmgZBAAAAQNcyAkEAAAAggmlBQQAAACAvgDZBAAAAAEIVQkEAAAAg3TjyQAAAAOA05ehAAAAAIC0WGkEAAABAJZwTQQAAAGB66xtBAAAAYLCIEUEAAAAg8cADQQAAAIBTcA5BAAAA4IhR80AAAABAECAHQQAAAIDWPfVAAAAAoG8lA0EAAADAi6frQAAAAIAgFSdBAAAAIK9d8kAAAADANXAXQQAAAOByLvJAAAAAwKbeAUEAAADAxPj0QAAAACBIlOxAAAAAYLhW+kAAAABgzLAQQQAAAMBENR9BAAAAgNHF6kAAAADgBF7yQAAAAGCYhPdAAAAAgJgMD0EAAACAhcoDQQAAAEAnMBVBAAAAAA+XHEEAAABgKuYjQQAAAADG1A5BAAAAgHq9/0AAAABAGF02QQAAAEDw9wNBAAAAgI1CDkEAAADgy4v1QAAAAGB4oxpBAAAAgIrt+UAAAAAAUtsHQQAAAGC0ggpBAAAAQEs+9UAAAADgx9b/QAAAAABWZv9AAAAA4LZ+EUEAAAAgrosAQQAAACA7M/NAAAAA4Fx26EAAAACA0+r/QAAAAMDY7PNAAAAAAGv9AUEAAADAlI32QAAAAOB8OOdAAAAAQF/RF0EAAACgYtgyQQAAAKDERvtAAAAAwEI39UAAAABgJOElQQAAACB6oxBBAAAAgOLa7kAAAACAVabzQAAAAOCwLjJBAAAA4AQB+kAAAADgrUkGQQAAAMDGtOtAAAAAQMjRFUEAAACgmaIiQQAAAGB8RvdAAAAAoCwL+kAAAACAaBf7QAAAAECIB/NAAAAAoJ2g8UAAAACgKdUDQQAAAAD3bOpAAAAAwIpJ8UAAAACg6qMKQQAAAKB2GfNAAAAAANzgIUEAAAAgr/gTQQAAAEAmV/xAAAAAoBOvJEEAAAAgudEwQQAAAKCLbCJBAAAAgIvADEEAAACA/U8TQQAAAOBQt+5AAAAAgA3EA0EAAADgekkDQQAAAGATXvxAAAAAAPnXE0EAAAAANNIOQQAAAGA0aStBAAAAYOXBEEEAAADgtF/uQAAAAABhjfdAAAAAgAgK8EAAAAAAqSQFQQAAAIB8Ph9BAAAAoJ5u7kAAAAAABpsQQQAAAGA6a/9AAAAAYLDRFEEAAABA5bkDQQAAACCW3+lAAAAAgFpU6UAAAACAkMDyQAAAACAkvCNBAAAAIHlrFEEAAAAAUTbzQAAAAOA9jAVBAAAAgKjF8kAAAACA9rICQQAAAIBeV/BAAAAAAAP6AkEAAADgAEoQQQAAAMD0dRRBAAAAIFhG+EAAAABgqFcFQQAAACCA1fFAAAAAQAbO6UAAAAAgMRj5QAAAAEBzowhBAAAAAEvx8UAAAAAAj0n9QAAAAMAl/RJBAAAAIEDIA0EAAABAO1H3QAAAAGADBRVBAAAA4LyR+UAAAAAg7BX3QAAAAKCOLPZAAAAAoD9F8UAAAAAAfIX1QAAAAODgM/VAAAAAAIwyN0EAAAAg+VUKQQAAAGCVqQtBAAAAoM8VE0EAAABgQvr4QAAAAICgTwhBAAAAoMlj/EAAAADgIUkGQQAAAGAEfO5AAAAA4G2P8kAAAABAHsgBQQAAAEBPgBJBAAAAoByH9kAAAACAQOv1QAAAAAArwvRAAAAAYH3G60AAAADgCSz1QAAAAMCYRPxAAAAAgGLj70AAAABg3qLqQAAAAICxjfRAAAAAAPhTA0EAAABA5vr8QAAAAMCVKPNAAAAAYL1K+0AAAABAMyrnQAAAAEBfaiBBAAAAQPRbBEEAAADgpur1QAAAAMDLNw1BAAAAQNq2/kAAAACgybH4QAAAAGBf3wFBAAAAQC8SAEEAAABgSn3rQAAAACDUqwBBAAAA4LNc/UAAAADAC/4BQQAAAGAkpfdAAAAAwOPZEkEAAAAg968IQQAAAMAc0PZAAAAAwH0K9UAAAAAg9gUrQQAAAMCS0wNBAAAAwEfQBUEAAACggM3uQAAAAADPSANBAAAAANlo7EAAAADA4+MJQQAAAMBTd/FAAAAAYF2aMUEAAACAk3XxQAAAAAAGbP1AAAAAoDb4GkEAAACAMgXrQAAAAACsofFAAAAAIMHJ60AAAADgfMb1QAAAAODSkhJBAAAAoMSmQEEAAABgNW7zQAAAAGCHQSFBAAAAgJ0B9UAAAABg7KkaQQAAAGBXMvVAAAAAwJ8A8kAAAABgC/EWQQAAAED6OvBAAAAA4CrdBkEAAAAg+BT5QAAAAOBD6+pAAAAAgNVY8kAAAACgSf8GQQAAAIBS6TdBAAAA4CQ/IUEAAAAAsKb4QAAAAEAFKflAAAAA4NYj90AAAACASGAAQQAAAKA2f/1AAAAAQM1s7kAAAACAIkQUQQAAAEAkv/pAAAAA4F9u9UAAAABgkyTyQAAAAGBsVPBAAAAA4LeEZkEAAACg6ClOQQAAAABmOyNBAAAA4IkdMkEAAABgmRIFQQAAAOCIvwJBAAAAYBK2BEEAAABgvcTyQAAAAOAYBwFBAAAAQLiFAUEAAAAARFQdQQAAAOBk4ulAAAAAIABHBEEAAABAYGHvQAAAAIApQu9AAAAAAKfKJkEAAADAYLj0QAAAACBw+RFBAAAAAC/CAUEAAADAbZztQAAAAEBQVfNAAAAAIIzD/UAAAAAgxtFCQQAAAMDO/O5AAAAAoEd7IkEAAADA09H8QAAAAKCh9ANBAAAAQCK060AAAACgH4UEQQAAAOD6uPRAAAAAIM3T9kAAAACANBzuQAAAAECf4fFAAAAAwM328EAAAADgG/fpQAAAAODmV/BAAAAA4NDEAkEAAAAA/hT/QAAAAEBVjOhAAAAAIF/cHUEAAACAHsMCQQAAAABpbAdBAAAAYCBU8UAAAADgqR8gQQAAAGAsrwdBAAAAAL6u70AAAABA4kEQQQAAAABHg/1AAAAA4AUwA0EAAABgqpfxQAAAAACeW+xAAAAA4N7R8EAAAADgcZrzQAAAAKBkMBVBAAAAQBm3+0AAAAAgBd7/QAAAAOAVHO5AAAAAYBrT80AAAAAg8VTnQAAAAEDB6QRBAAAAAHxNNkEAAABAxp0ZQQAAAOBCqPtAAAAAAP9A7EAAAAAAFdbsQAAAAAD2gfBAAAAAAFJu70AAAAAAtcHvQAAAAMD26gFBAAAAAEK1LUEAAADAEfntQAAAAGBsDxFBAAAAYA5oFEEAAAAAtnvzQAAAAIBeBv1AAAAAoI5j+0AAAAAAB3nvQAAAAADEludAAAAAIBn98kAAAADg5xIXQQAAAABwYPRAAAAAIDrD50AAAADAnJ4KQQAAACDk9/VAAAAAICKkI0EAAAAALSkBQQAAAMCsFvdAAAAAQELi80AAAABgmeb+QAAAAOA9Lg9BAAAAAMyW+UAAAADgAXMAQQAAAMBc6P1AAAAAAIQdHUEAAAAAY93wQAAAAIANEABBAAAA4GeTAEEAAABgnBJjQQAAAOCokkdBAAAAoED9IEEAAAAgSwT1QAAAAMBO2u9AAAAAgIwp9EAAAABgbYH5QAAAAKC7oupAAAAAgCfz+UAAAAAgq2P1QAAAAMCTqwxBAAAAoF90BkEAAADAlJoSQQAAAGATuO9AAAAAoCbo6EAAAABgpdwRQQAAAKCYtfJAAAAAIEZgL0EAAADgVpITQQAAAEAOpPZAAAAAIPrQA0EAAABA6BrzQAAAACAn5ANBAAAAYIDM70AAAACgaRAHQQAAAIClGAtBAAAAIPRb7kAAAACgX5zwQAAAAKBfAfFAAAAAoNQfE0EAAAAAX2LsQAAAAEDyhg5BAAAAQG0j80AAAACANB72QAAAAIDD4vJAAAAAgD4X60AAAAAgUxT8QAAAAGBkZflAAAAAQH4K7UAAAAAAprgeQQAAAEBxi/lAAAAAAJ+M8UAAAAAAydHxQAAAAKCmthNBAAAAwNVhIUEAAACgPbTqQAAAAOBWKRFBAAAAgNG09EAAAAAgNkjtQAAAAKD5CepAAAAAYPbb70AAAACAihPsQAAAAIAqt+dAAAAAgJxM60AAAABAmFvuQAAAAGB3Eu1AAAAAoJxX7EAAAAAgO2TyQAAAAODGOupAAAAAoJ6H60AAAACANV/sQAAAAIC2ROZAAAAAANFA5kAAAADARN/vQAAAAAAy3e9AAAAAQKs76kAAAABA7EvsQAAAAADHXfBAAAAAwMxu9kAAAABgpd8NQQAAAKAYKfBAAAAAQHUZ8EAAAACAc6rsQAAAAMBCIe5AAAAAoKo570AAAADA583uQAAAACDgu+1AAAAAwP+L6kAAAABAlZXrQAAAAGCr6OpAAAAAYAoU8UAAAABgOJzsQAAAAEAAje9AAAAA4LJo+0AAAAAg8H/uQAAAAAC5MPFAAAAAAJLM7EAAAACA6xv1QAAAAKBuku9AAAAAgCeF6kAAAACgf3P0QAAAAACgfepAAAAAYPyd7UAAAACAjszrQAAAAIB/zutAAAAAoEW37kAAAADg6WnyQAAAAOBSp/FAAAAAAM0V6kAAAABg/rLpQAAAAGCt9etAAAAAYN8K/EAAAABguOfxQAAAAKCDv/JAAAAAgMlT7UAAAADAZqHyQAAAAOC9RfZAAAAAoOKD7EAAAADA/gb6QAAAAAA2Y+tAAAAAgE8i8EAAAACAPUfvQAAAAEAyDPRAAAAAILWs8kAAAABgToLtQAAAAEDFIO5AAAAAYPnZ+kAAAAAAARzwQAAAAGD0DfhAAAAA4ARs7EAAAAAAE8rrQAAAAKB9svJAAAAAYB638UAAAADgtA/xQAAAACCrXvFAAAAA4IVV7EAAAACgKo71QAAAAODp9vhAAAAAwDIn8kAAAADgf8brQAAAAKDnv+lAAAAAgDFG60AAAABA7rPuQAAAAECTgPVAAAAA4FUV80AAAADARZnsQAAAAGAqQ/NAAAAAgGhP6EAAAACg5m7xQAAAAED6j+lAAAAAAIim9UAAAADgvYT1QAAAAICMDfJAAAAAIM0y70AAAAAAg6ftQAAAAAAOMfNAAAAAoMma8EAAAAAA0EX3QAAAAECj+e5AAAAAYNVN7EAAAACg6t7rQAAAAACKz/BAAAAAIIRP8UAAAABAH6T4QAAAAIArqelAAAAAwKnP8EAAAABgkOntQAAAAADP7OpAAAAAgD7o7EAAAACg3kHtQAAAAAB0wO9AAAAAQFrP6kAAAACgFa/2QAAAAMD8Z+lAAAAAwCl09EAAAABgepfuQAAAAGCeZOdAAAAAQIa57EAAAABA1lLyQAAAAKDTE+9AAAAAYGfi8kAAAABgG67tQAAAAIDRYPhAAAAAQFSd8UAAAAAgzSbqQAAAACBTHvNAAAAA4H4J7kAAAABAw7DvQAAAACCpmO9AAAAAAH8W6UAAAABAKujvQAAAAMAd9PNAAAAAgP+y8EAAAADgBUvwQAAAAECkLvFAAAAAIHLG8UAAAADAj7XuQAAAAEC36fBAAAAA4APF8EAAAABAEd3vQAAAAECH/fJAAAAAAEn770AAAABgwpHvQAAAAABpke1AAAAAgNJ270AAAABgxUnxQAAAAGCKh+xAAAAAwJX09EAAAACAI5P1QAAAAODopfJAAAAAoAqv7kAAAABgpTf2QAAAAEAOavVAAAAAoExD80AAAAAAblnyQAAAAICFPvBAAAAAoMzf80AAAABAcBz3QAAAAOChmOxAAAAAgNia7UAAAABg0oDuQAAAAOARCfNAAAAAQMv98UAAAACAibTzQAAAAMBn/e9AAAAA4HcP8kAAAAAgFZjtQAAAAEANzPBAAAAA4NMq9kAAAACgucTwQAAAAADv4/FAAAAAYM7N8EAAAACg0eP2QAAAAOBwRftAAAAAYEVS7UAAAADAiJH5QAAAAOBcavBAAAAAwJy/9kAAAACggLvxQAAAAACaL/BAAAAAgI3X6kAAAABAU8DrQAAAAMBbzfBAAAAA4M4b9EAAAABgyRrxQAAAAACigfFAAAAAQCaf80AAAACA1MP4QAAAAOAljvJAAAAAgO5k8UAAAADATTLuQAAAACBtn/RAAAAAoLb97EAAAAAg28/3QAAAAOAs1O9AAAAAYPRY8kAAAADAPqbwQAAAACBfXvBAAAAAAE6K70AAAADg2LfzQAAAAIBDXvJAAAAAoHde9kAAAAAATvr0QAAAAODaefRAAAAAABzy70AAAAAgzu7yQAAAACBvoO5AAAAAIJtw+EAAAAAg7OnuQAAAAKBI+vdAAAAAoARL8EAAAAAAVdfsQAAAAADGafFAAAAAgCZI9EAAAADAYZsAQQAAAKC9FPRAAAAAIDsD7kAAAABgy7fxQAAAAMAAN+tAAAAAoLPI9kAAAABgauLwQAAAAAAaEPBAAAAAoHUJ6kAAAAAgVJnxQAAAAGA3B/BAAAAAIKRF8UAAAAAAN1X1QAAAACD3V/NAAAAAIDtv8EAAAABA6PfrQAAAAODkavFAAAAAQKeI8EAAAAAgeazxQAAAACDoePJAAAAAYFY68UAAAABAHZHvQAAAAMDsHfBAAAAAILoE9EAAAAAg48DxQAAAAAC1te9AAAAAILuv9kAAAACgn/DvQAAAAGC3wfVAAAAAYGTyAkEAAAAgx8X2QAAAAEA+1PBAAAAAgLWK90AAAADgqLf1QAAAACC90/FAAAAAAGtq7EAAAABAdvfwQAAAAIAErvFAAAAA4O4I7kAAAADAPdn3QAAAAECUgvFAAAAAQPuF90AAAACgMF7zQAAAAICIQvNAAAAAQJjQ9EAAAABgW0zwQAAAAODWy/FAAAAAwEZY8EAAAADAyIbuQAAAAIBPaPBAAAAA4Khq8EAAAAAA47/yQAAAAIBviP9AAAAAgIly8EAAAABg8b71QAAAAACHBu9AAAAAwOn980AAAADg2xv0QAAAACB48u9AAAAAgPPB7kAAAABAyDnxQAAAAKAuF/pAAAAAwEIM8kAAAABg5C/1QAAAAIC2ve9AAAAAQBSg80AAAACA5LLuQAAAAMDPu/dAAAAAwHeh8EAAAAAgkCb6QAAAAOAg+PJAAAAAgJoD7kAAAABAcrH0QAAAAODcw/NAAAAAIMDH8EAAAACA00jyQAAAAGCO5PtAAAAAAOsIAkEAAABAc/bxQAAAAOBjfPNAAAAA4Fzd6UAAAADgxbbvQAAAAODiIfdAAAAA4FJf7EAAAACACZ/0QAAAAABJIvNAAAAA4Oky/UAAAABAz4kAQQAAAECICAFB</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=47" index="46" defaultArrayLength="94">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10685918407947" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="626.2960243366263" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3020683.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="244.16559349867626" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="383424.5625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.360585" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 369.69@hcd42.00 [100.00-750.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="11.684245109558" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="369.69271937308946" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="750" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=46">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="369.6927193730897" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="369.69271937308946" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1560658.875" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1004">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1004">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=48" index="47" defaultArrayLength="163">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0707110984783" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="713.3857804977683" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3522760.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="393.2244598886129" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="315736.5625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.36436" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 392.72@hcd42.00 [100.00-800.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="13.459654808044" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="392.71932484361247" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="800" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=46">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="392.719324843613" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="392.71932484361247" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="947917.375" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1740">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1740">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=49" index="48" defaultArrayLength="156">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10714910118644" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="727.9616529680135" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6663240.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021324142465" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="877456.375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.368318333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 311.52@hcd42.00 [100.00-945.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="5.135529994965" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="311.51875184859125" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="945" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=46">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="311.5187518485915" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="311.51875184859125" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="3" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="874348.8125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1664">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>D1nnh9tGWUCTJXoJf4NZQP5F3UlrkllA5tXsCcOUWUAYIMp2i4RbQBSxe7jQxVtAq19p5yQFXkCcYTKrRCNgQFONA+zBQmBAkpkH7F1DYEDLu/wwbQJhQLS4u7EtH2FAzv5j0wxfYUAjzXzTyGJhQHbJJvqbY2JAhOj7erGDYkDoSrBgi19jQNOwxICdYmNAlVLMoMNjY0BIcljiZZ9jQFz9cMIXo2NAeyG7KpHiZEDsA7mv8aJlQGngZ7HO42VA1CpM1EBTZkBXlV6WGqNmQImqOdcVxGZAe7He2HcDZ0BRjq856SJnQAgcZJuhZGdAGxYBXc2iZ0ACu1WAKSNoQEh0n8HMVGhAa+6oA06jaEA3+FIlceNoQFvI9+bKImlAB8827YMTakA2P53N7yJqQKSceO71Q2pAWzfuUL6iakDNsqLyc+RqQDjLVzO3/2pAcsAqVHkfa0APgEt5GeVrQN6kwBvQQ2xAbKCRHEZjbEBtGG09UIRsQG5sGZ/LxGxAesDF/7zebEBBweK/GuNsQL7ZbWGVHm1AKssYZGWFbUBl7WrHYAVuQP7fFwn0RW5AxpvhqVJkbkB7xLSKHIRuQBDYkiuLpW5AcWP9S5W1bkDQzA3OIQVvQNMquq4UH29A+1bjbkclb0BcfY/vMT9vQOZJYvDtXm9AI2bHqikTcEB9/i+r6CJwQMiPkEtyMXBAij2Q7O9XcECYb7LOKapwQM1j6a5vsnBAfGcOLwK4cECUEjLPYL1wQNNkVQ+ywnBA2ZhpsdAScUCCMo2xLBhxQMeMQVJTM3FAehus8l1DcUAtWcvyEUhxQEgHUFSVgnFAnVr11QLCcUBssWCWK9JxQIv5qlZa3XFA3+YY2fo6ckCYTf05XV1yQO+GILqqYnJAuhs9O4KNckAgHV47epJyQJhMx/tPonJAy1Dqe5WnckCmp1jcMbhyQCCNe7xyvXJAZFGenK7CckBJy9WcCMtyQGwHCz0M03JAZ1lvfSbickBTxEZ+lAJzQIyv1v4+GHNAxdr5Xoodc0BDGB1/2CJzQL79kiAiW3NAZGvGIOBic0CBzS+BvXJzQEuzVIFLeHNACBBmoeh6c0CmRHhBpn1zQOzXmsHagnNA6HjY4quyc0D4qdfHPnN0QHkLDQhIe3RAIlM8KGaCdEDurZRLUQN1QBrgyWtTC3VAniEKzhNidUDzzlEvaJN1QHA1hy9ym3VAoMZkMVfjdUDgPUkU0FJ2QB2aH1UVc3ZAIrWZPD2Td0BGJAQdQ6N3QPYcQF7U0ndAblg04axEeEALRp5Bn1R4QCpBvUVx83hALT8rRgAEeUBGWWDG/gt5QMB/MsehK3lAYOjoqSuUeUBf0YqLFdN5QHVt+2sJ5HlAdiVQb2hkekAgzfDwIaN6QM+FwnZmg3tAmFFruFnDe0C1U9a4ddN7QDY9OEOXY31A10G5hRfEfUCslbJqyIN+QMMTHYvQk35AMsEnC2yVfkDnHpJLb6V+QM8OM60z5H5AwvksUvujf0D1WZfy/rN/QG96cu3+eYBA114vsQwKgUBGXnEyhjqBQNtUhZSbioFAohax+FkrgkAlMqD89sKCQK4GcR1n4oJA1FRdIA5Tg0CivpKgGFuDQKbxwCQ1/INAtlGhazgFhUClNhyvVouFQMF9HHexv4ZA</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1664">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=50" index="49" defaultArrayLength="138">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07058902811745" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="791.1284260245144" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="977848" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="399.23578429016146" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="149678.390625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.372091666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 399.69@hcd42.00 [100.00-810.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="28.358131408691" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="399.6909296841016" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="810" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=46">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="399.6909296841015" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="399.6909296841016" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="500239.78125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1472">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1472">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=51" index="50" defaultArrayLength="1930">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1667959355043" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.56768025643" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1017585856" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="356.1932668589809" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="66342204" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.378006666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.632530748844" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20588">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20588">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=52" index="51" defaultArrayLength="130">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10682866648926" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="749.3635779455858" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="18411464" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="244.16539513433992" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1633540" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.396116666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 433.74@hcd42.00 [100.00-880.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="1.736397027969" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="433.7404497519018" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="880" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="433.7404497519022" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="433.7404497519018" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="31076658" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1388">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1388">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAgCo7+0AAAADgLKrbQAAAACDU9eFAAAAA4K/n0kAAAAAgrEUXQQAAACBlptJAAAAAgI9v4UAAAAAAWXPaQAAAAKDl69JAAAAAgCO2LEEAAABAgwD5QAAAAKB4MOVAAAAA4PkD1EAAAAAgSWLUQAAAACBLixhBAAAA4Nc/1EAAAADg1kfzQAAAACBmW+hAAAAAYNig1EAAAACAQAjqQAAAAADSJdZAAAAAoAjl1kAAAABgPIAKQQAAAMBHNOBAAAAAgHR15EAAAACAvVXWQAAAACAeMN1AAAAAAOM48kAAAAAAfk4SQQAAAEDj3dJAAAAAAJYb5UAAAADAi4LhQAAAACCRitZAAAAAYLuZ80AAAAAgUN3hQAAAAKCBZPBAAAAAQMAp7EAAAAAg4FzzQAAAAEAmvgdBAAAAoFQ17UAAAADALuwWQQAAAAAxr9VAAAAAwGH41kAAAABgw+DmQAAAAEAS6upAAAAAYPwPAUEAAAAApFLmQAAAACDbtfBAAAAAAATtOEEAAADALpL1QAAAAMC1zQBBAAAAwDGSCUEAAACg/IYMQQAAAIA7WN1AAAAAYE8w40AAAACAF1/pQAAAACBtGtVAAAAAQH0/6EAAAABgO0vmQAAAAECVitZAAAAAwMrM5UAAAADAnanjQAAAAIBsyO5AAAAA4O9T5EAAAAAgrkv2QAAAAGDtXNlAAAAAQLXI40AAAAAA8f3ZQAAAACDeVQNBAAAA4MEpBkEAAABAB5T0QAAAAAB4GxZBAAAA4FzpIUEAAAAgsErtQAAAAEBcj/RAAAAA4HML1EAAAACAAHjUQAAAACCH3NtAAAAAgPSvAUEAAAAgbPnqQAAAAADKceVAAAAAwIBi60AAAAAAeN/TQAAAAOA9JOhAAAAAYBbBAEEAAACgmIXXQAAAAMCWTTRBAAAAwI2L8UAAAACA2QkUQQAAAAARzwJBAAAAYCsi8UAAAABgJF/fQAAAAKDTviRBAAAAQNtj/EAAAABghJUCQQAAAGBeGtdAAAAAIPvp8kAAAABgef73QAAAAODZr9tAAAAAIKXsIEEAAABASH7yQAAAAIBHbv9AAAAAQJAu60AAAABAT6bkQAAAAEBNWORAAAAAgGpJ0kAAAADgDW3SQAAAAKAFuNdAAAAA4PVVB0EAAABA0JLnQAAAAKATgNVAAAAAwPCaEkEAAAAgDkbjQAAAAAAhru9AAAAAYLMx80AAAACAbEEJQQAAAACPuORAAAAAQPI97EAAAABAWQoaQQAAAMDdjPpAAAAAIFvBJUEAAACgtIoDQQAAACBaouBAAAAAAIq+2UAAAADAZO0CQQAAAMDHwvBAAAAAYJpEM0EAAABg8G0bQQAAAKAzT/FAAAAA4H7H2UA=</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=53" index="52" defaultArrayLength="85">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07058139871991" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="846.4505304477312" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="8275016.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1020866378612" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1535130.125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.399683333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 515.29@hcd42.00 [100.00-1045.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.280141830444" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="515.2884662064383" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1045" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="515.2884662064388" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="515.2884662064383" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="9486716" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="908">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="908">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAwBOx10AAAABADXvjQAAAACCabDdBAAAAIIOl+kAAAADAh3TvQAAAAIDD8s9AAAAAACQSCEEAAAAAwgTlQAAAAICNrRhBAAAAoIr03EAAAAAgrffQQAAAAOAV2dlAAAAA4DMR0UAAAABAio3tQAAAACAYJdFAAAAAwOZv0EAAAACgxt/UQAAAAEC8+edAAAAAwKJ54EAAAADAtr8BQQAAAAAe1PJAAAAAgEep0UAAAACgG7XTQAAAAADYN9JAAAAAwHMA4kAAAACgV2nvQAAAAGAHH9JAAAAAwNE39kAAAACAZqQnQQAAAEAYZddAAAAA4LdL00AAAADANUTRQAAAAIAPFdtAAAAAgJSV8kAAAABANxwGQQAAAMDuHt5AAAAAgMrQ3EAAAADA9zbgQAAAAKADzeRAAAAAoEHV0UAAAADAg6nkQAAAAGClLdBAAAAAwIRI2kAAAAAgmwv3QAAAAKAVR+RAAAAAwP5z4EAAAACABVvTQAAAAGDkNflAAAAAwCo850AAAADg81jjQAAAAMBkueBAAAAAwJei0EAAAAAgbIj8QAAAAIDFRORAAAAAICeN0kAAAADAC2DgQAAAAADJ9uhAAAAA4DRZ10AAAACgC8XWQAAAAKAD7ddAAAAAwG64AUEAAACAdz/YQAAAACA139RAAAAAoA4v5kAAAACAkSoHQQAAAMB6/eZAAAAAQP/n0EAAAABAVtXQQAAAAKBKddRAAAAAoD5T2kAAAACgY1zrQAAAAMD4hAJBAAAAIKpz40AAAABgsTvUQAAAAECSbuBAAAAAYCM010AAAABgQVLWQAAAAKBI0PFAAAAA4ATABkEAAADAEsrrQAAAAIAjJARBAAAA4C8z6UAAAADgSSzcQAAAAIB+ngFBAAAAIACk60A=</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=54" index="53" defaultArrayLength="125">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07063480450277" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="851.4446730500625" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2692635" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="428.2610643368306" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="307770.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.403445" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 427.56@hcd42.00 [100.00-1295.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="19.929172515869" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="427.56154090270905" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1295" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="427.56154090270917" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="427.56154090270905" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="3" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="5710647" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1336">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1336">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=55" index="54" defaultArrayLength="119">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10688207227213" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="727.9394971975225" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1670066.625" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="244.16537987554483" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="163513.21875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.40746" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 369.69@hcd42.00 [100.00-750.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="16.814489364624" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="369.6928414436945" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="750" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="369.69284144369425" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="369.6928414436945" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4758763" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1272">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1272">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=56" index="55" defaultArrayLength="110">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07060428691257" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1066.5457103634722" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1171743.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="641.3267920065093" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="224986.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.411308333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 640.84@hcd42.00 [100.00-1295.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="40.145225524902" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="640.8388769201686" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1295" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="640.8388769201688" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="640.8388769201686" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4276452.