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comparison test-data/Miro_SplitIn.gff3 @ 0:f678e282b320 draft default tip

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"planemo upload"
author cpt_testbed
date Fri, 06 May 2022 07:07:23 +0000
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-1:000000000000 0:f678e282b320
1 ##gff-version 3
2 Miro feature gene 7454 7906 . - . ID=Miro_8
3 Miro GenBank CDS 7454 7894 . - 1 ID=Miro_8.CDS;Name=Miro_8;Parent=Miro_8;obsolete_name=Miro_156;product=hypothetical conserved
4 Miro GenBank Shine_Dalgarno_sequence 7903 7906 . - 1 Alias=Miro_8;ID=Miro_8.RBS;Name=Miro_8;Parent=Miro_8
5 Miro feature gene 7917 8512 . - . ID=Miro_9
6 Miro GenBank CDS 7917 8501 . - 1 ID=Miro_9.CDS;Name=Miro_9;Parent=Miro_9;obsolete_name=Miro_155;product=hypothetical conserved
7 Miro GenBank Shine_Dalgarno_sequence 8509 8512 . - 1 Alias=Miro_9;ID=Miro_9.RBS;Name=Miro_9;Parent=Miro_9
8 Miro feature gene 123276 124212 . + . ID=Miro_206
9 Miro GenBank CDS 123286 124212 . + 1 Alias=Miro_206;ID=Miro_206.CDS;Name=Miro_206;Parent=Miro_206;obsolete_name=Miro_234;product=hypothetical conserved
10 Miro GenBank Shine_Dalgarno_sequence 123276 123279 . + 1 ID=Miro_206.rbs;Name=Miro_206;Parent=Miro_206
11 Miro feature gene 68490 70715 . - . ID=Miro_117
12 Miro GenBank CDS 68490 70706 . - 1 ID=Miro_117.CDS;Name=Miro_117;Note=contains von Willebrand factor%2C type A;Parent=Miro_117;obsolete_name=Miro_047;product=hypothetical conserved
13 Miro GenBank Shine_Dalgarno_sequence 70713 70715 . - 1 Alias=Miro_117;ID=Miro_117.RBS;Name=Miro_117;Parent=Miro_117
14 Miro feature gene 115729 116735 . + . ID=Miro_200
15 Miro GenBank CDS 115743 116735 . + 1 Alias=Miro_200;ID=Miro_200.CDS;Name=Miro_200;Note=T4 gp6-like;Parent=Miro_200;obsolete_name=Miro_240;product=baseplate structural protein
16 Miro GenBank Shine_Dalgarno_sequence 115729 115732 . + 1 ID=Miro_200.RBS;Name=Miro_200;Parent=Miro_200
17 Miro feature gene 116735 117608 . + . ID=Miro_201
18 Miro GenBank CDS 116745 117608 . + 1 Alias=Miro_201;ID=Miro_201.CDS;Name=Miro_201;Note=T4 gp9/gp10-like;Parent=Miro_201;obsolete_name=Miro_239;product=baseplate structural protein
19 Miro GenBank Shine_Dalgarno_sequence 116735 116738 . + 1 ID=Miro_201.RBS;Name=Miro_201;Parent=Miro_201
20 Miro feature gene 117595 119422 . + . ID=Miro_202
21 Miro GenBank CDS 117605 119422 . + 1 Alias=Miro_202;ID=Miro_202.CDS;Name=Miro_202;Note=T4 gp9/gp10-like;Parent=Miro_202;obsolete_name=Miro_238;product=baseplate structural protein
22 Miro GenBank Shine_Dalgarno_sequence 117595 117597 . + 1 ID=Miro_202.RBS;Name=Miro_202;Parent=Miro_202
23 Miro feature gene 119412 120090 . + . ID=Miro_203
24 Miro GenBank CDS 119422 120090 . + 1 Alias=Miro_203;ID=Miro_203.CDS;Name=Miro_203;Note=T4 gp11-like;Parent=Miro_203;obsolete_name=Miro_237;product=baseplate to short tail fiber connector protein
25 Miro GenBank Shine_Dalgarno_sequence 119412 119415 . + 1 ID=Miro_203.RBS;Name=Miro_203;Parent=Miro_203
26 Miro feature gene 81829 81940 . - . ID=Miro_142
27 Miro GenBank CDS 81829 81927 . - 1 ID=Miro_142.CDS;Name=Miro_142;Parent=Miro_142;obsolete_name=Miro_022;product=hypothetical conserved;tmhelix=1 TMD %284-26%29 N out%2C C in
28 Miro GenBank Shine_Dalgarno_sequence 81938 81940 . - 1 Alias=Miro_142;ID=Miro_142.RBS;Name=Miro_142;Parent=Miro_142
29 Miro feature gene 1 910 . - . ID=Miro_1
30 Miro GenBank CDS 1 900 . - 1 ID=Miro_1.CDS;Name=Miro_1;Parent=Miro_1;obsolete_name=Miro_163;product=rIIb
31 Miro GenBank Shine_Dalgarno_sequence 908 910 . - 1 Alias=Miro_1;ID=Miro_1.RBS;Name=Miro_1;Parent=Miro_1
32 Miro feature gene 900 3173 . - . ID=Miro_2
33 Miro GenBank CDS 900 3161 . - 1 ID=Miro_2.CDS;Name=Miro_2;Parent=Miro_2;obsolete_name=Miro_162;product=rIIa
34 Miro GenBank Shine_Dalgarno_sequence 3171 3173 . - 1 Alias=Miro_2;ID=Miro_2.RBS;Name=Miro_2;Parent=Miro_2
35 Miro feature gene 3172 3417 . - . ID=Miro_3
36 Miro GenBank CDS 3172 3408 . - 1 ID=Miro_3.CDS;Name=Miro_3;Parent=Miro_3;obsolete_name=Miro_161;product=hypothetical conserved;tmhelix=1 TMD %2812-34%29 N in%2C C out
37 Miro GenBank Shine_Dalgarno_sequence 3414 3417 . - 1 Alias=Miro_3;ID=Miro_3.RBS;Name=Miro_3;Parent=Miro_3
38 Miro feature gene 3412 3979 . - . ID=Miro_4
39 Miro GenBank CDS 3412 3966 . - 1 ID=Miro_4.CDS;Name=Miro_4;Note=contains SprT domain;Parent=Miro_4;obsolete_name=Miro_160;product=hypothetical conserved
40 Miro GenBank Shine_Dalgarno_sequence 3975 3979 . - 1 Alias=Miro_4;ID=Miro_4.RBS;Name=Miro_4;Parent=Miro_4
41 Miro feature gene 4038 5334 . - . ID=Miro_5
42 Miro GenBank CDS 4038 5324 . - 1 ID=Miro_5.CDS;Name=Miro_5;Note=T4 gp52-like;Parent=Miro_5;obsolete_name=Miro_159;product=DNA topoisomerase II medium subunit
43 Miro GenBank Shine_Dalgarno_sequence 5331 5334 . - 1 Alias=Miro_5;ID=Miro_5.RBS;Name=Miro_5;Parent=Miro_5
44 Miro feature gene 5324 7231 . - . ID=Miro_6
45 Miro GenBank CDS 5324 7222 . - 1 ID=Miro_6.CDS;Name=Miro_6;Note=T4 gp39-like;Parent=Miro_6;obsolete_name=Miro_158;product=DNA topoisomerase II%2C large subunit
46 Miro GenBank Shine_Dalgarno_sequence 7228 7231 . - 1 Alias=Miro_6;ID=Miro_6.RBS;Name=Miro_6;Parent=Miro_6
47 Miro feature gene 7290 7465 . - . ID=Miro_7
48 Miro GenBank CDS 7290 7454 . - 1 ID=Miro_7.CDS;Name=Miro_7;Note=contains zinc ribbon domain;Parent=Miro_7;obsolete_name=Miro_157;product=hypothetical conserved
49 Miro GenBank Shine_Dalgarno_sequence 7463 7465 . - 1 Alias=Miro_7;ID=Miro_7.RBS;Name=Miro_7;Parent=Miro_7
50 Miro feature gene 124212 124968 . + . ID=Miro_207
51 Miro GenBank CDS 124222 124968 . + 1 Alias=Miro_207;ID=Miro_207.CDS;Name=Miro_207;Note=T4 gp14-like;Parent=Miro_207;obsolete_name=Miro_233;product=neck protein
52 Miro GenBank Shine_Dalgarno_sequence 124212 124216 . + 1 ID=Miro_207.RBS;Name=Miro_207;Parent=Miro_207
53 Miro feature gene 173061 173361 . - . ID=Miro_269
54 Miro GenBank CDS 173061 173351 . - 1 ID=Miro_269.CDS;Name=Miro_269;Parent=Miro_269;obsolete_name=Miro_171;product=hypothetical conserved
55 Miro GenBank Shine_Dalgarno_sequence 173358 173361 . - 1 Alias=Miro_269;ID=Miro_269.RBS;Name=Miro_269;Parent=Miro_269
56 Miro feature gene 66523 66819 . - . ID=Miro_112
57 Miro GenBank CDS 66523 66807 . - 1 ID=Miro_112.CDS;Name=Miro_112;Parent=Miro_112;obsolete_name=Miro_052;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18
58 Miro GenBank Shine_Dalgarno_sequence 66816 66819 . - 1 Alias=Miro_112;ID=Miro_112.RBS;Name=Miro_112;Parent=Miro_112
59 Miro feature gene 66879 67172 . - . ID=Miro_113
60 Miro GenBank CDS 66879 67163 . - 1 ID=Miro_113.CDS;Name=Miro_113;Parent=Miro_113;obsolete_name=Miro_051;product=hypothetical conserved
61 Miro GenBank Shine_Dalgarno_sequence 67169 67172 . - 1 Alias=Miro_113;ID=Miro_113.RBS;Name=Miro_113;Parent=Miro_113
62 Miro feature gene 44560 45732 . + . ID=Miro_69
63 Miro GenBank CDS 44575 45732 . + 1 Alias=Miro_69;ID=Miro_69.CDS;Name=Miro_69;Note=T4 RNA ligase 1-like;Parent=Miro_69;obsolete_name=Miro_095;product=RNA ligase
64 Miro GenBank Shine_Dalgarno_sequence 44560 44562 . + 1 ID=Miro_69.RBS;Name=Miro_69;Parent=Miro_69
65 Miro feature gene 44216 44594 . + . ID=Miro_68
66 Miro GenBank CDS 44229 44594 . + 1 Alias=Miro_68;ID=Miro_68.CDS;Name=Miro_68;Note=contains GIY-YIG domain;Parent=Miro_68;obsolete_name=Miro_096;product=homing endonuclease
67 Miro GenBank Shine_Dalgarno_sequence 44216 44218 . + 1 ID=Miro_68.RBS;Name=Miro_68;Parent=Miro_68
68 Miro GenBank CDS 43905 44225 . + 1 ID=Miro_67;Name=Miro_67;obsolete_name=Miro_097;product=hypothetical conserved
69 Miro feature gene 42748 43933 . + . ID=Miro_66
70 Miro GenBank CDS 42758 43933 . + 1 Alias=Miro_66;ID=Miro_66.CDS;Name=Miro_66;Note=T4 NrdB-like;Parent=Miro_66;obsolete_name=Miro_098;product=ribonucleotide reductase%2C small subunit
71 Miro GenBank Shine_Dalgarno_sequence 42748 42751 . + 1 ID=Miro_66.RBS;Name=Miro_66;Parent=Miro_66
72 Miro feature gene 40459 42721 . + . ID=Miro_65
73 Miro GenBank CDS 40469 42721 . + 1 Alias=Miro_65;ID=Miro_65.CDS;Name=Miro_65;Note=T4 NrdA-like%3B E-val 0;Parent=Miro_65;obsolete_name=Miro_099;product=ribonucleotide reductase%2C large subunit
74 Miro GenBank Shine_Dalgarno_sequence 40459 40462 . + 1 ID=Miro_65.RBS;Name=Miro_65;Parent=Miro_65
75 Miro feature gene 39545 40429 . + . ID=Miro_64
76 Miro GenBank CDS 39554 40429 . + 1 Alias=Miro_64;ID=Miro_64.CDS;Name=Miro_64;Note=T4-like;Parent=Miro_64;obsolete_name=Miro_100;product=thymidylate synthase
77 Miro GenBank Shine_Dalgarno_sequence 39545 39548 . + 1 ID=Miro_64.RBS;Name=Miro_64;Parent=Miro_64
78 Miro feature gene 38964 39552 . + . ID=Miro_63
79 Miro GenBank CDS 38974 39552 . + 1 Alias=Miro_63;ID=Miro_63.CDS;Name=Miro_63;Note=T4-like;Parent=Miro_63;obsolete_name=Miro_101;product=dihydrofolate reductase
80 Miro GenBank Shine_Dalgarno_sequence 38964 38966 . + 1 ID=Miro_63.RBS;Name=Miro_63;Parent=Miro_63
81 Miro feature gene 38710 38977 . + . ID=Miro_62
82 Miro GenBank CDS 38720 38977 . + 1 Alias=Miro_62;ID=Miro_62.CDS;Name=Miro_62;Parent=Miro_62;obsolete_name=Miro_102;product=hypothetical conserved
83 Miro GenBank Shine_Dalgarno_sequence 38710 38713 . + 1 ID=Miro_62.RBS;Name=Miro_62;Parent=Miro_62
84 Miro feature gene 38483 38723 . + . ID=Miro_61
85 Miro GenBank CDS 38493 38723 . + 1 Alias=Miro_61;ID=Miro_61.CDS;Name=Miro_61;Parent=Miro_61;obsolete_name=Miro_103;product=hypothetical conserved
86 Miro GenBank Shine_Dalgarno_sequence 38483 38486 . + 1 ID=Miro_61.RBS;Name=Miro_61;Parent=Miro_61
87 Miro feature gene 38194 38496 . + . ID=Miro_60
88 Miro GenBank CDS 38206 38496 . + 1 Alias=Miro_60;ID=Miro_60.CDS;Name=Miro_60;Parent=Miro_60;obsolete_name=Miro_104;product=hypothetical conserved
89 Miro GenBank Shine_Dalgarno_sequence 38194 38197 . + 1 ID=Miro_60.RBS;Name=Miro_60;Parent=Miro_60
90 Miro feature gene 97404 97739 . - . ID=Miro_176
91 Miro GenBank CDS 97404 97727 . - 1 ID=Miro_176.CDS;Name=Miro_176;Parent=Miro_176;obsolete_name=Miro_264;product=hypothetical conserved;tmhelix=1 TMD %2884-106%29 N in%2C C out
92 Miro GenBank Shine_Dalgarno_sequence 97736 97739 . - 1 Alias=Miro_176;ID=Miro_176.RBS;Name=Miro_176;Parent=Miro_176
93 Miro feature gene 97756 98022 . - . ID=Miro_177
94 Miro GenBank CDS 97756 98013 . - 1 ID=Miro_177.CDS;Name=Miro_177;Parent=Miro_177;obsolete_name=Miro_263;product=hypothetical conserved
95 Miro GenBank Shine_Dalgarno_sequence 98020 98022 . - 1 Alias=Miro_177;ID=Miro_177.RBS;Name=Miro_177;Parent=Miro_177
96 Miro feature gene 95966 96891 . - . ID=Miro_174
97 Miro GenBank CDS 95966 96880 . - 1 ID=Miro_174.CDS;Name=Miro_174;Parent=Miro_174;obsolete_name=Miro_266;product=hypothetical conserved
98 Miro GenBank Shine_Dalgarno_sequence 96889 96891 . - 1 Alias=Miro_174;ID=Miro_174.RBS;Name=Miro_174;Parent=Miro_174
99 Miro feature gene 96877 97416 . - . ID=Miro_175
100 Miro GenBank CDS 96877 97404 . - 1 ID=Miro_175.CDS;Name=Miro_175;Parent=Miro_175;obsolete_name=Miro_265;product=hypothetical conserved
101 Miro GenBank Shine_Dalgarno_sequence 97414 97416 . - 1 Alias=Miro_175;ID=Miro_175.RBS;Name=Miro_175;Parent=Miro_175
102 Miro feature gene 95498 95705 . - . ID=Miro_172
103 Miro GenBank CDS 95498 95692 . - 1 ID=Miro_172.CDS;Name=Miro_172;Note=heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_172;obsolete_name=Miro_268;product=hypothetical conserved
104 Miro GenBank Shine_Dalgarno_sequence 95702 95705 . - 1 Alias=Miro_172;ID=Miro_172.RBS;Name=Miro_172;Parent=Miro_172
105 Miro feature gene 95689 95900 . - . ID=Miro_173
106 Miro GenBank CDS 95689 95889 . - 1 ID=Miro_173.CDS;Name=Miro_173;Parent=Miro_173;obsolete_name=Miro_267;product=hypothetical conserved
107 Miro GenBank Shine_Dalgarno_sequence 95897 95900 . - 1 Alias=Miro_173;ID=Miro_173.RBS;Name=Miro_173;Parent=Miro_173
108 Miro feature gene 94533 95117 . - . ID=Miro_170
109 Miro GenBank CDS 94533 95108 . - 1 ID=Miro_170.CDS;Name=Miro_170;Parent=Miro_170;obsolete_name=Miro_270;product=hypothetical conserved
110 Miro GenBank Shine_Dalgarno_sequence 95114 95117 . - 1 Alias=Miro_170;ID=Miro_170.RBS;Name=Miro_170;Parent=Miro_170
111 Miro feature gene 95116 95524 . - . ID=Miro_171
112 Miro GenBank CDS 95116 95514 . - 1 ID=Miro_171.CDS;Name=Miro_171;Parent=Miro_171;obsolete_name=Miro_269;product=hypothetical conserved
113 Miro GenBank Shine_Dalgarno_sequence 95520 95524 . - 1 Alias=Miro_171;ID=Miro_171.RBS;Name=Miro_171;Parent=Miro_171
114 Miro feature gene 98015 98410 . - . ID=Miro_178
115 Miro GenBank CDS 98015 98398 . - 1 ID=Miro_178.CDS;Name=Miro_178;Parent=Miro_178;obsolete_name=Miro_262;product=hypothetical conserved
116 Miro GenBank Shine_Dalgarno_sequence 98408 98410 . - 1 Alias=Miro_178;ID=Miro_178.RBS;Name=Miro_178;Parent=Miro_178
117 Miro feature gene 98409 98826 . - . ID=Miro_179
118 Miro GenBank CDS 98409 98816 . - 1 ID=Miro_179.CDS;Name=Miro_179;Parent=Miro_179;obsolete_name=Miro_261;product=NUDIX hydrolase
119 Miro GenBank Shine_Dalgarno_sequence 98823 98826 . - 1 Alias=Miro_179;ID=Miro_179.RBS;Name=Miro_179;Parent=Miro_179
120 Miro feature gene 105709 106188 . - . ID=Miro_194
121 Miro GenBank CDS 105709 106176 . - 1 ID=Miro_194.CDS;Name=Miro_194;Parent=Miro_194;obsolete_name=Miro_246;product=restriction endonuclease
122 Miro GenBank Shine_Dalgarno_sequence 106185 106188 . - 1 Alias=Miro_194;ID=Miro_194.RBS;Name=Miro_194;Parent=Miro_194
123 Miro feature gene 106215 106781 . + . ID=Miro_195
124 Miro GenBank CDS 106227 106781 . + 1 Alias=Miro_195;ID=Miro_195.CDS;Name=Miro_195;Note=T4 gp53-like;Parent=Miro_195;obsolete_name=Miro_245;product=baseplate wedge protein
125 Miro GenBank Shine_Dalgarno_sequence 106215 106218 . + 1 ID=Miro_195.RBS;Name=Miro_195;Parent=Miro_195
126 Miro feature gene 106763 108547 . + . ID=Miro_196
127 Miro GenBank CDS 106778 108547 . + 1 Alias=Miro_196;ID=Miro_196.CDS;Name=Miro_196;Note=T4 gp5-like;Parent=Miro_196;obsolete_name=Miro_244;product=baseplate hub structural protein and tail lysozyme
128 Miro GenBank Shine_Dalgarno_sequence 106763 106765 . + 1 ID=Miro_196.RBS;Name=Miro_196;Parent=Miro_196
129 Miro feature gene 108542 110618 . + . ID=Miro_197
130 Miro GenBank CDS 108552 110618 . + 1 Alias=Miro_197;ID=Miro_197.CDS;Name=Miro_197;Parent=Miro_197;obsolete_name=Miro_243;product=hypothetical conserved
131 Miro GenBank Shine_Dalgarno_sequence 108542 108545 . + 1 ID=Miro_197.RBS;Name=Miro_197;Parent=Miro_197
132 Miro feature gene 102567 103107 . - . ID=Miro_190
133 Miro GenBank CDS 102567 103097 . - 1 ID=Miro_190.CDS;Name=Miro_190;Note=T4 gp19-like;Parent=Miro_190;obsolete_name=Miro_250;product=tail tube protein
134 Miro GenBank Shine_Dalgarno_sequence 103103 103107 . - 1 Alias=Miro_190;ID=Miro_190.RBS;Name=Miro_190;Parent=Miro_190
135 Miro feature gene 103455 104255 . + . ID=Miro_191
136 Miro GenBank CDS 103467 104255 . + 1 Alias=Miro_191;ID=Miro_191.CDS;Name=Miro_191;Parent=Miro_191;obsolete_name=Miro_249;product=hypothetical conserved
137 Miro GenBank Shine_Dalgarno_sequence 103455 103458 . + 1 ID=Miro_191.RBS;Name=Miro_191;Parent=Miro_191
138 Miro feature gene 104349 104819 . + . ID=Miro_192
139 Miro GenBank CDS 104361 104819 . + 1 Alias=Miro_192;ID=Miro_192.CDS;Name=Miro_192;Note=contains AP2/ERF domain;Parent=Miro_192;obsolete_name=Miro_248;product=homing endonuclease
140 Miro GenBank Shine_Dalgarno_sequence 104349 104351 . + 1 ID=Miro_192.RBS;Name=Miro_192;Parent=Miro_192