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1176">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>zc/Xx4REWUBUa+dH3kZZQLkpeql/g1lAIRbK9omEW0BVFSPajQVcQB5fMktEI2BA2oUDzMBCYECXlAcsXUNgQCuw/HBrAmFAk6fN0eAhYUBQxSZam2NiQEekRKP0wmNAz89nMczjZUBKpF7WHKNmQJUFCzia42ZAeJKv2ekiZ0CiUIM6ykJnQLlaXLt2Y2dAyNmB5PXDaEBB7lKlb+NoQFkhpAhHY2lAiEKdTfAiakC1VB0QTINqQFIeJTB4hGpASnfu8MeiakCJE5syTuNqQLw+bnMYA2tACDF2s0oEa0A6mUq59uRrQATj53ouI2xAxkrI2/ZEbEDVcREfmMNsQN99GT/OxGxAM81q4qlEbUAhxOPE86NtQLSevCpLhW5AbVN+a3SibkDQzA3OIQVvQPezK0tDInBAZtOVKz0ycEDANRFO5JFwQF3H+VD7AXFA/IFBslEzcUBRbaeSqUJxQLudjFU+snFAEUL61b/CcUAEOzWXKvJxQCcOSBkUQnJAqchVQOtRc0AaSL6ApmFzQLYRxqDSYnNAczkwwc1yc0A2iJrBzoJzQMFgAuJwknNAxDjcYjyzc0CD5M9HE3J0QLtZfKmTsnRA6C2LK+MBdUD4Ug/u22J1QJngTa/QknVAr1GKEHTCdUBgV/QQatJ1QPFLibX+gnZAGMFftkejdkD57QX41eJ2QLjDrrnKIndA8RYbehkzd0A58jT8EYR3QLtoPJ5F0ndAzXalY8iieECf200lrOJ4QKoa/oa+I3lAOTZJL11jekBoX52ypuN6QMJ63VPXE3tAyw7wVbdje0Dq31r2y3N7QDZpHuZR031AwMwoRuLUfUCSHyxtKON+QLa3mI2B835ARStu01XUf0D1Kp6sCFqAQJazCe04aoBAJew/jWJygEDtSHSNRHqAQD3e8W9A2oBA6BIn8ELigECzOcsw+fqAQC/y/HtjqoJA/L/anVHygkATrSwBRXKDQD+rY2GMeoNAr92XAWiCg0CCAeRj8tqDQEyqs2Q1+oNAFGS4hOv6g0CPqelkVgKEQLyv7gQYA4RAaqQgRZ0KhEAOUielnguEQHyWvEUXIoRAfQnFGzlzh0DjjL5QkZuKQKgA9FCdo4pAxf5mGLPCi0CnOU8lIbSNQAeZucwpXpBAbtSXbiimkEDOkLLOLqqQQA==</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1176">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=57" index="56" defaultArrayLength="138">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05469738894696" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="651.324049382693" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4534434" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="110.071012208355" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="472891.375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.415688333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 378.19@hcd42.00 [100.00-770.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="12.028769493103" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="378.19356371786586" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="770" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="378.19356371786574" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="378.19356371786586" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2439153" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1472">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1472">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=58" index="57" defaultArrayLength="122">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.070886574622" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="713.3942643878461" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2370834.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="393.22415471271086" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="262815.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.419468333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 392.72@hcd42.00 [100.00-800.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="16.727651596069" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="392.71956898482244" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="800" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="392.71956898482296" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="392.71956898482244" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1709779.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1304">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1304">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=59" index="58" defaultArrayLength="166">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0707721336587" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="809.3856964367108" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="666883.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021171554514" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="58596.703125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.423375" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 479.77@hcd42.00 [100.00-970.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="45.146739959717" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="479.76982640731916" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="970" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="479.76982640731967" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="479.76982640731916" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="549035" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1772">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1772">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=60" index="59" defaultArrayLength="103">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07053562233459" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="754.3550960351591" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2125701.75" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="477.2851315984962" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="314284.59375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.427656666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 478.29@hcd42.00 [100.00-970.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="19.033529281616" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="476.28312371636264" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="970" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=51">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="478.2895372156415" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="478.2895372156417" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="93314.640625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1100">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1100">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAQLJ/1EAAAAAgH76qQAAAAOAMW8lAAAAAgMKv2UAAAADA4DSzQAAAACAgcaxAAAAAgA6SqEAAAABAo9XMQAAAACA9PPZAAAAAoEbb4EAAAADg5kDGQAAAACCFL7lAAAAAgAxQsUAAAABA5XatQAAAAEBkuvFAAAAA4LXbyUAAAACAFi6tQAAAAEB8hrNAAAAAQF1v0EAAAAAgEy/AQAAAACAFIgxBAAAAANVSrEAAAABA7pbLQAAAAAAYKuJAAAAAgJBlwkAAAABA2TjAQAAAACBjkLNAAAAAwOX5tUAAAACAUMSwQAAAAIBla8xAAAAAIPTs20AAAACAepG8QAAAAEA12b9AAAAAwE56xUAAAAAg24+0QAAAAKAwmsRAAAAAQHdxqkAAAAAAKna7QAAAAKBjjKlAAAAAgCyerEAAAACAve/HQAAAAOCNLPBAAAAAwOq9wEAAAACAwDOsQAAAAKBu2MBAAAAAQETjsEAAAACgk9S8QAAAACBLjM9AAAAAgM2BvUAAAABAeZvdQAAAACB3MNRAAAAAoDkSsUAAAAAgS+TJQAAAAGCamcNAAAAAYGJezEAAAACg1QnBQAAAAOB+JsJAAAAAAPDh2kAAAAAg1J7RQAAAAOA/KrRAAAAAAL2AvUAAAACgtV3pQAAAAKDOCMdAAAAAYO+urkAAAAAA6AWqQAAAAGAl1a9AAAAAYC2eq0AAAABgxjzIQAAAAIBAJOlAAAAAYP6byUAAAAAAVDy4QAAAAGAR2bJAAAAAgIrrqUAAAAAAM/bUQAAAACCEOcZAAAAAwG6oukAAAACACdPDQAAAAEBJNqlAAAAA4LbFz0AAAABg87iyQAAAAAB7ycdAAAAAYLIuE0EAAADg+ljCQAAAAGDQ3+dAAAAAgL0zyEAAAABAZluqQAAAAEAesMhAAAAA4P934UAAAADgXpKvQAAAAABUrqxAAAAAACAdtEAAAAAAm2DMQAAAAOBEOqtAAAAAQMNTtkAAAACA1JSrQAAAAGCEgutAAAAAgGvlzUAAAAAguAmsQAAAAADiBK5AAAAAgCzutkAAAABAlAi3QAAAAMCYsehAAAAAwM+k0EA=</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=61" index="60" defaultArrayLength="1745">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.7079349275223" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.8170705024693" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="834181312" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="356.19290064716586" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="92756712" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.43317" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.588122725487" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="18616">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="18616">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=62" index="61" defaultArrayLength="95">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10706517781338" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="748.3660799920525" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="10587044" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="432.25361962854083" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1548311.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.450533333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 433.74@hcd42.00 [100.00-880.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.284954071045" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="433.739991987133" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="880" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="433.73999198713324" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="433.739991987133" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="12552354" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1016">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1016">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=63" index="62" defaultArrayLength="134">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05454480099593" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="651.3184341460949" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="5801631" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="110.07095117317459" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="581174.5625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.454308333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 378.19@hcd42.00 [100.00-770.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="9.476441383362" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="378.19319750605086" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="770" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="378.19319750605126" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="378.19319750605086" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3942366.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1432">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1432">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=64" index="63" defaultArrayLength="144">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07061954570767" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="750.3438029430613" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4240037.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="147.1127138859979" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="396095" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.458111666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 425.72@hcd42.00 [100.00-865.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="14.693678855896" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="425.7244698502329" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="865" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="425.72446985023265" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="425.7244698502329" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2919631.75" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1536">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1536">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=65" index="64" defaultArrayLength="179">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10711858359623" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="918.0443698290424" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4681111" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.102056120271" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="419005.5625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.462356666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 311.52@hcd42.00 [100.00-945.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="8.801198959351" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="311.51862977798623" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="945" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="311.518629777986" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="311.51862977798623" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="3" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2263743" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1912">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1912">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=66" index="65" defaultArrayLength="86">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0709170922122" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="907.4558646601722" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="955637.0625" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="267.1087788521049" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="147107.765625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.466101666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 527.26@hcd42.00 [100.00-1065.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="48.963184356689" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="527.2639587699264" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1065" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="527.2639587699264" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="527.2639587699264" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1498312.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="920">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="920">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=67" index="66" defaultArrayLength="60">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05443036003265" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1986.235771762062" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1329532.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="661.353350228595" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="280633.59375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.47038" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 661.95@hcd42.00 [100.00-2000.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="4.175126075745" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="661.6149887166912" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="2000" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="661.9494011391213" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="661.9494011391215" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="3" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="684563.125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="640">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="640">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=68" index="67" defaultArrayLength="142">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.070375404986" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="836.4161636818548" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="343780" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="482.27176687363647" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="45461.62890625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.474083333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 483.75@hcd42.00 [100.00-980.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="84.787490844727" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="483.7480463893564" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="980" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=61">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="483.74804638935615" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="483.7480463893564" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="642389.6875" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1516">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>47bXB4FEWUBrUueH2kZZQGcmeil/g1lADEOSaSCHWUBD+9wJYJJZQAz06wmhlFlAoxPKlomEW0Aa+SKaiQVcQAf2xHt2RFxAjFUe34jFXEDimcCAgARdQNdeacckBV5AzCEUyWNFXkD92GSR2oVfQNsAVwo+AmBAHtIqSyEiYEBJXjIrRCNgQF2DA2zAQmBAcJAHjFxDYECCrvwwawJhQOZVetgbI2JAJMYmeptjYkCZIphhcoJjQPk5ceIgo2NA9KBEI/TCY0BjvxVkb+JjQKf5weXmImRAxTazB8JtZEBfpBbpQ6NkQIGC4sn0wWRAuIkMjnBiZUD202fRzONlQPpZPdLxA2ZA2rcGVVZvZkCkIguYnuNmQHq+r3nwImdAQe4AXceiZ0AMTPrBeWJoQEVOriMdpGhA2ZmBROzDaEC+8FIFcONoQBlv/8bxI2lAqER/aUSEaUBXAR+L2sJpQK6r+Cuf42lAPGadrfUiakB1lactfiRqQD0GJZB0hGpAJ/v1kOmjakCBcp2SqeNqQMpaorJm5GpA4HNucyADa0AWK0C0siJrQNaVS7RqJGtAN7AilcxEa0DODff1xGRrQIbVwnZyg2tA56vMlu2Ea0Bs5ZvXH6RrQA9bQPlr42tAT7FKWfrka0B9rR+aCgVsQBeVwLvNQ2xAwc+RPE1jbEBcgBmfzsRsQNCsagKlRG1AdEI3g3FjbUDq7T+jv2RtQATSFETMhG1AogjcxMmibUB/PuZEU6RtQPdHu4VlxG1A9KtjJ0kEbkDzn7QKF4RuQIifvEpLhW5A7BNpjMvFbkCs9A3OJwVvQDXq4g43JW9A2IiJcNZkb0ABfNozpORvQFTuV8phAnBAfQksK1AicEDK5P5wwAJxQDPDaRHXEnFA7hI90qYycUCQyEFSXDNxQMvn4tMncnFAd51KtMSBcUC3AdjYNTFyQNPnIdrfYnJA15he24ySckDNRQE9lNFyQH5V3r3b8nJA4A/qv7NBc0BlJvBfnkJzQCSZEgT24XNAzxsk617ydEBcuSjLEPN0QOBYj8uDAnVAqj6Ui0ADdUBA+ueOeYN1QCgyG5/P83dAhk5qglZzeEAp+iSmDgN5QFhL/MZ4I3lAaDCTLOL6eUCTgM4M0AN6QB9NoQ2MI3pAltrMkULEekDEVbKTWA17QGbjCdk423tA3nmmmcvye0DOKESfOst8QNfPIGH8En1Ap2IoQSAUfUB6pjgoWSR+QDAmQCh6JX5AmBOeCJ4zfkA4+qLoWjR+QFYSBulFQ35A6zoQac1EfkB8yP+rMEKAQOjp+hI7T4FAjgJPFG6CgUBppq166XeCQJ1Npl1s6oJAXJrbfXLygkBklxCebPqCQAjPv2QJ/INA7epTaPOFhEDYsPkpcsWEQC+1hUqG2oRAz0qi610FhUBfri/sphqFQL7YVFUZe4ZA9ACK9RmDhkAqKb+VGouGQF2VMVfewoZACrPGRmcbiUDDeTWNUBOKQC6Xao1PG4pAy9qfTVQjikA=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1516">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=69" index="68" defaultArrayLength="2017">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.0515002490705" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.1921886791554" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="886529856" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="356.1931447883759" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="41099784" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.48084" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.664939939976" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="21516">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="21516">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=70" index="69" defaultArrayLength="65">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10701940142806" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="538.2621149696341" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6946828" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="234.14499016598356" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1180569.875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.498461666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 333.68@hcd42.00 [100.00-680.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.158320426941" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="333.68244021228475" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="680" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=69">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="333.68244021228475" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="333.68244021228475" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2845672.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="696">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="696">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=71" index="70" defaultArrayLength="200">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07061954570767" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1623.2232989329402" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1010682.3125" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="110.07101983775256" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="30848.26171875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.50219" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 912.93@hcd42.00 [100.00-1840.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="72.833984375" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="912.9334620328882" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1840" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=69">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="912.9334620328887" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="912.9334620328882" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1552224.375" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAAL2t1kAAAADAECDeQAAAAOBiHZRAAAAA4LfynkAAAADAUEO0QAAAAMDl+8lAAAAAAEAolEAAAABgYOGvQAAAAOAmvJZAAAAAYLN+n0AAAACADczAQAAAAIDiwsBAAAAA4PKpskAAAABAwmvLQAAAAACPNKxAAAAAYJ9lvUAAAAAA6YmbQAAAAECNSa5AAAAA4GHwoEAAAABgaAqhQAAAAGDRJadAAAAAIOtKs0AAAACAxeOWQAAAACDIVMBAAAAAgLltpEAAAACAYirRQAAAAACGkbhAAAAAIJafqUAAAACAEbybQAAAAGDGUpdAAAAAQI1T00AAAADA09/BQAAAAED/UtBAAAAAIGx1tkAAAADg9QijQAAAAKB559xAAAAAwEqHo0AAAAAAztOdQAAAACDPscBAAAAAYIEDsUAAAABgdbbMQAAAAKDpo5pAAAAAQPGpoUAAAABADVqTQAAAAMAuRKFAAAAAIBczoUAAAABg71KjQAAAAOBgyZRAAAAA4AY120AAAAAgBrWnQAAAAGAe75hAAAAAwA4ltkAAAADAt3KwQAAAAGCVtqBAAAAA4EHVykAAAADgYWKcQAAAAEBybrBAAAAAIPGqw0AAAAAA2lenQAAAAOBcoqRAAAAAwBuwxEAAAACgumDIQAAAAGD0yqRAAAAA4M80mEAAAAAgHWW2QAAAAEDogJNAAAAAAEhQk0AAAADARJKZQAAAACDgVLdAAAAAwPUxmUAAAADA7kSZQAAAAEClraBAAAAA4OM5n0AAAABgcBKZQAAAAODsuZ9AAAAAQM5KpkAAAADAKZ+pQAAAAIDxEadAAAAA4MRon0AAAACABSuqQAAAACAszJRAAAAAIDUaoUAAAACgyoypQAAAAIAPgMFAAAAAID/wmEAAAABAvx+9QAAAAADUiplAAAAAAJxkmkAAAABgiQ66QAAAAAAuhpRAAAAAIKt4k0AAAACAv7eaQAAAAIDhOLJAAAAAQAe+l0AAAADAyPamQAAAAIBIIpVAAAAAIBFjnkAAAAAghYbPQAAAAOAOUrNAAAAAIMzQlEAAAADgNi2VQAAAACDpQ7NAAAAAoA0IoEAAAADgDAW2QAAAAGCrEJhAAAAAALoulUAAAADARamYQAAAAEB/laVAAAAAwJ1RpUAAAAAgfHeWQAAAAKAjtLZAAAAAoPFMp0AAAADgHMeuQAAAAMB1qZVAAAAAQMEMmUAAAABgXHeWQAAAAGCJPKpAAAAAQBKiyUAAAADA6Q6mQAAAAKANs65AAAAAAHLok0AAAAAAd9yXQAAAAGBdoaJAAAAA4BnglEAAAACgXruxQAAAAEDZrJdAAAAAYOyJlUAAAAAApaOxQAAAAAAAnZVAAAAAIAIDoEAAAABgKIGUQAAAAEAlr6xAAAAAgMQOm0AAAAAgtnuqQAAAACBt6rpAAAAAgITFpEAAAADAR5WWQAAAAKAP5JlAAAAAIN2tmUAAAACg6jrOQAAAAMByLLZAAAAAIBUHqkAAAACAi0OVQAAAAAARc5ZAAAAAYJ1mpUAAAABgBaynQAAAAKA/Y6lAAAAAAB6BnUAAAADgv7uYQAAAAGCZF5tAAAAAoHw60EAAAADAawO5QAAAAECtBrRAAAAAwFtTrEAAAAAAE3OTQAAAAAC20ZVAAAAAoMHUrUAAAABgaDqmQAAAAADZ3qJAAAAAQDiTuEAAAADAuGOkQAAAAKBnVJdAAAAA4HYHnUAAAAAAyROpQAAAAAD5GMxAAAAAYE09u0AAAABARFOVQAAAAACPpKhAAAAAwBFclkAAAACAyQ+dQAAAAECaNqJAAAAAQPINl0AAAAAAKHemQAAAAAB2j5ZAAAAAADC9mkAAAADAPX+lQAAAAOC1lZlAAAAAwKSDvUAAAADAr2O1QAAAAIDzI5tAAAAAAAA+sEAAAAAgo5CZQAAAAMAtTcRAAAAAYFKEtEAAAADAET2iQAAAAABiQLZAAAAAgHr+pEAAAAAALGaTQAAAAADnWKVAAAAAwLK3mEAAAACgERm4QAAAAGD6BqpAAAAA4OZKmEAAAABA5EqWQAAAAADoSatAAAAA4ACOpEAAAADAxHOUQAAAAOBI3Z5AAAAA4IXylUAAAABADdejQA==</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=72" index="71" defaultArrayLength="134">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07066532209299" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="672.6626808781742" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2852480.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021476730416" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="221459.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.507121666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 336.71@hcd42.00 [100.00-685.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="8.694150924683" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="336.70585443956963" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="685" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=69">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="336.70585443956975" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="336.70585443956963" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="995783" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1432">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>ctbXx4VEWUDCUOdH2kZZQEtEeqmDg1lAVoCJyc6FWUDDoNxpUpJZQGPy68mglFlA8NACLCblWUCK9WrVrU9bQIc4nFUYV1tAEyXKNoyEW0AyDCN6jAVcQB22wMCEBF1Atl53Qo5GXUC+/qEFl8BdQNiKaWcrBV5ANpWwTqMdX0Bxo15KZANgQBymKqsaImBAcGIyy0QjYEDWigOMwUJgQAKrB4xgQ2BAxSzXrJ1iYEAhKXjuY6FgQAYwl64PpmBAqLL80GsCYUD/NalS7kJhQMNzIVUcomFAsJnVFsXjYUAr+6qX5ANiQPTLJlqcY2JADQ38+raDYkBPEMXgq2JjQNVpzCDHY2NA9w1xQhqjY0DQlniiPKRjQOuqRKP1wmNAbzd3xi8+ZECOMEsHGV5kQPdiH+gKfmRAqHbzKPidZEBJNeIp6cFkQFiPuip74mRAtUcU7ppjZUBHxOducYNlQA/GwK8cpGVAZeVncc/jZUA4dTQSmwJmQBARXzYto2ZAmwYUN2u+ZkAbxTnXGcRmQCC+55dK3mZAIzsD+G3iZkCgJwtYn+NmQKbbEjjI5GZAZB2/2UAlZ0DuQot6/ENnQEcdXHttY2dA6w1ke59kZ0CHjiaGSwNpQAZKLoZ1BGlAvTr8RnYjaUAFan8JSoRpQAD1Nywm7WlAC7h4DvpDakD6QX8O9kRqQIfHSQ9zY2pAh8tQb4FkakC8V/7QK6VqQKCy73WpY2tAXCI+VwKWa0CkcZa3TaNrQLyVbpjXw2tADdnn+iwjbEAqJMC7vENsQAb9bB1MhGxAJ6zAQIMEbUBkamoCm0RtQBjqFOTPhG1At4vm5F6kbUB8l5Jmz+RtQAnEY8dMBG5AdN+5SVdebkBcKOFJQWRuQE4m1Y4kI29AgHqqD0JDb0ALEAcz0MRvQPR2wwqSEnBAeQ4s61AicEBoz34rxi5wQPKslutdMnBABqonsFnicEA0rj0yvjJxQKp9qJLSQnFAnhD50vNOcUANgMvWP+JxQLN3NDy/snJAvXnYAqyyc0B9CEZDKsNzQNKVEoT14XNANaFSytXSdEB+RCQLZfJ0QPqnK8uB83RAwBn/q1YTdUB5lGas6iJ1QHYzz6yqMnVAVB/TzEEzdUCfV33ua3N1QDXvoTIWE3ZAdVCOFcCDdkBOIhy6QTN3QJDcXlvXY3dAZgKDf3ADeEDMZVfAaSN4QPaRecS2wnhAZFeJsI6TekC/XkU5LeR7QKd1ZQLcQ31ANvS64rpQfUC11g7Jl0R+QPyCd8lZVH5ASPbhSWBkfkCnBYmwwmR/QNNRYit8KoBA/lcz0aUKgUCxw3pTemKBQHuHwhNIbYFAu56Y9pbagUBKgQM3ruqBQM/dOLe28oFAQ0j64TiRg0BywrKJxLqEQIEa9unnxIRAnDaAirLZhECL26ErTQWFQA==</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1432">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=73" index="72" defaultArrayLength="2020">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1727773951499" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.2856971588524" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="798137600" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="356.1932973766322" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="17356018" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.51267" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.73651266098" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="21548">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="21548">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=74" index="73" defaultArrayLength="113">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05471264774208" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="951.4187116562297" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="7153009" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="588.3529551146047" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="903389.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.530748333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 589.28@hcd42.00 [100.00-1190.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="8.081181526184" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="589.2764364690256" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1190" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="589.2764364690261" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="589.2764364690256" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="6695267" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1208">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1208">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=75" index="74" defaultArrayLength="89">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="108.05547796307873" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="825.4240939000762" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4863084" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="688.374418055955" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="708976.5" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.534418333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 463.74@hcd42.00 [100.00-940.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="13.202961921692" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="463.7440616871857" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="940" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="463.7440616871856" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="463.7440616871857" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3166448" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="952">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="952">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=76" index="75" defaultArrayLength="134">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10624883227531" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="724.3268859038998" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6681069.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="271.1274877186233" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="584673.875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.53828" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 405.71@hcd42.00 [100.00-825.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.127409934998" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="405.7148088649292" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="825" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="405.7148088649293" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="405.7148088649292" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2970543.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1432">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1432">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=77" index="76" defaultArrayLength="93">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07049747534684" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="517.309958236545" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2602611.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="303.1777628594633" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="448473.5" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.542211666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 303.18@hcd42.00 [100.00-620.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="16.158596038818" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="303.17797258463673" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="620" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="303.17797258463673" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="303.17797258463673" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="761448.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="992">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="992">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=78" index="77" defaultArrayLength="156">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07060428691257" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1786.9051264348127" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="48564.265625" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="848.3205873404868" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="6621.67578125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.546006666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 913.43@hcd42.00 [100.00-1840.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="500" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="912.9342554918209" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1840" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="913.4354773960001" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="913.4354773959999" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="750793.4375" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1664">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1664">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=79" index="78" defaultArrayLength="197">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="100.08679347258757" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="942.4115669767489" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2807834" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.102056120271" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="231112.25" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.557915" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 535.76@hcd42.00 [100.00-1085.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="20.907014846802" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="535.7564717959107" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1085" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=73">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="535.7564717959104" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="535.7564717959107" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="691197.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2104">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2104">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=80" index="79" defaultArrayLength="2010">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.16771146504186" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.6794969306209" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="811181248" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="357.6929347592041" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="20282928" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.56367" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.682087004185" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="21440">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="21440">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=81" index="80" defaultArrayLength="84">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05470501834454" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="825.4278780812618" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="9052649" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="688.3742959855941" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1440841.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.58051" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 463.74@hcd42.00 [100.00-940.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.358194351196" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="463.7438175459757" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="940" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="463.74381754597556" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="463.7438175459757" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="6250098" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="896">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="896">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAYNZ/zUAAAAAA0WnXQAAAAGBqkx9BAAAAANRKzUAAAAAgUiDPQAAAAGBDhfFAAAAAAAMx8kAAAADgzzoGQQAAAMBAy95AAAAAwBppzUAAAABgqg3RQAAAACC17OZAAAAAYMlo80AAAABgSzPoQAAAAIAWMuJAAAAAYMj5BkEAAACA72flQAAAACCXpBZBAAAAwOE/D0EAAABAtczjQAAAACDL3etAAAAA4EhlF0EAAABAM8bXQAAAAIAVYupAAAAAQGfHBUEAAACgezHOQAAAAIAbJ+pAAAAAADSJBkEAAAAgFk/SQAAAAGA1DdxAAAAAIPZhIEEAAAAA6RPmQAAAAKDpe9dAAAAAYGnO9EAAAACAjwHNQAAAAMBOjflAAAAAQDwW2kAAAACg05bVQAAAAKAr589AAAAAgKBO10AAAAAg/I/aQAAAAAArydhAAAAAoPV76UAAAACA59nZQAAAAGDQdNZAAAAAoDDW7UAAAAAgqtbPQAAAAKBDFdpAAAAA4JU6z0AAAABg4NLiQAAAAIBMrdtAAAAA4JYc2UAAAADgUM7nQAAAAECRUSBBAAAAgCq7CUEAAABAWILkQAAAAEBuA81AAAAAwLp59UAAAAAAWyPgQAAAAKBhH+pAAAAAYAG44EAAAAAgPCr8QAAAAMCD9uhAAAAAoGPJz0AAAADAixXdQAAAAGCNUt1AAAAAQAjA40AAAAAAh5QAQQAAAICd0flAAAAAgIEo0UAAAADgt6TZQAAAAECUiNBAAAAAQCW44EAAAACADAbNQAAAAKBViwZBAAAAQBm95kAAAAAg81HYQAAAAIAmPd1AAAAAgL+v8EAAAADAMQ7SQAAAAMBJ/DVBAAAAQJOjF0EAAABgsZDTQAAAAADc0dFA</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=82" index="81" defaultArrayLength="117">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07050510474438" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="976.4465535967553" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="7427645.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="544.7685262371244" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1171041" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.584128333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 544.77@hcd42.00 [100.00-1100.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.491637229919" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="544.7703483759011" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1100" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="544.7703483759011" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="544.7703483759011" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="6076229" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1248">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1248">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=83" index="82" defaultArrayLength="100">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07044406956396" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="769.412841254786" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6090893.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="110.07101983775256" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="844218.125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.587838333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 477.74@hcd42.00 [100.00-970.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="16.412284851074" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="477.741318128533" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="970" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="477.74131812853324" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="477.741318128533" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="5377344" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1068">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1068">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=84" index="83" defaultArrayLength="71">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10693547805498" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="574.3550858028959" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="8491233" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="345.22441036637105" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1291037.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.591841666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 345.17@hcd42.00 [100.00-705.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.231281280518" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="345.16656807294834" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="705" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="345.16656807294845" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="345.16656807294834" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4362989.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="760">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="760">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=85" index="84" defaultArrayLength="173">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="100.08653407307082" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="942.4028999811298" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2738646.75" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="470.3082916779523" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="261947.9375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.595901666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 535.75@hcd42.00 [100.00-1085.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="14.769592285156" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="535.7561666193981" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1085" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="535.7561666193981" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="535.7561666193981" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3720479" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1848">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1848">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=86" index="85" defaultArrayLength="121">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10732457733013" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="724.3285948889514" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6962577.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="207.11279867699284" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="848711.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.599716666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 406.18@hcd42.00 [100.00-825.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.847318649292" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="406.182827564545" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="825" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="406.1828275645451" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="406.182827564545" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2897427.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1292">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1292">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=87" index="86" defaultArrayLength="129">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07059665751501" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="679.7566167923457" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4956945" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="200.10290820625383" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="404522.25" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.603526666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 336.71@hcd42.00 [100.00-685.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="7.123406410217" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="336.70588495722086" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="685" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="336.70588495722086" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="336.70588495722086" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2593537.75" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1376">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1376">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=88" index="87" defaultArrayLength="59">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="104.0525314319027" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="499.2813256101856" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="8201719" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="249.6429363655633" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1328594.25" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.607308333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 306.18@hcd42.00 [100.00-625.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="9.589656829834" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="306.1850903861525" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="625" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="306.1850903861524" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="306.1850903861525" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1348385.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="632">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="632">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=89" index="88" defaultArrayLength="150">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07078739245381" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="564.3169348558338" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3045319.75" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="147.11272914479298" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="259482.828125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.611135" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 318.69@hcd42.00 [100.00-650.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="9.540742874146" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="318.6951606466392" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="650" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="318.69516064663895" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="318.6951606466392" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1347951" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1600">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1600">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=90" index="89" defaultArrayLength="146">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10694310745255" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="727.8652173829568" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1736112.875" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="608.2786221834633" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="172937.734375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.61495" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 368.69@hcd42.00 [100.00-750.