141 Miro feature gene 73313 73582 . - . ID=Miro_124
142 Miro GenBank CDS 73313 73570 . - 1 ID=Miro_124.CDS;Name=Miro_124;Parent=Miro_124;obsolete_name=Miro_040;product=hypothetical conserved
143 Miro GenBank Shine_Dalgarno_sequence 73579 73582 . - 1 Alias=Miro_124;ID=Miro_124.RBS;Name=Miro_124;Parent=Miro_124
144 Miro feature gene 125036 125872 . + . ID=Miro_208
145 Miro GenBank CDS 125048 125872 . + 1 Alias=Miro_208;ID=Miro_208.CDS;Name=Miro_208;Parent=Miro_208;obsolete_name=Miro_232;product=hypothetical conserved
146 Miro GenBank Shine_Dalgarno_sequence 125036 125039 . + 1 ID=Miro_208.RBS;Name=Miro_208;Parent=Miro_208
147 Miro feature gene 110635 112575 . + . ID=Miro_198
148 Miro GenBank CDS 110650 112575 . + 1 Alias=Miro_198;ID=Miro_198.CDS;Name=Miro_198;Parent=Miro_198;obsolete_name=Miro_242;product=hypothetical conserved
149 Miro GenBank Shine_Dalgarno_sequence 110635 110638 . + 1 ID=Miro_198.RBS;Name=Miro_198;Parent=Miro_198
150 Miro feature gene 112645 115742 . + . ID=Miro_199
151 Miro GenBank CDS 112656 115742 . + 1 Alias=Miro_199;ID=Miro_199.CDS;Name=Miro_199;Parent=Miro_199;obsolete_name=Miro_241;product=hypothetical conserved
152 Miro GenBank Shine_Dalgarno_sequence 112645 112648 . + 1 ID=Miro_199.RBS;Name=Miro_199;Parent=Miro_199
153 Miro feature gene 136157 136806 . + . ID=Miro_219
154 Miro GenBank CDS 136168 136806 . + 1 Alias=Miro_219;ID=Miro_219.CDS;Name=Miro_219;Note=contains GIY-YIG domain;Parent=Miro_219;obsolete_name=Miro_221;product=homing endonuclease
155 Miro GenBank Shine_Dalgarno_sequence 136157 136160 . + 1 ID=Miro_219.RBS;Name=Miro_219;Parent=Miro_219
156 Miro feature gene 125860 126369 . + . ID=Miro_209
157 Miro GenBank CDS 125872 126369 . + 1 Alias=Miro_209;ID=Miro_209.CDS;Name=Miro_209;Note=T4 gp16-like;Parent=Miro_209;obsolete_name=Miro_231;product=terminase%2C small subunit
158 Miro GenBank Shine_Dalgarno_sequence 125860 125863 . + 1 ID=Miro_209.RBS;Name=Miro_209;Parent=Miro_209
159 Miro feature gene 93915 94204 . - . ID=Miro_169
160 Miro GenBank CDS 93915 94193 . - 1 ID=Miro_169.CDS;Name=Miro_169;Parent=Miro_169;obsolete_name=Miro_271;product=hypothetical conserved
161 Miro GenBank Shine_Dalgarno_sequence 94201 94204 . - 1 Alias=Miro_169;ID=Miro_169.RBS;Name=Miro_169;Parent=Miro_169
162 Miro feature gene 93592 93854 . - . ID=Miro_168
163 Miro GenBank CDS 93592 93843 . - 1 ID=Miro_168.CDS;Name=Miro_168;Parent=Miro_168;obsolete_name=Miro_272;product=hypothetical conserved
164 Miro GenBank Shine_Dalgarno_sequence 93849 93854 . - 1 Alias=Miro_168;ID=Miro_168.RBS;Name=Miro_168;Parent=Miro_168
165 Miro feature gene 48763 49277 . + . ID=Miro_78
166 Miro GenBank CDS 48771 49277 . + 1 Alias=Miro_78;ID=Miro_78.CDS;Name=Miro_78;Note=T4-like;Parent=Miro_78;obsolete_name=Miro_086;product=dCMP deaminase
167 Miro GenBank Shine_Dalgarno_sequence 48763 48765 . + 1 ID=Miro_78.RBS;Name=Miro_78;Parent=Miro_78
168 Miro feature gene 49267 49634 . + . ID=Miro_79
169 Miro GenBank CDS 49281 49634 . + 1 Alias=Miro_79;ID=Miro_79.CDS;Name=Miro_79;Note=T4 gp31-like;Parent=Miro_79;obsolete_name=Miro_085;product=chaperonin-GroEL
170 Miro GenBank Shine_Dalgarno_sequence 49267 49269 . + 1 ID=Miro_79.RBS;Name=Miro_79;Parent=Miro_79
171 Miro feature gene 120090 121485 . + . ID=Miro_204
172 Miro GenBank CDS 120100 121485 . + 1 Alias=Miro_204;ID=Miro_204.CDS;Name=Miro_204;Note=T4 gp12-like;Parent=Miro_204;obsolete_name=Miro_236;product=short tail fiber protein
173 Miro GenBank Shine_Dalgarno_sequence 120090 120093 . + 1 ID=Miro_204.RBS;Name=Miro_204;Parent=Miro_204
174 Miro feature gene 47021 47916 . + . ID=Miro_74
175 Miro GenBank CDS 47032 47916 . + 1 Alias=Miro_74;ID=Miro_74.CDS;Name=Miro_74;Note=contains HAD-like domain;Parent=Miro_74;obsolete_name=Miro_090;product=nucleoside triphosphate hydrolase
176 Miro GenBank Shine_Dalgarno_sequence 47021 47023 . + 1 ID=Miro_74.RBS;Name=Miro_74;Parent=Miro_74
177 Miro feature gene 47957 48256 . + . ID=Miro_75
178 Miro GenBank CDS 47969 48256 . + 1 Alias=Miro_75;ID=Miro_75.CDS;Name=Miro_75;Parent=Miro_75;obsolete_name=Miro_089;product=hypothetical conserved
179 Miro GenBank Shine_Dalgarno_sequence 47957 47960 . + 1 ID=Miro_75.RBS;Name=Miro_75;Parent=Miro_75
180 Miro feature gene 48240 48504 . + . ID=Miro_76
181 Miro GenBank CDS 48253 48504 . + 1 Alias=Miro_76;ID=Miro_76.CDS;Name=Miro_76;Parent=Miro_76;obsolete_name=Miro_088;product=hypothetical conserved
182 Miro GenBank Shine_Dalgarno_sequence 48240 48242 . + 1 ID=Miro_76.RBS;Name=Miro_76;Parent=Miro_76
183 Miro feature gene 48485 48781 . + . ID=Miro_77
184 Miro GenBank CDS 48497 48781 . + 1 Alias=Miro_77;ID=Miro_77.CDS;Name=Miro_77;Parent=Miro_77;obsolete_name=Miro_087;product=hypothetical conserved
185 Miro GenBank Shine_Dalgarno_sequence 48485 48488 . + 1 ID=Miro_77.RBS;Name=Miro_77;Parent=Miro_77
186 Miro feature gene 45718 46265 . + . ID=Miro_70
187 Miro GenBank CDS 45729 46265 . + 1 Alias=Miro_70;ID=Miro_70.CDS;Name=Miro_70;Note=contains AP2/ERF domain;Parent=Miro_70;obsolete_name=Miro_094;product=homing endonuclease
188 Miro GenBank Shine_Dalgarno_sequence 45718 45721 . + 1 ID=Miro_70.RBS;Name=Miro_70;Parent=Miro_70
189 Miro feature gene 46221 46569 . + . ID=Miro_71
190 Miro GenBank CDS 46234 46569 . + 1 Alias=Miro_71;ID=Miro_71.CDS;Name=Miro_71;Note=T4 PseT.3-like;Parent=Miro_71;obsolete_name=Miro_093;product=i-spanin;tmhelix=1 TMD %2815-33%29 N out%2C C in
191 Miro GenBank Shine_Dalgarno_sequence 46221 46224 . + 1 ID=Miro_71.RBS;Name=Miro_71;Parent=Miro_71
192 Miro feature gene 46553 46883 . + . ID=Miro_72
193 Miro GenBank CDS 46566 46883 . + 1 Alias=Miro_72;ID=Miro_72.CDS;Name=Miro_72;Note=T4 PseT.2-like;Parent=Miro_72;obsolete_name=Miro_092;product=o-spanin;signal=signal peptidase II cleavage site 16-17
194 Miro GenBank Shine_Dalgarno_sequence 46553 46556 . + 1 ID=Miro_72.RBS;Name=Miro_72;Parent=Miro_72
195 Miro feature gene 46854 47035 . + . ID=Miro_73
196 Miro GenBank CDS 46868 47035 . + 1 Alias=Miro_73;ID=Miro_73.CDS;Name=Miro_73;Parent=Miro_73;obsolete_name=Miro_091;product=hypothetical conserved
197 Miro GenBank Shine_Dalgarno_sequence 46854 46856 . + 1 ID=Miro_73.RBS;Name=Miro_73;Parent=Miro_73
198 Miro feature gene 90380 90770 . - . ID=Miro_161
199 Miro GenBank CDS 90380 90760 . - 1 ID=Miro_161.CDS;Name=Miro_161;Parent=Miro_161;obsolete_name=Miro_003;product=hypothetical conserved
200 Miro GenBank Shine_Dalgarno_sequence 90767 90770 . - 1 Alias=Miro_161;ID=Miro_161.RBS;Name=Miro_161;Parent=Miro_161
201 Miro feature gene 90052 90410 . - . ID=Miro_160
202 Miro GenBank CDS 90052 90399 . - 1 ID=Miro_160.CDS;Name=Miro_160;Parent=Miro_160;obsolete_name=Miro_004;product=hypothetical conserved
203 Miro GenBank Shine_Dalgarno_sequence 90406 90410 . - 1 Alias=Miro_160;ID=Miro_160.RBS;Name=Miro_160;Parent=Miro_160
204 Miro feature gene 91043 92201 . - . ID=Miro_163
205 Miro GenBank CDS 91043 92197 . - 1 ID=Miro_163.CDS;Name=Miro_163;Note=contains 4Fe4S-binding SPASM domain;Parent=Miro_163;obsolete_name=Miro_001;product=radical SAM superfamily protein
206 Miro GenBank Shine_Dalgarno_sequence 92198 92201 . + 1 Alias=Miro_163;ID=Miro_163.RBS;Name=Miro_163;Parent=Miro_163
207 Miro feature gene 100922 101554 . - . ID=Miro_187
208 Miro GenBank CDS 100922 101545 . - 1 ID=Miro_187.CDS;Name=Miro_187;Parent=Miro_187;obsolete_name=Miro_253;product=hypothetical conserved
209 Miro GenBank Shine_Dalgarno_sequence 101551 101554 . - 1 Alias=Miro_187;ID=Miro_187.RBS;Name=Miro_187;Parent=Miro_187
210 Miro feature gene 100375 100923 . - . ID=Miro_186
211 Miro GenBank CDS 100375 100914 . - 1 ID=Miro_186.CDS;Name=Miro_186;Parent=Miro_186;obsolete_name=Miro_254;product=hypothetical conserved
212 Miro GenBank Shine_Dalgarno_sequence 100920 100923 . - 1 Alias=Miro_186;ID=Miro_186.RBS;Name=Miro_186;Parent=Miro_186
213 Miro feature gene 100169 100320 . - . ID=Miro_185
214 Miro GenBank CDS 100169 100309 . - 1 ID=Miro_185.CDS;Name=Miro_185;Parent=Miro_185;obsolete_name=Miro_255;product=hypothetical conserved
215 Miro GenBank Shine_Dalgarno_sequence 100315 100320 . - 1 Alias=Miro_185;ID=Miro_185.RBS;Name=Miro_185;Parent=Miro_185
216 Miro feature gene 90744 91055 . - . ID=Miro_162
217 Miro GenBank CDS 90744 91046 . - 1 ID=Miro_162.CDS;Name=Miro_162;Parent=Miro_162;obsolete_name=Miro_002;product=hypothetical conserved
218 Miro GenBank Shine_Dalgarno_sequence 91053 91055 . - 1 Alias=Miro_162;ID=Miro_162.RBS;Name=Miro_162;Parent=Miro_162
219 Miro feature gene 99593 99940 . - . ID=Miro_183
220 Miro GenBank CDS 99593 99928 . - 1 ID=Miro_183.CDS;Name=Miro_183;Note=contains heat shock protein DnaJ%2C cysteine-rich domain;Parent=Miro_183;obsolete_name=Miro_257;product=hypothetical conserved
221 Miro GenBank Shine_Dalgarno_sequence 99938 99940 . - 1 Alias=Miro_183;ID=Miro_183.RBS;Name=Miro_183;Parent=Miro_183
222 Miro feature gene 99303 99611 . - . ID=Miro_182
223 Miro GenBank CDS 99303 99596 . - 1 ID=Miro_182.CDS;Name=Miro_182;Parent=Miro_182;obsolete_name=Miro_258;product=hypothetical conserved
224 Miro GenBank Shine_Dalgarno_sequence 99609 99611 . - 1 Alias=Miro_182;ID=Miro_182.RBS;Name=Miro_182;Parent=Miro_182
225 Miro feature gene 99059 99328 . - . ID=Miro_181
226 Miro GenBank CDS 99059 99310 . - 1 ID=Miro_181.CDS;Name=Miro_181;Parent=Miro_181;obsolete_name=Miro_259;product=hypothetical conserved
227 Miro GenBank Shine_Dalgarno_sequence 99325 99328 . - 1 Alias=Miro_181;ID=Miro_181.RBS;Name=Miro_181;Parent=Miro_181
228 Miro feature gene 98817 99074 . - . ID=Miro_180
229 Miro GenBank CDS 98817 99062 . - 1 ID=Miro_180.CDS;Name=Miro_180;Parent=Miro_180;obsolete_name=Miro_260;product=hypothetical conserved
230 Miro GenBank Shine_Dalgarno_sequence 99072 99074 . - 1 Alias=Miro_180;ID=Miro_180.RBS;Name=Miro_180;Parent=Miro_180
231 Miro feature gene 92931 93195 . - . ID=Miro_165
232 Miro GenBank CDS 92931 93185 . - 1 ID=Miro_165.CDS;Name=Miro_165;Parent=Miro_165;obsolete_name=Miro_275;product=hypothetical conserved
233 Miro GenBank Shine_Dalgarno_sequence 93192 93195 . - 1 Alias=Miro_165;ID=Miro_165.RBS;Name=Miro_165;Parent=Miro_165
234 Miro feature gene 101872 102579 . - . ID=Miro_189
235 Miro GenBank CDS 101872 102567 . - 1 ID=Miro_189.CDS;Name=Miro_189;Note=contains P-loop NTPase domain;Parent=Miro_189;obsolete_name=Miro_251;product=hypothetical conserved
236 Miro GenBank Shine_Dalgarno_sequence 102577 102579 . - 1 Alias=Miro_189;ID=Miro_189.RBS;Name=Miro_189;Parent=Miro_189
237 Miro feature gene 92203 92938 . + . ID=Miro_164
238 Miro GenBank CDS 92210 92938 . + 1 Alias=Miro_164;ID=Miro_164.CDS;Name=Miro_164;Parent=Miro_164;obsolete_name=Miro_276;product=hypothetical conserved
239 Miro GenBank Shine_Dalgarno_sequence 92203 92206 . - 1 ID=Miro_164.RBS;Name=Miro_164;Parent=Miro_164
240 Miro feature gene 93449 93607 . - . ID=Miro_167
241 Miro GenBank CDS 93449 93595 . - 1 ID=Miro_167.CDS;Name=Miro_167;Parent=Miro_167;obsolete_name=Miro_273;product=hypothetical conserved
242 Miro GenBank Shine_Dalgarno_sequence 93605 93607 . - 1 Alias=Miro_167;ID=Miro_167.RBS;Name=Miro_167;Parent=Miro_167
243 Miro feature gene 121485 123247 . + . ID=Miro_205
244 Miro GenBank CDS 121496 123247 . + 1 Alias=Miro_205;ID=Miro_205.CDS;Name=Miro_205;Note=T4 fibritin-like;Parent=Miro_205;obsolete_name=Miro_235;product=neck whisker protein
245 Miro GenBank Shine_Dalgarno_sequence 121485 121489 . + 1 ID=Miro_205.RBS;Name=Miro_205;Parent=Miro_205
246 Miro feature gene 93252 93463 . - . ID=Miro_166
247 Miro GenBank CDS 93252 93452 . - 1 ID=Miro_166.CDS;Name=Miro_166;Parent=Miro_166;obsolete_name=Miro_274;product=hypothetical conserved
248 Miro GenBank Shine_Dalgarno_sequence 93461 93463 . - 1 Alias=Miro_166;ID=Miro_166.RBS;Name=Miro_166;Parent=Miro_166
249 Miro feature gene 30315 30571 . - . ID=Miro_49
250 Miro GenBank CDS 30315 30560 . - 1 ID=Miro_49.CDS;Name=Miro_49;Parent=Miro_49;obsolete_name=Miro_115;product=hypothetical conserved
251 Miro GenBank Shine_Dalgarno_sequence 30569 30571 . - 1 Alias=Miro_49;ID=Miro_49.RBS;Name=Miro_49;Parent=Miro_49
252 Miro feature gene 29659 30330 . - . ID=Miro_48
253 Miro GenBank CDS 29659 30318 . - 1 ID=Miro_48.CDS;Name=Miro_48;Note=T4 gp59-like;Parent=Miro_48;obsolete_name=Miro_116;product=helicase assembly protein
254 Miro GenBank Shine_Dalgarno_sequence 30328 30330 . - 1 Alias=Miro_48;ID=Miro_48.RBS;Name=Miro_48;Parent=Miro_48
255 Miro GenBank DNA 1 176055 . . 1 Alias=Miro;ID=Miro;Name=Miro;date=01-JAN-1980
256 Miro feature gene 70714 71046 . - . ID=Miro_118
257 Miro GenBank CDS 70714 71034 . - 1 ID=Miro_118.CDS;Name=Miro_118;Parent=Miro_118;obsolete_name=Miro_046;product=hypothetical conserved
258 Miro GenBank Shine_Dalgarno_sequence 71044 71046 . - 1 Alias=Miro_118;ID=Miro_118.RBS;Name=Miro_118;Parent=Miro_118
259 Miro feature gene 71034 71561 . - . ID=Miro_119
260 Miro GenBank CDS 71034 71549 . - 1 ID=Miro_119.CDS;Name=Miro_119;Parent=Miro_119;obsolete_name=Miro_045;product=hypothetical conserved
261 Miro GenBank Shine_Dalgarno_sequence 71558 71561 . - 1 Alias=Miro_119;ID=Miro_119.RBS;Name=Miro_119;Parent=Miro_119
262 Miro feature gene 25310 25609 . - . ID=Miro_41
263 Miro GenBank CDS 25310 25597 . - 1 ID=Miro_41.CDS;Name=Miro_41;Parent=Miro_41;obsolete_name=Miro_123;product=hypothetical conserved
264 Miro GenBank Shine_Dalgarno_sequence 25606 25609 . - 1 Alias=Miro_41;ID=Miro_41.RBS;Name=Miro_41;Parent=Miro_41
265 Miro feature gene 24984 25325 . - . ID=Miro_40
266 Miro GenBank CDS 24984 25313 . - 1 ID=Miro_40.CDS;Name=Miro_40;Parent=Miro_40;obsolete_name=Miro_124;product=hypothetical conserved
267 Miro GenBank Shine_Dalgarno_sequence 25321 25325 . - 1 Alias=Miro_40;ID=Miro_40.RBS;Name=Miro_40;Parent=Miro_40
268 Miro feature gene 26032 26607 . - . ID=Miro_43
269 Miro GenBank CDS 26032 26595 . - 1 ID=Miro_43.CDS;Name=Miro_43;Parent=Miro_43;obsolete_name=Miro_121;product=hypothetical conserved
270 Miro GenBank Shine_Dalgarno_sequence 26603 26607 . - 1 Alias=Miro_43;ID=Miro_43.RBS;Name=Miro_43;Parent=Miro_43
271 Miro feature gene 25666 26036 . - . ID=Miro_42
272 Miro GenBank CDS 25666 26028 . - 1 ID=Miro_42.CDS;Name=Miro_42;Note=T4 RegA-like;Parent=Miro_42;obsolete_name=Miro_122;product=translational repressor protein
273 Miro GenBank Shine_Dalgarno_sequence 26034 26036 . - 1 Alias=Miro_42;ID=Miro_42.RBS;Name=Miro_42;Parent=Miro_42
274 Miro feature gene 27655 28329 . - . ID=Miro_45
275 Miro GenBank CDS 27655 28320 . - 1 ID=Miro_45.CDS;Name=Miro_45;Note=T4-like;Parent=Miro_45;obsolete_name=Miro_119;product=DNA polymerase processivity component
276 Miro GenBank Shine_Dalgarno_sequence 28327 28329 . - 1 Alias=Miro_45;ID=Miro_45.RBS;Name=Miro_45;Parent=Miro_45
277 Miro feature gene 26598 27605 . - . ID=Miro_44
278 Miro GenBank CDS 26598 27596 . - 1 ID=Miro_44.CDS;Name=Miro_44;Note=T4 gp44-like;Parent=Miro_44;obsolete_name=Miro_120;product=sliding-clamp-loader subunit
279 Miro GenBank Shine_Dalgarno_sequence 27602 27605 . - 1 Alias=Miro_44;ID=Miro_44.RBS;Name=Miro_44;Parent=Miro_44
280 Miro feature gene 28672 29656 . - . ID=Miro_47
281 Miro GenBank CDS 28672 29643 . - 1 ID=Miro_47.CDS;Name=Miro_47;Note=T4 gp32-like;Parent=Miro_47;obsolete_name=Miro_117;product=ssDNA-binding protein