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="19.691961288452" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="368.6904586706388" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="750" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=80">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="368.6904586706393" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="368.6904586706388" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1133066.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1560">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1560">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=91" index="90" defaultArrayLength="1840">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.17958283137926" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.6473923615029" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="669073152" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="387.2715578831388" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="12946473" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.620503333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.64208984375" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="19628">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>Jzs/kt/CckD+u0rSKMNyQMYejbMty3JA1ui29JXSckDtQscU/tJyQOOUA1bc2nJAMxM9l6jickCBaUDXveJyQFeRULck43JATXuA+LPqckArSS1ZAO9yQAV+wLmp8nJAQ6jHWdfyckA95t5Za/NyQCaSCNvS+nJAU205HGgCc0CxsEBclgJzQI0IgN2HCnNAGz7CnosSc0DBnsZ+pxJzQNGlzT7UEnNAMQvR3ukSc0BLvf7/ahpzQCfWReGNInNAMSZWwfUic0A0tpjC+ypzQHUty0ObMnNAcXPb4wIzc0BQMkkGekJzQAILlMe0SnNAi46XJ8tKc0B0HqPHFEtzQN3fWCiaT3NAZszT6KhSc0BQm9cowVJzQKSd3yj0UnNA4GSpCflXc0Bm7BBKjFpzQKBnGqrIWnNAUVXeSqhfc0Drh1hrsmJzQIanXQvTYnNACM1l6wZjc0C8yFzNiW9zQCdBZTDagnNAD66WEXOKc0BS+wRyMY1zQIH75TLKknNAMETu8v6Sc0Ba8jC0BZtzQJGqc7UMo3NACuF2d92vc0BJwv63PrNzQJqzNhkBu3NA1zxzuuDCc0BSXXt6FMNzQOCdr1u/ynNAYve9uxrLc0AdW/J8xtJzQGgC+Hzq0nNAYkAPfX7Tc0BXTzSeyNpzQPnmN37f2nNA/Ol4n9vic0Apmnpf5uJzQFVRlB+K43NAxD2q4HPqc0CoyLVgvepzQEAfugDZ6nNAtVTFYCDrc0Bh6xvBR+1zQGcp8aGV8nNAVxf4wcHyc0BaYgiCKfNzQB/TNQOp+nNAzhs+w936c0AM7UkDKftzQHdwciSJAnRA17CA5OMCdEALOLbllgp0QEbNwgXnCnRA2pQGx/QSdEBv2jrInxp0QP4jRqjnGnRANEB2KXgidEAkfIaJ3yJ0QKaHi6n/InRAA70DbLkydEC5sRDsCzN0QCpdE+wcM3RA/yHmDFs4dEAz/Uctyjp0QCPRS43iOnRAkbNNje46dEAsi4OOo0J0QOoMflNXYnRAeXrlFEhrdEAohhBWuHJ0QJkmITYic3RAkBkodk5zdEB1ZF33/3p0QOAkY5cke3RAhfhllzZ7dEDWZ444loJ0QAYvmjjhgnRARLMeW+mSdEDvMiYbGZN0QAMDLttKk3RAvoHnfgKrdEDu+uk+Eqt0QH1KL8Aps3RAt7pGAL+zdED+hp0CpMJ0QE4ZoGK0wnRAX62oAuvCdECM6qui/8J0QGXmrqISw3RAZl3MQs7DdEAp/5CEEM90QKmUKMXV0nRAAykyxRLTdEBocTklQdN0QK/cPwVq03RA8Kxt5uvadEA+qnXGHtt0QOXztwcj43RAUHXFB3njdED+ppXpBO90QEONHUpm8nRAuEpyC+D6dEBTK38LMvt0QD8TqKyUAnVAXLfqLZsKdUD0UAbuSgt1QDgTSS9SE3VAB1tOz3MTdUA4l3MQvxp1QOTXgjAgG3VAgtqLkFkbdUBFGJHweht1QFUhs9GxInVAVDu2kcUidUBOarzx7CJ1QL8Vv/H9InVAX0zO0V4jdUAd7AGzBSt1QO/OO3TUMnVAYZRBNPkydUAnm0eUHzN1QBOshJUCO3VAfmyKNSc7dUDMb8y2KUN1QMvjTPkXU3VA07YcWkNYdUBzupAaJlt1QCwl3dtqY3VAyog2XmBydUDESF0eV3N1QFJ4ZT6Lc3VAnD+on5J7dUCcK9+AToN1QCSv4uBkg3VAebHq4JeDdUAtqBKC9Ip1QFGkFuINi3VAz4RIo6mSdUCR0V6jN5N1QL61ZuNpk3VAEO9t45eTdUDsG37j/pN1QBlMiwSxmnVAv22XRP6adUD/RpwkHZt1QKF8zaW0onVAlMDWpe+idUBtJOalUaN1QFrW7aWCo3VAcFXzpaWjdUDXSVvo97J1QPVAXygRs3VA3jh3yKmzdUB/kjLJUrh1QAJRmQnhunVAl2wJ6qq9dUC6OdYKw8J1QGjWIawCy3VAsmlejeLSdUAxwa3uOdt1QHXyz89x4nVAz2Hk7/PidUBV9/FvSuN1QPaO9U9h43VAFmAmUfbqdUBeMzkxbut1QAKUPRGK63VAAnFjUtnydUCLXHOyPvN1QPUceVJj83VA9jZ8EnfzdUB6foBSkvN1QCwFo1PM+nVAFpWu8xX7dUAwRcHzjPt1QIOI3LSYAnZAy6n41EsDdkCnogJViwN2QBSd7NnVInZALuZ0/PUydkBEf328LDN2QH7GgJxBM3ZA3HGU3L4zdkAWLrH90zp2QDd7tx38OnZAtY3UPbU7dkAGPPV+40J2QFo+/X4WQ3ZA0jEXv7tDdkCVcTdA50p2QAwiOmD4SnZAqwpAAB5LdkD71oKBJVN2QJFZlAGVU3ZAEASlIf9TdkAuQ0piG1h2QJf8wcIVW3ZAsVPZYqpbdkBaLCHjc112QDIiAQQGY3ZA58gERB1jdkB5pwqkQmN2QB97DaRUY3ZAnn4ZJKFjdkAyWiYE82N2QGllKsQMZHZAQfrQhDFodkDEOkeFImt2QEUNjqZDc3ZAbOyVxnVzdkBfZKVG2HN2QC6HtQY/dHZA4P7GZwx7dkA1WsrHIXt2QNCT0idWe3ZA1lADqeqCdkCM9wbpAYN2QOqtDEkmg3ZAVVQPKTeDdkCzwCrJ5YN2QIPjOolMhHZAzCRPqiuLdkAwJYdr7pJ2QPMJkWstk3ZABk2XS1WTdkBRgZ4rg5N2QBqfrsvpk3ZACmjAC1uUdkDiitMMM5t2QEalDo4Jo3ZA2GkRLhujdkCKYRcuQaN2QLjsIw6Ro3ZASeKP0PyydkDAOZeQK7N2QPiSpJCAs3ZAe7ZjsUG4dkCtb8lxybp2QEIm4XFgu3ZA79Y6kpu9dkCJFRIz9sJ2QFk4IvNcw3ZAGfnm00HIdkA0DlK068p2QI+xbFSVy3ZAJS2rNCPNdkDnC5JV4dJ2QPQvlVX10nZAOw6aVRTTdkDNx6rVftN2QEs+tXXB03ZAftDclhvbdkCIk+uWedt2QJLLE9jX4nZACsofOCTjdkCrlSmYYuN2QPoFMJiL43ZA7H9aOfjqdkDfNmJZKet2QDD9ajlh63ZAOk+WOtPydkCkD5za9/J2QD2Aozon83ZA7/Dh+xL7dkAb2yPdFAN3QDwuZJ4MC3dANfClfw0Td0CJS6nfIhN3QKbV6KAVG3dAK5DrACcbd0AQNBziuiJ3QN31N6JrI3dAF3NcI7Iqd0AniXSDSyt3QG3qOAQuMHdAewS1REQzd0B7xbykdTN3QD4dxcSqM3dAFPfLZNYzd0BlTPFFIjt3QBPJ/4V+O3dAdLItBwFDd0CU/zMnKUN3QDPoOcdOQ3dA8K1A53lDd0Ba4USnlEN3QBlcg6iAS3dAM8+4KTNTd0AsGMJJblN3QAa7yemeU3dAUJbVaepTd0BgndwpF1R3QGTo7Ol+VHdALLbv6u5ad0DXjvIKAVt3QBUHA+tpW3dABfUJC5Zbd0BTgS7s3GJ3QN6OOqwpY3dAXw0+7D9jd0A5sEWMcGN3QO6+VczWY3dA0Vhy7Ixkd0AvJ3etCWt3QHyoqW6pcndAF+Kxzt1yd0CZrr5OL3N3QEIMyq53c3dANKnODpVzd0CG4tUOw3N3QMe72u7hc3dApEHmTit0d0Ahkfev93p3QGgLDzCNe3dA+esvsbyCd0CLtFHRk4N3QA5nW5HRg3dAmE1uEqiKd0DFescTPpN3QL/d0/OMk3dAR5f49NSad0ACPkTWFKN3QLItUTZno3dAC7gY112od0Dl6Iy3Qat3QD+oxTgJs3dAyvTJmCSzd0AyBtL4V7N3QK2AVztmw3dAbyZpm9bDd0BSvoFc0cp3QHy6zV0T03dAIWnbfWrTd0BI5hA/Hdt3QFSsYGB343dAKgqS4Q/rd0DAJQLC2e13QCON2yJC83dAcQzzwtfzd0BKsRWEEvt3QIdpoCZCC3hA97LQx9MSeEBcJOyHghN4QLCoA0gYFHhAKGYTqdoaeEAEWmWqQiN4QChwbMpvI3hA661xKpEjeEC3YHxK1SN4QAsKieolJHhAf+SUi88qeECZn5mr7Sp4QBRctOuXK3hAgX5eTNMveEClpOFsFjN4QBDn9sydM3hA5zP8jL8zeEAAygvNIjR4QPcVDm0xNHhA1jAUTVg0eEBbLCpuQjt4QAqPNe6KO3hAPa5e7+5CeEDsEGpvN0N4QPa5da+BQ3hAaAx9T7BDeEA+NI0vF0R4QB2DmY9lRHhAzyGkL6lEeEDVcqkwKUt4QErnrDA/S3hASva90KtLeED9G2IRwU94QAUm7BEwU3hA4urvEUhTeECa5/UxblN4QFNX+nGKU3hABk8AcrBTeECEHgZy1VN4QOJhDbIDVHhAY20S0iNUeEAzXBwSY1R4QCdsH5J2VHhA+Acjs+taeEDXtWQU7GJ4QO7bbrQsY3hAnbF4VGtjeED5k4uU42N4QPuQkhQQZHhAVaWndfRqeECgE+92GXN4QExU/pZ6c3hA+0ML98xzeEDq2Ba3FnR4QC4kPFhie3hAv0d0+SWDeEBl3H5ZaYN4QFWlkJnag3hAzQ3EGoCLeEBnZwncl5N4QBCRDry4k3hAS5kZ/P6TeECQncOcOZh4QDpVNb0Nm3hA3UafXbCdeECir47epKN4QGrNnn4LpHhAJnYFgVWzeEBDuxIBqrN4QLsSGsHYs3hAw2RFwkq7eEDQ4sVEOct4QMHRN8UOznhA3TH4xdfSeEBVFgFmENN4QF9MDoZk03hArXIqxhfUeEC/9kNnGNt4QGGuhKgS43hAzC+SqGjjeEAH1K9oJeR4QLifBKv98nhAd3Ej68HzeEChqEgMDft4QOxvi20UA3lARsWczYIDeUA8X6itzAN5QCnsus1CBHlALzLOrhsLeUA9S9+OiAt5QCzg6k7SC3lAb1AF0NgSeUDQ3hzQbhN5QNtTIpCRE3lA8QYuENwTeUDkMDRQAxR5QA40U/EmG3lAQnZWsTsbeUDk6GSxlxt5QAq/ldIsI3lARS+tEsIjeUCCWbSy7yN5QFJ8xHJWJHlA+iXVsx4reUDw/tgzNyt5QGKf6ROhK3lAkoIT9QkzeUD2yhpVODN5QMlDLfWtM3lAF+g5df4zeUCs3UkVZDR5QIteWJYeO3lAxTJdVj07eUDZj2b2eDt5QJggiTezQnlAm1GWNwdDeUCuB5s3JUN5QFEsoPdFQ3lARFamN21DeUCf0Kx3lkN5QDe0sve7Q3lARJm9VwFEeUCeiN3YKkt5QCnV4ThGS3lAsRAW+vBSeUAZrx86LlN5QBJrJ3pfU3lAJvw2msJTeUDvaWubblt5QP8xervMW3lAbKOYvOxieUCZSKhcUGN5QD82rhx2Y3lA2Nq7/MxjeUC9yNad1mp5QNeD2730anlAnQzx3X1reUDt7hef03J5QJ/mHZ/5cnlAQts7X7hzeUD3wblhloN5QKJBwSHGg3lAwiz14m6LeUAPNp+jqY95QGcGMoRQk3lAm+855IKTeUB/IUoE6pN5QHFnbiUvm3lA/Fp3JWibeUCef3zliJt5QEhc4+UXnnlAmy+0pkmjeUD2UL+GkKN5QIqH4ufOqnlA63nnZ+6qeUBgVvdnU6t5QCIyKmn1snlATVxCSY+zeUCTrUVppLN5QHceTinas3lA/qNsqvq6eUAVcXvqWLt5QJqTikq5u3lA7giRauK7eUDOAL2LWMN5QFm1zevCw3lA6qT/DF/LeUBoO0cOhdN5QOJ21LDE43lAiXPrEFfkeUAJ6RdS0Ot5QBxtMfPQ8nlA39480xnzeUDFXXjU8vp5QLp/zRVvA3pAy8nr9S8EekCh8fvVlgR6QPkvA/bEBHpAkPsg1+ALekDCfGGXew16QIkHTXhXE3pAH75keO4TekD4B3G4PBR6QAhdgbikFHpA8kWIuNAUekBmK4Z5IRt6QAQAw/oCI3pAnIrNGkYjekD6G96aryN6QFIB6lr7I3pAph31GkIkekARXgYcDit6QLlIE1xgK3pAWwtGvQEzekBUblKdUDN6QArWXT2ZM3pAgtRpneUzekA4PHU9LjR6QLW0mv56O3pAAJbgH5ZDekD8p+o/1kN6QJfYG6FtS3pAM2AtQd1LekCbzEsi/VJ6QDbhXqJ2U3pAVNhi4o9TekBjunTCAVR6QOfEm4NYW3pAEgvSRBBjekAmTtgkOGN6QIPf6KShY3pALCPxRNZjekCGDVlHKHN6QIYcaueUc3pA5F9xJ8NzekAPe3hn8HN6QM2WgWcqdHpAUtWuqKh7ekBobrdo33t6QHVV3ekug3pA6nDliWKDekCsVe+JoYN6QC79Bio4hHpA1oEii0WLekCPfiira4t6QOZJMauji3pAEy4569WLekDJOkXMgJJ6QHHbZ0xdk3pAcYJs7HqTekBU83SssJN6QAnfqi1mm3pARM2yrZibekBqC/DOfKN6QMVxLfBhq3pA74FCEOirekAcHnuxrrN6QNpf+7Obw3pAwY4SVC/EekCXtiI0lsR6QPNpizbt03pAO5aZdkfUekAeO6i2pNR6QJUY9XhK43pATWME2avjekAxRwu51+N6QO0bI3lv5HpAyUgzedbkekCm9U7a5Ot6QI5Ifftp83pAdzGE+5XzekBNGpw7LvR6QC1pqJt89HpAV9K4G+X0ekB6c728YPt6QE2K/f1WA3tA5foEXoYDe0ChDhW+7AN7QPhMHN4aBHtAyG8snoEEe0AvO4CAUxN7QDlXiuCTE3tAc1+VINoTe0Ay1JmA9hN7QG3CoQApFHtAFsexAI8Ue0DDntbB1xt7QLBWGGPYI3tA2qUlIy0ke0DawUMESyt7QHk3S4R6K3tAhlBcZOcre0BetoaFUzN7QBdAjoWDM3tAK7ea5dIze0Akw8aGSTt7QOzmEMh/Q3tAi1wYSK9De0BujihoFkR7QOBLwolHTntA0kaRim1Te0A3Np2KuVN7QPmnqGoCVHtAVjvUC3Zbe0A/sdzrq1t7QIbuFu18Y3tAc7ohrcFje0CdfC2NDGR7QM1wgy/scntAPHyZj3hze0C6DKfvznN7QC9Csk8WdHtAzZTfEJV7e0By4RrSbIN7QPYoHxKIg3tAw8EmcriDe0AYNy2S4YN7QAuVOVIwhHtAfmhyU/iLe0BqNpg0R5N7QNaDn7R1k3tAF1KydO2Te0BR576UPZR7QAk6I7d4o3tA6aIy19qje0C4xUKXQaR7QJHYq/mas3tAU/G7eQG0e0CQGCa8YcN7QP4jPBzuw3tAkI9DXB3Ee0DxXFP8gcR7QMG+W1y3xHtAEvhiXOXEe0D082idact7QKMXfH3jy3tA94Ornm/Te0CtU8M+B9R7QFLD2L6P1HtA6rPrf2bbe0Bedvi/t9t7QMMdNSGY43tANHA8wcbje0DDYExBLOR7QGLWU8Fb5HtAHepjIcLke0CecLwjsvN7QDoS0YM19HtAz0bZw2n0e0BEI+nDzvR7QOmQ+uSb+3tA5cJBZr8DfEAPB10GbQR8QP96qSgQE3xA3nC6KHwTfEAfC8dozBN8QGNj4oh6FHxA/9N26okefEBL4T8riiN8QDnHTaviI3xAtPZmC4MkfEAKaiRsOSl8QOBAd+xIK3xA0sv77JQufEAuxsgtrjN8QG874I1DNHxAyFlOEL1DfECoG1mQAUR8QGFMZTBPRHxA/1EL1IpbfEB2PE4Vk2N8QKp5mVbQa3xAA5g1d7JvfEArFLt3BHN8QCwY2vfJc3xAY8riVwF0fECgaGo6HYR8QHOIgXqwhHxALi2bXsyefECOiFyfm6N8QFembD8CpHxATZlzfy6kfEDyE3sfXqR8QKgii1/EpHxAuSmSH/GkfEDbq9uBgbN8QHf09IEitHxAFt36IUi0fEAFGQuCr7R8QFrCFyIAtXxASc5XRFTDfECG+F7kgcN8QOt0bMTXw3xAdttz5AbEfEBTCITkbcR8QJAyi4SbxHxAgW6b5ALFfEBOzp/lfMt8QEFm7MbC03xAkAr5RhPUfEAE5whHeNR8QLZrECeo1HxAghdfaVnjfECShnIp1eN8QB0HfQkY5HxAj1mEqUbkfED69JRpsOR8QN1Yp6qD63xAcFDSa/PyfEA2TOarcvN8QD746muQ83xAMJspbX37fEB0GDpt5vt8QNj+bm6VA31Aq9B8bu0DfUDukr+v9At9QGB4AtH8E31AnQE/ctwbfUAusnjzqSN9QJP6f1PYI31A5IGQk0EkfUBCl8v0Fyx9QIVt11RjLH1AW0n5FZkzfUAqHgCWxDN9QJkpFvZQNH1AbuBC18s7fUAAd3mYhUN9QGuFiHjlQ31AmdGcuGZEfUC4k7wZj0t9QKgOxRnFS31ADw+4etBRfUC4Wv4akFN9QHeQCtvdU31ADLeDnZ1jfUCbnKH9W2R9QINDEwDsc31A8Y0hAEd0fUC0pjGArXR9QFmRmuIFhH1A6kqrYnCEfUAuerIinoR9QI90DGWXk31A97kaRfKTfUAd8h3FBpR9QEB7IwUqlH1APjQyxYeUfUANV0KF7pR9QGqtkKedo31Ay4WSZ6mjfUC7TqSnGqR9QIUeqwdGpH1Acne3p5SkfUBuvcdH/KR9QDlpFoqts31ASXAdStqzfUAfCyxKN7R9QFARMOpQtH1AJpI7Kpq0fUDmbkyKBbV9QPHKi0xVw31AgxGerMnDfUCBi7TMWMR9QLewu0yGxH1Ap6DdjbzLfUBwvu0tI8x9QM0DEI9b031AJd4pLwDUfUCMYjCvKdR9QNTnOU9m1H1AqsFA75HUfUCm1WUw3Nt9QGuDcDAg3H1A/aao0ePjfUCSKbpRU+R9QG6vxbGc5H1Aa8Pq8ubrfUAq5S2U8PN9QLKcN3Qu9H1A9VpbNXD7fUCooGp10ft9QNLMnXZ1A35AcFG2lhEEfkC1ZrqWKwR+QE0LyHaCBH5Ae2LO1qoEfkBgAuA3eQt+QBJI73faC35AgF739w0MfkD88f3XNwx+QIT5Kxm7E35Ax7U0ufITfkCbYk3ZjxR+QIV1pft8I35A5OHAmyskfkA/6ci7XiR+QDs85px3K35ASTvGHmg3fkDajXpf5Dt+QDcXNgOpU35APQZS41pUfkB4uYBDhFV+QHojYwQmW35AlJR9ZM5bfkB2TtflZ2R+QOJC4wW0ZH5AhPTppd5kfkA2+fzmtWt+QKBxM+huc35AS5g/SLxzfkDLXFMoOnR+QC9mYuiZdH5AgZ9p6Md0fkA8s3lILnV+QJE3kQjEdX5AvX2CacR7fkDJp78KqIN+QOGd4qqGhH5AQlHviteEfkAFAvMK74R+QNGEFivRhX5AuSgCrK2LfkAKlg8sA4x+QCfSRa26k35AFvRSTQ6UfkBbsFvtRZR+QMb9Ym10lH5AlSBzLduUfkB1SoqtbpV+QNO6248xpH5Awvbr75ikfkBUCfjP5aR+QP/4YFI+tH5Ap/1wUqS0fkCTg8eUh8N+QFyH1HTaw35A4hzi9DDEfkDY9eV0ScR+QAjoIPYezH5Ak55Md5PTfkDwFVo36dN+QI8yZlc21H5A+gxvt27UfkDGTpbYxtt+QESx11nF435AtgPf+fPjfkA78ufZLOR+QE9p9Dl85H5ACtb/+cTkfkDstml8I/R+QLzZeTyK9H5AWjLhntgDf0C+euj+BgR/QBlD+H5rBH9Aip1U4XMTf0CCt/gjRSR/QDU8AAR1JH9A+FQQhNskf0CG1DwFVSx/QDumb8b2M39AAMd45jA0f0AUPoVGgDR/QPfIkMbJNH9AXcFFJ0o5f0BvehUJ00R/QMXadKvuU39AyAuCq0JUf0CYbYoLeFR/QDNomsvdVH9AzxShSwhVf0C/ULGrb1V/QPnAyOsEVn9AWWn6bf1jf0ApywLOMmR/QLvDC+5rZH9APR0aTsdkf0DoQyauFGV/QOEHg7AfdH9Adv2SUIV0f0AceJrwtHR/QGMxqhAZdX9AODj7UtmDf0ALJAwTRYR/QCc1ExNyhH9AC8Aek7uEf0CNMzCzKoV/QI/fkJVOlH9AfJGYlX+Uf0CVgKM1xZR/QJ5aGJhppH9ACvYoWNOkf0CObpa6SLR/QIpmnRp1tH9ARnqtetu0f0DBjCa9msR/QFh4gf+Z039AQqSfH1rUf0A7B6z/qNR/QGh1GMIX5H9AqQ8lAmjkf0DNzDDCsuR/QL+/kyTl839AiKmdRCT0f0CYsKQEUfR/QLpAjiMEAoBAOy3YBDkKgEAfuOOEggqAQLnoFOYZEoBAMblUZw4agECZylzHQRqAQNebaAeNGoBANwFsp6IagEBJpfBH7x2AQGMh/cc+HoBAoiuZaCAigEDJy6jogyKAQAy+0intKYBAUQfdqS4qgEDZMeWpYiqAQIHO6Kl5KoBA49rw6awqgECUlRlrDjKAQBC2IStCMoBAlf0la10ygECxgSuLgDKAQODdu8sXNoBAuApWjO05gECyOVzsFDqAQBz6YYw5OoBATY1nDF06gEDfa21sgjqAQFgh+mwCPoBAcHWiTTJCgEDu0aktYUKAQA8fsE2JQoBAi9FDzjVGgECeEdvu+EmAQI0Z5c44SoBA3obyTo5KgECveoZvPE6AQOtII/AiUoBAG8hfUQJagEDUxGVxKFqAQDJ7a9FMWoBAn/uactlhgEAeWKJSCGKAQAuXqzJDYoBAwybt00JqgEAd2zM1Y3KAQEBQcFZCeoBAR4l29ml6gEAMAAy3IX6AQFysEddFfoBAvHayt0WCgEAD4riXboKAQKsC53jyiYBAE6HwuC+KgEDI7viYZIqAQMID/Dh4ioBAhFItWhCSgEDC1S9aIJKAQNSLNFo+koBAz0c8mm+SgEBdd0S6o5KAQAbMeBtPmoBAtBSB24OagED/u4bbp5qAQHYVqbzgoYBAKUG1PC6igEA8hLscVqKAQDnvwJx4ooBA2yTyHRCqgECNHPgdNqqAQKqg/T1ZqoBAQvcB3nSqgEDBUwm+o6qAQA6WQ990soBASO5ygAC6gEABH38gTrqAQCs6hmB7uoBAEJYVQQy+gEA4/LYBEMKAQKYSv4FDwoBARk5YQhPGgEBek++C1smAQPo/9gIByoBAvH37YiLKgEAX+AGjS8qAQPlOB6NtyoBA+gY4BALSgEDCvDukGdKAQKjcQaRA0oBAFr9DpEzSgEBnlnhF+9mAQLhCfmUf2oBAz8GDZULagED2GcRGOuKAQAXZ+2f76YBAWVQ8KfTxgEBMC0RJJfKAQA9jTGla8oBA0tRXSaPygECmlnZKxfmAQGD7iGo6+oBAFWOUCoP6gECw7MDL/AGBQJAhyms3AoFAkBbYS5ACgUAjxmEM/QWBQJE1ZewSBoFAJsNojCkGgUBAJXJMZQaBQNwqdCxyBoFASCQKLS0KgUCngRQtbwqBQHmSGs2VCoFAsBAdraUKgUDLaJ+t4w2BQClTq40vDoFAK5tMjjISgUBRYFHuUBKBQOM+V052EoFA+r1cTpkSgUDta41vLRqBQK8cke9EGoFAFy6ZT3gagUD3SJ8vnxqBQPNR0lBCIoFAO9fb8H4igUDSfQTy3ymBQMkXENIpKoFAYfsVUk8qgUC8HCEyliqBQIt1UpMuMoFA+UOLdPY5gUBdM5d0QjqBQEccnnRuOoFACVqj1I86gUAF4cY10EGBQEbu0ZUWQoFA9VYXty5KgUAS9R+XZUqBQHRaIzd7SoFAEzFkFxhMgUAPZl+4V1KBQATy2xotYoFAW9fn2nhigUCu+3X7AWaBQO2sFjwBaoFA4lLE/FJugUDWKFm9BnKBQFFjZD1OcoFAEbNzva9ygUCJYMK9pHSBQH+moX4yeoFA/eilnk16gUDPoLDekXqBQGiEtl63eoFAoG9PH4V+gUBOwNo//IGBQL/t7P9vgoFALV3w34WCgUAW0/i/u4KBQPxCIyEoioFA/HYpoU+KgUAKmyyhY4qBQOIjMYGAioFAzPI0wZiKgUCzF8WhLo6BQBxiXWL4kYFA7FBnojeSgUAzSW9iapKBQPyld6KfkoFA76yjIxaagUCNlanDO5qBQKhqsaNtmoFAkTm144WagUC4GL0DuJqBQGQbP+TznYFABXX65JyigUCq5iqGL6qBQEYGMCZQqoFAGHAxJlmqgUC0jzbGeaqBQLqAbcc1soFAMktzp1qygUBW1HjnfbKBQK6+Dog4toFA1ySwSDy6gUAo0bVoYLqBQAyVUUlAvoFASPDvqTDCgUC57zWLTMqBQIXhOEtfyoFAMDN0LDfSgUA3PJPM/NKBQO+8w82P2oFAwtMDD4bigUDGdw8v0OKBQHF7QdBs6oFACdJFcIjqgUDv8Utwr+qBQO8lUvDW6oFAxDV6MTTygUAV4n9RWPKBQAnygtFr8oFATJSIsY/ygUAztI6xtvKBQGRHlDHa8oFA34GfsSHzgUDIq7lyJvqBQIPKu/Iz+oFAaQTFsm76gUBcLsvylfqBQOgH0TK7+oFACs1fU0j+gUDUCf2TMQKCQEYo/rM4AoJAP8oCNFYCgkABewa0bQKCQFnTEJSvAoJAKjqj1FMGgkDdajk1EAqCQFilRLVXCoJAsHBNtY8KgkBA2eU1Wg6CQCcyfJYXEoJAdS+EdkoSgkCzsoZ2WhKCQI+RjTaGEoJAAQ/EVz8agkBBNtJ3mRqCQEvWBrlGIoJA4wkxmrEpgkCOZEN6JiqCQKwcTxpxKoJAR+NYWq8qgkDr3WtbhjGCQERlxDwYOoJA6TjHPCo6gkD/KstcQzqCQL6u4FzMOoJAdhaQwENSgkABXtyhh1qCQNrm4IGkWoJAdpPnAc9agkCNYhFjN2KCQB9BF8NcYoJASwscQ3tigkBCpScjxWKCQNS3MwMSY4JAw41ShDRqgkDdfF0kemqCQF8VZCSkaoJApoBqBM1qgkAM8/AkJW6CQEFjkiUpcoJAcmmWxUJygkAq853FcnKCQDROoMWBcoJAw/CmBaxygkA7u6zl0HKCQPyh0QYaeoJAtdLdpmd6gkDzo+nmsnqCQD5cG6hNgoJAeEojKICCgkC4IygIn4KCQDLZtAgfhoJAySFYyS6KgkD5tF1JUoqCQKj9ZQmHioJA8Yf5iTKOgkB0GphKJJKCQKfEpwqIkoJAhSpIa4WWgkAtZXkMHZ6CQDEo+/DPuoJAVeUGsRq7gkCGFjrSvsKCQNpxPTLUwoJAbwueUjvFgkA3YoOz78qCQJ+Et9SZ0oJAog7ANNDSgkC1UcYU+NKCQJD1OBXS1YJA9gfxNWbagkAZ3/+1xNqCQLcdkvZn3oJA/GA0N3HigkCenzy3peKCQBEr1Ldq5oJAjitxeFLqgkD8QXn4heqCQGccgli+6oJAKTet+S7ygkA2dbO5VvKCQJQruRl78oJARgm8WY3ygkDy4b55n/KCQGSnxDnE8oJANVwyHDsCg0AVkTu8dQKDQCgzd51PCoNAeWx+nX0Kg0DOboadsAqDQOBPuh5ZEoNAJQzDvpASg0CjTsfeqxKDQFwsEsDmGoNAZAs/oWIig0Ar+EFBdSKDQLP9VGHuIoNALq15IjYqg0AzWgAFTDqDQJRMBYVrOoNATS8I5X06g0AZAlBmpUKDQIsVX2YFQ4NAU4OTZ7FKg0DUqJtH5UqDQAKez0iOUoNAgzbWSLhSg0AYa96I7FKDQCA6j2lSV4NAWTsMam5ag0CK6BSqpVqDQPSuVOuZYoNA/glX66hig0CqFmCL4mKDQHh6gwwiaoNAp8aXTKNqg0AwvtaO8HiDQGVhE69yeoNAypt0z918g0AFrL0Pr36DQGjXUvBkgoNAtS1WMHqCg0AQIZUxaYqDQEq2oVG5ioNAVEWq0e+Kg0CSAu3y9pKDQJSSL/T8moNADYe0lEueg0C3O3KVA6ODQBIGnTZyqoNAacazFgOrg0AI9Ov3xrKDQLev8tfxsoNAAUMvudG6g0CJbTe5BbuDQAcAYDpmwoNA/plrGrDCg0CcgnG61cKDQMAleroMw4NA2b2kG3rKg0Cwsa57ucqDQNM6tLvcyoNAnsrkHHDSg0Atxua8fNKDQCTt83zQ0oNAjs02ftjag0AW/ngf3OKDQIQUgZ8P44NARmOywKfqg0AMMfohz/KDQJNsLuN5+oNANt8849X6g0BNV29DF/yDQAFvbURpAoRATIlxZIMChECNfHkEtgKEQD90fwTcAoRAfsgFZTMGhEBt3LElewqEQOHdtgWbCoRAD2nD5eoKhECS9flmpBKEQCgqAqfYEoRAp2aeh7sWhEDmHXlpiiKEQPY5y2rzKoRAAjv0q1YyhEB3FwSsuzKEQFSdDwwFM4RAyK9ArZs6hEDyykftyDqEQMVoT235OoRAlMe6b2FKhEBkd8wP0kqEQAjFifOhYoRAsYqhUzljhECbrDi0+2aEQIn/3BQSa4RAdrHkFENrhEABjQV2cnKEQN2fErbFcoRAqvkhdidzhEC8rIkYeIKEQDLNG5kahoRAdMnMmYGKhEB0xBQbqpKEQHaOlz2nooRAbRTa/qyqhEAsFuA+06qEQKnxWYGXuoRAgyedoqHChEBw0zxjmsaEQG+66WPnyoRAj84xhRDThEA9clDGMdqEQIviVsZa2oRAUelcJoHahEBHnr9KbvaEQIdEbmvG+oRAMNy57AUDhUDbJ7ssDgOFQB9Xwuw7A4VAtaIZzWcFhUBc3N8NVgqFQHAjBW5DC4VAj8Av77AShUAuNjdv4BKFQOG6Pk8QE4VAmtFHL0oThUDXbk3vbROFQEqS2O/jFoVAB5FvcKUahUA7enfQ1xqFQIaUe/DxGoVA91mBsBYbhUD/5Rpx6B6FQEuHuDHUIoVAvEy+8fgihUD8oa+y+SiFQC7k99LFKoVAcroDMxErhUDmzDTUpzKFQHGmOhTNMoVAd31uVXU6hUD8a3c1rjqFQOOLfTXVOoVA1eCy9oZChUAbcl53y0aFQHfM+beoSoVAD2gwmWJShUCUkHmaklqFQJt1DrtGXoVAlpIhvXxrhUDUT2Teg3OFQL3Lpl+Je4VA+am/4IWChUBBfdLA/YKFQMmn2sAxg4VAE58EIpuKhUA7Cw4i14qFQDcDFYIDi4VAJ34dgjmLhUDPNj9jbpKFQHF1R+OikoVAMKtTo/CShUCR03nEQZqFQKGQlsT4moVARmtViNKyhUBV0ZFJsbqFQF7LQw050oVA+i7i7+XihUCyIPbvZOOFQPpx+Q9644VAXdYeUcbqhUD5giXR8OqFQPXZYTLP8oVAQJtq8gbzhUCnvZ4TsfqFQFA1rTMN+4VAu/Wy0zH7hUB5utuUkwKGQO7V4zTHAoZAgJrm1NgChkAIbPN0KgOGQD+II/a6CoZAHsNmN8UShkCBZm08xjKGQJ+S4lywNYZA6AqxHdM6hkCSTrm9BzuGQFZB9v7pQoZAzgv83g5DhkC7mikgj0qGQEoyPkASS4ZAzgx+AQdThkAJfZVBnFOGQNPXVMJeWIZAC9WyQrVahkAf2cCCDluGQLex1OKMW4ZAKwP+I/JihkAobgOkFGOGQNfhOuXTaoZAdl18BtNyhkD39YIG/XKGQHs0sEd7eoZAjInAR+N6hkB5rsZnCnuGQBTOywcre4ZAKx8FKfaChkC8/QqJG4OGQI6SOwqvioZAYaNBqtWKhkCEuUjKAouGQDvtTeoji4ZAFoSFC+SShkCGeiKMy5aGQAZPsmxfmoZA0Tv9rZqihkAsxRSOMKOGQPt6YM9wq4ZAtzeQ8P6yhkBd5p0QVrOGQOBBgjEEuYZAuwc28ny9hkApbEey672GQPmoWjJmvoZA8I4mk3jDhkAeTjnz78OGQJk8VlQGy4ZAS1SZtQ/ThkDs/MhWndqGQHJEzZa42oZA/60V2OPihkCYqx4YHeOGQKCU0riW54ZARrjLe4X6hkCnZiDd/gKHQDLtZF4RC4dAkHWe390Sh0B2laTfBBOHQMOJ1cCaGodATk5542krh0CiYa2kEzOHQOmNu+RtM4dATb7apZI6h0ADqPUFPjuHQBWkrmnyUodAtGe/KV1Th0Cd4wGrYluHQKapre7CcodAYUHoL5Z6h0CEtiRRdYKHQMaPKTGUgodA8kvN0aaGh0BWJkkWNKOHQNGlhtcZq4dA8WWLFzirh0BteARa97qHQExw6wDr5odAu+7R4gTzh0AJ8hNkB/uHQJncjQbMCohAK+zlrDEziEDc6SVOJzuIQGRzY08NQ4hA0vxp7zZDiEC4gd+R31KIQBVYIlPnWohAJVW5FWVriEC3U/zWbXOIQCJUZXcKdohARELxG/6SiEA2jDS9CJuIQB8dwn9Kq4hA9Z3Nv5OriEAon72kBMuIQKLq9OXC0ohAE+YEa//yiEA2j0cMBvuIQEqtWAxz+4hAVFZkTL37iEB0w6fNyAOJQGjtUdEeG4lAXxqZMkIjiUBUqmKzRSiJQMyP1rMnK4lA1n0UNRAziUBcZrXVEDeJQOnGVLYHO4lAsU3zeLVLiUAcnRUa7lKJQECOJ1pgU4lAxMxUm95aiUDo12mbZFuJQNprl/zkYolAQ4yw/IRjiUByO9RdxmqJQEmI2R3oaolAn/awYV6DiUC5RPECVouJQL8wcIU6m4lAZ+d2RWWbiUA2maMG4KKJQPixs4ZGo4lAp37mJ+iqiUCl+PxHd6uJQGDyCejJq4lAR5WKCP2uiUBscSNpyrKJQDTv01DB44lArb+3leQCikAyQfz29gqKQNdoQtgTE4pAFEbCWv4iikB/VNE6XiOKQC1r179bQ4pAbvEa4WdLikB2vGfHhXOKQGGzoQhVe4pAlW7diS+DikADMiRLUIuKQH5jWMz6kopAQe9mbFeTikATDnJ7IvOKQBXDkoDJE4tApkUAIz8ji0C95EKERSuLQLjovSYRO4tAu9tUqY5Li0Dr5PWMqmKLQHkf2fBre4tAawUvEu2Di0CsFFWTPYuLQLoe4rpSu4tAWCclvFvDi0BLcWhdZsuLQH87tX6t04tAcKdnZPT3i0CUfkhG6gOMQEAAJq2hL4xAfpnHcn1TjEBgTwJ0UVuMQMWXCdR/W4xAXJIwPGmPjEARvpsFY8uMQD1QZKl644xAkj6jimnrjEBeauZrc/OMQMU89ivY84xASjE5reD7jECpULZt/f6MQDN1Vi75Ao1AHGJ8ruoDjUCfSfdO+QaNQOugk3NVJI1AVSS8lLUrjUCy+v5VvTONQBBpNRd2O41AHLs1bY/HjUDj6iGPzdONQHXpZFDW241ADWCmUdXjjUDza+MyuOuNQNmrJpTC841A1bh4NSv8jUBGdikZqxOOQDXDZTqJG45AQqbLavSDjkCjsycvt5+OQCzoWrIXtI5ATB0d3Zn4jkBeKYDfzAePQCt+qYLuG49AZ2vqZaYwj0BS+kge1MuPQBwOjYS6849ATF6MI/gBkEDRBsrDgAOQQHRjxuUlEJBA0IdXRyAakEDF8PnqRDGQQJmHAC0rPpBAP1Wb7QRCkECu3qGNLkKQQIIDQ64wRpBAaA+AjxNOkEC9nlvR51mQQE5K3dPdaZBAlOvteB6KkEAUU3RgCbqQQEnQxksiApFAl1RozCYGkUAinv1s3QmRQJbTCM0kCpFAlXeerd0NkUCksqvtMQ6RQFWeJrXTPZFAb/64/Wh0kUBwztH9BnWRQLInnd4VepFAHBk6P/19kUBKQCsBW4qRQFvJE+OBlpFAPO2rR8OzkUCXk0xpIL6RQKoIVWq0xJFAy/WMihjGkUAs6JEKOMaRQIRtz8q/x5FAbi4tyxTKkUCp/XkMXNKRQM1zIY7k3JFA2lFZTkjekUAIac4PkOeRQKBm10/J55FAdUQUMgn2kUCyDk3ScveRQLgJC5Ms/JFAZlsBFE0CkkCyFqKUTAaSQNZGrHSNBpJA4seyeC8gkkD64x59WDySQBS8rN49RpJAnYoFX3NIkkDEm7NjQGaSQAW7bKf1fZJA7/F851x+kkBU5hLIF4KSQLfWoOpbkpJAtsg/C1CWkkB9mkqwa7aSQEEmK7JfwpJAvkN/UnfEkkAeQN3zK82SQPvJB9Q6zpJAC4UgdTbVkkBC/E+1ZNaSQHer6VU32pJAYUEvl1DikkApPCD+gw6TQOi8mKA/HpNAAzl3giYqk0CvnnuCQiqTQHLrY+RnNpNAhbj85DQ6k0DRo1bHLUmTQO00aSgCUJNAY5DUyK1Sk0DGmfpKXGCTQAxXKdG6h5NAWVnSU6uYk0AEIcB0lZ6TQICxEjWjoJNALdK2Vbikk0CoSAZWsqaTQJX5dFfRr5NAqrDkt5iyk0AUUcS4KLiTQLdJ01pExZNA+BQbH4bgk0BEJZh/ouOTQAKahQOl/JNA7U/x41L/k0CBICNmTA2UQOmFbqeKFZRAZV33B/IYlECNhQuJ0B+UQGZAEopZJpRAR2r7a4QylECDNHlspTWUQNbqkk2nPJRAiMh+sZ9VlEDRSz+SaVqUQB+iQtJ+WpRAfjS+spFdlEAdlOHycl6UQGJJ0nhGhJRA+ZvOWuuQlEAXqvOck56UQMl/ij6yqJRACEiR4fe7lEDmgP5hr76UQEnPP2OtxpRAXSLZBTrXlEBOIFwmfNqUQJ/a2ef645RAuf3qB2jklECDXXnJUO6UQPHIL4s4+ZRAU4Bb6076lEA2JWorrPqUQG33r+zGApVAfmaVDtoOlUCfI+Yu3BCVQOUk3K/6FpVANG670kQplUBIBFXTFi2VQLTMmHPGLpVAaUhWVjlAlUDMEx03K0WVQBUPfdqoWpVASRrG+nlclUDTCmA7TmCVQNCbxfvUYpVAWm2k/b1ulUBXlv299XCVQL+1fb+DepVAe+nKgM2ClUB69T7DbJKVQEvT7qPMlpVAMnJQRDqZlUAhJi4Fvp6VQGKFYSUFoJVAOgQkptuklUCSZGyGqKaVQGzPIIiDsZVAXy0tSNKxlUC0FTKI8bGVQDwbRahqspVAdAt/C/bGlUASrLUMsM6VQCLZM8+P3pVAD1SBL33glUDC79evpOKVQOas42/v4pVAqq3G8JTolUAIp+NwTemVQO/5VvKJ8pVAiUbU0qf1lUDxddDUSwKWQKcXHJaLCpZAP6hgV54SlkCkstp3pxWWQIt2MfjPF5ZAdWCjWKUalkAj/IOZOyCWQJ8d4N3+O5ZAHW/1nYY8lkAbUoMeDkCWQJTp7d60QpZAa6pcH3ZFlkBfV91/qUiWQGYHAcCMSZZA1/MWgXZQlkDnXXLCGlmWQC9M88JPXJZAo/L449FilkDl/E8k/GSWQM4IGge/dpZAQfBgh4J4lkCOVXVnBHmWQK29LgihfZZAvy2tKMaAlkCMlzjpPYSWQPqTPaldhJZA+iHBq1+UlkC7SpKMk5mWQHQio8z+mZZA27ACbr2ilkCwLwpPS6mWQGFdGhSJyZZAvOpQdOTKlkCgzldUEMuWQAhZateg3pZAqQhtGBDllkBLNbDYu+aWQEz2tzjt5pZAYgK/GBrnlkA0zqk58eyWQBUP4rsT+5ZAF9FUfO79lkC7wyl9OgOXQPWXLj1ZA5dABtM7fa0Dl0DMet49uQeXQD6lJQL3IpdANjnJoggnl0B8NwsECy+XQLnGr+QiM5dAs2UARSQ1l0CJ7kmF+DaXQJDSc0UDOJdAbL6HRuA+l0APi/wGyEGXQDNk+AnIVJdAprNLitpWl0CucDert1yXQDOBgUuPXpdAfGgvrOJil0A+MTKNUmmXQFrF+A1DbpdAV/EF7pZul0A=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="19628">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=92" index="91" defaultArrayLength="133">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07069583968318" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="975.4520463670624" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4992600" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="545.3121055539062" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="581685.6875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.637801666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 544.77@hcd42.00 [100.00-1100.