282 Miro GenBank Shine_Dalgarno_sequence 29654 29656 . - 1 Alias=Miro_47;ID=Miro_47.RBS;Name=Miro_47;Parent=Miro_47
283 Miro feature gene 28347 28628 . - . ID=Miro_46
284 Miro GenBank CDS 28347 28616 . - 1 ID=Miro_46.CDS;Name=Miro_46;Note=T4-like;Parent=Miro_46;obsolete_name=Miro_118;product=RNA polymerase binding protein
285 Miro GenBank Shine_Dalgarno_sequence 28626 28628 . - 1 Alias=Miro_46;ID=Miro_46.RBS;Name=Miro_46;Parent=Miro_46
286 Miro feature gene 159724 160702 . + . ID=Miro_258
287 Miro GenBank CDS 159737 160702 . + 1 Alias=Miro_258;ID=Miro_258.CDS;Name=Miro_258;Parent=Miro_258;obsolete_name=Miro_182;product=hypothetical conserved
288 Miro GenBank Shine_Dalgarno_sequence 159724 159726 . + 1 ID=Miro_258.RBS;Name=Miro_258;Parent=Miro_258
289 Miro feature gene 165793 166927 . + . ID=Miro_263
290 Miro GenBank CDS 165803 166927 . + 1 Alias=Miro_263;ID=Miro_263.CDS;Name=Miro_263;Parent=Miro_263;obsolete_name=Miro_177;product=hypothetical conserved
291 Miro GenBank Shine_Dalgarno_sequence 165793 165796 . + 1 ID=Miro_263.RBS;Name=Miro_263;Parent=Miro_263
292 Miro feature gene 126351 128186 . + . ID=Miro_210
293 Miro GenBank CDS 126366 128186 . + 1 Alias=Miro_210;ID=Miro_210.CDS;Name=Miro_210;Note=T4 gp17-like;Parent=Miro_210;obsolete_name=Miro_230;product=terminase%2C large subunit
294 Miro GenBank Shine_Dalgarno_sequence 126351 126353 . + 1 ID=Miro_210.RBS;Name=Miro_210;Parent=Miro_210
295 Miro feature gene 34191 34491 . + . ID=Miro_56
296 Miro GenBank CDS 34204 34491 . + 1 Alias=Miro_56;ID=Miro_56.CDS;Name=Miro_56;Parent=Miro_56;obsolete_name=Miro_108;product=hypothetical conserved
297 Miro GenBank Shine_Dalgarno_sequence 34191 34195 . + 1 ID=Miro_56.RBS;Name=Miro_56;Parent=Miro_56
298 Miro feature gene 34465 36172 . + . ID=Miro_57
299 Miro GenBank CDS 34475 36172 . + 1 Alias=Miro_57;ID=Miro_57.CDS;Name=Miro_57;Parent=Miro_57;obsolete_name=Miro_107;product=methyl methanesulphonate-sensitivity protein
300 Miro GenBank Shine_Dalgarno_sequence 34465 34468 . + 1 ID=Miro_57.RBS;Name=Miro_57;Parent=Miro_57
301 Miro feature gene 32797 33134 . + . ID=Miro_54
302 Miro GenBank CDS 32808 33134 . + 1 Alias=Miro_54;ID=Miro_54.CDS;Name=Miro_54;Parent=Miro_54;obsolete_name=Miro_110;product=hypothetical conserved
303 Miro GenBank Shine_Dalgarno_sequence 32797 32800 . + 1 ID=Miro_54.RBS;Name=Miro_54;Parent=Miro_54
304 Miro feature gene 33173 34217 . + . ID=Miro_55
305 Miro GenBank CDS 33186 34217 . + 1 Alias=Miro_55;ID=Miro_55.CDS;Name=Miro_55;Note=T4 exonuclease subunit 1-like;Parent=Miro_55;obsolete_name=Miro_109;product=exonuclease
306 Miro GenBank Shine_Dalgarno_sequence 33173 33175 . + 1 ID=Miro_55.RBS;Name=Miro_55;Parent=Miro_55
307 Miro feature gene 32068 32603 . + . ID=Miro_52
308 Miro GenBank CDS 32076 32603 . + 1 Alias=Miro_52;ID=Miro_52.CDS;Name=Miro_52;Parent=Miro_52;obsolete_name=Miro_112;product=hypothetical conserved
309 Miro GenBank Shine_Dalgarno_sequence 32068 32070 . + 1 ID=Miro_52.RBS;Name=Miro_52;Parent=Miro_52
310 Miro feature gene 32588 32815 . + . ID=Miro_53
311 Miro GenBank CDS 32600 32815 . + 1 Alias=Miro_53;ID=Miro_53.CDS;Name=Miro_53;Parent=Miro_53;obsolete_name=Miro_111;product=hypothetical conserved
312 Miro GenBank Shine_Dalgarno_sequence 32588 32590 . + 1 ID=Miro_53.RBS;Name=Miro_53;Parent=Miro_53
313 Miro feature gene 30564 30838 . - . ID=Miro_50
314 Miro GenBank CDS 30564 30827 . - 1 ID=Miro_50.CDS;Name=Miro_50;Note=T4-like;Parent=Miro_50;obsolete_name=Miro_114;product=dsDNA-binding protein
315 Miro GenBank Shine_Dalgarno_sequence 30834 30838 . - 1 Alias=Miro_50;ID=Miro_50.RBS;Name=Miro_50;Parent=Miro_50
316 Miro feature gene 30837 31781 . - . ID=Miro_51
317 Miro GenBank CDS 30837 31772 . - 1 ID=Miro_51.CDS;Name=Miro_51;Note=T4 RNase H-like;Parent=Miro_51;obsolete_name=Miro_113;product=5%27-3%27 exonuclease
318 Miro GenBank Shine_Dalgarno_sequence 31778 31781 . - 1 Alias=Miro_51;ID=Miro_51.RBS;Name=Miro_51;Parent=Miro_51
319 Miro feature gene 36162 36363 . + . ID=Miro_58
320 Miro GenBank CDS 36172 36363 . + 1 Alias=Miro_58;ID=Miro_58.CDS;Name=Miro_58;Parent=Miro_58;obsolete_name=Miro_106;product=hypothetical conserved
321 Miro GenBank Shine_Dalgarno_sequence 36162 36166 . + 1 ID=Miro_58.RBS;Name=Miro_58;Parent=Miro_58
322 Miro feature gene 36425 38146 . + . ID=Miro_59
323 Miro GenBank CDS 36437 38146 . + 1 Alias=Miro_59;ID=Miro_59.CDS;Name=Miro_59;Note=contains DNAJ domain;Parent=Miro_59;obsolete_name=Miro_105;product=hypothetical conserved
324 Miro GenBank Shine_Dalgarno_sequence 36425 36428 . + 1 ID=Miro_59.RBS;Name=Miro_59;Parent=Miro_59
325 Miro feature gene 65396 65799 . + . ID=Miro_109
326 Miro GenBank CDS 65407 65799 . + 1 Alias=Miro_109;ID=Miro_109.CDS;Name=Miro_109;Note=T4-like;Parent=Miro_109;obsolete_name=Miro_055;product=tail lysozyme
327 Miro GenBank Shine_Dalgarno_sequence 65396 65399 . + 1 ID=Miro_109.RBS;Name=Miro_109;Parent=Miro_109
328 Miro feature gene 64840 65406 . + . ID=Miro_108
329 Miro GenBank CDS 64852 65406 . + 1 Alias=Miro_108;ID=Miro_108.CDS;Name=Miro_108;Note=T4 gp26/gp51-like;Parent=Miro_108;obsolete_name=Miro_056;product=baseplate structural protein
330 Miro GenBank Shine_Dalgarno_sequence 64840 64843 . + 1 ID=Miro_108.RBS;Name=Miro_108;Parent=Miro_108
331 Miro feature gene 64103 64855 . + . ID=Miro_107
332 Miro GenBank CDS 64112 64855 . + 1 Alias=Miro_107;ID=Miro_107.CDS;Name=Miro_107;Note=T4 gp26/gp51-like;Parent=Miro_107;obsolete_name=Miro_057;product=baseplate structural protein
333 Miro GenBank Shine_Dalgarno_sequence 64103 64106 . + 1 ID=Miro_107.RBS;Name=Miro_107;Parent=Miro_107
334 Miro feature gene 63210 64083 . + . ID=Miro_106
335 Miro GenBank CDS 63220 64083 . + 1 Alias=Miro_106;ID=Miro_106.CDS;Name=Miro_106;Note=T4 gp19-like;Parent=Miro_106;obsolete_name=Miro_058;product=tail tube protein
336 Miro GenBank Shine_Dalgarno_sequence 63210 63214 . + 1 ID=Miro_106.RBS;Name=Miro_106;Parent=Miro_106
337 Miro feature gene 62126 63210 . + . ID=Miro_105
338 Miro GenBank CDS 62137 63210 . + 1 Alias=Miro_105;ID=Miro_105.CDS;Name=Miro_105;Note=T4 gp48-like;Parent=Miro_105;obsolete_name=Miro_059;product=tail tube assembly protein
339 Miro GenBank Shine_Dalgarno_sequence 62126 62129 . + 1 ID=Miro_105.RBS;Name=Miro_105;Parent=Miro_105
340 Miro feature gene 60343 62126 . + . ID=Miro_104
341 Miro GenBank CDS 60354 62126 . + 1 Alias=Miro_104;ID=Miro_104.CDS;Name=Miro_104;Parent=Miro_104;obsolete_name=Miro_060;product=hypothetical conserved
342 Miro GenBank Shine_Dalgarno_sequence 60343 60345 . + 1 ID=Miro_104.RBS;Name=Miro_104;Parent=Miro_104
343 Miro feature gene 59767 60351 . + . ID=Miro_103
344 Miro GenBank CDS 59776 60351 . + 1 Alias=Miro_103;ID=Miro_103.CDS;Name=Miro_103;Note=T4 gp28-like;Parent=Miro_103;obsolete_name=Miro_061;product=baseplate structural protein
345 Miro GenBank Shine_Dalgarno_sequence 59767 59770 . + 1 ID=Miro_103.RBS;Name=Miro_103;Parent=Miro_103
346 Miro feature gene 58597 59719 . - . ID=Miro_102
347 Miro GenBank CDS 58597 59706 . - 1 ID=Miro_102.CDS;Name=Miro_102;Note=T4 gp27-like;Parent=Miro_102;obsolete_name=Miro_062;product=baseplate structural protein
348 Miro GenBank Shine_Dalgarno_sequence 59714 59719 . - 1 Alias=Miro_102;ID=Miro_102.RBS;Name=Miro_102;Parent=Miro_102
349 Miro feature gene 58210 58600 . + . ID=Miro_101
350 Miro GenBank CDS 58223 58600 . + 1 Alias=Miro_101;ID=Miro_101.CDS;Name=Miro_101;Parent=Miro_101;obsolete_name=Miro_063;product=hypothetical conserved
351 Miro GenBank Shine_Dalgarno_sequence 58210 58213 . + 1 ID=Miro_101.RBS;Name=Miro_101;Parent=Miro_101
352 Miro feature gene 57934 58236 . + . ID=Miro_100
353 Miro GenBank CDS 57946 58236 . + 1 Alias=Miro_100;ID=Miro_100.CDS;Name=Miro_100;Parent=Miro_100;obsolete_name=Miro_064;product=hypothetical conserved
354 Miro GenBank Shine_Dalgarno_sequence 57934 57936 . + 1 ID=Miro_100.RBS;Name=Miro_100;Parent=Miro_100
355 Miro feature gene 142768 143313 . + . ID=Miro_228
356 Miro GenBank CDS 142780 143313 . + 1 Alias=Miro_228;ID=Miro_228.CDS;Name=Miro_228;Note=contains Ig-like fold;Parent=Miro_228;obsolete_name=Miro_212;product=hypothetical conserved
357 Miro GenBank Shine_Dalgarno_sequence 142768 142772 . + 1 ID=Miro_228.RBS;Name=Miro_228;Parent=Miro_228
358 Miro feature gene 143314 143599 . + . ID=Miro_229
359 Miro GenBank CDS 143324 143599 . + 1 Alias=Miro_229;ID=Miro_229.CDS;Name=Miro_229;Parent=Miro_229;obsolete_name=Miro_211;product=hypothetical conserved
360 Miro GenBank Shine_Dalgarno_sequence 143314 143317 . + 1 ID=Miro_229.RBS;Name=Miro_229;Parent=Miro_229
361 Miro feature gene 138844 139028 . + . ID=Miro_222
362 Miro GenBank CDS 138852 139028 . + 1 Alias=Miro_222;ID=Miro_222.CDS;Name=Miro_222;Parent=Miro_222;obsolete_name=Miro_218;product=hypothetical conserved
363 Miro GenBank Shine_Dalgarno_sequence 138844 138846 . + 1 ID=Miro_222.RBS;Name=Miro_222;Parent=Miro_222
364 Miro feature gene 139303 139545 . - . ID=Miro_223
365 Miro GenBank CDS 139303 139536 . - 1 ID=Miro_223.CDS;Name=Miro_223;Note=T4 UvsW-like;Parent=Miro_223;obsolete_name=Miro_217;product=ATP-dependent DNA helicase
366 Miro GenBank Shine_Dalgarno_sequence 139542 139545 . - 1 Alias=Miro_223;ID=Miro_223.RBS;Name=Miro_223;Parent=Miro_223
367 Miro feature gene 136828 138128 . + . ID=Miro_220
368 Miro GenBank CDS 136839 138128 . + 1 Alias=Miro_220;ID=Miro_220.CDS;Name=Miro_220;Note=T4 gp23/gp24-like;Parent=Miro_220;obsolete_name=Miro_220;product=major capsid protein
369 Miro GenBank Shine_Dalgarno_sequence 136828 136831 . + 1 ID=Miro_220.RBS;Name=Miro_220;Parent=Miro_220
370 Miro feature gene 138424 138852 . + . ID=Miro_221
371 Miro GenBank CDS 138433 138852 . + 1 Alias=Miro_221;ID=Miro_221.CDS;Name=Miro_221;Parent=Miro_221;obsolete_name=Miro_219;product=UvsY recombination protein
372 Miro GenBank Shine_Dalgarno_sequence 138424 138426 . + 1 ID=Miro_221.RBS;Name=Miro_221;Parent=Miro_221
373 Miro feature gene 141819 142142 . + . ID=Miro_226
374 Miro GenBank CDS 141831 142142 . + 1 Alias=Miro_226;ID=Miro_226.CDS;Name=Miro_226;Parent=Miro_226;obsolete_name=Miro_214;product=hypothetical conserved
375 Miro GenBank Shine_Dalgarno_sequence 141819 141822 . + 1 ID=Miro_226.RBS;Name=Miro_226;Parent=Miro_226
376 Miro feature gene 142173 142751 . + . ID=Miro_227
377 Miro GenBank CDS 142182 142751 . + 1 Alias=Miro_227;ID=Miro_227.CDS;Name=Miro_227;Note=contains heat shock protein DNAJ domain;Parent=Miro_227;obsolete_name=Miro_213;product=hypothetical conserved
378 Miro GenBank Shine_Dalgarno_sequence 142173 142176 . + 1 ID=Miro_227.RBS;Name=Miro_227;Parent=Miro_227
379 Miro feature gene 139545 141056 . - . ID=Miro_224
380 Miro GenBank CDS 139545 141044 . - 1 ID=Miro_224.CDS;Name=Miro_224;Note=contains helicase superfamily and ATP-binding domains;Parent=Miro_224;obsolete_name=Miro_216;product=DNA helicase
381 Miro GenBank Shine_Dalgarno_sequence 141053 141056 . - 1 Alias=Miro_224;ID=Miro_224.RBS;Name=Miro_224;Parent=Miro_224
382 Miro feature gene 141104 141738 . + . ID=Miro_225
383 Miro GenBank CDS 141115 141738 . + 1 Alias=Miro_225;ID=Miro_225.CDS;Name=Miro_225;Parent=Miro_225;obsolete_name=Miro_215;product=hypothetical conserved
384 Miro GenBank Shine_Dalgarno_sequence 141104 141107 . + 1 ID=Miro_225.RBS;Name=Miro_225;Parent=Miro_225
385 Miro feature gene 154043 154534 . + . ID=Miro_248
386 Miro GenBank CDS 154052 154534 . + 1 Alias=Miro_248;ID=Miro_248.CDS;Name=Miro_248;Note=T4 gp49-like;Parent=Miro_248;obsolete_name=Miro_192;product=recombination endonuclease
387 Miro GenBank Shine_Dalgarno_sequence 154043 154045 . + 1 ID=Miro_248.RBS;Name=Miro_248;Parent=Miro_248
388 Miro feature gene 154521 154857 . + . ID=Miro_249
389 Miro GenBank CDS 154531 154857 . + 1 Alias=Miro_249;ID=Miro_249.CDS;Name=Miro_249;Parent=Miro_249;obsolete_name=Miro_191;product=hypothetical novel
390 Miro GenBank Shine_Dalgarno_sequence 154521 154523 . + 1 ID=Miro_249.RBS;Name=Miro_249;Parent=Miro_249
391 Miro feature gene 149229 149828 . + . ID=Miro_240
392 Miro GenBank CDS 149247 149828 . + 1 Alias=Miro_240;ID=Miro_240.CDS;Name=Miro_240;Parent=Miro_240;obsolete_name=Miro_200;product=hypothetical conserved
393 Miro GenBank Shine_Dalgarno_sequence 149229 149232 . + 1 ID=Miro_240.RBS;Name=Miro_240;Parent=Miro_240
394 Miro feature gene 149813 150346 . + . ID=Miro_241
395 Miro GenBank CDS 149822 150346 . + 1 Alias=Miro_241;ID=Miro_241.CDS;Name=Miro_241;Parent=Miro_241;obsolete_name=Miro_199;product=hypothetical conserved
396 Miro GenBank Shine_Dalgarno_sequence 149813 149815 . + 1 ID=Miro_241.RBS;Name=Miro_241;Parent=Miro_241
397 Miro feature gene 150412 150684 . + . ID=Miro_242
398 Miro GenBank CDS 150424 150684 . + 1 Alias=Miro_242;ID=Miro_242.CDS;Name=Miro_242;Parent=Miro_242;obsolete_name=Miro_198;product=hypothetical conserved
399 Miro GenBank Shine_Dalgarno_sequence 150412 150415 . + 1 ID=Miro_242.RBS;Name=Miro_242;Parent=Miro_242
400 Miro feature gene 150684 151143 . + . ID=Miro_243
401 Miro GenBank CDS 150694 151143 . + 1 Alias=Miro_243;ID=Miro_243.CDS;Name=Miro_243;Parent=Miro_243;obsolete_name=Miro_197;product=hypothetical conserved
402 Miro GenBank Shine_Dalgarno_sequence 150684 150687 . + 1 ID=Miro_243.RBS;Name=Miro_243;Parent=Miro_243
403 Miro feature gene 151160 152604 . + . ID=Miro_244
404 Miro GenBank CDS 151171 152604 . + 1 Alias=Miro_244;ID=Miro_244.CDS;Name=Miro_244;Note=contains quinolinate phosphoribosyl transferase domain;Parent=Miro_244;obsolete_name=Miro_196;product=nicotinamide phosphoribosyl transferase
405 Miro GenBank Shine_Dalgarno_sequence 151160 151163 . + 1 ID=Miro_244.RBS;Name=Miro_244;Parent=Miro_244
406 Miro feature gene 152576 152893 . + . ID=Miro_245
407 Miro GenBank CDS 152591 152893 . + 1 Alias=Miro_245;ID=Miro_245.CDS;Name=Miro_245;Parent=Miro_245;obsolete_name=Miro_195;product=hypothetical conserved
408 Miro GenBank Shine_Dalgarno_sequence 152576 152579 . + 1 ID=Miro_245.RBS;Name=Miro_245;Parent=Miro_245
409 Miro feature gene 153004 153741 . + . ID=Miro_246
410 Miro GenBank CDS 153016 153741 . + 1 Alias=Miro_246;ID=Miro_246.CDS;Name=Miro_246;Note=T4-like;Parent=Miro_246;obsolete_name=Miro_194;product=DNA adenine methylase
411 Miro GenBank Shine_Dalgarno_sequence 153004 153006 . + 1 ID=Miro_246.RBS;Name=Miro_246;Parent=Miro_246
412 Miro feature gene 153741 154019 . + . ID=Miro_247
413 Miro GenBank CDS 153750 154019 . + 1 Alias=Miro_247;ID=Miro_247.CDS;Name=Miro_247;Note=T4 NrdC-like;Parent=Miro_247;obsolete_name=Miro_193;product=glutaredoxin
414 Miro GenBank Shine_Dalgarno_sequence 153741 153744 . + 1 ID=Miro_247.RBS;Name=Miro_247;Parent=Miro_247
415
416 Miro feature gene 12732 14075 . - . ID=Miro_23
417 Miro GenBank CDS 12732 14060 . - 1 ID=Miro_23.CDS;Name=Miro_23;Note=contains P-loop containing nucleoside triphosphate hydrolase domain;Parent=Miro_23;obsolete_name=Miro_141;product=DNA helicase
418 Miro GenBank Shine_Dalgarno_sequence 14073 14075 . - 1 Alias=Miro_23;ID=Miro_23.RBS;Name=Miro_23;Parent=Miro_23
419
420 Miro feature gene 12399 12716 . - . ID=Miro_22
421 Miro GenBank CDS 12399 12707 . - 1 ID=Miro_22.CDS;Name=Miro_22;Parent=Miro_22;obsolete_name=Miro_142;product=hypothetical conserved
422 Miro GenBank Shine_Dalgarno_sequence 12713 12716 . - 1 Alias=Miro_22;ID=Miro_22.RBS;Name=Miro_22;Parent=Miro_22
423 Miro feature gene 12114 12410 . - . ID=Miro_21
424 Miro GenBank CDS 12114 12398 . - 1 ID=Miro_21.CDS;Name=Miro_21;Parent=Miro_21;obsolete_name=Miro_143;product=hypothetical conserved
425 Miro GenBank Shine_Dalgarno_sequence 12407 12410 . - 1 Alias=Miro_21;ID=Miro_21.RBS;Name=Miro_21;Parent=Miro_21
426 Miro feature gene 11728 12126 . - . ID=Miro_20
427 Miro GenBank CDS 11728 12117 . - 1 ID=Miro_20.CDS;Name=Miro_20;Parent=Miro_20;obsolete_name=Miro_144;product=hypothetical conserved
428 Miro GenBank Shine_Dalgarno_sequence 12123 12126 . - 1 Alias=Miro_20;ID=Miro_20.RBS;Name=Miro_20;Parent=Miro_20
429 Miro feature gene 15073 16108 . - . ID=Miro_27
430 Miro GenBank CDS 15073 16098 . - 1 ID=Miro_27.CDS;Name=Miro_27;Note=T4-like;Parent=Miro_27;obsolete_name=Miro_137;product=DNA primase
431 Miro GenBank Shine_Dalgarno_sequence 16104 16108 . - 1 Alias=Miro_27;ID=Miro_27.RBS;Name=Miro_27;Parent=Miro_27
432 Miro feature gene 14529 15074 . - . ID=Miro_26
433 Miro GenBank CDS 14529 15065 . - 1 ID=Miro_26.CDS;Name=Miro_26;Parent=Miro_26;obsolete_name=Miro_138;product=dCTP pyrophosphatase
434 Miro GenBank Shine_Dalgarno_sequence 15072 15074 . - 1 Alias=Miro_26;ID=Miro_26.RBS;Name=Miro_26;Parent=Miro_26
435 Miro feature gene 14344 14545 . - . ID=Miro_25
436 Miro GenBank CDS 14344 14529 . - 1 ID=Miro_25.CDS;Name=Miro_25;Parent=Miro_25;obsolete_name=Miro_139;product=hypothetical conserved;tmhelix=2TMDs %287-29%2C 39-57%29 N in%2C C in
437 Miro GenBank Shine_Dalgarno_sequence 14543 14545 . - 1 Alias=Miro_25;ID=Miro_25.RBS;Name=Miro_25;Parent=Miro_25
438 Miro feature gene 14057 14358 . - . ID=Miro_24
439 Miro GenBank CDS 14057 14347 . - 1 ID=Miro_24.CDS;Name=Miro_24;Parent=Miro_24;obsolete_name=Miro_140;product=hypothetical conserved
440 Miro GenBank Shine_Dalgarno_sequence 14355 14358 . - 1 Alias=Miro_24;ID=Miro_24.RBS;Name=Miro_24;Parent=Miro_24
441 Miro feature gene 16418 16647 . - . ID=Miro_29
442 Miro GenBank CDS 16418 16636 . - 1 ID=Miro_29.CDS;Name=Miro_29;Parent=Miro_29;obsolete_name=Miro_135;product=hypothetical conserved
443 Miro GenBank Shine_Dalgarno_sequence 16644 16647 . - 1 Alias=Miro_29;ID=Miro_29.RBS;Name=Miro_29;Parent=Miro_29
444 Miro feature gene 16102 16375 . - . ID=Miro_28
445 Miro GenBank CDS 16102 16362 . - 1 ID=Miro_28.CDS;Name=Miro_28;Note=contains zinc finger domain;Parent=Miro_28;obsolete_name=Miro_136;product=hypothetical conserved
446 Miro GenBank Shine_Dalgarno_sequence 16370 16375 . - 1 Alias=Miro_28;ID=Miro_28.RBS;Name=Miro_28;Parent=Miro_28
447 Miro feature gene 76662 77733 . - . ID=Miro_132
448 Miro GenBank CDS 76662 77723 . - 1 ID=Miro_132.CDS;Name=Miro_132;Parent=Miro_132;obsolete_name=Miro_032;product=NUDIX hydrolase
449 Miro GenBank Shine_Dalgarno_sequence 77730 77733 . - 1 Alias=Miro_132;ID=Miro_132.RBS;Name=Miro_132;Parent=Miro_132
450 Miro feature gene 77900 78824 . - . ID=Miro_133
451 Miro GenBank CDS 77900 78814 . - 1 ID=Miro_133.CDS;Name=Miro_133;Parent=Miro_133;obsolete_name=Miro_031;product=hypothetical conserved;signal=signal peptidase I cleavage site 34-35
452 Miro GenBank Shine_Dalgarno_sequence 78822 78824 . - 1 Alias=Miro_133;ID=Miro_133.RBS;Name=Miro_133;Parent=Miro_133
453 Miro feature gene 76025 76309 . - . ID=Miro_130
454 Miro GenBank CDS 76025 76297 . - 1 ID=Miro_130.CDS;Name=Miro_130;Parent=Miro_130;obsolete_name=Miro_034;product=hypothetical conserved
455 Miro GenBank Shine_Dalgarno_sequence 76307 76309 . - 1 Alias=Miro_130;ID=Miro_130.RBS;Name=Miro_130;Parent=Miro_130
456 Miro feature gene 76294 76498 . - . ID=Miro_131
457 Miro GenBank CDS 76294 76488 . - 1 ID=Miro_131.CDS;Name=Miro_131;Parent=Miro_131;obsolete_name=Miro_033;product=hypothetical conserved
458 Miro GenBank Shine_Dalgarno_sequence 76495 76498 . - 1 Alias=Miro_131;ID=Miro_131.RBS;Name=Miro_131;Parent=Miro_131
459 Miro feature gene 79668 80071 . - . ID=Miro_136
460 Miro GenBank CDS 79668 80060 . - 1 ID=Miro_136.CDS;Name=Miro_136;Parent=Miro_136;obsolete_name=Miro_028;product=hypothetical conserved
461 Miro GenBank Shine_Dalgarno_sequence 80067 80071 . - 1 Alias=Miro_136;ID=Miro_136.RBS;Name=Miro_136;Parent=Miro_136
462 Miro feature gene 80077 80695 . - . ID=Miro_137
463 Miro GenBank CDS 80077 80685 . - 1 ID=Miro_137.CDS;Name=Miro_137;Note=contains P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_137;obsolete_name=Miro_027;product=thymidine kinase
464 Miro GenBank Shine_Dalgarno_sequence 80693 80695 . - 1 Alias=Miro_137;ID=Miro_137.RBS;Name=Miro_137;Parent=Miro_137
465 Miro feature gene 78886 79317 . - . ID=Miro_134
466 Miro GenBank CDS 78886 79308 . - 1 ID=Miro_134.CDS;Name=Miro_134;Parent=Miro_134;obsolete_name=Miro_030;product=hypothetical conserved
467 Miro GenBank Shine_Dalgarno_sequence 79314 79317 . - 1 Alias=Miro_134;ID=Miro_134.RBS;Name=Miro_134;Parent=Miro_134
468 Miro feature gene 79280 79572 . - . ID=Miro_135
469 Miro GenBank CDS 79280 79561 . - 1 ID=Miro_135.CDS;Name=Miro_135;Parent=Miro_135;obsolete_name=Miro_029;product=hypothetical conserved;tmhelix=2TMDs %287-24%2C 39-61%29 N out%2C C in
470 Miro GenBank Shine_Dalgarno_sequence 79570 79572 . - 1 Alias=Miro_135;ID=Miro_135.RBS;Name=Miro_135;Parent=Miro_135
471 Miro feature gene 80678 80889 . - . ID=Miro_138
472 Miro GenBank CDS 80678 80875 . - 1 ID=Miro_138.CDS;Name=Miro_138;Parent=Miro_138;obsolete_name=Miro_026;product=hypothetical conserved
473 Miro GenBank Shine_Dalgarno_sequence 80886 80889 . - 1 Alias=Miro_138;ID=Miro_138.RBS;Name=Miro_138;Parent=Miro_138
474 Miro feature gene 80868 81097 . - . ID=Miro_139
475 Miro GenBank CDS 80868 81083 . - 1 ID=Miro_139.CDS;Name=Miro_139;Parent=Miro_139;obsolete_name=Miro_025;product=hypothetical conserved
476 Miro GenBank Shine_Dalgarno_sequence 81095 81097 . - 1 Alias=Miro_139;ID=Miro_139.RBS;Name=Miro_139;Parent=Miro_139
477 Miro feature gene 128192 130197 . + . ID=Miro_211
478 Miro GenBank CDS 128206 130197 . + 1 Alias=Miro_211;ID=Miro_211.CDS;Name=Miro_211;Note=T4 gp18-like;Parent=Miro_211;obsolete_name=Miro_229;product=tail sheath protein
479 Miro GenBank Shine_Dalgarno_sequence 128192 128195 . + 1 ID=Miro_211.RBS;Name=Miro_211;Parent=Miro_211
480 Miro feature gene 148228 149257 . + . ID=Miro_239
481 Miro GenBank CDS 148238 149257 . + 1 Alias=Miro_239;ID=Miro_239.CDS;Name=Miro_239;Note=T4 Rnl2-like;Parent=Miro_239;obsolete_name=Miro_201;product=RNA ligase
482 Miro GenBank Shine_Dalgarno_sequence 148228 148231 . + 1 ID=Miro_239.RBS;Name=Miro_239;Parent=Miro_239
483 Miro feature gene 99939 100090 . - . ID=Miro_184
484 Miro GenBank CDS 99939 100079 . - 1 ID=Miro_184.CDS;Name=Miro_184;Parent=Miro_184;obsolete_name=Miro_256;product=hypothetical conserved;tmhelix=1 TMD %2819-41%29 N in%2C C out
485 Miro GenBank Shine_Dalgarno_sequence 100085 100090 . - 1 Alias=Miro_184;ID=Miro_184.RBS;Name=Miro_184;Parent=Miro_184
486 Miro feature gene 146845 147029 . + . ID=Miro_235
487 Miro GenBank CDS 146853 147029 . + 1 Alias=Miro_235;ID=Miro_235.CDS;Name=Miro_235;Parent=Miro_235;obsolete_name=Miro_205;product=hypothetical conserved;tmhelix=2TMDs %285-27%2C 31-50%29 N in%2C C in
488 Miro GenBank Shine_Dalgarno_sequence 146845 146847 . + 1 ID=Miro_235.RBS;Name=Miro_235;Parent=Miro_235
489 Miro feature gene 146530 146856 . + . ID=Miro_234
490 Miro GenBank CDS 146539 146856 . + 1 Alias=Miro_234;ID=Miro_234.CDS;Name=Miro_234;Parent=Miro_234;obsolete_name=Miro_206;product=hypothetical conserved
491 Miro GenBank Shine_Dalgarno_sequence 146530 146533 . + 1 ID=Miro_234.RBS;Name=Miro_234;Parent=Miro_234
492 Miro feature gene 147343 147710 . + . ID=Miro_237
493 Miro GenBank CDS 147354 147710 . + 1 Alias=Miro_237;ID=Miro_237.CDS;Name=Miro_237;Parent=Miro_237;obsolete_name=Miro_203;product=hypothetical conserved
494 Miro GenBank Shine_Dalgarno_sequence 147343 147346 . + 1 ID=Miro_237.RBS;Name=Miro_237;Parent=Miro_237
495 Miro feature gene 147016 147352 . + . ID=Miro_236
496 Miro GenBank CDS 147026 147352 . + 1 Alias=Miro_236;ID=Miro_236.CDS;Name=Miro_236;Parent=Miro_236;obsolete_name=Miro_204;product=hypothetical conserved
497 Miro GenBank Shine_Dalgarno_sequence 147016 147019 . + 1 ID=Miro_236.RBS;Name=Miro_236;Parent=Miro_236
498 Miro feature gene 144163 144638 . - . ID=Miro_231
499 Miro GenBank CDS 144163 144627 . - 1 ID=Miro_231.CDS;Name=Miro_231;Note=contains HAD-like domain;Parent=Miro_231;obsolete_name=Miro_209;product=hypothetical conserved
500 Miro GenBank Shine_Dalgarno_sequence 144635 144638 . - 1 Alias=Miro_231;ID=Miro_231.RBS;Name=Miro_231;Parent=Miro_231
501 Miro feature gene 143604 144131 . + . ID=Miro_230
502 Miro GenBank CDS 143613 144131 . + 1 Alias=Miro_230;ID=Miro_230.CDS;Name=Miro_230;Parent=Miro_230;obsolete_name=Miro_210;product=hypothetical conserved
503 Miro GenBank Shine_Dalgarno_sequence 143604 143606 . + 1 ID=Miro_230.RBS;Name=Miro_230;Parent=Miro_230
504 Miro feature gene 145620 146506 . + . ID=Miro_233
505 Miro GenBank CDS 145631 146506 . + 1 Alias=Miro_233;ID=Miro_233.CDS;Name=Miro_233;Parent=Miro_233;obsolete_name=Miro_207;product=hypothetical conserved
506 Miro GenBank Shine_Dalgarno_sequence 145620 145623 . + 1 ID=Miro_233.RBS;Name=Miro_233;Parent=Miro_233
507 Miro feature gene 144677 145528 . - . ID=Miro_232
508 Miro GenBank CDS 144677 145516 . - 1 ID=Miro_232.CDS;Name=Miro_232;Note=contains P-loop NTPase and zeta toxin domains;Parent=Miro_232;obsolete_name=Miro_208;product=hypothetical conserved
509 Miro GenBank Shine_Dalgarno_sequence 145525 145528 . - 1 Alias=Miro_232;ID=Miro_232.RBS;Name=Miro_232;Parent=Miro_232
510 Miro feature gene 160735 161413 . + . ID=Miro_259
511 Miro GenBank CDS 160745 161413 . + 1 Alias=Miro_259;ID=Miro_259.CDS;Name=Miro_259;Parent=Miro_259;obsolete_name=Miro_181;product=hypothetical conserved
512 Miro GenBank Shine_Dalgarno_sequence 160735 160739 . + 1 ID=Miro_259.RBS;Name=Miro_259;Parent=Miro_259
513 Miro feature gene 65834 66298 . - . ID=Miro_110
514 Miro GenBank CDS 65834 66289 . - 1 ID=Miro_110.CDS;Name=Miro_110;Parent=Miro_110;obsolete_name=Miro_054;product=hypothetical conserved
515 Miro GenBank Shine_Dalgarno_sequence 66295 66298 . - 1 Alias=Miro_110;ID=Miro_110.RBS;Name=Miro_110;Parent=Miro_110
516 Miro GenBank CDS 157781 157987 . + 1 ID=Miro_253;Name=Miro_253;obsolete_name=Miro_187;product=hypothetical conserved
517 Miro feature gene 157275 157781 . + . ID=Miro_252
518 Miro GenBank CDS 157287 157781 . + 1 Alias=Miro_252;ID=Miro_252.CDS;Name=Miro_252;Parent=Miro_252;obsolete_name=Miro_188;product=hypothetical conserved
519 Miro GenBank Shine_Dalgarno_sequence 157275 157278 . + 1 ID=Miro_252.RBS;Name=Miro_252;Parent=Miro_252
520 Miro feature gene 157033 157287 . + . ID=Miro_251
521 Miro GenBank CDS 157045 157287 . + 1 Alias=Miro_251;ID=Miro_251.CDS;Name=Miro_251;Parent=Miro_251;obsolete_name=Miro_189;product=hypothetical conserved
522 Miro GenBank Shine_Dalgarno_sequence 157033 157037 . + 1 ID=Miro_251.RBS;Name=Miro_251;Parent=Miro_251
523 Miro feature gene 154844 156977 . + . ID=Miro_250
524 Miro GenBank CDS 154854 156977 . + 1 Alias=Miro_250;ID=Miro_250.CDS;Name=Miro_250;Note=T4-like%3B contains glycine radical domain;Parent=Miro_250;obsolete_name=Miro_190;product=anaerobic ribonucleoside-triphosphate reductase
525 Miro GenBank Shine_Dalgarno_sequence 154844 154846 . + 1 ID=Miro_250.RBS;Name=Miro_250;Parent=Miro_250
526 Miro feature gene 159166 159667 . + . ID=Miro_257
527 Miro GenBank CDS 159176 159667 . + 1 Alias=Miro_257;ID=Miro_257.CDS;Name=Miro_257;Note=T4 NrdG-like;Parent=Miro_257;obsolete_name=Miro_183;product=ribonucleoside-triphosphate reductase activating protein
528 Miro GenBank Shine_Dalgarno_sequence 159166 159169 . + 1 ID=Miro_257.RBS;Name=Miro_257;Parent=Miro_257
529 Miro feature gene 158528 159179 . + . ID=Miro_256
530 Miro GenBank CDS 158538 159179 . + 1 Alias=Miro_256;ID=Miro_256.CDS;Name=Miro_256;Note=contains nuclease associated modular 3 and winged helix-turn-helix DNA-binding domains;Parent=Miro_256;obsolete_name=Miro_184;product=homing endonuclease
531 Miro GenBank Shine_Dalgarno_sequence 158528 158530 . + 1 ID=Miro_256.RBS;Name=Miro_256;Parent=Miro_256
532 Miro feature gene 158309 158511 . + . ID=Miro_255
533 Miro GenBank CDS 158320 158511 . + 1 Alias=Miro_255;ID=Miro_255.CDS;Name=Miro_255;Parent=Miro_255;obsolete_name=Miro_185;product=hypothetical conserved
534 Miro GenBank Shine_Dalgarno_sequence 158309 158314 . + 1 ID=Miro_255.RBS;Name=Miro_255;Parent=Miro_255
535 Miro feature gene 157997 158259 . + . ID=Miro_254
536 Miro GenBank CDS 158008 158259 . + 1 Alias=Miro_254;ID=Miro_254.CDS;Name=Miro_254;Parent=Miro_254;obsolete_name=Miro_186;product=hypothetical conserved
537 Miro GenBank Shine_Dalgarno_sequence 157997 158000 . + 1 ID=Miro_254.RBS;Name=Miro_254;Parent=Miro_254
538 Miro feature gene 16633 17132 . - . ID=Miro_30
539 Miro GenBank CDS 16633 17121 . - 1 ID=Miro_30.CDS;Name=Miro_30;Note=T4 gp23/gp24-like;Parent=Miro_30;obsolete_name=Miro_134;product=major capsid protein
540 Miro GenBank Shine_Dalgarno_sequence 17130 17132 . - 1 Alias=Miro_30;ID=Miro_30.RBS;Name=Miro_30;Parent=Miro_30
541 Miro feature gene 17127 17819 . - . ID=Miro_31
542 Miro GenBank CDS 17127 17813 . - 1 ID=Miro_31.CDS;Name=Miro_31;Note=contains N-6 adenine-specific DNA methylase conserved site;Parent=Miro_31;obsolete_name=Miro_133;product=radical SAM protein
543 Miro GenBank Shine_Dalgarno_sequence 17817 17819 . - 1 Alias=Miro_31;ID=Miro_31.RBS;Name=Miro_31;Parent=Miro_31
544 Miro feature gene 17839 18240 . - . ID=Miro_32
545 Miro GenBank CDS 17839 18231 . - 1 ID=Miro_32.CDS;Name=Miro_32;Parent=Miro_32;obsolete_name=Miro_132;product=hypothetical conserved
546 Miro GenBank Shine_Dalgarno_sequence 18237 18240 . - 1 Alias=Miro_32;ID=Miro_32.RBS;Name=Miro_32;Parent=Miro_32
547 Miro feature gene 18228 18475 . - . ID=Miro_33
548 Miro GenBank CDS 18228 18464 . - 1 ID=Miro_33.CDS;Name=Miro_33;Parent=Miro_33;obsolete_name=Miro_131;product=hypothetical conserved;tmhelix=2TMDs %285-27%2C 38-60%29 N in%2C C in
549 Miro GenBank Shine_Dalgarno_sequence 18470 18475 . - 1 Alias=Miro_33;ID=Miro_33.RBS;Name=Miro_33;Parent=Miro_33
550 Miro feature gene 18556 18822 . - . ID=Miro_34
551 Miro GenBank CDS 18556 18810 . - 1 ID=Miro_34.CDS;Name=Miro_34;Parent=Miro_34;obsolete_name=Miro_130;product=hypothetical conserved
552 Miro GenBank Shine_Dalgarno_sequence 18818 18822 . - 1 Alias=Miro_34;ID=Miro_34.RBS;Name=Miro_34;Parent=Miro_34
553 Miro feature gene 18889 19168 . - . ID=Miro_35
554 Miro GenBank CDS 18889 19158 . - 1 ID=Miro_35.CDS;Name=Miro_35;Parent=Miro_35;obsolete_name=Miro_129;product=hypothetical conserved;tmhelix=2TMDs %287-29%2C 44-66%29 N in%2C C in
555 Miro GenBank Shine_Dalgarno_sequence 19165 19168 . - 1 Alias=Miro_35;ID=Miro_35.RBS;Name=Miro_35;Parent=Miro_35
556 Miro feature gene 19202 20648 . - . ID=Miro_36
557 Miro GenBank CDS 19202 20638 . - 1 ID=Miro_36.CDS;Name=Miro_36;Note=T4 gp41-like;Parent=Miro_36;obsolete_name=Miro_128;product=DNA helicase
558 Miro GenBank Shine_Dalgarno_sequence 20646 20648 . - 1 Alias=Miro_36;ID=Miro_36.RBS;Name=Miro_36;Parent=Miro_36
559 Miro feature gene 20648 20978 . - . ID=Miro_37
560 Miro GenBank CDS 20648 20968 . - 1 ID=Miro_37.CDS;Name=Miro_37;Note=T4 gp40-like;Parent=Miro_37;obsolete_name=Miro_127;product=head formation protein
561 Miro GenBank Shine_Dalgarno_sequence 20975 20978 . - 1 Alias=Miro_37;ID=Miro_37.RBS;Name=Miro_37;Parent=Miro_37