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="12.260372161865" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="544.7702873405985" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1100" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=91">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="544.7702873405988" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="544.7702873405985" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="12156916" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1420">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>w9nXR4ZEWUAVI3qpfoNZQJodyhaLhFtAEAMjGosFXEAba8UbiERcQPU/Hp+FxVxAR4nAAH4EXUAZZDILRSNgQCyJA0zBQmBAUtnebMVjYEDf2s2WmuJhQEvKJhqcY2JA+GJzInSjY0BHpESj9MJjQPeSb0xFJGVAN0UUjppjZUDuDOAOSIJlQPHYZ5HN42VAF2g98vMDZkDCQr95RiVnQE63VFtQYmdAsVL6wXpiaEDpVK4jHqRoQOIlUwV442hAD0AuBnQEaUBCn/8G+SNpQPxzf4lLhGlAQqLJbBQDakCceu5wyKJqQBEq/vAkpWpA7LPRcf3EakAztSJVzURrQJIJ7fr0I2xAD/NsnUqEbEColkD+JqRsQGpwgL9N1GxAzoBqYp5EbUBaRy3ooiJuQLpAEEnORG5AusW8ClGFbkCHwGNM/sRuQNSkv8r+EXBAuTAo67shcECGGLuPAdJwQN0flTDU8nBAJKrMtmzicUDNGTWXJfJxQPezprc/A3JAO7eJmoByckDsEr/6iHpyQLnMxrs8onJAOAkx/DqyckB5Jp2cgcJyQAHBRv6TAnNARHLY4qqyc0Df8GknumJ0QJAy0AcfcnRAVK9S6tfSdEBSQRNuc2N1QBvTUc9ok3VAUCdTFdh6dkBuaIh13IJ2QFn225gOA3dA+HKyuVgjd0Bk9xq6FDN3QK0ERN5q03dAvsPtv4ITeEA98OSk4NJ4QKAQKKaFA3lAum9frBfzeUDwihywLYN6QMD5A/jKs3tA5U5vePPDe0DDWUV5LOR7QC1ifnpME3xApg1wPkyrfEALiBWfNcR8QAwIr19R23xAlclr41lrfUAq5qDDWHN9QBR09OaK831AJd4o5277fUDi/l1nbgN+QF+nsYqkg35Aoh3n6rCLfkDUnviMZ9t+QNAs2DNL5H9AulZyjfl5gECUBHXNYHqAQA0ijS0CfoBAPCepDTqCgEAa5jbPGr6AQOJgUU8XwoBAOsprLxHGgEBo18hQnfqAQO2q/TCRAoFA9IoVUSkGgUAOmi4R7wmBQGtXMjF/CoFAbplKESYOgUCaHA7zHlKBQIaHy/ZA4oFA+EBUOnRqgkC0/4mqK9uEQFrHwutBCoVA7dTXTYFahUAuwn8PU5qFQNO7lHGP6oVAHYXKUajyhUBzzB3Vz3KGQBw2CAMci4hAd/pwo+GaiEAWAC5n9CqJQKghYwf0MolAyiOhyNNiiUCCSdYI1GqJQHcGFerPmolA9kheTOvyiUAahZPs7vqJQNgT5y8he4pAbo0cEC6DikAmYwE4Z7OLQDnfNnh0u4tAzoXRnW6TjECHTgbeYJuMQA3fOR4ko4xAVRuOgXAjjUACfMOheSuNQDmNakMqa41AlOqf4zJzjUDsXfMGYfONQEq2KOdo+41AeFZ8yp17jkA=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1420">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=93" index="92" defaultArrayLength="142">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07139011486042" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="727.960554334766" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2408124.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10210189665628" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="239167.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.641663333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 368.69@hcd42.00 [100.00-750.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="12.619891166687" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="368.6905807412438" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="750" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=91">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="368.6905807412438" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="368.6905807412438" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="865668.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1516">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1516">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=94" index="93" defaultArrayLength="180">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0707110984783" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="728.3951248193255" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2749168.75" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021171554514" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="191469.0625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.645535" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 399.69@hcd42.00 [100.00-810.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="14.071535110474" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="399.6906855428916" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="810" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=91">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="399.69068554289146" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="399.6906855428916" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="779903.125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1920">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1920">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAA4Dnux0AAAADgNpzEQAAAAADDkONAAAAAoHbpokAAAAAAj/+rQAAAACDF7adAAAAAgI/io0AAAACAJy7fQAAAAGBULa5AAAAAwAJqykAAAACAexi4QAAAAMAce6lAAAAAwCEay0AAAABAhrTRQAAAAACl1LZAAAAAYHElqUAAAAAAgHGiQAAAAOCwwalAAAAAID+2w0AAAABAXxawQAAAAIBoXwdBAAAAQEBn6EAAAADgOqetQAAAAKBRValAAAAA4COd1EAAAACgNzq1QAAAAAAuprVAAAAAYGw2z0AAAACANyLKQAAAAACrs61AAAAAQHL1pEAAAACAfJbuQAAAAOALF6RAAAAAQI9EqkAAAACAMheiQAAAAKAmoqJAAAAAwF0FpkAAAABA9jDrQAAAACCUCstAAAAAgGgLpUAAAABgmKq9QAAAAIDzBKRAAAAAQBoT40AAAACAEaWnQAAAAADNV8dAAAAAwMnCwUAAAACAZXv2QAAAAODa4KRAAAAAwLbApEAAAACA5gi6QAAAAOAlJKtAAAAAQBZir0AAAACAR4TQQAAAAED52a1AAAAAIJk1ukAAAAAAEfXSQAAAAOB3bclAAAAAQCMM00AAAAAAK1fCQAAAACBV08JAAAAAAIR2qEAAAADgdCrBQAAAAGC/vbhAAAAAAPz1zEAAAADA1o7VQAAAAOCmW6ZAAAAAILg+ykAAAAAgXyjFQAAAAIBcn7FAAAAAYKGHp0AAAAAABO2uQAAAAEDHJfVAAAAAYPFd0kAAAACADM3DQAAAAED4e71AAAAAANZG2kAAAACgupi3QAAAAECScMVAAAAAQAXb3EAAAAAA8ULKQAAAAMB0TMJAAAAAIFEWq0AAAAAARRvvQAAAAIBkf6hAAAAAIDxevkAAAAAg9bqzQAAAAABBK7JAAAAAgDrq0EAAAABgAvKyQAAAAKCZn+FAAAAAAMb+tkAAAADgSkvRQAAAAADmZaJAAAAAIJDvpkAAAAAAGCGtQAAAAECn+MFAAAAAwC3atEAAAABgnBCuQAAAAGCtCMZAAAAAYPy9BkEAAACgPIfAQAAAAIAcE8NAAAAAIIOcqUAAAADgVxjaQAAAACCO9qhAAAAAIOIovkAAAADAUbzsQAAAAECbqK9AAAAAoOZes0AAAABAj4WsQAAAAKB9IrFAAAAAAIl9pkAAAAAgz5KrQAAAAIA8UqlAAAAAQOwqpUAAAAAgJpKmQAAAAAA3XblAAAAA4Isr10AAAADgTrekQAAAAMBRN+JAAAAAwHinp0AAAACg/03bQAAAAEA5IbpAAAAAQNhjpEAAAAAANj7MQAAAACCLBMNAAAAAAMxPxkAAAADgK+SwQAAAAMAnn6JAAAAAAMJP2kAAAACAjzLAQAAAAACDG7JAAAAAIHO1o0AAAACgvF7DQAAAAOCert5AAAAAoKLZ00AAAAAg7JCuQAAAACAYfQRBAAAAoJESu0AAAAAgk8fjQAAAAOCC3tZAAAAAAGV3pkAAAABgM2XAQAAAAKDTaLpAAAAAgAzXwkAAAADgdlC6QAAAAGAFOKlAAAAAgJlhw0AAAABAr6i+QAAAAKCzd7pAAAAAIAzew0AAAADAIXO2QAAAAACM4ctAAAAAQJURrUAAAAAAQpOxQAAAAOAEqP1AAAAAwNaXvEAAAAAAy+y2QAAAAGCczqlAAAAA4KHJqUAAAADg7VbzQAAAAEDLMqtAAAAAgEIttkAAAAAA65SzQAAAAOABmqNAAAAAwI6etEAAAABgHPGlQAAAACAVILZAAAAAYCRIuEAAAACAVefJQAAAAIBjVsRAAAAAIF5Bz0AAAAAAK6m3QAAAAEDAaNBAAAAAYP9+wkAAAACgJCmzQAAAAIDwNKNAAAAA4GvipEAAAACAtzulQAAAAIALDrtA</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=95" index="94" defaultArrayLength="92">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05491864147598" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="594.3960483275597" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1003712.1875" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="593.3137114732486" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="161313.640625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.649318333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 594.32@hcd42.00 [100.00-1200.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="36.442092895508" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="592.312576556883" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1200" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=91">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="594.3164265734564" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="594.3164265734566" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="87410.09375" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="984">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>IEV6yYODWUAJfssMXANaQEhOdg6dQ1pAcf8bsBiDWkBlKMq2jIRbQOOsaYcwBV5AYONe6m0DYEB1XTILRCNgQDV/A8y/QmBAwpMHDF1DYECw4NhM32JgQHvEJjqbY2JACRL8ureDYkCTE+AOSYJlQL3CwC8cpGVAnj+W0D/EZUAvxGdxyuNlQO/SCpiS42ZAiYD/ZvQjaUC71NTnEURpQIob9nDuo2pAehT+sCGlakDXfW7zIQNrQPxrdpNTBGtAJuBDlEEja0DMkRk/0cRsQIF4aiKdRG1Ad0eQRnbkbUCcgWPHQgRuQL0VOehpJG5AHrW8ik6FbkCizVXKDwJwQHkOLOtQInBAoYYATE1CcEDUNJEwPfJwQMgG/PBRAnFA25Z6k3NicUDWMuUzgHJxQJWgTlRfgnFAfr2I9aixcUDRCTlXvfJxQBzao9fRAnJA45geWmBickAyZl47hZJyQEK9yHuHonJARNScPHXCckBRY9iiqLJzQPIFQ0O2wnNA3vOuw/XSc0BpDn/kSfJzQPu/6cRZAnRA1j1rR+xidEC4inwJm7J0QGbjJgvK8nRANYCRy9YCdUBfBPtLuRJ1QD9mHvA0snVABg2JMEPCdUDE1/JQMNJ1QEv/ibUZg3ZAjVyyWVUjd0C48hwaYTN3QCXMh/p2Q3dAG1JAXtzSd0AKQ9NiI4N4QD7PPaMtk3hAppunAxujeEDBrBXkrLN4QBEAEcmqc3lAsRgLTnkzekCb3y+yKtN6QE4jqrlY83tAVp4T2jkDfEDjnpMBRSR9QAgTt2XDw31AHuDGbOrTfkAFZDFt8+N+QAJGmw3k835AQ1YcEGZUf0C64oXQSWR/QMLlVvHAg39ApMupzVKCgEBv3d4NUIqAQH1m4k3YioBAZxoUzlOSgEBoYQVyRCqBQEhH4zM2coFAMTls93H6gUDMUKEXcAKCQN0vKXuCioJA9B1eW3qSgkAJtGIbK5OCQA==</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="984">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=96" index="95" defaultArrayLength="1983">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.16847440632324" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.956228595925" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="818738688" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="477.7412876108818" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="16653488" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.655336666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.618692517281" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="21152">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="21152">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=97" index="96" defaultArrayLength="80">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10676763130884" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="938.4498344511485" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="14262772" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10207137906607" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="3025977" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.673033333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 576.79@hcd42.00 [100.00-1165.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="3.734359025955" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="576.7909329177976" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1165" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="576.7909329177976" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="576.7909329177976" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="13833420" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="856">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="856">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=98" index="97" defaultArrayLength="103">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07058139871991" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="789.4464185226195" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="11292095" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="519.3133769985087" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1341825.625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.676596666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 520.27@hcd42.00 [100.00-1055.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.43728017807" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="520.2745621387567" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1055" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="520.2745621387571" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="520.2745621387567" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="10065325" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1100">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1100">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=99" index="98" defaultArrayLength="95">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05450665400818" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="499.278304368755" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6143867.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="110.07092828498193" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="647979.9375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.680473333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 306.18@hcd42.00 [100.00-625.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.182456016541" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="306.1850293508501" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="625" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="306.1850293508502" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="306.1850293508501" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3074254.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1016">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1016">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=100" index="99" defaultArrayLength="200">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07059665751501" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1174.4372325731592" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1430635.125" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021324142465" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="74258.90625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.684271666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 603.30@hcd42.00 [100.00-1220.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="24.50724029541" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="603.2994803256817" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1220" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="603.2994803256819" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="603.2994803256817" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1752425.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=101" index="100" defaultArrayLength="151">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07042881076887" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="546.14963029957" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2685777.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10202560268075" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="242808.015625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.68839" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 319.68@hcd42.00 [100.00-650.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.940076828003" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="319.67917179364053" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="650" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="319.67917179364076" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="319.67917179364053" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1333571.625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1612">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>tLzX54FEWUC7Kedn1EZZQB4Zeil9g1lATE7diWySWUDBoOwJu5RZQKMTypaJhFtAFf4iWooFXEDULMW7fkRcQH1PbP0xhFxAn/t7/Y2GXECjPB4fhcVcQNmjwACCBF1AEzr+gMcNXUBXoMCFM8VdQFRhaSclBV5AWUEUiWhFXkDB114qbANgQK/AKqseImBAy1syy0MjYECzgQMswEJgQIxyBwxYQ2BAW0LX7KBiYEDFZbiNhYRgQLKo/FBqAmFA2gbSUYkiYUALl6OyFUJhQAcAqTLmQmFAXVghNRiiYUBF9s22nuJhQHuk1bbG42FA3fKqV+MDYkDZZHoYHiNiQP3BJtqaY2JAmQD8GrWDYkBxkMSgmGJjQDBjzCDGY2NAop1Eo/PCY0D+zxXkceJjQNzp3iS4AGRAnCxX5+ZfZECFRBHJdKJkQJYgpSm3uGRALVPiqe3BZEAleL1K6+JkQC7yEw6OY2VAut247+uiZUBnxMBvHKRlQM/PZzHM42VA3R/NsQzzZUAvez3S9gNmQNEMtnQxY2ZAIslgdm+jZkD+yQN3+btmQAhZA3hy4mZAoCcLWJ/jZkABGYPawUJnQAn5ilrxQ2dASuxbG2ZjZ0Bxhi3884JnQA0ZbH3psmdAH8qrHgrjZ0AocHw/cwJoQH5V/EHIYmhAPz4/42STaEDJYFBFDeNoQNm50sfAQ2lAuGF/yUiEaUDzCEUqCqJpQDqNVCpgpGlAWx/4C4rjaUDG358NVSNqQKA8HXBIg2pAnc5XsaOyakADsa+0fDNrQDGJIrXGRGtAcoDqNeFia0ALnzr5juJrQHF7QNlw42tAmUMqnLZTbECny5Q8wGNsQC+PQN4lpGxAzqcRP6DDbECsZOofQeRsQJ+GakKfRG1A9BM3g2pjbUCL+yfFOK5tQHLkvKpVhW5AfK+IqwOkbkC3umNs/cRuQGQdLi11425AeqA4TQrlbkBbHQ7uLQVvQFlmw4qPEnBATTnH6iITcEB6vCdrqiFwQK34L8vnInBApRFmrJZRcEDzkKhtI4JwQARb+w2ajnBAUUR8LgKicECtMoCumaJwQHG6/hC6AnFAqn5BMlEzcUD6bqfSqUJxQClmBTiBEXJAPL5LOaJCckAaqxt672FyQK8/Ql7mAXNAd8MWf+Qhc0C7DMbg0WJzQMQqgsKtpXNACJIXpLXic0Aq/xzEhuNzQICNgqTQ8nNAPVjsxL0CdEBHZ1IFGxJ0QEkVkaYUQnRAK577Zh5SdEAXqf0rHxN1QH5s0MzZMnVAF5M4rYdCdUC4ZlxxFOJ1QD0hnpKDEnZAHIfik1lDdkCMfUo0AFN2QFcftbQNY3ZA+0XDFkOydkAhGVzbbGN3QK7pxdtac3dApySZfCeTd0DHcD1ebdJ3QEU2qD6A4ndA49T2S1jjeUDOyqMN7CN6QFFEdo6bQ3pAp4TeTk1TekBWlIfV/FN7QJM/9NVYZHtAGHnDFouDe0Aafr+7o0N8QKd21X0GlHxA24tPhS20fUAw7V5HkgN+QJP4W2zSw35AVa/7sAV2f0BplQUzl8R/QCPub7OZ1H9AgwoLjWxqgEB31UCthXKAQDnj8S9B2oBAJ9lecTIRgUA=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1612">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=102" index="101" defaultArrayLength="173">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07045932835908" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="895.2983281083564" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="432499.78125" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10210189665628" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="25296.162109375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.692193333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 512.26@hcd42.00 [100.00-1035.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="69.072593688965" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="511.7600153685677" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1035" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=96">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="512.2620917669823" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="512.2620917669818" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="275220.15625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1848">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1848">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=103" index="102" defaultArrayLength="2086">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1673757708781" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.5454634063178" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="891099904" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="477.7414096814868" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="32029600" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.698673333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.643548429012" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="22252">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="22252">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=104" index="103" defaultArrayLength="107">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10708806600603" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1278.5893734195004" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3729279" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021324142465" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="491284.3125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.716791666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 712.84@hcd42.00 [100.00-1440.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="12.923018455505" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="712.8369132151535" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1440" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="712.8369132151535" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="712.8369132151535" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="7426781.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1144">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>a1Lnh9pGWUDA83mJd4NZQGsjyvaLhFtAiQojOowFXED0bGnnJgVeQJxhMqtEI2BAjZ4HrF5DYEA+6aMSIkJhQEfPJtqcY2JAc9ZnMc3jZUClyejTSkRmQB/FAcKZY2hAm2T2cPmjakB64W7zMANrQEzIIjXQRGtAerBKOfrka0CsBCC6FwVsQDPQ4v8c42xAGuLtn8fkbEA9uWMnSwRuQIFLLYijIm5Akx6tyvWCbkDNZolQ0WRvQI19XpHlhG9AQu0r60sicEAKN5YrTDJwQDczUW8QwnBATME9EsEycUBk4qcyu0JxQMaZEvPLUnFAx0HLdjbicUAai7D5zlFyQEsD3l3P8nJAO4fU4hOyc0BRpbsPV6N1QGZUJpBms3VAN7mLMKrCdUAL/9ezw0F2QHH1BRjX4nZA+7BweOjydkBCxsDgRjN4QBwqAOJbY3hA07NqwmVzeEBruTrIaFN5QI78pAhoY3lABp3kKYaTeUD6Q16M6vJ5QGjog1VvU3tAHKPulYBje0AQLWs4VMN7QD01u5v+QnxALO18X8bTfEBheeef0ON8QLcYMI3B435AUfGaTdfzfkBy+oCwjGN/QHdxCfS1639AKRM+VKLzf0Cfh8nLBTqAQK1//iv/QYBA4aqHj0PKgEASDFfVLaqBQOvLijX4sYFAd4eldf61gUAb1De3jvKBQFq3aVcR+oFAhiGEVwv+gUC2OBR5RjqCQL1MSplqQoJAwajWAmayg0CdsvCCUbaDQE0ZtaRs+oNA+bHPpG3+g0CBnupEewKEQGKfYAbJOoRAG8WVRslChECOncdGSkqEQBFs7u/7qoVAEjIa8qb+hUCLmauzFDuGQKra4BMZQ4ZAQqn4k65GhkAKxxIUnUqGQPMELvS2ToZA0uJs3Qezh0CGsKHd+rqHQBET0x1qwodAIREqwSBDiEDZNl8BIUuIQB6GgXUTU4tA7MEKWVrbi0B66D+5WuOLQEZKF5CjU49A6s5LkItbj0API9STr+OPQPw9CTSu649AlQ8/VMjzj0CJLqzT6mmRQH1LxjPZbZFABkNwlfmtkUCbl4pV8LGRQAwUpRXttZFAYblOFwH2kUBaWmlXA/qRQAQkhLcL/pFAftSaRHj2k0CLp7SEW/qTQA==</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1144">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAgKhxtkAAAACgsDO6QAAAAACfOvJAAAAA4NNxuEAAAABgseD1QAAAAEBR/B1BAAAAwCq71UAAAADgXUG2QAAAAMA9/NFAAAAAAIfg50AAAADgFUC0QAAAAGAAksZAAAAAAJbfw0AAAABAaEK1QAAAACBODsNAAAAAwEdU+0AAAABgYcvHQAAAAEBW7rdAAAAA4OMu00AAAABg/P/VQAAAAECTab5AAAAAQKc20EAAAAAgIl/uQAAAAGCeLsZAAAAAYKBKukAAAABgEjXKQAAAAIBYWbhAAAAAwHaT0EAAAAAgjaLsQAAAAMBB57lAAAAA4NIY2UAAAADAGlq1QAAAAAClprVAAAAAwHouykAAAADAwVvoQAAAACAxu7pAAAAA4C8o4EAAAACgZiTDQAAAAGCcT+pAAAAAoGOHv0AAAAAAtvDFQAAAAAAWoOlAAAAAoOlrs0AAAABAMLDlQAAAACBmXb1AAAAAgCW4wEAAAACAIga3QAAAAADD+N9AAAAA4Px2t0AAAAAg/Xq1QAAAAEAiv75AAAAAoPlm/UAAAABgw/neQAAAACA6XdpAAAAAoDNlwUAAAABgHlTBQAAAAOBZ18VAAAAAIDggtUAAAADgWDjnQAAAAMBLer1AAAAA4C2pz0AAAABAAfvhQAAAAICaQstAAAAA4Bw2xEAAAADgZhjeQAAAAAC1wNVAAAAAAIW+y0AAAADA0VnKQAAAAEAEJbVAAAAAYLAExkAAAACA6GDQQAAAAADT6PRAAAAAYMQA5UAAAABgjQLCQAAAAEDEN+dAAAAAYGDuy0AAAACA+RK2QAAAAMBK7MRAAAAAIJLyw0AAAADAHwcCQQAAAMBgcuxAAAAAgCU06kAAAADgD/LiQAAAAEAnA7xAAAAAgILgvUAAAACAiAXDQAAAACByYLhAAAAAID/R9UAAAABAS9TYQAAAAEDGCMNAAAAAQODr8EAAAADgFlffQAAAAKBF58pAAAAAgDVzx0AAAAAgSdL7QAAAAIC1GOdAAAAAgFgduEAAAABACk6/QAAAAID63rVAAAAA4E9O4EAAAADAl1PZQAAAAOCEzb1AAAAAYL9iDkEAAADAP8P+QAAAAEAcCtBAAAAAwJYTwkAAAADgSqm/QA==</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=105" index="104" defaultArrayLength="89">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07072635727339" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="783.4099781443299" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="5727217" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021476730416" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="959970.0625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.720561666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 448.25@hcd42.00 [100.00-910.