562 Miro feature gene 21006 22174 . - . ID=Miro_38
563 Miro GenBank CDS 21006 22163 . - 1 ID=Miro_38.CDS;Name=Miro_38;Note=T4 RecA-like;Parent=Miro_38;obsolete_name=Miro_126;product=DNA recombination and repair protein;tmhelix=1 TMD %2840-62%29 N in%2C C out
564 Miro GenBank Shine_Dalgarno_sequence 22172 22174 . - 1 Alias=Miro_38;ID=Miro_38.RBS;Name=Miro_38;Parent=Miro_38
565 Miro feature gene 22238 24954 . - . ID=Miro_39
566 Miro GenBank CDS 22238 24937 . - 1 ID=Miro_39.CDS;Name=Miro_39;Note=T4 gp43-like;Parent=Miro_39;obsolete_name=Miro_125;product=DNA polymerase
567 Miro GenBank Shine_Dalgarno_sequence 24951 24954 . - 1 Alias=Miro_39;ID=Miro_39.RBS;Name=Miro_39;Parent=Miro_39
568 Miro feature gene 101597 101867 . - . ID=Miro_188
569 Miro GenBank CDS 101597 101857 . - 1 ID=Miro_188.CDS;Name=Miro_188;Parent=Miro_188;obsolete_name=Miro_252;product=hypothetical conserved
570 Miro GenBank Shine_Dalgarno_sequence 101864 101867 . - 1 Alias=Miro_188;ID=Miro_188.RBS;Name=Miro_188;Parent=Miro_188
571 Miro feature gene 73570 73827 . - . ID=Miro_125
572 Miro GenBank CDS 73570 73815 . - 1 ID=Miro_125.CDS;Name=Miro_125;Parent=Miro_125;obsolete_name=Miro_039;product=hypothetical conserved
573 Miro GenBank Shine_Dalgarno_sequence 73823 73827 . - 1 Alias=Miro_125;ID=Miro_125.RBS;Name=Miro_125;Parent=Miro_125
574 Miro feature gene 66297 66533 . - . ID=Miro_111
575 Miro GenBank CDS 66297 66521 . - 1 ID=Miro_111.CDS;Name=Miro_111;Parent=Miro_111;obsolete_name=Miro_053;product=hypothetical conserved
576 Miro GenBank Shine_Dalgarno_sequence 66530 66533 . - 1 Alias=Miro_111;ID=Miro_111.RBS;Name=Miro_111;Parent=Miro_111
577 Miro feature gene 74819 75206 . - . ID=Miro_127
578 Miro GenBank CDS 74819 75196 . - 1 ID=Miro_127.CDS;Name=Miro_127;Parent=Miro_127;obsolete_name=Miro_037;product=hypothetical conserved
579 Miro GenBank Shine_Dalgarno_sequence 75203 75206 . - 1 Alias=Miro_127;ID=Miro_127.RBS;Name=Miro_127;Parent=Miro_127
580 Miro feature gene 73812 74832 . - . ID=Miro_126
581 Miro GenBank CDS 73812 74819 . - 1 ID=Miro_126.CDS;Name=Miro_126;Note=T4 nrdC.11-like;Parent=Miro_126;obsolete_name=Miro_038;product=nucleotidyltransferase
582 Miro GenBank Shine_Dalgarno_sequence 74829 74832 . - 1 Alias=Miro_126;ID=Miro_126.RBS;Name=Miro_126;Parent=Miro_126
583 Miro feature gene 71861 72037 . - . ID=Miro_121
584 Miro GenBank CDS 71861 72028 . - 1 ID=Miro_121.CDS;Name=Miro_121;Parent=Miro_121;obsolete_name=Miro_043;product=hypothetical conserved;tmhelix=2TMDs %289-26%2C 30-52%29 N in%2C C in
585 Miro GenBank Shine_Dalgarno_sequence 72034 72037 . - 1 Alias=Miro_121;ID=Miro_121.RBS;Name=Miro_121;Parent=Miro_121
586 Miro feature gene 71577 71871 . - . ID=Miro_120
587 Miro GenBank CDS 71577 71861 . - 1 ID=Miro_120.CDS;Name=Miro_120;Parent=Miro_120;obsolete_name=Miro_044;product=hypothetical conserved
588 Miro GenBank Shine_Dalgarno_sequence 71868 71871 . - 1 Alias=Miro_120;ID=Miro_120.RBS;Name=Miro_120;Parent=Miro_120
589 Miro feature gene 72390 73331 . - . ID=Miro_123
590 Miro GenBank CDS 72390 73316 . - 1 ID=Miro_123.CDS;Name=Miro_123;Note=C-5 cytosine-specific active site;Parent=Miro_123;obsolete_name=Miro_041;product=cytosine-specific methyltransferase
591 Miro GenBank Shine_Dalgarno_sequence 73329 73331 . - 1 Alias=Miro_123;ID=Miro_123.RBS;Name=Miro_123;Parent=Miro_123
592 Miro feature gene 72068 72357 . - . ID=Miro_122
593 Miro GenBank CDS 72068 72346 . - 1 ID=Miro_122.CDS;Name=Miro_122;Parent=Miro_122;obsolete_name=Miro_042;product=hypothetical conserved
594 Miro GenBank Shine_Dalgarno_sequence 72354 72357 . - 1 Alias=Miro_122;ID=Miro_122.RBS;Name=Miro_122;Parent=Miro_122
595 Miro feature gene 75417 76034 . - . ID=Miro_129
596 Miro GenBank CDS 75417 76022 . - 1 ID=Miro_129.CDS;Name=Miro_129;Parent=Miro_129;obsolete_name=Miro_035;product=hypothetical conserved
597 Miro GenBank Shine_Dalgarno_sequence 76031 76034 . - 1 Alias=Miro_129;ID=Miro_129.RBS;Name=Miro_129;Parent=Miro_129
598 Miro feature gene 75193 75434 . - . ID=Miro_128
599 Miro GenBank CDS 75193 75420 . - 1 ID=Miro_128.CDS;Name=Miro_128;Parent=Miro_128;obsolete_name=Miro_036;product=hypothetical conserved
600 Miro GenBank Shine_Dalgarno_sequence 75430 75434 . - 1 Alias=Miro_128;ID=Miro_128.RBS;Name=Miro_128;Parent=Miro_128
601 Miro feature gene 133686 134487 . + . ID=Miro_217
602 Miro GenBank CDS 133699 134487 . + 1 Alias=Miro_217;ID=Miro_217.CDS;Name=Miro_217;Parent=Miro_217;obsolete_name=Miro_223;product=hypothetical conserved
603 Miro GenBank Shine_Dalgarno_sequence 133686 133689 . + 1 ID=Miro_217.RBS;Name=Miro_217;Parent=Miro_217
604 Miro feature gene 172795 173074 . - . ID=Miro_268
605 Miro GenBank CDS 172795 173064 . - 1 ID=Miro_268.CDS;Name=Miro_268;Parent=Miro_268;obsolete_name=Miro_172;product=hypothetical conserved
606 Miro GenBank Shine_Dalgarno_sequence 173071 173074 . - 1 Alias=Miro_268;ID=Miro_268.RBS;Name=Miro_268;Parent=Miro_268
607 Miro feature gene 133007 133666 . + . ID=Miro_216
608 Miro GenBank CDS 133019 133666 . + 1 Alias=Miro_216;ID=Miro_216.CDS;Name=Miro_216;Note=T4 gp21-like;Parent=Miro_216;obsolete_name=Miro_224;product=prohead core protein protease
609 Miro GenBank Shine_Dalgarno_sequence 133007 133010 . + 1 ID=Miro_216.RBS;Name=Miro_216;Parent=Miro_216
610 Miro feature gene 171490 172030 . + . ID=Miro_266
611 Miro GenBank CDS 171503 172030 . + 1 Alias=Miro_266;ID=Miro_266.CDS;Name=Miro_266;Note=T2 gp38-like;Parent=Miro_266;obsolete_name=Miro_174;product=receptor-recognizing protein
612 Miro GenBank Shine_Dalgarno_sequence 171490 171494 . + 1 ID=Miro_266.RBS;Name=Miro_266;Parent=Miro_266
613 Miro feature gene 172135 172794 . + . ID=Miro_267
614 Miro GenBank CDS 172147 172794 . + 1 Alias=Miro_267;ID=Miro_267.CDS;Name=Miro_267;Note=T4 gpT-like;Parent=Miro_267;obsolete_name=Miro_173;product=holin;tmhelix=1 TMD %2829-47%29 N in%2C C out
615 Miro GenBank Shine_Dalgarno_sequence 172135 172137 . + 1 ID=Miro_267.RBS;Name=Miro_267;Parent=Miro_267
616 Miro feature gene 166968 167645 . + . ID=Miro_264
617 Miro GenBank CDS 166977 167645 . + 1 Alias=Miro_264;ID=Miro_264.CDS;Name=Miro_264;Note=T4 gp36-like;Parent=Miro_264;obsolete_name=Miro_176;product=tail fiber
618 Miro GenBank Shine_Dalgarno_sequence 166968 166971 . + 1 ID=Miro_264.RBS;Name=Miro_264;Parent=Miro_264
619 Miro feature gene 167645 171466 . + . ID=Miro_265
620 Miro GenBank CDS 167654 171466 . + 1 Alias=Miro_265;ID=Miro_265.CDS;Name=Miro_265;Parent=Miro_265;obsolete_name=Miro_175;product=hypothetical conserved
621 Miro GenBank Shine_Dalgarno_sequence 167645 167648 . + 1 ID=Miro_265.RBS;Name=Miro_265;Parent=Miro_265
622 Miro feature gene 162017 165803 . + . ID=Miro_262
623 Miro GenBank CDS 162030 165803 . + 1 Alias=Miro_262;ID=Miro_262.CDS;Name=Miro_262;Parent=Miro_262;obsolete_name=Miro_178;product=hypothetical conserved
624 Miro GenBank Shine_Dalgarno_sequence 162017 162020 . + 1 ID=Miro_262.RBS;Name=Miro_262;Parent=Miro_262
625 Miro feature gene 132602 133016 . + . ID=Miro_215
626 Miro GenBank CDS 132612 133016 . + 1 Alias=Miro_215;ID=Miro_215.CDS;Name=Miro_215;Note=T4 gp68-like;Parent=Miro_215;obsolete_name=Miro_225;product=prohead core protein
627 Miro GenBank Shine_Dalgarno_sequence 132602 132606 . + 1 ID=Miro_215.RBS;Name=Miro_215;Parent=Miro_215
628 Miro feature gene 161360 161654 . + . ID=Miro_260
629 Miro GenBank CDS 161373 161654 . + 1 Alias=Miro_260;ID=Miro_260.CDS;Name=Miro_260;Note=T4 NrdC-like;Parent=Miro_260;obsolete_name=Miro_180;product=glutaredoxin
630 Miro GenBank Shine_Dalgarno_sequence 161360 161363 . + 1 ID=Miro_260.RBS;Name=Miro_260;Parent=Miro_260
631 Miro feature gene 161642 161950 . + . ID=Miro_261
632 Miro GenBank CDS 161651 161950 . + 1 Alias=Miro_261;ID=Miro_261.CDS;Name=Miro_261;Note=T4 gp55.2-like;Parent=Miro_261;obsolete_name=Miro_179;product=hypothetical conserved
633 Miro GenBank Shine_Dalgarno_sequence 161642 161645 . + 1 ID=Miro_261.RBS;Name=Miro_261;Parent=Miro_261
634 Miro feature gene 132347 132603 . + . ID=Miro_214
635 Miro GenBank CDS 132361 132603 . + 1 Alias=Miro_214;ID=Miro_214.CDS;Name=Miro_214;Parent=Miro_214;obsolete_name=Miro_226;product=hypothetical conserved
636 Miro GenBank Shine_Dalgarno_sequence 132347 132350 . + 1 ID=Miro_214.RBS;Name=Miro_214;Parent=Miro_214
637 Miro feature gene 130777 132361 . + . ID=Miro_213
638 Miro GenBank CDS 130787 132361 . + 1 Alias=Miro_213;ID=Miro_213.CDS;Name=Miro_213;Note=T4 gp20-like;Parent=Miro_213;obsolete_name=Miro_227;product=portal protein
639 Miro GenBank Shine_Dalgarno_sequence 130777 130780 . + 1 ID=Miro_213.RBS;Name=Miro_213;Parent=Miro_213
640 Miro feature gene 147698 148234 . + . ID=Miro_238
641 Miro GenBank CDS 147710 148234 . + 1 Alias=Miro_238;ID=Miro_238.CDS;Name=Miro_238;Parent=Miro_238;obsolete_name=Miro_202;product=hypothetical conserved
642 Miro GenBank Shine_Dalgarno_sequence 147698 147701 . + 1 ID=Miro_238.RBS;Name=Miro_238;Parent=Miro_238
643 Miro feature gene 130235 130731 . + . ID=Miro_212
644 Miro GenBank CDS 130246 130731 . + 1 Alias=Miro_212;ID=Miro_212.CDS;Name=Miro_212;Note=T4 gp19-like;Parent=Miro_212;obsolete_name=Miro_228;product=tail tube protein
645 Miro GenBank Shine_Dalgarno_sequence 130235 130239 . + 1 ID=Miro_212.RBS;Name=Miro_212;Parent=Miro_212
646 Miro feature gene 51892 52172 . + . ID=Miro_85
647 Miro GenBank CDS 51903 52172 . + 1 Alias=Miro_85;ID=Miro_85.CDS;Name=Miro_85;Parent=Miro_85;obsolete_name=Miro_079;product=hypothetical conserved
648 Miro GenBank Shine_Dalgarno_sequence 51892 51894 . + 1 ID=Miro_85.RBS;Name=Miro_85;Parent=Miro_85
649 Miro feature gene 51531 51903 . + . ID=Miro_84
650 Miro GenBank CDS 51541 51903 . + 1 Alias=Miro_84;ID=Miro_84.CDS;Name=Miro_84;Note=T4-like%3B contains glycine radical domain;Parent=Miro_84;obsolete_name=Miro_080;product=autonomous glycyl radical cofactor
651 Miro GenBank Shine_Dalgarno_sequence 51531 51534 . + 1 ID=Miro_84.RBS;Name=Miro_84;Parent=Miro_84
652 Miro feature gene 52585 52833 . + . ID=Miro_87
653 Miro GenBank CDS 52594 52833 . + 1 Alias=Miro_87;ID=Miro_87.CDS;Name=Miro_87;Parent=Miro_87;obsolete_name=Miro_077;product=hypothetical conserved
654 Miro GenBank Shine_Dalgarno_sequence 52585 52588 . + 1 ID=Miro_87.RBS;Name=Miro_87;Parent=Miro_87
655 Miro feature gene 52286 52591 . + . ID=Miro_86
656 Miro GenBank CDS 52298 52591 . + 1 Alias=Miro_86;ID=Miro_86.CDS;Name=Miro_86;Parent=Miro_86;obsolete_name=Miro_078;product=hypothetical conserved
657 Miro GenBank Shine_Dalgarno_sequence 52286 52289 . + 1 ID=Miro_86.RBS;Name=Miro_86;Parent=Miro_86
658 Miro feature gene 50203 50493 . + . ID=Miro_81
659 Miro GenBank CDS 50212 50493 . + 1 Alias=Miro_81;ID=Miro_81.CDS;Name=Miro_81;Parent=Miro_81;obsolete_name=Miro_083;product=hypothetical conserved
660 Miro GenBank Shine_Dalgarno_sequence 50203 50206 . + 1 ID=Miro_81.RBS;Name=Miro_81;Parent=Miro_81
661 Miro feature gene 49635 49896 . + . ID=Miro_80
662 Miro GenBank CDS 49645 49896 . + 1 Alias=Miro_80;ID=Miro_80.CDS;Name=Miro_80;Parent=Miro_80;obsolete_name=Miro_084;product=hypothetical conserved
663 Miro GenBank Shine_Dalgarno_sequence 49635 49637 . + 1 ID=Miro_80.RBS;Name=Miro_80;Parent=Miro_80
664 Miro feature gene 50955 51530 . + . ID=Miro_83
665 Miro GenBank CDS 50964 51530 . + 1 Alias=Miro_83;ID=Miro_83.CDS;Name=Miro_83;Parent=Miro_83;obsolete_name=Miro_081;product=hypothetical conserved;tmhelix=1 TMD %289-31%29 N in%2C C out
666 Miro GenBank Shine_Dalgarno_sequence 50955 50958 . + 1 ID=Miro_83.RBS;Name=Miro_83;Parent=Miro_83
667 Miro feature gene 50495 50922 . + . ID=Miro_82
668 Miro GenBank CDS 50503 50922 . + 1 Alias=Miro_82;ID=Miro_82.CDS;Name=Miro_82;Parent=Miro_82;obsolete_name=Miro_082;product=hypothetical conserved
669 Miro GenBank Shine_Dalgarno_sequence 50495 50497 . + 1 ID=Miro_82.RBS;Name=Miro_82;Parent=Miro_82
670 Miro feature gene 104839 105703 . - . ID=Miro_193
671 Miro GenBank CDS 104839 105693 . - 1 ID=Miro_193.CDS;Name=Miro_193;Parent=Miro_193;obsolete_name=Miro_247;product=hypothetical conserved
672 Miro GenBank Shine_Dalgarno_sequence 105699 105703 . - 1 Alias=Miro_193;ID=Miro_193.RBS;Name=Miro_193;Parent=Miro_193
673 Miro feature gene 52974 53137 . + . ID=Miro_89
674 Miro GenBank CDS 52985 53137 . + 1 Alias=Miro_89;ID=Miro_89.CDS;Name=Miro_89;Parent=Miro_89;obsolete_name=Miro_075;product=hypothetical conserved
675 Miro GenBank Shine_Dalgarno_sequence 52974 52978 . + 1 ID=Miro_89.RBS;Name=Miro_89;Parent=Miro_89
676 Miro feature gene 52806 52988 . + . ID=Miro_88
677 Miro GenBank CDS 52818 52988 . + 1 Alias=Miro_88;ID=Miro_88.CDS;Name=Miro_88;Parent=Miro_88;obsolete_name=Miro_076;product=hypothetical conserved
678 Miro GenBank Shine_Dalgarno_sequence 52806 52809 . + 1 ID=Miro_88.RBS;Name=Miro_88;Parent=Miro_88
679 Miro feature gene 85193 86549 . - . ID=Miro_150
680 Miro GenBank CDS 85193 86539 . - 1 ID=Miro_150.CDS;Name=Miro_150;Note=contains PIN domain and P-loop containing nucleoside triphosphate hydrolase;Parent=Miro_150;obsolete_name=Miro_014;product=PhoH-like protein
681 Miro GenBank Shine_Dalgarno_sequence 86546 86549 . - 1 Alias=Miro_150;ID=Miro_150.RBS;Name=Miro_150;Parent=Miro_150
682 Miro feature gene 86549 87082 . - . ID=Miro_151
683 Miro GenBank CDS 86549 87073 . - 1 ID=Miro_151.CDS;Name=Miro_151;Note=contains AP2/ERF domain;Parent=Miro_151;obsolete_name=Miro_013;product=HNH endonuclease
684 Miro GenBank Shine_Dalgarno_sequence 87079 87082 . - 1 Alias=Miro_151;ID=Miro_151.RBS;Name=Miro_151;Parent=Miro_151
685 Miro feature gene 87073 87540 . - . ID=Miro_152
686 Miro GenBank CDS 87073 87531 . - 1 ID=Miro_152.CDS;Name=Miro_152;Parent=Miro_152;obsolete_name=Miro_012;product=hypothetical conserved
687 Miro GenBank Shine_Dalgarno_sequence 87537 87540 . - 1 Alias=Miro_152;ID=Miro_152.RBS;Name=Miro_152;Parent=Miro_152
688 Miro feature gene 87563 87968 . - . ID=Miro_153
689 Miro GenBank CDS 87563 87958 . - 1 ID=Miro_153.CDS;Name=Miro_153;Note=D-alanyl-D-alanine carboxypeptidase;Parent=Miro_153;obsolete_name=Miro_011;product=endolysin
690 Miro GenBank Shine_Dalgarno_sequence 87964 87968 . - 1 Alias=Miro_153;ID=Miro_153.RBS;Name=Miro_153;Parent=Miro_153
691 Miro feature gene 88026 88439 . - . ID=Miro_154
692 Miro GenBank CDS 88026 88427 . - 1 ID=Miro_154.CDS;Name=Miro_154;Parent=Miro_154;obsolete_name=Miro_010;product=hypothetical conserved
693 Miro GenBank Shine_Dalgarno_sequence 88436 88439 . - 1 Alias=Miro_154;ID=Miro_154.RBS;Name=Miro_154;Parent=Miro_154
694 Miro feature gene 88482 88815 . - . ID=Miro_155
695 Miro GenBank CDS 88482 88805 . - 1 ID=Miro_155.CDS;Name=Miro_155;Parent=Miro_155;obsolete_name=Miro_009;product=hypothetical conserved
696 Miro GenBank Shine_Dalgarno_sequence 88812 88815 . - 1 Alias=Miro_155;ID=Miro_155.RBS;Name=Miro_155;Parent=Miro_155
697 Miro feature gene 88845 89119 . - . ID=Miro_156
698 Miro GenBank CDS 88845 89108 . - 1 ID=Miro_156.CDS;Name=Miro_156;Parent=Miro_156;obsolete_name=Miro_008;product=hypothetical conserved
699 Miro GenBank Shine_Dalgarno_sequence 89115 89119 . - 1 Alias=Miro_156;ID=Miro_156.RBS;Name=Miro_156;Parent=Miro_156
700 Miro feature gene 89178 89447 . - . ID=Miro_157
701 Miro GenBank CDS 89178 89438 . - 1 ID=Miro_157.CDS;Name=Miro_157;Parent=Miro_157;obsolete_name=Miro_007;product=hypothetical conserved;signal=signal peptidase II cleavage site 19-20
702 Miro GenBank Shine_Dalgarno_sequence 89445 89447 . - 1 Alias=Miro_157;ID=Miro_157.RBS;Name=Miro_157;Parent=Miro_157
703 Miro feature gene 89440 89880 . - . ID=Miro_158
704 Miro GenBank CDS 89440 89871 . - 1 ID=Miro_158.CDS;Name=Miro_158;Parent=Miro_158;obsolete_name=Miro_006;product=hypothetical conserved
705 Miro GenBank Shine_Dalgarno_sequence 89878 89880 . - 1 Alias=Miro_158;ID=Miro_158.RBS;Name=Miro_158;Parent=Miro_158
706 Miro feature gene 89882 90064 . - . ID=Miro_159
707 Miro GenBank CDS 89882 90055 . - 1 ID=Miro_159.CDS;Name=Miro_159;Parent=Miro_159;obsolete_name=Miro_005;product=hypothetical conserved
708 Miro GenBank Shine_Dalgarno_sequence 90061 90064 . - 1 Alias=Miro_159;ID=Miro_159.RBS;Name=Miro_159;Parent=Miro_159
709 Miro feature gene 134495 136075 . + . ID=Miro_218
710 Miro GenBank CDS 134507 136075 . + 1 Alias=Miro_218;ID=Miro_218.CDS;Name=Miro_218;Note=T4 gp23/gp24-like;Parent=Miro_218;obsolete_name=Miro_222;product=major capsid protein
711 Miro GenBank Shine_Dalgarno_sequence 134495 134498 . + 1 ID=Miro_218.RBS;Name=Miro_218;Parent=Miro_218
712 Miro feature gene 174229 174467 . - . ID=Miro_271
713 Miro GenBank CDS 174229 174456 . - 1 ID=Miro_271.CDS;Name=Miro_271;Parent=Miro_271;obsolete_name=Miro_169;product=hypothetical conserved
714 Miro GenBank Shine_Dalgarno_sequence 174464 174467 . - 1 Alias=Miro_271;ID=Miro_271.RBS;Name=Miro_271;Parent=Miro_271
715 Miro feature gene 173351 174160 . - . ID=Miro_270
716 Miro GenBank CDS 173351 174148 . - 1 ID=Miro_270.CDS;Name=Miro_270;Parent=Miro_270;obsolete_name=Miro_170;product=hypothetical conserved
717 Miro GenBank Shine_Dalgarno_sequence 174156 174160 . - 1 Alias=Miro_270;ID=Miro_270.RBS;Name=Miro_270;Parent=Miro_270
718 Miro feature gene 174760 174903 . - . ID=Miro_273
719 Miro GenBank CDS 174760 174894 . - 1 ID=Miro_273.CDS;Name=Miro_273;Parent=Miro_273;obsolete_name=Miro_167;product=hypothetical conserved
720 Miro GenBank Shine_Dalgarno_sequence 174900 174903 . - 1 Alias=Miro_273;ID=Miro_273.RBS;Name=Miro_273;Parent=Miro_273
721 Miro feature gene 174453 174796 . - . ID=Miro_272
722 Miro GenBank CDS 174453 174785 . - 1 ID=Miro_272.CDS;Name=Miro_272;Parent=Miro_272;obsolete_name=Miro_168;product=hypothetical conserved
723 Miro GenBank Shine_Dalgarno_sequence 174793 174796 . - 1 Alias=Miro_272;ID=Miro_272.RBS;Name=Miro_272;Parent=Miro_272
724 Miro feature gene 175224 175675 . - . ID=Miro_275
725 Miro GenBank CDS 175224 175661 . - 1 ID=Miro_275.CDS;Name=Miro_275;Parent=Miro_275;obsolete_name=Miro_165;product=hypothetical conserved
726 Miro GenBank Shine_Dalgarno_sequence 175673 175675 . - 1 Alias=Miro_275;ID=Miro_275.RBS;Name=Miro_275;Parent=Miro_275
727 Miro feature gene 174939 175197 . - . ID=Miro_274
728 Miro GenBank CDS 174939 175187 . - 1 ID=Miro_274.CDS;Name=Miro_274;Note=contains FCH and colicin domains;Parent=Miro_274;obsolete_name=Miro_166;product=hypothetical conserved
729 Miro GenBank Shine_Dalgarno_sequence 175195 175197 . - 1 Alias=Miro_274;ID=Miro_274.RBS;Name=Miro_274;Parent=Miro_274
730 Miro feature gene 175636 176021 . - . ID=Miro_276
731 Miro GenBank CDS 175636 176010 . - 1 ID=Miro_276.CDS;Name=Miro_276;Parent=Miro_276;obsolete_name=Miro_164;product=hypothetical conserved;tmhelix=2TMDs %2844-66%2C 76-98%29 N in%2C C in
732 Miro GenBank Shine_Dalgarno_sequence 176017 176021 . - 1 Alias=Miro_276;ID=Miro_276.RBS;Name=Miro_276;Parent=Miro_276
733 Miro feature gene 82146 82479 . - . ID=Miro_144
734 Miro GenBank CDS 82146 82469 . - 1 ID=Miro_144.CDS;Name=Miro_144;Parent=Miro_144;obsolete_name=Miro_020;product=hypothetical conserved;signal=signal peptidase I cleavage site 17-18
735 Miro GenBank Shine_Dalgarno_sequence 82476 82479 . - 1 Alias=Miro_144;ID=Miro_144.RBS;Name=Miro_144;Parent=Miro_144
736 Miro feature gene 11178 11471 . - . ID=Miro_18
737 Miro GenBank CDS 11178 11459 . - 1 ID=Miro_18.CDS;Name=Miro_18;Note=contains LysM domain;Parent=Miro_18;obsolete_name=Miro_146;product=peptidoglycan-binding protein
738 Miro GenBank Shine_Dalgarno_sequence 11468 11471 . - 1 Alias=Miro_18;ID=Miro_18.RBS;Name=Miro_18;Parent=Miro_18
739 Miro GenBank CDS 11456 11731 . - 1 ID=Miro_19;Name=Miro_19;obsolete_name=Miro_145;product=hypothetical conserved
740 Miro feature gene 9399 9740 . - . ID=Miro_12
741 Miro GenBank CDS 9399 9728 . - 1 ID=Miro_12.CDS;Name=Miro_12;Parent=Miro_12;obsolete_name=Miro_152;product=hypothetical conserved
742 Miro GenBank Shine_Dalgarno_sequence 9736 9740 . - 1 Alias=Miro_12;ID=Miro_12.RBS;Name=Miro_12;Parent=Miro_12
743 Miro feature gene 9788 10025 . - . ID=Miro_13
744 Miro GenBank CDS 9788 10012 . - 1 ID=Miro_13.CDS;Name=Miro_13;Parent=Miro_13;obsolete_name=Miro_151;product=hypothetical conserved
745 Miro GenBank Shine_Dalgarno_sequence 10021 10025 . - 1 Alias=Miro_13;ID=Miro_13.RBS;Name=Miro_13;Parent=Miro_13
746 Miro feature gene 8488 8779 . - . ID=Miro_10
747 Miro GenBank CDS 8488 8766 . - 1 ID=Miro_10.CDS;Name=Miro_10;Parent=Miro_10;obsolete_name=Miro_154;product=hypothetical conserved
748 Miro GenBank Shine_Dalgarno_sequence 8776 8779 . - 1 Alias=Miro_10;ID=Miro_10.RBS;Name=Miro_10;Parent=Miro_10
749 Miro feature gene 8763 9370 . - . ID=Miro_11
750 Miro GenBank CDS 8763 9359 . - 1 ID=Miro_11.CDS;Name=Miro_11;Parent=Miro_11;obsolete_name=Miro_153;product=hypothetical conserved;tmhelix=1 TMD %2810-29%29 N out%2C C in
751 Miro GenBank Shine_Dalgarno_sequence 9367 9370 . - 1 Alias=Miro_11;ID=Miro_11.RBS;Name=Miro_11;Parent=Miro_11
752 Miro feature gene 10737 10970 . - . ID=Miro_16
753 Miro GenBank CDS 10737 10961 . - 1 ID=Miro_16.CDS;Name=Miro_16;Parent=Miro_16;obsolete_name=Miro_148;product=hypothetical conserved
754 Miro GenBank Shine_Dalgarno_sequence 10967 10970 . - 1 Alias=Miro_16;ID=Miro_16.RBS;Name=Miro_16;Parent=Miro_16
755 Miro feature gene 10965 11125 . - . ID=Miro_17
756 Miro GenBank CDS 10965 11114 . - 1 ID=Miro_17.CDS;Name=Miro_17;Parent=Miro_17;obsolete_name=Miro_147;product=hypothetical conserved;tmhelix=1 TMD %2810-32%29 N out%2C C in
757 Miro GenBank Shine_Dalgarno_sequence 11121 11125 . - 1 Alias=Miro_17;ID=Miro_17.RBS;Name=Miro_17;Parent=Miro_17
758 Miro feature gene 10086 10361 . - . ID=Miro_14
759 Miro GenBank CDS 10086 10349 . - 1 ID=Miro_14.CDS;Name=Miro_14;Parent=Miro_14;obsolete_name=Miro_150;product=hypothetical conserved
760 Miro GenBank Shine_Dalgarno_sequence 10358 10361 . - 1 Alias=Miro_14;ID=Miro_14.RBS;Name=Miro_14;Parent=Miro_14
761 Miro feature gene 10438 10746 . - . ID=Miro_15
762 Miro GenBank CDS 10438 10737 . - 1 ID=Miro_15.CDS;Name=Miro_15;Parent=Miro_15;obsolete_name=Miro_149;product=hypothetical conserved;tmhelix=1 TMD %284-21%29 N out%2C C in
763 Miro GenBank Shine_Dalgarno_sequence 10743 10746 . - 1 Alias=Miro_15;ID=Miro_15.RBS;Name=Miro_15;Parent=Miro_15
764 Miro feature gene 53914 54144 . + . ID=Miro_92
765 Miro GenBank CDS 53923 54144 . + 1 Alias=Miro_92;ID=Miro_92.CDS;Name=Miro_92;Parent=Miro_92;obsolete_name=Miro_072;product=hypothetical conserved
766 Miro GenBank Shine_Dalgarno_sequence 53914 53916 . + 1 ID=Miro_92.RBS;Name=Miro_92;Parent=Miro_92
767 Miro feature gene 54130 54755 . + . ID=Miro_93
768 Miro GenBank CDS 54141 54755 . + 1 Alias=Miro_93;ID=Miro_93.CDS;Name=Miro_93;Note=contains haloacid dehydrogenase %28HAD%29-like domain;Parent=Miro_93;obsolete_name=Miro_071;product=hypothetical conserved
769 Miro GenBank Shine_Dalgarno_sequence 54130 54134 . + 1 ID=Miro_93.RBS;Name=Miro_93;Parent=Miro_93
770 Miro feature gene 53212 53661 . + . ID=Miro_90
771 Miro GenBank CDS 53221 53661 . + 1 Alias=Miro_90;ID=Miro_90.CDS;Name=Miro_90;Note=T4 Y12G-like;Parent=Miro_90;obsolete_name=Miro_074;product=hypothetical conserved
772 Miro GenBank Shine_Dalgarno_sequence 53212 53215 . + 1 ID=Miro_90.RBS;Name=Miro_90;Parent=Miro_90
773 Miro feature gene 53646 53921 . + . ID=Miro_91
774 Miro GenBank CDS 53658 53921 . + 1 Alias=Miro_91;ID=Miro_91.CDS;Name=Miro_91;Parent=Miro_91;obsolete_name=Miro_073;product=hypothetical conserved
775 Miro GenBank Shine_Dalgarno_sequence 53646 53648 . + 1 ID=Miro_91.RBS;Name=Miro_91;Parent=Miro_91
776 Miro feature gene 56987 57203 . + . ID=Miro_96
777 Miro GenBank CDS 57000 57203 . + 1 Alias=Miro_96;ID=Miro_96.CDS;Name=Miro_96;Parent=Miro_96;obsolete_name=Miro_068;product=hypothetical conserved
778 Miro GenBank Shine_Dalgarno_sequence 56987 56990 . + 1 ID=Miro_96.RBS;Name=Miro_96;Parent=Miro_96
779 Miro feature gene 57193 57382 . + . ID=Miro_97
780 Miro GenBank CDS 57206 57382 . + 1 Alias=Miro_97;ID=Miro_97.CDS;Name=Miro_97;Parent=Miro_97;obsolete_name=Miro_067;product=hypothetical conserved
781 Miro GenBank Shine_Dalgarno_sequence 57193 57195 . + 1 ID=Miro_97.RBS;Name=Miro_97;Parent=Miro_97
782 Miro feature gene 54726 56265 . + . ID=Miro_94
783 Miro GenBank CDS 54736 56265 . + 1 Alias=Miro_94;ID=Miro_94.CDS;Name=Miro_94;Note=T4-like;Parent=Miro_94;obsolete_name=Miro_070;product=DNA ligase
784 Miro GenBank Shine_Dalgarno_sequence 54726 54728 . + 1 ID=Miro_94.RBS;Name=Miro_94;Parent=Miro_94
785 Miro feature gene 56331 56911 . + . ID=Miro_95
786 Miro GenBank CDS 56342 56911 . + 1 Alias=Miro_95;ID=Miro_95.CDS;Name=Miro_95;Parent=Miro_95;obsolete_name=Miro_069;product=hypothetical conserved
787 Miro GenBank Shine_Dalgarno_sequence 56331 56333 . + 1 ID=Miro_95.RBS;Name=Miro_95;Parent=Miro_95
788 Miro feature gene 57368 57543 . + . ID=Miro_98
789 Miro GenBank CDS 57379 57543 . + 1 Alias=Miro_98;ID=Miro_98.CDS;Name=Miro_98;Parent=Miro_98;obsolete_name=Miro_066;product=hypothetical conserved;tmhelix=2TMDs %287-26%2C 31-53%29 N in%2C C in
790 Miro GenBank Shine_Dalgarno_sequence 57368 57372 . + 1 ID=Miro_98.RBS;Name=Miro_98;Parent=Miro_98
791 Miro feature gene 57613 57914 . + . ID=Miro_99
792 Miro GenBank CDS 57624 57914 . + 1 Alias=Miro_99;ID=Miro_99.CDS;Name=Miro_99;Parent=Miro_99;obsolete_name=Miro_065;product=hypothetical conserved
793 Miro GenBank Shine_Dalgarno_sequence 57613 57616 . + 1 ID=Miro_99.RBS;Name=Miro_99;Parent=Miro_99
794 Miro feature gene 81924 82086 . - . ID=Miro_143
795 Miro GenBank CDS 81924 82079 . - 1 ID=Miro_143.CDS;Name=Miro_143;Parent=Miro_143;obsolete_name=Miro_021;product=hypothetical conserved;tmhelix=1 TMD %2815-37%29 N out%2C C in
796 Miro GenBank Shine_Dalgarno_sequence 82084 82086 . - 1 Alias=Miro_143;ID=Miro_143.RBS;Name=Miro_143;Parent=Miro_143
797 Miro feature gene 67179 67658 . - . ID=Miro_114
798 Miro GenBank CDS 67179 67649 . - 1 ID=Miro_114.CDS;Name=Miro_114;Parent=Miro_114;obsolete_name=Miro_050;product=hypothetical conserved
799 Miro GenBank Shine_Dalgarno_sequence 67656 67658 . - 1 Alias=Miro_114;ID=Miro_114.RBS;Name=Miro_114;Parent=Miro_114
800 Miro feature gene 81366 81851 . - . ID=Miro_141
801 Miro GenBank CDS 81366 81839 . - 1 ID=Miro_141.CDS;Name=Miro_141;Note=contains macro domain;Parent=Miro_141;obsolete_name=Miro_023;product=hypothetical conserved
802 Miro GenBank Shine_Dalgarno_sequence 81849 81851 . - 1 Alias=Miro_141;ID=Miro_141.RBS;Name=Miro_141;Parent=Miro_141
803 Miro feature gene 81076 81376 . - . ID=Miro_140
804 Miro GenBank CDS 81076 81363 . - 1 ID=Miro_140.CDS;Name=Miro_140;Parent=Miro_140;obsolete_name=Miro_024;product=hypothetical conserved
805 Miro GenBank Shine_Dalgarno_sequence 81374 81376 . - 1 Alias=Miro_140;ID=Miro_140.RBS;Name=Miro_140;Parent=Miro_140
806 Miro feature gene 83223 83630 . - . ID=Miro_147
807 Miro GenBank CDS 83223 83618 . - 1 ID=Miro_147.CDS;Name=Miro_147;Parent=Miro_147;obsolete_name=Miro_017;product=hypothetical conserved
808 Miro GenBank Shine_Dalgarno_sequence 83627 83630 . - 1 Alias=Miro_147;ID=Miro_147.RBS;Name=Miro_147;Parent=Miro_147
809 Miro feature gene 83066 83224 . - . ID=Miro_146
810 Miro GenBank CDS 83066 83212 . - 1 ID=Miro_146.CDS;Name=Miro_146;Parent=Miro_146;obsolete_name=Miro_018;product=hypothetical conserved
811 Miro GenBank Shine_Dalgarno_sequence 83221 83224 . - 1 Alias=Miro_146;ID=Miro_146.RBS;Name=Miro_146;Parent=Miro_146
812 Miro feature gene 82479 83083 . - . ID=Miro_145
813 Miro GenBank CDS 82479 83069 . - 1 ID=Miro_145.CDS;Name=Miro_145;Parent=Miro_145;obsolete_name=Miro_019;product=hypothetical conserved
814 Miro GenBank Shine_Dalgarno_sequence 83080 83083 . - 1 Alias=Miro_145;ID=Miro_145.RBS;Name=Miro_145;Parent=Miro_145
815 Miro feature gene 67646 67816 . - . ID=Miro_115
816 Miro GenBank CDS 67646 67804 . - 1 ID=Miro_115.CDS;Name=Miro_115;Parent=Miro_115;obsolete_name=Miro_049;product=hypothetical conserved;tmhelix=2TMDs %282-21%2C 31-50%29 N in%2C C in
817 Miro GenBank Shine_Dalgarno_sequence 67814 67816 . - 1 Alias=Miro_115;ID=Miro_115.RBS;Name=Miro_115;Parent=Miro_115
818 Miro feature gene 84392 84959 . - . ID=Miro_149
819 Miro GenBank CDS 84392 84946 . - 1 ID=Miro_149.CDS;Name=Miro_149;Parent=Miro_149;obsolete_name=Miro_015;product=hypothetical conserved
820 Miro GenBank Shine_Dalgarno_sequence 84955 84959 . - 1 Alias=Miro_149;ID=Miro_149.RBS;Name=Miro_149;Parent=Miro_149
821 Miro feature gene 83686 84337 . - . ID=Miro_148
822 Miro GenBank CDS 83686 84327 . - 1 ID=Miro_148.CDS;Name=Miro_148;Note=T4 RegB-like;Parent=Miro_148;obsolete_name=Miro_016;product=endoribonuclease;signal=signal peptidase II cleavage site 12-13
823 Miro GenBank Shine_Dalgarno_sequence 84334 84337 . - 1 Alias=Miro_148;ID=Miro_148.RBS;Name=Miro_148;Parent=Miro_148
824 Miro feature gene 67801 68461 . - . ID=Miro_116
825 Miro GenBank CDS 67801 68451 . - 1 ID=Miro_116.CDS;Name=Miro_116;Parent=Miro_116;obsolete_name=Miro_048;product=hypothetical conserved
826 Miro GenBank Shine_Dalgarno_sequence 68457 68461 . - 1 Alias=Miro_116;ID=Miro_116.RBS;Name=Miro_116;Parent=Miro_116
827 ##FASTA
828 >Miro
829 TTAGTAATGGCTAAAACCATATGTAACATCAATCATGACTTTATAACGGCATACACGCAT
830 TTTTGCGTTATTGTAATCCACTGGGATCGCTACCACGTCAGCAGGATCCACCTTTACCTG
831 AATGACTCTACCAACACCGCCCCCGTAGTGTGGAAGGTATGATTTAGCCGCAACGTGTAG
832 GCCAGTAGAACAGGTGCGCGTTTTATCTTCGTCTACCATGTTTCGAGGCATGGAGACAGT
833 CACACCAGGACTATTATCAAATTTGCCAGTAGCGAGATCTTTATAGTTATCGCGCACACG
834 TTTCCAGGCAAGGAAACAACCATCATCGGTCAGTTCAATGTCATTATGTACAAGGAACCC
835 ATAAAGCTGGTATACAGCATCGCGTGAAGGGTTTCGCATCAACCGTTCAAAGAAGTTCAC
836 CAGATGTTCATACGGACGATCGTTATACATTTCGCGAATGATTCGTTGAGTGATATCAGA
837 ATCAAACACTACATCTTTATATAGAAGCTGATGACCAATGATTTTAATGTTGCCTTTGCT
838 ATAGGTTCGGATCGCTTCTTGAGTATCCAAACAAGTTACAGCACCTTTGACATCACCAGC
839 TTTCAGCATTTCATGCGCTTTCTTAAAGTTCGGATGTGTTTCACCCGCCATGAAAACGCG
840 CCCTTCGTATACAACCGTAATGAACGATTCAGATCCGATCATACGCGGTACAGTGTCTGA
841 TACTTTAGGCTTTTGTTTTACATCCCTTTTCTTAGGGAATTCCGCTAACTTGCGGTTGAT
842 AACGCGCCCAATGGTTCGGGCGCTTACGTTGAACTGTTGGGCCAGTGCTGTTTTACTTGC
843 CCCCGTCAACCATCCATTATAGATAGCTTTCTGTTGTACTTCGTCGAGAATTTTGACCAT
844 TATTTCCACCGTATTAATTTCTTAAACTCACTGAGATTCTTTTCGTTGTTGTAAATCGGA
845 CGAATTGAATAAGAATCGCTATGTTCAACAAGTGAAGCCAGTAACGGGTTTAGTGATTTA
846 AAGATTTCCCATGCCTGATCAACACGTTTTTTCATATTGCTGCGTTTAACGCGCATTGAT
847 GCTACGGACTCACGCAGAATCGGACAACGCACCCTGGAAAGATTTTTACCATCTTTCTCA
848 TACCCTTCCAGACACACTATACGTTCGAGGGTATCAACAATCTTATACAGTTTTTCATTA
849 TATCGGTTTTTCACAATCCGATCAAGCGATACACCGAAACGGCTATGCAATGCGTCTGTT
850 TCTGTTGAGTGATCCTTCCCAATCCATCCAGGCAAGCAATTATCTTTCAATGCCTTTTCA
851 GATTTAACATACTGCTTGCACAGCATATCATCAAAGCATACCAGATTTGAATCCGGGATC
852 CACTTCCAGAGGCTGTTACGTATAGCAAACACAACAGGGATCCCAGTATGGCGCATGATA
853 CGCGATAAAGTAGATTCTTTCATTGCTGAATCCATAGACAACCCGGAATTTTCACCATCT