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="9.722675323486" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="448.2480833928041" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="910" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="448.24808339280435" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="448.2480833928041" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4183123.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="952">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="952">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=106" index="105" defaultArrayLength="200">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0712985620898" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="938.4593559392933" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2620940" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="576.29099965532" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="210290.859375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.724206666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 576.79@hcd42.00 [100.00-1165.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="18.855867385864" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="576.7911160237051" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1165" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="576.7911160237053" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="576.7911160237051" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3784751.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=107" index="106" defaultArrayLength="62">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10692784865743" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="547.2471649138046" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4876847" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="531.325039469131" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="922978.875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.728296666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 330.21@hcd42.00 [100.00-675.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.724297523499" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="330.21389552382374" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="675" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="330.21389552382385" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="330.21389552382374" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2278345.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="664">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="664">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=108" index="107" defaultArrayLength="68">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07053562233459" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="577.2825771963528" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6607219.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="345.2244714015515" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1098762.125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.732113333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 345.69@hcd42.00 [100.00-705.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.255133628845" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="345.68732127392934" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="705" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="345.68732127392946" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="345.68732127392934" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1971011.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="728">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="728">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=109" index="108" defaultArrayLength="70">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07063480450277" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="617.3359377812459" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="12418667" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="359.2387286592019" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="2172006.5" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.735886666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 359.70@hcd42.00 [100.00-730.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="3.507754802704" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="359.69589976389153" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="730" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="359.69589976389165" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="359.69589976389153" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1510035.625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="748">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="748">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=110" index="109" defaultArrayLength="111">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07042118137132" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1117.279861310024" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3899877" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="574.3375687061167" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="519061.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.739521666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 575.30@hcd42.00 [100.00-1165.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="8.961197853088" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="573.3359685841441" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1165" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=103">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="575.3045401958697" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="575.3045401958694" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="460418.34375" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1184">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>37vXx4FEWUC0X+eH3EZZQNTfeYl0g1lAgEPd6WqSWUB1XTILRCNgQLx3A6y+QmBAC6EHDF9DYEDfxPnw+gFhQNms/PBqAmFAMVkhVRiiYUD4xiaam2NiQHb3+7qzg2JAG9B4QkWkY0D0oEQj9MJjQFIfTgNixGNAPLsVxG7iY0BvAhqkE+NjQFPCuM/nomVAb9tn8c3jZUCHcQt4quNmQCB+txkbJGdA3IG/+U8lZ0D6ToP6yUJnQEOMivrgQ2dAs0+NektEZ0BRhlT7SGJnQJa5WNvqYmdA/ONb22RjZ0A9HGB7B2RnQF8ErgMSpGhAkIQmBkoDaUC3wffmySJpQG5B/+bqI2lAJHh/KUyEaUAl0lSKaqRpQFCQUQ+fZGpADyIdcESDakDo+f2wHaVqQE6SP7SbImtA68/nmisjbECfo7ibm0JsQDdywHvIQ2xAWABtnUyEbEAY9j2+waNsQAO5Qj55pGxAb99j51AEbkBtDdyJfGNuQFO74WlXZG5AG0OtSvuCbkB0HX5LbKJuQMDWBpPHxG9AiRdW6hoCcEAZT8MKjBJwQHAYLGtSInBAZisGzCZDcECL59QsRmJwQAvulLDM8nBATPz9cJ0CcUAvsz3yvjJxQM5VqJLMQnFAw8oSU9NScUBKRo21V7JxQGU6WnvkkXJAFGw0fL2yckBPH5+czcJyQELFCb3b0nJAoNsvob9yc0AknJrB0YJzQOgVbMJaonNAdRrUggOyc0CnCz3jz8FzQGRDbKcTY3RAG77Tp6dydED6dz7IuIJ0QLOjUirW0nRAFM0S7mFjdUAQ8n0ug3N1QJzVCvPgInZAScZ1U/oydkAxQsg2A7N2QCFGsvlRI3dABvscWmIzd0Dwm4Qa/EJ3QMyG75oUU3dAeoMYP2jzd0ARV5aBbVN4QEN8/aH0YnhA/LsBYphjeECS0GgCHXN4QEv+a4KXc3hA7eu3ylWzeUAfCsmRr8N6QHKCRZky5HtADyCpvuOzfEDFNWgCRkR9QKl/d0lZVH5AYGbiKXFkfkBYrx8LNZR+QA2487DSdH9AYqrAKiYSgECR8/IvatqAQK99e1OWYoFASgyw039qgUDoe+Uzi3KBQGXHOFez8oFANgBud7b6gUAgmqCXVAKCQHG8qcry34RAB9NhceXihUDsGBeX4b6GQOCX9pMedZFA</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1184">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=111" index="110" defaultArrayLength="1988">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1791250666105" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.863579402979" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="811386752" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="473.30829358987256" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="18225514" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.74484" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.605221509933" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="21208">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="21208">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=112" index="111" defaultArrayLength="74">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.0547736829225" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="958.4285410917884" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="9380475" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="136.0756459174578" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="2105683.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.76278" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 560.75@hcd42.00 [100.00-1135.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="6.078612804413" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="560.7490243601512" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1135" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="560.7490243601517" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="560.7490243601512" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="8217635.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="792">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="792">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=113" index="112" defaultArrayLength="55">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.1069659956452" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="547.2457611046549" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6837510" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="531.325039469131" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1381241.75" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.766571666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 330.21@hcd42.00 [100.00-675.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="8.150827407837" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="330.21374293556744" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="675" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="330.2137429355672" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="330.21374293556744" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3674892.75" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="588">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="588">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=114" index="113" defaultArrayLength="163">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07048221655174" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="875.4628100009718" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4478196" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10202560268075" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="506545.59375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.770318333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 501.78@hcd42.00 [100.00-1015.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="12.648816108704" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="501.78272705617167" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1015" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="501.78272705617155" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="501.78272705617167" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2644261.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1740">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>hMLXx4JEWUBWOufn1kZZQMIfeil+g1lAbx7KNouEW0DJ1HsY1sVbQIovHhrRBFxA4Agj+osFXEAcRB4/hsVcQHeDwCB9BF1AEOEqiyMiYEDLWzLLQyNgQFiIAyzBQmBAl5QHLF1DYEDZrPzwagJhQBqXVbkdRGJApsMmGptjYkDcpsQAnGJjQFdnzMDGY2NAggFxYhijY0DE0XiCRaRjQMWmRAP1wmNAqrLiCfzBZEDZ3ududYNlQPX5uC/womVATNJnkczjZUAcODLX9sJmQG8BC5iZ42ZA5ZvemHQDZ0CJ26/Z9CJnQHZ8t9kaJGdAk3S/+U0lZ0ADRYN6yEJnQPnbivrsQ2dAMbEBwpZjaEBmtK6DLKRoQCTTgeT0w2hAs3FihcXlaEDsfSYGSQNpQO9iLkZ5BGlAr2t/SUqEaUCaDkzKGKNpQDaBH8vtwmlAG12dTfQiakCFnJ/tSiNqQDbESY9yY2pAe/EkcHGEakDhjO4wy6JqQCf79ZDpo2pAC6b9EBGlakD9rKISc+RqQFQNdlNFBGtAuU9vmPPDa0DTgsD7ykNsQIczyFvzRGxAuR+hXJtlbECR8Gw9SoRsQATfGd/cxGxAyxHj3ybjbEDDu2pCp0RtQJR+kqbL5G1Arcpjx00EbkBGNBBpzERuQPl+4MknZG5A9qTkqcdkbkCU17RqH4RuQLSevCpLhW5AddMNziIFb0C82wZTyMRvQO97w8qSEnBAfQksK1AicEBrtJYLXzJwQBoLbOx8UnBAyJ7WTIhicECJ0+TOv7FwQIk2Ue8QwnBATg9VL6XCcEDdH5Uw1PJwQA2hY7HqEXFA2hXVMf8icUA0rj0yvjJxQEGUQXJUM3FAuj2o8shCcUCgKfV1+8FxQFpP+tXBwnFAdxs11yXycUBOW7V5iFJyQJ/Pi1rRcnJAdD70GoqCckBpKl47fJJyQEX6MLw4snJA0YSbvELCckC9V289JuJyQNE2x8D+YnNACMYvYbxyc0DbCwZC/pJzQI1xbqK1onNArlzYoqeyc0CX8FTFfBJ0QLq8v6WQInRAGeFpx7didEBqt9AHM3J0QEVjQUgpg3RA3CQbafGjdECOAOqJFcN0QFi3ZuzvInVAwDPkDuiCdUDh4lEva5N1QA+2CjPcInZA2F9z050ydkA93HpTvjN2QAJi4XMtQ3ZAP9CE+gNDd0AqUTChEUR4QEd4loFyU3hA1uPnZFLTeEBeFlIlT+N4QOj8I4boAnlAbgGVK57UeUAUTGLshfN5QEbGy+xmA3pADu4esImDekDdNYeQPJN6QM/c/VGjy3pAwnrdU9cTe0CPSEh06yN7QBtPhVWlU3tA4zg0V4SUe0AD7Jg3raN7QHNDjQFQI31ApNv8wRw0fUCWtWWi5UN9QCMvB8lwQ35AuHB3CVdUfkCzQOBpHmR+QOfNyUxb1H5A7xGt76VDf0Ddb7NPm0R/QJgZGVDpU39AC2IlsMJVf0CZQVIQhFx/QKcFibDCZH9AbYkAs9TDf0C0hT0NBnKAQKsS+zAtAoFAxXIvsQ8KgUD5QLgURpKBQB197bRJmoFAXXJjtpXSgUDYE6CH4GqEQAcIXavw+oRARJgxrPAahUCSMGcsAiOFQB70Z7cNy4ZAy4EcGlAzh0C6gPA6OlOHQLnkJdtDW4dAh+8/rm07ikB4fHTuVkOKQEhUyDGUw4pAz/b8sYDLikBa8TFyetOKQF++hRW2U4tAfNO61bNbi0A=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1740">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=115" index="114" defaultArrayLength="159">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07066532209299" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1436.385090192447" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1891337.25" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1020866378612" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="141481.015625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.773983333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 712.83@hcd42.00 [100.00-1440.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="30.663656234741" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="712.836608038641" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1440" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="712.8366080386412" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="712.836608038641" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2332961.75" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1696">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>ctbXx4VEWUDxp+dn50ZZQGwheml+g1lAl0TsKa2UWUBvHso2i4RbQL+udJjCxFtA7vkiuokFXED0bGnnJgVeQEUpFOlkRV5AHl8yS0QjYEDunQNsxEJgQISoByxgQ2BAX6X80GkCYUBfxqPSHEJhQPjGJpqbY2JAvLBEg/bCY0BM0meRzONlQAdLPZLvA2ZAPVswHnXQZ0Cx3wHCnWNoQAWnLoaDBGlA/HN/iUuEaUBlZSfrHcRpQCJd9lD4o2pAJ1Vu0xsDa0CjLg/V3EFrQGiqIrXLRGtALKhK+fjka0C69R96FQVsQBM9wHvAQ2xA3YtAXiWkbEA4y+I/HONsQGAg7v/Q5GxAMek+Y5hkbUBO1mOHTwRuQP/aNOjGI25AqzGtqviCbkB1WIHL6KJuQO42uG9TRW9AVF+JMNBkb0AanV5R6oRvQPXkK6tKInBAl/KQK4ExcED8RZZrTjJwQBENES7ekXBAizR8zv+hcEBEJFEvDsJwQA70M1JHMXFAOKk9cr0ycUAE7qfyvEJxQNz3EZOzUnFA4FTLVjnicUANMTUXKfJxQMiHsHnOUXJAQlIbGuJhckBNJ528gcJyQDFN3n3a8nJAyabUohiyc0AplBJE9eFzQCqgE6nPonRAZJG7D1SjdUAcRyaQZLN1QFjCi5CrwnVAE6T2sMLSdUD0VUm001J2QEB4LldmwnZAoe8FONbidkD0iXCY4vJ2QFTsvntNcndA5CE9fmHSd0DB9MDgTTN4QHD8/wFVY3hAFsAnhnkDeUBEtTooaFN5QPG/pOheY3lAPL7kKYuTeUCqbF6s8PJ5QINlo83cI3pAtRMLjngzekACEQ9OEjR6QCT3G3AXg3pAGlVrM6gCe0C4y9UzrxJ7QE/Vg3VsU3tALo/ulX1je0C/igK4k7N7QPxAazhXw3tA1D5AuWfje0BbQ7u7AEN8QHgCJRzsUnxAYeJ8v8TTfEBheeef0ON8QESlUWDM83xA9wSRweAjfUCn6QXJP0N+QMg1MO3F435AcM6aDdLzfkBLERkQ6FN/QEOcS/CDW39A+ziAkG9jf0AI6Qn0x+t/QESOycsGOoBAZHL+K/1BgEB7ruZOB7KAQLN/hw89yoBAYOC8L0bSgEC8tpkRDxqBQI8OVzUuqoFAVT+LlQmygUCm3qWVC7aBQAMPwvVJuoFAndE3V47ygUB4GmxXbfqBQBg8hFcP/oFApxsUGUI6gkCp10n5WEKCQAwXj7vZmYJAlcvEe++hgkCIcEwf+SmDQBtc1wKBsoNA7ObwYlm2g0B7SAkDBbqDQM8WtURs+oNAnbjPpG7+g0Aog2DGxDqEQMvtlWbPQoRAHi/HpjlKhEAA54XKjdqEQLpz7gpL6oRAT1fuz/iqhUCrBR/wTLKFQDWOJDAis4VAkDQaUqf+hUDJBjRyigKGQDCgq7MVO4ZAUI/ck3NChkDjJ+GzJEOGQC6R+POqRoZASVUS9ItKhkAS9Re0ZEuGQJ4mFZo0ModAhgZtPQ2zh0D+ByphH0OIQEsXX0EcS4hA+7IKGVjbi0DXsD9ZUuOLQIhKFhB9U49ANCJLkHFbj0BSGy9xw32PQJUb1HOu449ATkEJtK7rj0C6A/Q0RZuRQEMucHX2rZFAg4SKde2xkUCMuE73APaRQMprafcF+pFALNBW2MIdkkCmHprkXPaTQEhaFVWKcZZA</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1696">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=116" index="115" defaultArrayLength="118">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07060428691257" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="793.386605629533" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="5053496" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="670.3260710663213" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="337444.71875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.778146666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 456.24@hcd42.00 [100.00-925.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="13.430791854858" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="456.2386420909793" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="925" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=111">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="456.2386420909793" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="456.2386420909793" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1819590.875" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1260">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>zc/Xx4REWUCaHcoWi4RbQJGDdBi8xFtA3A0juowFXEBmR8W7gkRcQLdUHr+IxVxAooLAAH0EXUDxpirLGiJgQPdaMqtDI2BA87Q0S54jYEChlQMsw0JgQOyY/PBnAmFAzP/ZkbwjYUCa4qMSIUJhQPhoIbUaomFA/cEm2ppjYkCjXEwebANjQBsgmAFygmNA7J1zAn2jY0BtqERD9cJjQF954mnzwWRApI9vzEQkZUAUnueua4NlQHPWZzHN42VA4OJgVnOjZkCZjRJ4vORmQMawt7kiJGdATTa/mUQlZ0DoG93inoRoQCJFrsMbpGhAmHKyw7ykaED17nnExMJoQBCHg4Q2xGhAOnmn7XkkakCQhHhO8kNqQPEpJfB5hGpAcYDRsfXEakBiOJ3SoONqQMHiplIV5WpA8evC1nWDa0ACqUoZ+eRrQO3JG7p0BGxAjarn+iUjbECiJu1a+SNsQMISGR++xGxAXnDAQHoEbUB0KmpikURtQEAn5sRPpG1AWSAQaclEbkANcg6uOgVvQJxOJlL6om9AjF/7sg3Db0Bo1tSTyuNvQCiA2tOk5G9A/9n+0L4CcUBjzw1TE1JxQPutyjYg4nFAbPL/FiXqcUC8M6G3awJyQDgDCP2X0nJAgn5wnVLickAzKIJkwfJzQHLW7MTQAnRALQ8v5lIzdECGZmtn8mJ0QLctrOnGuXRACzdbq6r6dEDxh5BrsQJ1QG75NO38QXVAv/htjZFKdUDtF6kNeFN1QIOPfM5Nc3VAtEs00pQCdkCadNRiUYN4QFJw4cRZ0nhAgX63RZPyeEBPw40Lh9N5QGcJ8wvG4nlAxpxbTITyeUC1JcmsAQN6QA++Ma3AEnpA7+jecw4Ue0DxYUOULiN7QJX/rXQ7M3tAq/Ujlodre0Cgy1U2CHN7QF3PXRY9dHtAlnNoOOvCe0Dpuax5vPN7QCAo4Rmh+3tAQjgWGp4DfEDpoG/dsYR8QOk32r29lHxAT4AW/1rEfEA0Jn5/9dN8QKYxAw6JA39AOKc9FJLzf0AjSYpq9gmAQFNO2FIFSoFAQ1IM89lRgUAgrUEz4lmBQMojldYQ2oFAN23KdhbigUBOYWt3UfqBQCrWnxc3AoJAuH6vnlgSg0DmS2jHemKEQNkEnadqaoRATHXSJ3ZyhEAvh7CJbrqEQC2wJcub8oRAhw1ba6T6hEBCCTjtckKFQJLNbQ2LSoVA3Scnd0zBhkD//55CRXuIQOwa1OJDg4hAWjqxxBfLiEA=</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1260">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=117" index="116" defaultArrayLength="2251">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.17082426546966" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1499.7357714795314" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="903895616" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="560.7492685013613" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="22543852" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.78367" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.715828299522" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="24012">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="24012">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=118" index="117" defaultArrayLength="63">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="102.05460583617635" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="958.4271983178191" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="25819674" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="136.0756916938431" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="6231942.5" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.802015" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 560.75@hcd42.00 [100.00-1135.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="2.757911920547" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="560.7492685013613" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1135" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="560.7492685013617" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="560.7492685013613" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="22543852" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="672">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="672">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=119" index="118" defaultArrayLength="177">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07052799293704" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="971.4994080833441" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3491611" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.102056120271" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="285170.5625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.805548333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 549.80@hcd42.00 [100.00-1110.