854 AAGCGGCTATATTCATCAATACCATACAACCGAACACCTGGGGCTTTATCCAGTGATAAA
855 AACTCTGATTTTGTCATAAACAGAGAAGTTTTTGCCAGATTGCCGTTACTATCCAACTCA
856 TAACGATATACGGTCGGGGTTTTTGGGCGCGGTTCTGAATTTTTCGGTGCATATAGCGCT
857 TTTGATTTTTCGCGATCTGCATCATAGATCTCTTTTTCTTTTGTCATTTCACTGGTACGG
858 AGATACACAATTTCCGATTCATCAAAATGACCTTTCCGAACGATATCATTAACAATCTCA
859 CGCTTTGAATCACTATCGTAATATGCAACAAAGCTAACACGGCTTAGGTTATGCATTTTA
860 GCATACCCGACGATATACGGTTTAACCGTGTTGGTATCCACTTTTAACAGAATGAGTTTC
861 TTCTGTTTCCACGGATAATAAATGCGTGTGATGTCCTGGCGTTTGGTTGTTTCTGGCTTA
862 TACTTGCTCCAGCGGCCTCCGCTACCAGTTACCTGATACCATGCATCTTTACCGTCGTAT
863 TCGTTCGCCCAATACCCAGCAACATAATCATCATTATATTTGTTTGGTTTGACTAGTTCG
864 CTATGGATCCAGCCAATAGAATCACCATTGATGCGAAAATTAGCATCTTTACCAACAAAG
865 TTTTGTACCATTGAAGGCAGAGAATGGAACCACGTCAGTTTATCACGCACGGTTTGTAAC
866 TTATCGAATTCTGATTTAACTCGATTGAAATATACCCGGCTGATTTGTTTCAGACGTTCT
867 TTAACAATCCCTACTGTCATTTTATCCATACTCAACTCTTCGCGAGAAGGCATGAAATCA
868 AGTTCACCGATCGGGAAGTCAATAATATACGTATACTGGCTTTCTGTATAGCAATAGAAC
869 ATCGAGGTATCATACAAATCTTTATCCAGAGGATAAATGATGTTACCCATGCGAGCATAT
870 ACACCGCTAGTGTATGCTGATTTATGACGGATCACCCCGCTATCGTTGGTTGCTTCTTTC
871 GGCTGATAGTTGATTTTGAGAATAGAAGCACCAACAAAGTTAGGACGAATATCAGTAAAT
872 GATTCGTATACCCTTGCTGCTTCGTTTTCCCATTCTTTGATATCTTCAACCTTAACCGGA
873 ACAGTGATAGTAACCCCGTTAGGTTCATCGCTTTCAATCTCATACAGAGGATCGCAGAAA
874 GGTTCCCCATCATCCATATAGATTGTGTAACCGCATTTGATACCGTCTTTTACGGATTCC
875 ACCGTGAAAGCATCGGAATAGCAAAGCGGAGATTTGCAACCCAGACCCATAGAACCGATC
876 AGGTCGTTTGAATCATTTTTAGTTGATTCGAAGTAAACGGTAAACGCATCACTAACGAAA
877 TCAGGAGACATACCGATCCCGTAGTCACGAATAACAAAACGAGGATCAACAGCAGTTGGC
878 AACTGGACATCAAACGGGTTCTGATTTCCCGCTTCTTTGTGTCCATCAATCGCATTACAA
879 GACAGTTCGCGAATGATTGCGCGGATCTTGTATTTGTATACTGTCGAAGAAAGGATCTTA
880 TACGCTTTCTTGTTTGCGCGTAGAGATAGTTTGTTTCGTCCCTTGCTGGTATCTGTACCA
881 ACACGGTAGATGGTTTGCGGTGTATCTTCGCGTAATTTCATTGTTTATTTCTCACTTAAC
882 ATTAAAAATAACTTGGTCACAAGAGTACTTCGTTGGCTTTTTGTTCAGACCATATTCTAC
883 TACTTCACAATAGGTGTCAAGGAATTTTACCAATTTTTCTTCCTCGACCTGCTGTTTCTT
884 CATATCAAGGATACCCCACACGATAGCCCCGATAATGACAGAAAAGAACGCACAAAATCC
885 GAATATGGTCAGATATTTTCCCAACTTAGGCGCATTATAACGTGTCATACCTTACCCCTC
886 TTTGCGAATGTATGCAAGTTCTTCATGGGTTACTGGACGGATATACAGACGGCCTTTTGT
887 ATATGCCTTGCGCCCGCTGATCCAAATGTTTTTCATATCCTTAACACCGTTCATCACATC
888 GTTGTAAAACTTCTTATCAGCTTTAGCCTGATAGACTTCACGGCCTTGATAATCTTTCAT
889 GAACAAACAATAAAGGATCTCATTCTTATCAACTAGATTAGCATCCTTTGTAGTTGTTTT
890 ACTTGGTGAAGGTTTCGCACCCAGGCGCAAGGCCATAGCTTGCCACACTTTACCATGTTC
891 ATAACCGCGCCCGACAAGAGCATGAGCGATTTCGTGTAAAAGAGTGTCTAAAATATCCTC
892 GTAGATATCTTCCGCAACATGACGACCAGACAGTTCGATCAGTTTTTTGGTATAACTGCA
893 ACGGCCCAGAGTTTTTGTAATGCGTCCATTGATCCGGAATGTCCAACCATTACTGATCAA
894 ACCGTGTTTTTCCATCATGGTACGCGCCCAGTGGGTTACTTCCATTGCACTACGAGTTTT
895 CAACATTTTAGAATCTCCTTTGCTTGGTACAAAACCAATATAGCAAAAAGCCCCCTGCAT
896 TGCAAGAGGCTTTGTAATTATTTCAACTTCTTAGAAAGTTCTTTTAAATCATTGAGATAC
897 TCAATTTTAGGGGTTGTTTCTTCCCAGTATTTCAATTGTTTGCGCAATTCTTCGGCTTCG
898 TCTTCCAGCTTTTTTCTTTCGTCCGTGGTTAGATGGTAGATGTTCATAGCCACTAACATT
899 TCGGCATGATTCTCGCAACCTATCCACGTAGACACAAATTTAACCGCTTCGCTGCGACTA
900 AGGCCACGCAGAGAATCAGGAGATTCTACCATTTGAGCAATAAACGCAACCTTTGCCAGT
901 GCTTTATCTAACGCTTCCTTAGTTTCCTGGATACGCTTATTGATGCGCTGTTGATATACA
902 TTCATACGGATATCAACAAAATCCTTTAGAAGCGTTTCAGGGCGTTCGTATGAGTATAGT
903 TTACCCTCAAAGATAACGTTAATGTTTGGGTTTGAGTTTTCAATCAAACCGAAATCTTTC
904 AGGATCTTTTCACGGGTTAACCCATTAGCATACTCTCGCTTGAGCGTTACTTCATACCGA
905 AAATCTTCTTTCGATAGATCCTTGTAGCTAACGATAACGCCTTTTTCTTCCAGCTTGTCA
906 AGGATTGCAATGTATTTCACACGGTCATATTTCACTGGGATCTCAGTGATCACCAATTTG
907 GTTTTACCTTGCAATTCATAGGTGCCGTAAATCGTACCGTCTGTGATTTCACCTTTAAAG
908 TAAGGATATTTCAGATCCAGTGTGAAATCTTTATCATTCAGATATGCAATACACCCGTTA
909 ACAACTGATTTAGGATCATGAGGCGGAATGTTTGTTGCATATGCTTTTGCAATCCCGCTA
910 AACCCGTTAACCAGTACCATCGGAATGATCGGGAGATAGTACGCTGGCGGTACATGTTCC
911 GGATCTTCATGAACTGGCGTTAAATCACCATCCATATAAATTGCTTTGAATATTGGCGAT
912 AGTTTACACTTGATGTAACGAGGTGCGCCAGGTTTCTTAACCAAACGGGAACCAAAGAAC
913 CCATCACGGTCGAATAACGGAATGTTATTGCACCAGTGCGCCGCCATAAGGGATAACGCT
914 TCTTCTACAGAGGTTTCCCCGTGGTGATACCCATACATAGCAACACCGCCAGCGATAGAA
915 GCTACTTTCTGAAATCCCGTTCCGCCCTGCATAGCAGAGTGAATAAAGAAACGGTGAACG
916 GGTTTAAACCCGTCTACCAGGTGCGGGATCGCACGTGAATAAATCGTGTAAAGGGCAAAC
917 GTTAGCCCTTCCACCTGTACAACATCTTTAATACTTCTTTCCATTAGTCAACCTTAGAAA
918 ATTTGTGTTTTCCATTAACCCAATCTTTACGCGGATCAGATTCGTCGCCGAAGCATAGTT
919 CTAACACTTCTTTGTATTCGTCGTCAAGTACAATGACATCATACTTCAACTGATCACCCA
920 GAACACGGTCGTAATCTTCTTTGCGTAAAGAACCCAGCCCCTTGATATATCGTACATCTT
921 TTGCTTTATCGCGGAACGGTGCAAACTCATCAAGAGAATAGAACCATTTTTCCTCGCGCC
922 CAACTTTAGCGATAACGATCGGGGTTCGAATATATCGGATCCGTTTCTCAGTGAACAAAG
923 AAGGCCAACGGCTAAAGAATGCAAGCAACAGAGTTAAAATGTCACCACCGTCAACGTCAG
924 CATCGACCATGATGCCGATATTATCATAAGTCATTCCGGAAGTATCACCAGGATGAATAT
925 TGAGGATAGCCATTAGCTCAAACAGTTCTTTGTTTTTGATAATGTCTGTAAAACTCATAC
926 CCCATGTATTCAGAGGCTTACCACGTAGCGGGAAAGCGCCTTGTGTTTCTTCGTTACGGC
927 ATTCGATGAACTGACCAACAGCGGAATCACCTTCTGTCAGAAACAATGTTGTTTCTACCC
928 CTGGAGTATCGATACCGGAAGCCGGAACGTGTTTAGCAATCTTTGCCTTTTTCGCTTTCT
929 TTTTCGCTTTGGTGATCGCGGCGGCTTCTGCTGCTTGTTTACGAATCAATGCGGATTCAA
930 TGATCGGAGTAATGATTTCTGGAGTATCCATAATCATTTTTGCGATCTTTTTGTAATTCA
931 AATTCGCATGATTGTTAAACTCACCTGCTGTATTTGCCAATCGCTCTTTTGTTTGGCTAT
932 CGAATGCAGGTGCATTAAAGTTATGCAGGAATACCACAAGAGTTAAGCATTCTTTTACAC
933 GTGCTTTCGGGATCTCGATACTATGCTTTTTCTTGATCATCGGTTCAAGTTCAGAATAGA
934 TACCATCGATCATACACTCAACATGAACACCGCCATTTTTCGTATCCAGACCGTTAACAA
935 AGGATTTCTGTTTAAACCCGTCCTCAGTGCTCGCCAGAATGAAGCTGAGGCGATTATTTG
936 TCTGGACAATGGTTTTATCCCCATACATGGAAGCGTACAGCGGGAAGCGATTAGAGAGCG
937 TTTCGCCGTTATATGTGAATTTCACGGACGGGAAAGCAACGGCAAGGGCCATTAAGCGAT
938 CCTTAATCACTTCTTTGGTTTCTTCATCGATACCAGTTACACCAAACATAGAGAAGTCTG
939 GAGTAAACTTAACAGTAGTACCCTGTTCTTTACTGGGGCTGGTTCGGTAATCGATGTTCT
940 GTGCGCCGTCCGTACAGTTAATGGTTACTTTGCGTTTCCCGTTTGCAGTCTCGCCAATAA
941 AAATCGAGCTATAACAGTTTGTCAGGAAAGAACCAACACCATTCATACCCATCGTTACGC
942 GGTTTTTATCATCGAAGTTAGAACCCGATTTTGCCATAGTCCATGCCGCAACTGGTTTAG
943 GAACTATTTTCCCATCTGGGGTTTTTACATCATCCTGGGGAATACCGCGCCCGTTATCAG
944 AGATTTTAACCAGATTATGATCAATGGTTACATCAATCTTATTAGCATGTTTGAATTCAG
945 TTCGGATCGCTTCATCAATCGAGTTATCAAGGATTTCGTTGATGATTTTAACCAACCCTT
946 CCACGTACTCAACCTTGCGATATTGGCCCATTATGAAACGTTCATGCGCTTCTTTGTTAA
947 CCGATCCGACGTACATATTTGGACGCAACCGAATATGATCGCGATCGCTCATACAAAATG
948 ATTCGTCAACCTTTGCGCCTTTTTTGGCTGGTTGTGGTTTCTGTTCTGGTTCATCATCTG
949 CCAGAAGAAAATCTAAACTCATATTCACCTCTTTGTTTAATCACTGACATTATATAGGGT
950 TCTATGAAAAAGAAAACCCCTTTCGGGGTTTACTTGTTATAAGGGAAACCATCACGAACC
951 ATTTGAGGTTTATCAACCGTTCGTTTTGCTTCGCCTCCGCAATCACAATCTTTCGGTGCA
952 TCACGGGTAGCAATGCTTGCCATTTTTGGAAATTCTTTATTACACTTGGTGCATTTATAG
953 GTATAGGTAGGCATTAATAAATCTCTTTTAAACTCAACATCTTAACTAAACGGGCTTTGT
954 CTATGTCAAAAACACATTGACGTGCGCCCGGATACAACTTTTCAACTTCGTATACCATGC
955 AGACGAAACCAACATTGTGCATGTACTCGCGTTCATATGCATTGAACCAACGAGAAAGGC
956 GCTGTATTGACTGAAACCCAAAATATAACCCAGCCGCTTGAAAGTCTATGTTATCTTTTT
957 CAAGGTTGCGCATCAATCGATTATCGTCATCCGGCGCTGGATGTCGGTGATCATCCATAT
958 CAATATAGATATCAGGATTCATACAGAATTGATCAAGCCATTCAGCGGTATCCATCGACA
959 AATAACGATTGACATATGGGCCACTTTTTGTTTGCCATTTTTCTGTACAATCATTCCAGA
960 AAGAACAAGAAAATTCCACACGATATACGAACATGATATAATCCTCACAAGTAAACTCAA
961 GGTTTACAAGTACGATACCACTTATCTAATTTTTCTGCAAGCATTTCGTTGATAATTTTT
962 GCAATTTCGTACCGTCCGTGAGTAGTACCCAGTTCCAGGTAAATCACATCAAGTGCGCAC
963 ACAATCGCATCAATACTTTCTTCAACGATATTACCGCCGCGTTGAGGTTGAATGAGGCAT
964 TCGCTGATCTCACCAACTTCCGCTGATAGGTGATGAACCACATCACTCTTCGTGCGTTTC
965 TTCACTTTATGAGCGATTTCAAAAAACTTATCAAGTACGATCGCCGTTTCTTCTCGCGTT
966 GCAGTATTCTCGGATGTCGTCTCCGTTTGTTGAACAACGTATTTTGTAAAATAGTTTTCA
967 AACACGTTGAAAGGGATCACATGAGGAACACCATTCAAAAACACCCCTTCTTTACAAACA
968 TAATGGATTTGGCGCGGAATAGACAACCCGCCGCTGCGTTCCAAATGTCGTTTAACGCTT
969 GCTACAAAATCGAACTCTTTCCCGTATCCAGCCGATATACTGTGATACGTGAGTAGGCCA
970 AATGCAGAAACATAGAGATCATTTTCTTTATACAGATTCATTTACAATACCTTTATGGTA
971 GCCAAAAATATAACAATCAATTGAAGGACGTTCACCAGGGAAGTGAATGCATTGCATGAT
972 GCGTTCAGCCATTAGATCTTCTCCCATGTATACCGAAGTAGTTTCTTCGTTGTAATGGGT
973 ATCATACGACGTTTTAAGCGTCATGCCCGGAAGCCCTGCAATGTGCATGAATTTAGAATT
974 GGTGCAAGGTTTTCCTACTTCACCGTTGATCATTAACACTGCATTAGTTTTACGTGCTTT
975 TCTCATTTGAATTTCACCCCGATTTGCGATACGTTCCATTCTTTTACGTCATCAACAATA
976 TCATAATGGTTGATGTATGGTAAAGCAATTTTTAAATTACTCGCGTCTTGAATGTTGCGT
977 AAGAAACGAGTAGGAGAAAGAAGACACAACCGCTCGGATCCGTTGTTTCCTTTAGCGGCA
978 AATGATAGGGTTTCTCCCCCGTCAATCTTCATATCAACAGAAATCGTTTTGAATTCTGGT
979 GCGTATGACGTGATTTTGCCGTTGTCTCTCGGTGTACTATAGAAACATACACTTTGTGGG
980 ACATTATAACGGTCTGTTTCAATGTACATGTAATCGCCGTCAGTCATTCCCCACACGGTG
981 TAGAGGGATCCGGTATAGTCACCAAAGGAATTTTTAAAATCTTCCTTCGTGGTGTATCCC
982 AGAGAGCGCAATTGCATAAGCTGGCTATGCTGTTCGATTGCATCGGCTTTTTGTTGTTCC
983 TGTACTTGCGCATCAACCGTTTCTTGCCAGGAATTATACGCATAGTAACCCACAACAGCG
984 ATTACAGCCATAACCCCTACAGCTTTCCAGATTTTAGAGTCTTCGTTTTTGTTACTCATG
985 CTATATTCCTTTTAAGAAAAAGGGCCGAAGCCCCTTTGTTAACGAAGATAAACCACATAA
986 CCGCTTTGGTCAATCGCGCGGTCTGCGTCATTGAAGATATTACCACGAATGCCTTTTGCT
987 GGTGCTTTCCAGCTTGCAGGTTTCAGGATATTACCATCATTATCGATGAAAGCGGCAACA
988 GAACGCTGATTGAACATTTCACCAGTTTCTTTGTTGCGAGTATCCTGAACAACGCGATGA
989 TATTTGCGGCCTTTCTCCAGAAAGAAAACAGTTTCGAAAGGAGAATCTTGGAAACGAGCG
990 TTACGCGCTTTGTACATTGCTTCCATGAAAGGGGCTGCTTTTTCTGCGAGGATTTCGAAA
991 GTGTTCATGGTATATCTCCTAAAGTGTGTTTCGTTTCGATGTAAGTACTATATCAAAGAT
992 GGTTATTCTATGCAAGGCTTTTTTCGTTATCCATCAAATATTTTAAGTGTTCTTTTAATG
993 CAGGGAGTTCGTTCAAATGGCGTTGCTTAACTTTCTCGTACTCTTTGCGTTCCCAGTTTT
994 CAAGATTGCTTGCCAACGCTTCATCACAATAAGCGATCCCGCGTTCTGCATCCTGAACTT
995 TCTGTTTCCATTGTGCAACTGCTTGTTGATAAAGAGAACCGTTAACCATCATAATAATTT
996 CCTCCCTTGTTTCGATGGGGTAACTATACCAAAGCTACCCCAGAATGTTTTAACAAAAAG
997 TGCTATTAGTAGGTATCCAGTTTATACATTTTGCACCAGTTCATGAATTCTTCGAAAGTC
998 TGAGTATTAACACGTTTTTCCTTCTTCACTTTCTTAGTGATTACAGGACGGTTAGTAAAA
999 CGTTTTTGCATTTTCACAGTGATTGCTACTTTATCGCCCAGGTCTTCAACCTTTTCAACC
1000 AGCGCCCACTGAGAACCAATTTCAGCGCCGAAAGTCAAACCAACAATCTCACCTGCTTTA
1001 ACGTGTGCTGCATATTTTACTTTAACCATTTTCGTATTCCTTTCTCTGTTTCGTTTCGAT
1002 GAATACAAGATACCAAAAAGCCTCCCGCAATGCAAGAGGCTTCTTTAACAAAAAATGCTA
1003 TTTTATTTCTTTGAGTAATTTACGGATCCCGCCGCCCTGTGTCTTATCAAAGATTTTCTT
1004 TGCATCAATAACAGAAGTGATTATGTGGTAGTTGTTACCTTTTCCGTCAAACTCAAACTC
1005 GACCTTGTAGTCACTACGAAATTTCACAAAAACAAATTCACCTGCAAAGTGCTTACGGAA
1006 CTGCTTTTCGTTAATGTCCAACCATTCCTGTGTATCATCTAACTGATACATGCGACAAAA
1007 CAGGATCGAACCCATTACAACAATCATGACAAGAATAGCTAACGCGAATTCTGACATCAT
1008 TTACCCCTGTTTACTGATTGACGGTGTAACGATTTAGGCACAACCGGATTTCGATACGGT
1009 TTGACTTTATGGATCATGGGTTCTTCCTCAACCAAATTAGGAAATTGGTTGTTCCATTCC
1010 ATCGAAAACGGATAAGGTTGTGACTTGAACTCTTCGATCACACAGTTTACTAAACGACCA
1011 CCAATTACACCCAAAGCCGCCCCAATAATCGCTATACGCATAAATCACCCCTTAATTGTG
1012 TCAAGTACAGTAAACCAGTCATTAAGCCATATCGTTGTTCTTACCGCGATATACGTTAAC
1013 AAACTAATCAATGATACCGCTCCGCAAATAGCCAGCGTAATCAACAGCCGGATTTCAAAT
1014 TTAGTAAAATTCATATCAATCTCCTTTCTTAGAACCCAATATAACAAAAGCCCTCAACCG
1015 AAGTCAAGGGCTTTGTTTTAAATTTTTACTAGTTTTGGCAATCGAAGAACTATACCAGGA
1016 TGGATCAGACGTGCATCCGGAATAGAATCACGGTTGATTTTAGCGATATCAGGCCAAAGT
1017 TCACCAACACCATACAGTTTCTTTGCTATAGAATACAGGCTATCACCCGGTTGCACGACA
1018 TAGCGATCCGATTCAATCTTAACCAGATCCTGGTTAATGATATCTTCAAAGGCTTTTGCT
1019 TTTGCTTCGTTAATCGTGTTCCCGTAGTAATGGCGATCCATAATAGTTAATGTGATCATC
1020 GTTTCTTTCCTATACTGTTTTCGTCTGTCTCTTCTAAGGATGGAGGTTCTTCCAGCCCCA
1021 GGGCATAACGTTTAGCATAGATTAGCATCAATGCATCTTTAGCGCAATCATGAATTGAAT
1022 CATGCTGAATGAATCCATCTAACATGCCTTTACGCAGTGGACACGTGGTCACTCCGCGAG
1023 TCAGTAAACGGTTTTCAATAGCTGTACGCACATCACGGCTATTCCAGAACACGGTCGGCA
1024 TATCTTCAAACGTGTCAAGTTTCCCTGTCATAGTTCGTACAGCATAGAACGATCGAATTC
1025 AGGGCCGCGCGTATAATCGTATGACTGCCAACGACTCACACCGTCAGCCGCTAAATCAGC
1026 AAAGAATTGTCGATGACCTTCGTACAAATCCATGTCAATATCAGAAGGGAACAAAACCCT
1027 TTGCGCTTCTTTAGATTGCTGTTTCCACCATTCGATCGTTTTTTCATCTTTGATGCGTTC
1028 TGGTTGTTTCCGGATGTCGAATTTATACTTTCTTCCTTTAGCAATCAGTTCCTGAAAGGT
1029 AGGCGGATCATAAGGATCATCAACAAAAGGAACATAGCTAAGTTCAGCTAGTTTTCCTTT
1030 TGGAAACGGGCCAATACTTTCATAATCAAATACGAAATCTACGGGTAAATGACTCATTCG
1031 CGACCCCGCTTATATGATTCCATGAAATAGGCCAATGATAGCGCGACTTCCGGAGTAACA
1032 TCAACGGATTCGATCATGCCTGGAGTTACCGCCATCATACCGAACTGACGAAGCCCACAA
1033 CGAGCAATCGATTTTTCCAGTCGGATCATGTTTTCTACAGCCTCTGCGAAATTGTCCAGA
1034 TGTTCCCAATCGTGGTAATCTTCCATTGTAGAACGATCACTTTTCAAAATCAGATCGGCA
1035 ACCAATTCAGCATAAAGGCGCGGAAGGTGAATATTCATTTAAAATCCCTCAAGCATGTTT
1036 TTGTTTTCACGAATGTTACGACCCATTTTCAAAGTATCAATGATCACTGCATACTCTTCA
1037 AAAGTGAATTCGATATCTTGTGAAATGTTTCCCCACGTGTAGGTCGGCCCGTTAGGACAG
1038 TATAACCCAACTTCTTTGTTTGCGTTGACAACGCAGCGCAATTTTGCAAACAACAAATTG
1039 ATATCGATAGAATTGAACCCTTCGAGATAATCAAGCCCCTCTCTACCAATACGGTCAACT
1040 TCTCGCAAAATCTTTTCTACATCTTTGACTTTAACAATAATTTTCATAATAACCTCAAAG
1041 GGCCGAAGCCCTTAGACATAATCAACAGTGAATCGTGCGCGGGTAGTTCCTACATAAAGC
1042 AACTGCTTACACAATTCATAATCGGCGTATGCGTATGCATCGCGCGTATACATGTATGAA
1043 TGATCATACGTGCTTCCCTGACCTTTGTGATACGTACAAACCGGAAGCGCCTTAACCGTC
1044 TGGAACTTGTTTTTGATTTGCCAGAACGAATACCAGGGGGCTTTGTATCCGGTTTCCTGT
1045 TTCATCTTTTTATACTGAAACGCGACGTAGTTCAAATAATCGCCTAAACGTTCCTGCATA
1046 ACCGGATCCGCGATAACCTGAATATCCGCTTTCGTATCCTCGAACATCGATTCTGTTTTC
1047 ATCAAGAAATAATCGATTTGTACCGGATCGCATCGGTCAGCTTTGATAGTATCAGAACGC
1048 GGTATGATTTCAAGGATTTTAATTTGCTCGTTGTTGTTATAGATAACTTCAACAAACGAA
1049 ACCCCATTCACACGGCCTTCTGTCACTAACGGTTCTTGCATCACAACCACTTCACCAACA
1050 ATGAACGGCTGATCAGTTTTGTACAAGTGTTTACGGATCACTGCGTTTAACTTGTCTACG
1051 TTTGCGTTAGTGTAAGCAAACATACGGTTATTGTTCAGGTCATCCGGAGTCTTAACACGG
1052 CTAAAATAACGTCTCAGGAAGTCACCAGCGTTTTCGTGCTTCATTACCCCTAGTTCACCA
1053 TTCATGAGGGGCATTAACGGCTTACCGTCGCGTATAGCGCGTGATACCTGGATGATTGGG
1054 TTTCCTTCTGCCTGACGCATAATCTTATCCATGCGAATGACATCAAAAATTTCCTCATCA
1055 AAGAACGGTGAAAGCTCGGTGATCCCTTCGGTATTAACAGGACGGATCTGATCCTTATCA
1056 CCCAATCCCAGGATCACCGCACAACTCGGAATAGTACGCTTGATGATACGGAATAGTTCT
1057 TTGTCAACCATCGATACTTCTTCAACCACAAACACACGACATTCAGACAGATCAGCGGCT
1058 TTTTTGCCTTTTTGCTGTTCAAATACTCGTAACTCTTCGTTGGTTACGGGGCTGATTTTC
1059 AGTGCTGAGTGAATGGTCGTTGCATCCATACCCACCGCCTCAGAGAGAACGTTTTTAGCC
1060 TGGTGCGTCGGTGCTGTCAACCAGATCCCACTAATACCCAGTTTTTTCAATGTTTCAAAC
1061 ACAAATTTTACCAGAGTAGTTTTACCAACACCCGGCCCACCTGTGATAGTAGTATGGATT
1062 TTGTTTCTGATATTTTTAATCACTCGATCATGTGCATTTTTCTGGTCTTCGCTCAGATCG
1063 TCAAAAGTTAATTCGCTCATACTTTAATCAATACCCCTTGAATACTTGCGTGTTCAATAA
1064 ACCAACGCATATCTTTCTTTTTCTTTTCGGTTACGGTTTCAACTTCTTCCTTTCGAAAGA
1065 ATCGGCTAAGACCACTTTGTTTAACTGGATTCATCTTATCATGATATTCTTTGATAATCG
1066 AATTTTTATACTCGTTAGCATCGTCCGGAGATAGAAACAACAAAGGTGTTAACTCTCCTT
1067 CCTTAATGAAGGGAATTTTAAACCCGTCTTTATCCTTACTAACGACGATATAATATTTTG
1068 TAATCATTCTCGCCCCTCATAACAAACGTAGAATATTCCAACAAACCAAAACACTGATAG
1069 TATAATCAGTAAAAGTTTTCTTTCAACGCCATTTACGTGAAACACACACCAACCGAAAAG
1070 ATATGTGATCATCGCGCAAACACCATAAGAAAGAACCCCAACAGCTACTAGCGCGATGAT
1071 CGGATCCATTAGTAGTTGTTAGCCCAACGGCGGAGGTTTTCGGCTTGTTTCAGTGCATAC
1072 AGTTTGTAGATGGTTTCCGCATCCATACCCAGCGCCAGGAATTTGCACATAAAGAAATGC
1073 CACTGATCGATAAGTTCAAACAGAACTTCTAAACGATCCTCTTCACTCAGATCCGCAAAT
1074 TTAGTATTGCGCAATTCCTGGTGATTTGCTTTCCACGGTTTCCAAACACCGGATGCAGGT
1075 TTAACACCGCGAGACATTCCACCCAGAGCGGTGTAAAGTTCGCGGGTTTCGTCTGCGATC
1076 GCGTCATCTTGCAGTTTCAGCCAATCAAGGATTTCTCCGCAAGTTTCCAGATTATCTGGA
1077 CGCGGAACCCAATGCAGCGTATCAGACAGGCTTTGTTGTGCATGGTTTTGTAAATCCAGC
1078 ATGGATTGTAAAGGATCGCCATTACGGGCCAGAACCTTTTGATATTCGGAATCTACAAAT
1079 TCCAGATCTTCCGGGTTAACCAGGTGCGCACATGAATTAAATACAGGAGTTTTATCAGTA
1080 GTCATATCAATCTCATTTTTTCGGTGATTTGTCCCACGACTTAAATCGAAGTTTTGCCGT
1081 GAGTCCAGAAACAGTATTATCTTTCAAATACTGCATAATTTCAAGTTTAGTTGCGCCGTC
1082 CGTTTTTATCATTTCGTTGATATCTTTGGAAGGCCACGGGCATTTATCCCACATTACAAC
1083 CTTTTCTCCAGCCTCAATCAATTTAAAGAGGCGGTGAGTAGTATCCGGATGACGTGCTTC
1084 ATTGTCAAGAACCCAGACACGCATATTTTTGTACGGAACCTCAGAAAGCGCAAGCTGTCC
1085 ACCAGTGATAGCGCCAGCATTATCAACAAATAGGCTATCTAATGGCCCCTCAAGAAGATA