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="23.63726234436" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="549.7992300552762" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1110" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="549.799230055276" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="549.7992300552762" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4662540" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1888">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>f8fXh4NEWUAnQOfH10ZZQOtvy+xZA1pA9Gxp5yYFXkDk4SqrIyJgQHVdMgtEI2BABYUDrMBCYEBnmgcMXkNgQA+p2OzWYmBAdyQptUSjYUCtc/51YcNhQFN01Xa/42FALaxHWQVCYkBz5B66a2JiQFDFJlqbY2JAJiD82rmDYkBXZ8zAxmNjQHF3ROPtwmNADMEVpG/iY0ANoRZpQ6NkQFHTZ6waI2VA3iA9LTdDZUCsye+OpoRlQGWYwM8VpGVA/WSG0NzBZUCj0GdRzONlQD5sZrZIpGZAV+E5Fx7EZkAgU4OaykJnQDN4VNtGYmdAR74pPGKCZ0CRGPoBcmJoQDJJLmZ1BGlAjXv/pvMjaUBUcn9JS4RpQKG6+Guh42lAmKQi1cpEa0BELPgV8GRrQLB5wJvJQ2xASUjIe/ZEbEDNvD0euaNsQAozE7/bw2xAlEQZn8XEbEB1xeX/juNsQD797j/y5GxA0KxqAqVEbUATTjdDc2NtQJaqkkbS5G1ANMNjp0wEbkBu07TKHoRuQIOkvApMhW5AWVySi3ilbkAxwQ0OIAVvQBES4w49JW9AlY2/SvsRcECdeMNKkhJwQGctKGu7IXBAUgosS1AicEBoZ5JLuTFwQGomBgwmQ3BAxAxsLH1ScEDkxHAMM1NwQGut1Gw9YnBA63UjsLfhcEAXDI5ww/FwQAgI9NAdAXFAtqs90r0ycUClBKQyJkJxQBySjJU8snFATradN+UBckDDZAR4WhFyQMdUCDjyEXJAtjsPOPwSckD1O254SSFyQGmatfmRUnJAgr+cHHLCckBGlwe9h9JyQC4W4l1s83JAu0Lc4j2zc0B4cLIjfNNzQEcNHeSI43NAE5TvZDoDdED8WycmKjJ0QGYsa6fpYnRADX49KJOCdECbC6aIUJJ0QMlVoQ1NUnVAuVoKc84idkBIoOHTNkN2QNxhG7VycnZAfDSNVZWDdkDQcfe1k5N2QJ43ZLbzo3ZAeRuwef4id0B1/IB6cEJ3QKN/8ZpgU3dAEp9be1pjd0BfPS386IJ3QC8VgT8mA3hAq01UgPIieECVbMBgOTN4QC/06GR703hASfEjxuYCeUDEHvuGSyN5QJtQzscWQ3lAjmU6KFxTeUADXQ4pRXN5QIykEA5PNHpAKHF2TqJDekAlWUwP1mN6QHZdiBBpk3pAMmfiE5UUe0CE1v73BLN7QLNnafgPw3tADXHrercjfED8tyC7vCt8QKND0B0+k3xAdpTLojtTfUBcd07lA7R9QDkFuWUOxH1AfsN4CYpUfkBjfKpJBlx+QGui4alTZH5ACmDKTHHUfkCRFDDtwON+QHL5AQ5aA39AeWi+Ks8RgEBqwWes11GAQOalFM5okoBAeUFHLgeagEBdbkqOgZqAQOV3sg4rqoBAUtQkcOzhgECgD1rw7+mAQAMxZnFNEoFA7NmbcWEagUB94dGxgyKBQGGiARK0KYFAKpAE8iQqgUDF2wfyoyqBQIHFIBJkLoFAPns7cmkygUBTGsCV/rmBQJA0FNlFOoJA71B9uRhKgkDaP7K5EFKCQAl9JnsaioJAKt3j3joag0BeYhl/SSKDQF8GJSCUSoNAIv/S54pyhEC/jzxIb4KEQG6l5altwoRAFVT7S8UShUDZmzCsyhqFQP+5oq2CUoVAPAnYLYlahUCMitH38tqGQDe/Bnj14oZAElykuK/6hkAT+Xq5/hqHQGn+rxn6IodA2O5hvNeKh0DD3Za8z5KHQJ2J0wIug4hAoX6QRj4TiUCVwMXGQhuJQHghOuhRU4lA3+ZuqENbiUCnQ6OoJWOJQAD2+HaYi4tAuHgut6aTi0Aq77VaqRuMQIBR67qyI4xAVRu3pcTDjUBd8XTJ9lOOQJFKqsn+W45A</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1888">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=120" index="119" defaultArrayLength="111">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0705203635395" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="793.4074796612352" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="7091555.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="286.1327121655024" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="517350.5625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.80956" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 456.24@hcd42.00 [100.00-925.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="11.149903297424" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="456.2387031262818" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="925" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="456.23870312628156" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="456.2387031262818" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="4447100" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1184">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1184">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=121" index="120" defaultArrayLength="173">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07047528871111" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="897.5728103368368" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="2352481.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="501.24281668246294" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="159372.171875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.813296666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 501.78@hcd42.00 [100.00-1015.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="16.581686019897" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="501.7830017150329" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1015" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="501.7830017150327" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="501.7830017150329" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3904338.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1848">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1848">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=122" index="121" defaultArrayLength="95">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07062962849461" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="728.0945442295521" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="9920754" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="359.23907307286674" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1487415.25" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.817285" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 359.70@hcd42.00 [100.00-730.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="3.704867839813" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="359.69608286979906" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="730" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=117">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="359.69608286979945" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="359.69608286979906" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2629539" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1016">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1016">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=123" index="122" defaultArrayLength="2047">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1677725003444" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.9719757039718" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="809506752" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="473.308354625175" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="24045448" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.82267" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.655013859272" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="21836">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="21836">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=124" index="123" defaultArrayLength="101">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="112.08670373893341" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="719.412302290919" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="17314394" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="199.18067497747512" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="2178125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.840618333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 416.25@hcd42.00 [100.00-845.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="2.597926139832" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="416.25060071290613" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="845" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="416.25060071290574" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="416.25060071290613" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="12980782" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1080">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1080">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=125" index="124" defaultArrayLength="200">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.1071236566268" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="851.3747084156887" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="6071975" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="136.07568326261935" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="422649.53125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.844191666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 469.21@hcd42.00 [100.00-950.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="12.885242462158" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="469.21361825065395" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="950" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="469.21361825065355" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="469.21361825065395" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="5547412" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAgMtpyUAAAACAc8y2QAAAAKBpa7JAAAAAQDye80AAAAAgt63LQAAAAIDJJhFBAAAAAPyZxkAAAADAhX7UQAAAAGBlZvNAAAAA4NjevkAAAAAg7PDDQAAAAKCLoRVBAAAAwMJnE0EAAACgC4XSQAAAAIB/Ls9AAAAAIObLGUEAAABA6xrYQAAAAGDkVPRAAAAAQJg7xEAAAAAAFQQTQQAAAOD5xNNAAAAAwNeTsUAAAABgxFHGQAAAAGCnqbFAAAAAYPsqu0AAAABAKozKQAAAAADBrsFAAAAAgJwLyUAAAABADO/fQAAAAEBPOblAAAAAYBXBskAAAACASja/QAAAAOCWULdAAAAAYKxcykAAAAAgg0O1QAAAACB66sNAAAAAALqn5UAAAABAblGxQAAAAGDBbrJAAAAAAO/dxkAAAACAKgjPQAAAAGBKCbdAAAAAAJy+wEAAAABAeHXgQAAAAICO7rBAAAAAgF7asUAAAABgsw7GQAAAAKAs87NAAAAAoM8zwEAAAACgfjSyQAAAAOCeccNAAAAAwOIhtkAAAAAgmgLPQAAAAOAR+cpAAAAAwOToukAAAABASEfHQAAAAADy6bBAAAAAQAYe7UAAAADgYRm7QAAAAMADjuxAAAAAwMgSt0AAAABgy222QAAAAODMqs9AAAAA4EOewEAAAACgxCu2QAAAAKArcgBBAAAAgEltwEAAAACgsTKzQAAAACCLTrVAAAAAwGY720AAAAAg/nHWQAAAACAx/dRAAAAAYP3uskAAAACASrKxQAAAAOBvafxAAAAAIDKS20AAAADgkSjHQAAAAODgx7FAAAAAYI1U1UAAAADAoe+2QAAAAEAVdrdAAAAAgFkY0UAAAABgM2TpQAAAACDyMNpAAAAAwIsLAkEAAADARsrXQAAAAGBMKtBAAAAAYNTH20AAAABAZZzEQAAAAIBkq7tAAAAAgNnSvkAAAADAw1n+QAAAAACVBuBAAAAAwFH66kAAAAAgvITnQAAAAMASkrlAAAAAIKmB2EAAAAAgW7vQQAAAAAB3ELVAAAAAoOhmw0AAAAAgoVrBQAAAAIAC7sJAAAAAoNrX40AAAACAHNfnQAAAACCz98FAAAAA4Gn7x0AAAACAMSi7QAAAAGDtI8xAAAAAoJYWukAAAACgiza3QAAAAOCD8uBAAAAA4KC900AAAADgbjrQQAAAAOCratBAAAAAABsC3EAAAADgEeuyQAAAAGDprrFAAAAAAPtQ0EAAAAAgMga2QAAAAABpILdAAAAAwBSw4UAAAABAI2vLQAAAAMDXhrRAAAAAQLzCwEAAAADAD0S2QAAAACAAbd9AAAAAoGDMtUAAAABgmK3QQAAAAMDk9s5AAAAA4EWE5UAAAACAHVHDQAAAAABnobJAAAAA4Hvl1UAAAADg4jSzQAAAAKBeQ7JAAAAAwEEmx0AAAABA8gq9QAAAAKA8OsdAAAAAIJpa2kAAAABgtY/4QAAAAGARUc9AAAAAYB9i00AAAACgjAjpQAAAAACsU9tAAAAAYBx/s0AAAAAAR8vbQAAAACCabrFAAAAAAIswD0EAAABg6yDnQAAAAGAArr5AAAAAwCi0skAAAABgN+PTQAAAAMD5ULRAAAAAgAc0skAAAADAqN/LQAAAAAAfZ79AAAAAAHKa10AAAAAAig+5QAAAAMDWXeFAAAAAoLDL3kAAAABAHLq4QAAAACC4jehAAAAAQG89wEAAAAAAxYL4QAAAAMDWftZAAAAAgHe+w0AAAABgSJu4QAAAAOCku8VAAAAAIFc6uEAAAACglQS+QAAAAEAiPMdAAAAAwLwcuEAAAADAtfjgQAAAAAAW9sJAAAAAINu64kAAAADAcdnWQAAAACDsg7JAAAAAgIu9uUAAAABAU5WzQAAAACBk3PpAAAAAwCD04kAAAACAf2C5QAAAAMAxZb5AAAAAYOgrx0AAAABAiPPFQAAAAABiJLNAAAAAoKmS8kAAAACgRFjeQAAAAEAJcMJAAAAAoJQktUAAAACAdQu4QAAAAODUJsNAAAAA4I1YvkAAAADgTNmzQAAAAACEicZAAAAAQMfFskAAAAAg2CfYQAAAAEDWTMJAAAAAIArk00AAAACAtxqyQA==</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=126" index="125" defaultArrayLength="116">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10750012143954" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="727.9961932676534" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="9321302" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="401.2862001735691" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="929602.125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.848021666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 402.73@hcd42.00 [100.00-820.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="3.328172206879" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="402.7269171837027" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="820" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="402.7269171837032" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="402.7269171837027" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3380709.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1240">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1240">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>AAAAoHdWzUAAAADAXX/tQAAAAKD7HNNAAAAAoFLc8kAAAADgI0XeQAAAAIDuvNVAAAAAIF8v2EAAAAAgXfjgQAAAAAB8vCpBAAAAAF+DEEEAAACg1EriQAAAAADc9MdAAAAAgBeb10AAAACgmH3JQAAAAKBNtslAAAAAoJlSyUAAAACAGr4jQQAAAAB6YeNAAAAAYNoz0UAAAABgPtvOQAAAAOBRHgdBAAAAIPP85EAAAACA7H74QAAAAKAbqthAAAAAQOJSJkEAAABAhkXdQAAAAEBjfsdAAAAA4DeRy0AAAADA/QDsQAAAAGAGButAAAAAQG6C1kAAAACgH+z8QAAAACA6+dZAAAAAoOKG+0AAAAAACE3vQAAAACCbwMlAAAAAYG2I70AAAAAAQj/0QAAAAICU3PJAAAAAgDlv4kAAAACgcdLOQAAAAOCHX/FAAAAAwPgU+EAAAAAgt/zwQAAAACBkB9dAAAAAwFO870AAAACgwhLnQAAAAGCRA+FAAAAAgL2Z4EAAAADA2ZDDQAAAACCI98hAAAAAoILa0EAAAACguATPQAAAAMA1G+NAAAAAQGmZF0EAAABgjYrdQAAAAEDPTeNAAAAAAOuu6UAAAABAZT7EQAAAAMB5Ge9AAAAAwOXh4EAAAADAPIb7QAAAAMCvLtRAAAAAIG2i2EAAAABgWQroQAAAAAD/jvNAAAAAAME7y0AAAACgnTcVQQAAAIDU1cNAAAAAABSF2EAAAABAzcXHQAAAAIDLwPVAAAAAwHJJx0AAAADg1ZHTQAAAAECdKNZAAAAAAIVPxUAAAACgJ4LQQAAAACASV+dAAAAAQPGbxkAAAACgvlHfQAAAAIDpvdFAAAAAQEwkxEAAAABAp0nmQAAAAEDyBNVAAAAA4CZW4EAAAADAlp3HQAAAAICd6dJAAAAAIGX14kAAAADA98TxQAAAAEDK8s9AAAAAII+mzkAAAABAhF4sQQAAAOAAoRlBAAAAYCBUD0EAAACgKObgQAAAAADkxxtBAAAAADkQxEAAAACAJw/DQAAAAECOOtNAAAAAoMfezkAAAABgIWXOQAAAAADXPeJAAAAA4FZKykAAAADg4eDgQAAAAGDQ5s9AAAAAYIDA40AAAAAgAYcKQQAAAOCjreFAAAAAILrMyUAAAACAHUXIQAAAAMC8K9dAAAAAAArY7kAAAADAmHXUQAAAAMDMssJAAAAAgKnWx0AAAACgVx/OQA==</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=127" index="126" defaultArrayLength="134">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07056124588135" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="763.6201316257003" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="5469747" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="286.1326499555377" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="440585.40625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.85172" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 304.49@hcd42.00 [100.00-925.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="7.387261390686" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="304.49487027150576" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="925" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="304.49487027150576" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="304.49487027150576" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="3" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2431837.75" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1432">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1432">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=128" index="127" defaultArrayLength="119">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07052417070246" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1643.9181952913852" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="203975.84375" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="866.4657731353738" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="31625.052734375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.855303333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 867.42@hcd42.00 [100.00-1745.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="175.502456665039" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="867.4251132373131" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1745" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="867.4251132373133" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="867.4251132373131" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1011615.5625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1272">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1272">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=129" index="128" defaultArrayLength="150">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.07008324514226" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1025.0404548437664" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="419904.0625" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="539.2622458482867" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="58040.97265625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.862226666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 540.77@hcd42.00 [100.00-1095.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="50.472152709961" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="540.7700336143567" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1095" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="540.770033614357" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="540.7700336143567" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="797503.125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1600">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1600">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=130" index="129" defaultArrayLength="89">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0703824811646" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="578.2685626027417" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="527405.875" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="152.9466160127667" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="104833.65625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.866753333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 325.67@hcd42.00 [100.00-665.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="52.000625610352" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="325.6666128988721" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="665" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=123">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="325.66661289887185" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="325.6666128988721" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="119836.5625" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="952">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="952">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=131" index="130" defaultArrayLength="2107">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.17219755977607" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.516896488487" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="880332800" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="473.3084461781288" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="29449864" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.873003333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.641247689724" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="22476">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="22476">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=132" index="131" defaultArrayLength="86">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10711220943858" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="719.4137324189611" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="26362200" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="199.18065338637837" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="3656185" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.89126" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 416.25@hcd42.00 [100.00-845.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="2.785110473633" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="416.25072278351115" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="845" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="416.25072278351126" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="416.25072278351115" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="26849564" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="920">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="920">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=133" index="132" defaultArrayLength="200">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10690805248544" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="850.3891018792942" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="3182377.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.1021253285796" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="221637.203125" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.89485" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 469.21@hcd42.00 [100.00-950.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="10.823153495789" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="469.2138013565614" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="950" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="469.2138013565613" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="469.2138013565614" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="5859780" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="2136">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=134" index="133" defaultArrayLength="116">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10723149144737" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="628.3361358839147" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="14394799" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10209864700397" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="1598173.375" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.898633333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 402.73@hcd42.00 [100.00-820.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="4.565228462219" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="402.7269782190052" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="820" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="402.72697821900545" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="402.7269782190052" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="5730325" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1240">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1240">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=135" index="134" defaultArrayLength="107">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.1062658541813" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="975.5557998889502" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="562239.875" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="136.07560280086216" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="49769.5625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.902198333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 569.31@hcd42.00 [100.00-1150.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="36.236656188965" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="569.3116059134124" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1150" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="569.3116059134127" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="569.3116059134124" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2472434.5" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1144">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1144">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=136" index="135" defaultArrayLength="177">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10710844796509" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1023.428972434889" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="1181578.75" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="110.071065591336" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="106250.9140625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.90638" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 593.75@hcd42.00 [100.00-1200.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="46.437328338623" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="593.7547797197967" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1200" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=131">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="593.7547797197969" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="593.7547797197967" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="1941271" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1888">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1888">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=137" index="136" defaultArrayLength="2086">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.17961334903055" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.6797386755732" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="825990720" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="416.25060071290613" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="48729568" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.912503333333" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.677265048027" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="22252">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="22252">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=138" index="137" defaultArrayLength="139">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.0706416967366" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1020.8251678516533" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="700896.5625" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="570.375088713615" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="74286.4765625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.930255" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 569.31@hcd42.00 [100.00-1150.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="33.842910766602" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="569.3113617722024" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1150" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=137">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="569.3113617722026" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="569.3113617722024" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="795401.3125" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1484">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1484">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=139" index="138" defaultArrayLength="1865">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1975272103161" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.701223102055" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="736627840" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="416.2504481246499" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="44663212" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.936336666667" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.640390574932" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="19896">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="19896">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=140" index="139" defaultArrayLength="117">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10705096729872" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="855.4802810862977" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="4644253.5" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10218797906307" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="479061.46875" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.953715" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 491.79@hcd42.00 [100.00-995.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="15.211010932922" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="491.78767747074636" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="995" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=139">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="491.78767747074687" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="491.78767747074636" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="3383285" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1248">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>Z+NM7NlGWUBP3OwGkIRbQKEq6QyKBVxAtRzStYfFXEDZg7kfRSNgQKyQLyHBQmBA2t82oV5DYEDFsIuRRqNhQMIcB1M2w2FAMBwI00vDYUDRGXx0m+JhQFS4eDqcY2JALxVcZsZjY0BP6cZq9cJjQE6cHnsbI2VAYVScvDxDZUB6L6VfoIRlQDZFGyEdpGVALvwPxM7jZUD3SP7MP6RmQM/8eA4gxGZA/xbvL53jZkD1kmd08kNnQBoV3lV4Y2dA97nrVZ5kZ0CzMGkXuoRnQMnbxfu34mdAMzo46XcEaUChPK4K8yNpQMuHCht8hGpA/0v6HcPDakC2kH5/ceRqQPW4+ABGBGtAl3Jh4qIia0CQ5eKDFENrQLAFWSWSYmtA7YWluGsCbUCAJ754fgRtQHRPuFulRG1AfKg1nb5kbUAzTp3kTQRuQOMsG2ZyJG5AAtp1LerCbkAgXpjt0cVuQMMpiJAZBW9AazzznpQScEDCF67/TiJwQOxZayA9MnBARDA0wSRDcEBl1xjqxQJxQOHClwsBI3FAD19WTAwzcUCFNhDNsEJxQGZqzC2IUnFAVV+Jzm9icUC7XUTy0bJxQEh2mwLrEnNAIjNaA/kic0C21I6lf1JzQL/sDYe+cnNAUpPMp8qCc0DaRu7Sp3J0QIMSXzr8EnVA6rlOoOWSdUCmuQNnayN2QP2Fn5bAc3dAfFJat3mDd0C43BO4F5N3QANzVPqfw3dA3zPNO1bjd0A7hYy8cPN3QCaYPGOMg3hAovCb45KLeEBTz60HReN4QB8qHu+Pg3lAIQndz6CTeUB3AysGP3R7QD8S0ExtA3xAjlcU70Q0fECVpIxw8VN8QIfFCxIxdHxAdUdt3OBTfUAKRWtfWpR9QN41KsBspH1AAy/dQH2zfUBayt0jL/R9QGBEnIQ3BH5AiLn9a0GjfkBzEwfsCqR+QFOcEeztpH5ANE+9rGGzfkBsUsdsObR+QBu80cwZtX5Ag2mE7SPEfkD9VOqa1+R/QPWq6UFrUoBAYU9lw19ygEAGYpaIPuKAQAZMFYp5AoFAUVR0SnkKgUCujk7sYzKBQMp3rQxhOoFAd/t0ZMY6g0B4UtTEzEKDQG2Enoyn6oNAWQdkN8LShEBOSt07KDOFQG2p1B4Tc4VAF/AzHxh7hUDNyNfrdYuGQFvvPDZ0a4dAYS7He9Tih0CzXhcC3mqIQOX23MJ/e4hAcUk8w4WDiEASwTzdzrOKQEo0nJ3Xu4pA</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1248">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=141" index="140" defaultArrayLength="117">
          <cvParam cvRef="MS" accession="MS:1000580" value="" name="MSn spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="2" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="101.10706021709463" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="715.0550222080277" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="7710674" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="129.10211375412345" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="918374.0625" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.95761" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + c NSI d Full ms2 390.22@hcd42.00 [100.00-795.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="4.539102554321" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <userParam name="[mzLib]Monoisotopic M/Z:" value="390.2243542654243" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="100" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="795" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <precursorList count="1">
            <precursor spectrumRef="controllerType=0 controllerNumber=1 scan=139">
              <isolationWindow>
                <cvParam cvRef="MS" accession="MS:1000827" value="390.2243542654242" name="isolation window target m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000828" value="1.5" name="isolation window lower offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                <cvParam cvRef="MS" accession="MS:1000829" value="1.5" name="isolation window upper offset" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              </isolationWindow>
              <selectedIonList count="1">
                <selectedIon>
                  <cvParam cvRef="MS" accession="MS:1000744" value="390.2243542654243" name="selected ion m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000041" value="2" name="charge state" />
                  <cvParam cvRef="MS" accession="MS:1000042" value="2551079.25" name="peak intensity" />
                </selectedIon>
              </selectedIonList>
              <activation>
                <cvParam cvRef="MS" accession="MS:1000133" value="" name="collision-induced dissociation" />
              </activation>
            </precursor>
          </precursorList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1248">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1248">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
        <spectrum id="controllerType=0 controllerNumber=1 scan=142" index="141" defaultArrayLength="1930">
          <cvParam cvRef="MS" accession="MS:1000579" value="" name="MS1 spectrum" />
          <cvParam cvRef="MS" accession="MS:1000511" value="1" name="ms level" />
          <cvParam cvRef="MS" accession="MS:1000127" value="" name="centroid spectrum" />
          <cvParam cvRef="MS" accession="MS:1000130" value="" name="positive scan" />
          <cvParam cvRef="MS" accession="MS:1000528" value="300.1674368061806" name="lowest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000527" value="1498.3606461140719" name="highest observed m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000285" value="638811200" name="total ion current" />
          <cvParam cvRef="MS" accession="MS:1000504" value="416.2503870893474" name="base peak m/z" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
          <cvParam cvRef="MS" accession="MS:1000505" value="23596830" name="base peak intensity" unitAccession="MS:1000131" unitName="number of detector counts" unitCvRef="MS" />
          <scanList count="1">
            <cvParam cvRef="MS" accession="MS:1000795" value="" name="no combination" />
            <scan>
              <cvParam cvRef="MS" accession="MS:1000016" value="24.96317" name="scan start time" unitAccession="UO:0000031" unitName="minute" unitCvRef="UO" />
              <cvParam cvRef="MS" accession="MS:1000512" value="FTMS + p NSI Full ms [300.00-1500.00]" name="filter string" />
              <cvParam cvRef="MS" accession="MS:1000927" value="0.682260870934" name="ion injection time" unitAccession="UO:0000028" unitName="millisecond" unitCvRef="UO" />
              <scanWindowList count="1">
                <scanWindow>
                  <cvParam cvRef="MS" accession="MS:1000501" value="300" name="scan window lower limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                  <cvParam cvRef="MS" accession="MS:1000500" value="1500" name="scan window upper limit" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
                </scanWindow>
              </scanWindowList>
            </scan>
          </scanList>
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="20588">
              <cvParam cvRef="MS" accession="MS:1000514" value="" name="m/z array" unitAccession="MS:1000040" unitName="m/z" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="20588">
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </spectrum>
      </spectrumList>
      <chromatogramList count="1" defaultDataProcessingRef="mzLibProcessing">
        <chromatogram id="TIC" index="0" defaultArrayLength="142" dataProcessingRef="mzLibProcessing">
          <cvParam cvRef="MS" accession="MS:1000235" value="" name="total ion current chromatogram" />
          <binaryDataArrayList count="2">
            <binaryDataArray encodedLength="1516">
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <cvParam cvRef="MS" accession="MS:1000595" value="" name="time array" unitAccession="UO:0000031" unitName="Minutes" unitCvRef="UO" />
              <binary>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</binary>
            </binaryDataArray>
            <binaryDataArray encodedLength="1516">
              <cvParam cvRef="MS" accession="MS:1000523" value="" name="64-bit float" />
              <cvParam cvRef="MS" accession="MS:1000576" value="" name="no compression" />
              <cvParam cvRef="MS" accession="MS:1000515" value="" name="intensity array" unitAccession="MS:1000131" unitName="number of counts" unitCvRef="MS" />
              <binary>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</binary>
            </binaryDataArray>
          </binaryDataArrayList>
        </chromatogram>
      </chromatogramList>
    </run>
  </mzML>
  <indexList count="2">
    <index name="spectrum">
      <offset idRef="controllerType=0 controllerNumber=1 scan=1">2793</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=2">48009</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=3">55814</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=4">64186</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=5">71737</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=6">79590</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=7">126261</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=8">134071</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=9">141065</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=10">147614</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=11">154296</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=12">161890</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=13">167970</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=14">212019</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=15">218737</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=16">227718</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=17">233899</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=18">278620</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=19">286775</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=20">295888</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=21">303043</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=22">310279</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=23">354216</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=24">360529</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=25">367974</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=26">374211</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=27">381774</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=28">387316</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=29">432039</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=30">439393</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=31">447846</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=32">454146</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=33">461001</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=34">469225</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=35">478346</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=36">487474</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=37">530882</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=38">536547</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=39">543998</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=40">550073</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=41">556490</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=42">600530</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=43">606309</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=44">613577</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=45">619013</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=46">626342</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=47">667734</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=48">674584</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=49">682903</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=50">691077</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=51">698868</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=52">743363</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=53">750977</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=54">757634</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=55">765144</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=56">772528</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=57">779726</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=58">787510</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=59">794964</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=60">803345</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=61">810395</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=62">850941</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=63">857813</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=64">865523</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=65">873436</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=66">882099</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=67">888785</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=68">894902</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=69">902780</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=70">949125</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=71">955361</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=72">964479</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=73">972184</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=74">1018592</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=75">1025848</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=76">1032585</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=77">1040285</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=78">1047109</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=79">1055279</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=80">1064322</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=81">1110516</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=82">1117137</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=83">1124472</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=84">1131448</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=85">1137810</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=86">1146351</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=87">1153775</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=88">1161371</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=89">1167472</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=90">1175512</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=91">1183474</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=92">1226050</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=93">1233733</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=94">1241608</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=95">1250288</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=96">1257105</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=97">1302729</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=98">1309278</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=99">1316320</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=100">1323196</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=101">1332317</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=102">1340386</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=103">1348941</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=104">1396767</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=105">1403903</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=106">1410650</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=107">1419769</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=108">1425940</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=109">1432244</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=110">1438585</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=111">1445800</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=112">1491531</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=113">1497949</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=114">1503966</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=115">1512298</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=116">1520541</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=117">1527908</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=118">1579248</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=119">1585427</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=120">1594045</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=121">1601251</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=122">1609799</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=123">1616669</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=124">1663655</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=125">1670658</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=126">1679777</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=127">1687101</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=128">1694807</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=129">1702212</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=130">1710267</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=131">1717019</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=132">1765293</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=133">1771967</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=134">1781079</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=135">1788404</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=136">1795541</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=137">1804160</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=138">1851988</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=139">1859804</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=140">1902917</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=141">1910257</offset>
      <offset idRef="controllerType=0 controllerNumber=1 scan=142">1917592</offset>
    </index>
    <index name="chromatogram">
      <offset idRef="TIC">1962183</offset>
    </index>
  </indexList>
  <indexListOffset>1966459</indexListOffset>
  <fileChecksum>bea688a6c0f7fd609d1a3f4b652cfa45e5c7071a</fileChecksum>
</indexedmzML>