1086 AACCGTTTTTAACGGATCTATCGTATCCTGTCCGTAAATCTTGGTTGATTCCTCACAGGC
1087 TTTGATTGTGATATATTTCGACTTTGCACCGTCACGTAAAGCACGGCCCTGGAAAGATTC
1088 TATTTTACCTTTCTTATCGAAGATAGGGATCACTAATCTCGGTTCTGGTTTTGCGATCGG
1089 ATAGGTATCCGGATTCACCGTATTAACCAGTTGTTGCCATTCGCGAGTAAACCACAACCG
1090 ATCCCACTTGTCACGGGGGATACAACGATTCTGCACATATTTTATGATCGGATGTTCATC
1091 CGGCAAGGTATCTAACCTTTCGCAGAATTGAAGAGTAGGAATAAATTTCTTCTCTTCCTT
1092 CGGTTGTTCTGTATGCGTTGGCTTTAACGAATTGCGATCCTTAAACGATTCCATGAGATA
1093 ATCACGGTAATCGTCTGGATAATATTCTTTCAGGAATACGCTAAACGGTACACCATAACC
1094 ACAGTTAAAACAACCACAATTCATATGATCACCCTTTTTAGAAGGGTAGATCCAAAATCG
1095 TTTTTTGTACTTGTCTTTCATTGAGTCGCCGCAAATAGGACAACGCGCATTGATGCTTAA
1096 TGCCCCCGATTTACGAACGATTTCGCTTTGAGGCAATGATCCCATGATTCGGGTTGCAAA
1097 TTCTATATCAAGATACATTTCTTACCTCAGTTGACTATCTTTTGATCCTCGTCGATTATA
1098 CCCGGCGCTGATCATTTCGTCATGTTCTTTTTGGCATTCAATACAATAACGGCAACCCTT
1099 CACGATAGCCCTACGTTTTTCGGGTATCGGATCCCCACAATCAAAACAATGCGTTAATGA
1100 TTCTCCGTTTCTGATTTGAGAACGTGCAAAATCTATCGCATTGTCTATTGTTGCCTGAAT
1101 GGTATCTTGAACACCGTCAGCAGGGCCAAATCCAACCGCCATTGTAAATCCTCCTAATCA
1102 AATGATTTCAATATCATAGACTAAGAGGATTTTTCTGTCAAGAACTTACTTGCTTTTCTG
1103 TTCCGTCAAGCATTAACTTCCAACCACGAAATGCCTGTTTAAACGAATAATTTATTGCAA
1104 TATCAATTTTATCAGAACCTTTTCGACGATTCTGATAAACGGTCGCGTTGTCACTCATAT
1105 ACATGATACAAATTGGAAACCATGTATAATCGTTAGCAGTAGCCCAGATAGTGATATTCA
1106 GCGGAGGAATTATCATTTCTTTTTCCTTTTCCCTGCACGGGTAACGCCTAATACTTTCGG
1107 CCCGATGTTGGTTACTGCTCCAGTAGTCACACCAGAAGCAATCTTTTCTGTATCGCCGCC
1108 AGAATCACCAGCGACCATATCCTCTAACATACGCCCCTTATCATAATATTCTTTGAGGCG
1109 CGGAACGTTCATCATGATTTCTTCATGCTCTTGTTCTGTCAGATTGTAGCGATTGCGTAG
1110 GGTATCATATGAACTTGTTAAGTTCATAAACCCAGTCATATACGGAACAGAATTCATTCT
1111 ACGCTTGATATGGCGTACTGAACGATGAAAAGGAGAATACGCTTCTAACTCTTCTTTTGT
1112 TTTGGGGTTACGAATTACTTCGCCTTGTCCATCAAGGATCCCCAGTTTATAAGCAGTCCA
1113 TTCAGTCCAGGGCTTTTTGAGTAGCCGGATCATCCGGACGCTATATGTTAAATCCATATT
1114 TTTAACTAATTGATCACTCATGATTATTACTCTATTGTGAAAGTGAATAAATCAGATTTG
1115 GTTTCAGGTTCAAACTCCATACAAACAACCTCGCATAGTGGTTTAACCCCTTTCCAATCC
1116 TCCAGGTAATACCCAGTATCTATACCGCATCCAGGATTCATAACGAGGCCAGTTTCATCA
1117 AGAAACTTTTTGCATTTACTTGATGTGGTGCTGTCATCTTGTCGGAAACAGTGTGTTTTC
1118 GAATACCGGAAATTTGCAGACATTTGAGGGATTATGAAAGTTCCCTGACGCGCGATCTGT
1119 GATGCACGTTCGATTACTTTATACTCAAATTCCGCCCCTGTATACTTACCCTTAAAATCA
1120 GATGTTTTGATTTTACCAAAAGGCGGGTTACTGATCGCCATATCAAACACCTGATTAAAT
1121 TCAGTTGTTAAGGCGTCTCCATGAACCCAGGAGGCTTCTGGTACGATACGCTTACCTAAC
1122 TCATAGTATGTGTGATTTAACTCAACACAGACGATTTCACGCGGCGTATTGTACATCATG
1123 TAATGAACCATAGCGAAAGATAACCCACCAATACCAGCACACAGGTCAATAACACTTCCA
1124 CCTGTACAAGCATCGATTGTGAAATCGCGAGCAAGTCCAATAGGGGTAAAGAACGCCCCT
1125 AATTCGGAATTATTTGTAAAAGCGCCTTCATGAAAGTTTTCAATGATGAACAACTTCTCT
1126 TCGTAAGTTAGCGCTTTGTCAGAGTGAACCAGATCCATTATCTGATTGTGTTTCTTGGTT
1127 TCCGCTTTCGTTAACTTTGCCATTGTCCCAGCTATACAGTAATGTTGATTCATTTGGGTA
1128 GAATTCCCACCCGTCCACATATCCGGTTTCCCAGTCAGTAGTTTGTTCAAAACCACAGAT
1129 CCATTCATATACACCAGGAGGCATTTCGACAGAATCAGGAAGCCCGATATCTTCCGCGCT
1130 GCGTCCACATTCAAAGAATGCATCGTGAATGAATGGTCGAGATAATACCGTAACATAACC
1131 TTCATCGTCAACAGCTACGATCCAGCGAGAACTGTGAGGACTATCGAACTTCGGTTCTTC
1132 TTCGTCTGCGTCAGCTTGCATTTCGGCCTTACAAAAATCTAAATTTATCATTTCAAACCC
1133 TCTTTAACACCCTCTTTCATAGCTTTCCAGGTAGAACCCGCTTCACCATTCAGGGCGGCG
1134 AATACAAATAGTAAGATAGCAAGGACAAGATTCACGCCAGCAATCACCATGATTTTGCTA
1135 TACACGAAAATGTAAGGCATTGCCACCACCCACCAACTAAAAGAATTACCAGTTACGATG
1136 TTGAGTGCTGCAAGTAAGAAAGTGATAACGAATGTGATTTTCATAATGTCCTCCTTTGTT
1137 ATGATTAAGGTATCATCTTTTGCGAAAGAATGCAATACCTATAGATACAAAAAAGCCCCG
1138 AAAGGGGCTTAATTTTTATGCGTTATTGATGAGATACCGAAGAACGTTTTTCGCTTGTTC
1139 CTCATTACAACCAACTTTGAAACCAGGTTCGATAGGGAGGAAGTTCCAGAGGAAATCAAC
1140 ACTTCCTTCAACGTCATCTTTGCCTTTTTCCAGCATTGCTAACAGTAAACCTTTGTTTTT
1141 GATGCTGTTTACGATTGCGTCAAAATAACCATCGCTGAAATCAACATTCGGATTCAGCAT
1142 TTCGTTGTAAGGGTTGTTGAATACGTTCATTTTGAATCTCCTTTGTTTAACTCAGTATCT
1143 TGTCTACGTGAGTTATATTACCACAATGGAGATTCAGGTCAATACCTTTTACGATTTTTT
1144 GAAAAATTTTTCGTATTTGGCTTTTATCCAGCGATACATATCTTCGGCCTTGTCACTGGA
1145 AATCAGTGAGAACAGCAGATAGATCGCAACACCCACCAACACAACGCCTACCACAATGTA
1146 GACGGGTAATAGAACTGGGAAGAGAACCCAGAACCATGACATATGCGAGAAGCCAAATAC
1147 TTTAGCCGCTGCAAAAATCAGTGTTAGTCCAGTCAGAAGTTTGATAGCCGGAATAGGAAT
1148 CGTTATAGTCTTAGTCATTTCATTACCTTACATTCTTTATGGGGCTATTCGCCCCAGTCA
1149 ATTAAAATTGAATGTCAGATTTTGCAATCTGTGCCATTTTTTCACGTCGGGTAGATTCAG
1150 CCTGTTTAATCATCGGGCCTTGTGTCTGTTCTACTGTTTTAGGCATAGTGTTGCCGTGGT
1151 AGTCAGATTTAAACCCGTATTCGCTGTTGTCGGTATCCATCCAGCGCTGATTACCCTTGC
1152 GAACTTCCAACTTGAACTTGTTGAAAGTGTTCTTATCGCCATAACGGGATTTGATTTGCT
1153 TGAACAGTTGCATACCCTGATCAGCTAACTCTTCCGTCTCGATTACAGCTAACATAAAAT
1154 CAGCCGTAGCAGGTAAACCAGCGGATTCCGCAACATCACCCATACTCACATCCGAACTAT
1155 CCCATGCAGAACGCCCAACCTGTGCGCCTGTCCACATCACGGTATTAGTTTCAACAGCAA
1156 GACCGCGTAGTTCTTCGGCAATTGCTTTAACCAGAATATAGGTATTTTCAGCACCTTTAA
1157 CACGGGTTGAAGTACAGATCCCCAGGTAATCGACAATGATCACATCCGGAACAAACTGTT
1158 TCTTCAATTTAAGCTCTTTCACAAGCGCTCTAAAGTGGTTTGCACCTGCACCCGATGTAG
1159 GGTACTGCTTAACCACCAAACGCCCAACCTTACCCGCTTTAAGGCGCTCCATTTTGTTCT
1160 TATAGTCTGCGTATGTAATGTTCCCTTCGTCGATGTCATCCATAGTCACATCAAGAAGGT
1161 TAGCATCGATACGCTTAGAGCAAACATGCTCTGCCATTTCCATAGAAATGTAAAGAACGT
1162 TTTTACCCTGTTGCAGATAATCAGCCGCAAGAGAACATAAGCCCAGTGATTTACCAACAT
1163 TAACACCAGCCATGATGATATTCAGTGTACCACGTTCCGCACCGCCTTTGGTGATTGCGT
1164 TCAGGATCGGGATACCAAACGGAATTTTCATCGCCTTCGATTGGTAAAGCATCCACCGTT
1165 TTTCATAATCTTCGAAATAGTCATGACCTACTGAACTATCGAATGAAATTGCTAATGCTT
1166 CCTCCATGATTTCAGGGATAGCCCCAACACCAGGAAGTTTCTTGTTCTGTTCTGCCAGTG
1167 GTTTTTCTGCGTTAGCCTGGATCTCGATTGCGCGAGAAAGAGCACGATACATTGCTTTGT
1168 CTTTGCAATATGTTTCCGTTTCCTTCATTAGCCAATCTAAATCTTCTGGCGCATTTTTCA
1169 GCGACTGAATCGCCTTTTTCGTGTCTTCGTAGACTACATCACTTAGATTTCGTTTGTCAA
1170 GCGCAACCTCTAAAGCAGTTTTTGACGGAATACCGTTGAATTCCTGTACATGTTTATCAA
1171 TGAGGTCAAACAAAACTTGTGCATTGCCTTCAAAATATTCCTTTTTCAGATGAGGCCATG
1172 CTTGGACAAAATACGTCCCGTTATAAATCAGGTTAGAAAATATTGTATCAACGATCATTG
1173 TATTGCCTTATACCAGGTTGCTGAACATCATGAAAAAGTTGTAAACCTTTTGTTTGAATA
1174 CATCCCATAATGTCAGTTTAGGCTTTGGGACAACTGAACCCTTTTCAAGCTCTTTAATCT
1175 GTGCATAAATTGCATCATGCACCAGCGGGATCAACGCTTCTTTGTCTTCGTCTGGGGTAC
1176 TGAATTCTACTTTCAGCCCATGATCCCAAAACACCTTATGAATATAAACCAGATGCGCAA
1177 CACCTTTTTCATCGTTAATCAGAAGTTCCTGAATAACATCTTTCATCGCTTCATCAATAT
1178 AATTCTTTGCTTTGCTCTCGATATCCATACATTGCCTCGGTTATGGGGCCGAAGCCCCAT
1179 ATTTTTTATAAAATTTCGTCGTTTTCTTCGATATCATCAAATGATTCTGGGATATCGTCA
1180 TCATCCAGATCAGGATCTGGGATGCTATCAGTGCTGTATAAATCTTCCAGCGCGGAACCA
1181 TCACTGATTTCACGATCTGGGATCTTATACTTTTCTTCGATAGCTTTCAAGAATGGTTGA
1182 TGAGTAAACAGAGGACGCCAGAATTCAACGCTATTTGTTTCTGACTCACGCCATTTCTTT
1183 TCTTCAACTTCGAGTTCGCCAGTCTCGGTATTCAGGAAAGCGCGGTTGCGCCAGCCTTTG
1184 GTTACGGTCTGTACAAAGTTCATTTCCATTGCCAGATCCAAAAGGCCAGAATACATACTA
1185 ATACCGCCTTCATAGGTAACATGCAGCGGGAATTTTGATTTCTCTTTCACGAATCGAGAT
1186 TTTTCGATATTCATGATGAAATCATAACCCACCACCTCAGTACCTTCTTTCACCTGTTGT
1187 TTACCCAGGATGATCGCAGTATCAGCGGAATACATTAAACCAGTACCACCGGAAATAACT
1188 TTCTTGCTGTACATTTCTTGCGTGTCATAGGTATGACAGATACAAACCATCGGGATATCC
1189 AGGTCAGCCAGATAAGGCGTAACCATACGGAACATACCTTTTAATGCTTTTGCTCGCGTC
1190 ATATCCTGTTTATCGTTATCAGACAGCGCGTCAGCAAGTTCTTTTTTACTTGCCGTGTTG
1191 CCTACTGAGTCAACGAATACAATCACCTTATCACCGCGTTCAAGCGCGTTAAGCTGGCTT
1192 ACAACGTCATTACGCAACTGCTCGACCGTCGTGATACGAGTATACACAACACGATCCGGA
1193 TCAACACCCATTGATTTCAGATAGGATTTAGTAACACCTTTTTCTGAATCGTAGAACAGG
1194 CACACAGCATCTTCATACGTTTTGAGATAAGCCGCTACGGTCAGCAAACCTAAGTTGGAT
1195 TTGAAGTGTTTGGACGGGCCAGCGAAAAGGGTAAGACCAGAAGTTAGGCCACCGTTAAAC
1196 GCACCGGACAACGCCAGATTCAGAATCGGCACACGGGTTCGCGTGATGGTAATATTGTTG
1197 AATACGTCGCTTTCAGAAAGTACAGATGCAGTTTGGCTATTCGAGTTTTTGATCAGTTTT
1198 TTTAGTAGTGCTTTGTTTGACATTTAATTTTTCCGATTTATTCATTCTCATTCTATATAT
1199 CTCACTAGTTAATGAAAGGGGCCGAAGCCCCTAGAGTTTACCAGTCGCCGAACAGGTCGT
1200 TTAAACTGGCACGTTTTTCATAATCAATTTTACATACTTCCGTGATATTAGTCAATGGAC
1201 TAATAACATGTTTTTCAAACATACCCGGATAATCTACCCATGCCAGAATATCACTTTCGA
1202 TCTCTGACGGTAGTTTATTTCCGGATTGCCACGCGATGCAATCGGCTTGCCACGGGTTTT
1203 TATCCCTTAGTGGTAGAACCATTACCTTTTCACCTTCCATGATTGGCGTAACACCATCAA
1204 TACCAGCAGTGAAACGGTTAAAGAAAAGCACCCCTTTAATATGGTTTGGTGTTCCCTTTA
1205 TTGGATAGCCAGCCCCATCACGATATTTCGAAATGTTGTTGGCAGATGATACACCAGCAA
1206 TTTCCCTGTAGTCAAGTGCCTTATATTCTTCTTCGAACTTTTTATAATGTTCATGCAAAG
1207 ATAATTCACCTTCTTGCAGGATACGGCGGATCGCTTCTTTCAGGAATACTTTCACAGAGG
1208 TCGGAGTACTCGATCGCTGTGTTTCCATACCCATGATTTTCAATTTCGGTTTTTCATAGC
1209 GGGTTCCTTCGGAGTCCCACACGTTAGCAGCATATCGTTTTTTAGCAGTCCAGAAACTTC
1210 CCAACCCTTCGGAACCCAGCGGAGGCCCAGAAATGATTTCACGATCCATAAACATCAGGT
1211 GTTCCACGTTGTTCATGTATTCGCAAAGTTCACGATACCCTTTATCGATCATCGGTTCCA
1212 TTCTTTCTTTAGCAAAGCGATCCAGGAAGTCAACCCAATGGTTATTATCCTTAAATTTAG
1213 CCTCACCGCCAACTTTTGCAATCACGTTATCCATACAAACATAAATGGAGTCAGTATCAC
1214 AGTATCGAACATATGCATGATCCGTAGTACCGCACAGGTCATTAAGGTATTCGTTTACCT
1215 TACGTTCAATCCACTGGATAGCCAACTGCCCGAACATGGTGATCGCGCTGGCGTTTCGTA
1216 GATCGAAGTATCGGAAGTGTTCATTACCCAACGCACCATAAAGGGAGTTGATAGAAATCT
1217 TACGGTTAAGCTGTGCTGTGTTCGCTTGTGCGATCTTCTTCTCACACACGCGCTTAACTG
1218 CTTTAAGCATTTGTTTCGTAAGAGTTTTCAGAACTGCTTTCGATTCATCACTGAAATCTG
1219 TATAGAAATCAAAGTCAGGATCAACCATTTGGTTATGCGCGTCTGTTAAATGTTCGAGTT
1220 CATGCTTGATGAGTTCAAGATTTCGCTCACCCGCCATCATTCGTTTTTTCCACATCTTAC
1221 GCTGATCAAATACTTTCTTGATCTCTACTGGGATCACGCCTTTGATATCACGGCGGAACA
1222 TCCACCCGTTAGGAGAACAGCTAAATTCATCGCTAGGGCGCGGCGCGGTCTTATTAATAT
1223 ACTCTTCAAGAGCACGTACCGCAAAACTCCCCATAATCGTTTCAGGGCTTATATTCACCT
1224 GTCGGATGATGGAAGGGTACAGGCTTGTTAAGTCGAACGATACCATGTATTTGTAAGGCC
1225 CAGGAACAGGATCCTTCACAAATGCCCCAGGGTAAGGGGTTTTAGTATGGCGTCTGTTTT
1226 CCGGAATAACAACCTTATCTTTACGCAGAGAGTTATAAATGATCGCGTCCCACGTTTTCA
1227 GCGGAGACATAACCCCAGGGAAGTTAATTTTTGCATAGTACGCTACAGACAGAACCAGTT
1228 CAATAAAGTTTCGTTTACCGTCGATATCAAGTACACGGATAACGTCAACAATGTTGTACG
1229 TGATGTACAGTTGGTGATCGCGCTGGCGTAGTTCAGACAGAGAACCTTCATACTCAACTT
1230 TATTTTTACCAGTTTCGTATTCCGCGATCGCGTCCAGGCGGTAAGATGGTTGCGGGGTAA
1231 AGCTGAATTTCTTATACAGCGCCATACCATCCATTTGAGCAACGCCGAAAATATCATATC
1232 CTAATTGTTCGTTGCCGTAAGCGTCAGTAGTGGTTCTGGCGGTTACTTTACCAAATGGGC
1233 TAAAATGCCTTACCACGTTTTGACCGAAAATGTTCAGGTATCGCGTGATGATATATGCAA
1234 TATCGAATTTGTCAGAGTTCCATCCGGTTACAATAACAGGGGTTCGCTCTTTCCAATCTT
1235 TGATATACGCAGACAATAACGACTTCTCGGTCTGGAAAGACCGATAAACAATTTTGTTTA
1236 AATCTTCTTCGCTAATGTCTTTGCGATCAACGTTTTCCGCGCACCATTCCGCAAGGCCAC
1237 CCTCAACCAGATCGTATACATAGAATTTATCTTCAATGCTATCGTAATGGGTGATCGCAT
1238 CGATTGGATATTTTGCTTCACGCGGATCCGGAAATTCTGGAGCGGTCACCTCGATATCGA
1239 TAGAAGCAATGCGAATGTGTTCGCGGTTGTATTCGATTTCATTCCGGTACATGTCAGAAA
1240 TGTAAGCCAGTCGGTAATCATCCATACCTAGAGCTTCCATCCCAACATCGCGCATACGCT
1241 GCATCCAGCTTTTAGCTTCTTTGATGCTGTCAAACTGTTTTTTGAGGCAAGGCTTGCCGT
1242 AAATGTCTTTGTATGGGGTTTCTACGCCATTCATAGCGTGTTGATACATTACGGGCGCAT
1243 ATTTCGTCTTACGTACCTGTTCGGTGCCGTTAGAGTCAACGAAGCGCTCATAAATGGTAT
1244 CTCCCATTTGTTCAACTGATAGGTAAAATTCATTCATTGGATCTTGTATTCTCCATTAAT
1245 ATAATGTTCCATTGTAACACTACCTACAGCAAATTCAAGTTTACTCGATGTTCTAAAACC
1246 AACAACCCTTCTGCTAACAAGTCACGGATCTTTCTCAGTTGAACAAGCTGGCGTTCAAGT
1247 TTAAACCCGTCGAATAACATGCTAAAAATACTGGAATTTATACTATGATATTTTGCTTCT
1248 GCAATTCCCTGGTTAACCATCATGATAGCTTTGTTAACCAGTAGTTTCCTTTCCGTTACT
1249 GTATGTTCATCCAGTTGACAGGTTGCAAGGGAAACCAGATCATCATAAGCACGTTGGTCA
1250 ATAACGTTATCCATACGGGCCGCGAAAATTTTATTCATGTAAGTGCGGATCATTGCGCGT
1251 CCTCCATTCTTTTCATAAAGACTTCTTTTGCTTGTTGGATCAATTCCAGAGATTTTTTAA
1252 TACGCTCATAGAAATGAGTGGTTTCAACTTGATTGCATAACAATGTGTACTCTGAAATGT
1253 TACGATCGTAAAATCCAGGAAAGTAGTGTTGTGCATAGCTGTAAGTGCGGGTATCTGACA
1254 GATTGCAAGTTAACGATAACAAGATGTCATCTTTTACAATCGGGATGATCAAAGTTTCGT
1255 TGGATTTGATTGAATCCATGATTTCGTTAATAGTCATAATATATCCCTCTCAATGGTGTA
1256 CACCCAATATAACAAAGCCCCTGCACGAATGCAAGGGCTTTTTGATTAGTGACCGATCCG
1257 GTACTTGTACTTGAGGATCCAATCTGCTTTTTGCGAGTGAGTCAGTACGCGGAAGTTGTT
1258 TTCTTCTGCAAACTTCAACCCAGGGGTTACGATCTTAACCATGCCCCACTCTTCGAGAAG
1259 TCGCGCAATGTTGTTCCGGCGTAGTTCGTCTTCTTCCGTCATATCGACTTGACGACCATC
1260 GAGTTTCAACAGTTCTTTAAAATGCACGATAAAATACTTACCTTGCTTTTTCAGAATGTG
1261 GCACGATTGCCAGAGCATTTTCTTTTTGTTGTTTGCAATACCAATACGGGTTAGCGTTTC
1262 ACGGATCTTTAAAAAAGAATCGTCGCTGATTAGTTGAATTTCTAACATACATCACCATTG
1263 TTTAATCAATTTTTCCAATTTCTTTTGTTCAGCTTTGTTTTTCACAATACCCAACAAAGA
1264 CAGAGCGACCTTTGCGTGTTTTCTTTTCCAATCCTCGAACATTCCGAGGTCTTTAAGTTC
1265 CTGCAAATATTCCATCGCTGTACGTGTATTTACACTGTATTTTTCGCGAAGGATTTCGAT
1266 AATAATTTTATCTTCAAAATCTTCCGATAGTTTAGCCCATGCACCGAAGCGTTTAGCCTT
1267 CCTAACAGAGTTGAGATAATAGTTATAGTGCATTTGGTCAGAGATACTACCGCCTACCAG
1268 ATTCATCACATACGCGTTGTATATCGTGTCTATGTGCTGGCTCATTGCGTTGTCTACAAA
1269 GTACTTATCATACACTTCATCGATAACCAACGGCGTTTTGCCGTTGTTGATTTCGTCTAT
1270 GATGTTAAACAAGGTGTTTTCTTTATCCTTGCCGTACTCTTTGACCAGTTCTTCAACCTT
1271 ATCCCAATCTTTAGAAAGCCAAGCGGATTCATGCGGGGATAACTCTTCTTCATCCAGAAA
1272 TTCCGCCAGGCTCATGATTACGCCTCCCAGACCATAGAAAGCATCAGGTTCATCAACAGA
1273 TATTGCAGATGAATTTCTTTATTCATCGCCAGCCCGTATTGCGCGTTGTTTTCGCCTACA
1274 ATCTGAATCAGTGCGATTTTAGAATCCTGATTCACGATAGGATAAATCGTATCAGTCAAT
1275 TTTCCGATAAAGGTATCGTATTCTGACGCATATTTAATAACCTCAGAGCGCAACCCTTTA
1276 TAGTTCTTTTCTTTCAACAGGGTAATGATATGAGACACATCAGAACCAACGATCTCATTT
1277 AGGATCCCCGCATCAATTTCACCACGTTTCGAGTAGAACCCAATCGCTTTGATAATAGAA
1278 CGCGCATCCGGATAATGCTCTTTAACAAACGCTGCAATGACTTTAGGATCATACTTGATA
1279 TTCTCGATTTCAAGGATACCGAAACAACGCTTGATTAACTGTTTCATCAGTTCGATACGT
1280 TCAGCATCAGACGGAACACCGAATTTAACAGGAGGACAACGAGAAAGCAGAGCACTATGC
1281 ACACCGTTAATGTTGTTCGCTGTTACAATAACAGAAACGTTTTTACTGTATGCTTCGATA
1282 AAGCTACGCAAGTGTTTCTGTGCTTCCGCCATACCAGAACGATCGAATTCATCAATGATG
1283 ATAATCTTTCCGCCTGGTTTCTGCGTCATTGATGAAGCAAAACGATCCAGTTCATTACGA
1284 ATGAAGTTTACACCACAGTTCGAACCGTTGACAAAGAACACCTCAGCATCAACCTCACGG
1285 GCCAACACAAGCGCGAGGGTCGTTTTACCAGTGCCAGGGGAATCAGATACAAGGGTCATG
1286 TTCTCAACACGCCCAGATTTGATTATGCCCCGCATAGCGGCTTTGTCACCAGAAGGTAAA
1287 ATACACTCTTCAATCGTTGTTGGGCGATAGCGCTGATCCCATGCAAATTCATCAGGAGAT
1288 CGAGAGATTTTACCGTATTTGGTTTCGATGATTTCAATATTTTCACTAAGTTCCATAATA
1289 TACCTTCAAAATAAATGGTGTAAAAGAAAGGGGCCGTAGCCCCTTAAAACTATCTTACTT
1290 GAATGTGCTACTTGCTTCAAGTACGACGACGTAAGCAACGCCGTTATCAGAAGAGAATTT
1291 TGCGGCCCCTTTGGAGGAAATCTCTACTTTGTAATCGCTATTGATGAACTGCATGTTATC
1292 AATCTTCATATCAAAATTGAAAACATTGTCGCCTTCATACTCACCGACTTCAACGGAGAA
1293 AGTTGATTGACTTTCTTTGCTTTTCGCGGTGATGACCAGTTTACCATCAATCGGTTCAAC
1294 GGACAGGTCGGTCAGTTTCATCATGCGAGACGCTTTGATCAGTTTTTCGAAATCGTTAGC
1295 GGTAATCTGGAAAATCAGATCTGCTACTGGCATCACCAAACGTTTTTTCGGTTTCGGGAT
1296 CGTTGTTGCGTCTGCTGAACGTTCGATGATCTTCATCTTGTCGCCGCGAATCACGATTTC
1297 ACCAGTGGAAATATCATGAGTGATTTCCGCGTCAGTGCCGACGATGTTCAGCATGTTCAG
1298 GAATGAGTTGAGATCGTAGATACCAACATCTTCATCAATCACATCAGCAATTTCAGCTTC
1299 TGCGTATACAACGCTGTTGATTGATTTCGTCATGATGAATGAACCTTTGGTCAGCATGAT
1300 CGAAGAGTTGATTTGAGAAAAGTTTTTCAGGATATCAATAGTTTGTTTAGAGAATTTCAT
1301 ATTCAGCCTTTAGTTTTCAATAAGTGTTACTTAATAAGTGATTTTACAACGGTTTCCGCT
1302 GCTGTGTCAAGCATATCAGCCATTTCTTTAACGGTTGTACGCTTCGGATCTTCGCGGCGT
1303 TCGCTGGTAAGTTTACGATGTTCCGCAACCACTTTTTCATCAATGTCACGATAGTGTTTA
1304 AAACGTTCCTCTTGAGGCATAGCCTTAAACAGTTCTTTTGTTTCGTCCGAGAGTTTAGCA
1305 ACCCAGGATTTACGGACGCGGTTCATGTAGTCAACAAAAACATTACTTTCATTCATATAT
1306 TTCTTCTCTAACTTAGAATTCTTTGAGTGGGGGCCGAAGCCCCCGCTTGTATTACATGTC
1307 TAACAGTTTATCCAGGTCGTCATCACCGGAGGTATCAGAATCATCCAGGTCGAACGGTAC
1308 GCCGTCATCTTCGCCTACCGGAACCGATGCAACACCACCAGATGATTTCACATCAGATGT
1309 CTGATTGTCAAACTTAGCCATTTCGTTATCGAAGTTGCTCAGTTCGCTATCAAGGTCAGC
1310 GGAAGCGCTGGAACCAGCAGAACCGATCGAACTACCCATAACTTTATTGAAGCGAGTGGT
1311 CAGGTCAGCCAGCGGTTTGAATTCGCTTTCGGCGGTGATTGGGCGAAGATCGCTCATACC
1312 TTCGAAAATTGCTTTCTGAACTTCTTCATCGTCGATGTTTTTGATCTTAGCCGGAACACC
1313 AAACGAGCTATCGTCATAGTTAGGCCAATCACCAACTTTTTTCGCTTTCAGGGTGAAGTT
1314 AGCACCATCAAACGGACAGGTTACAGCAATACCCGGTTCATCAAGTTCTGGATTACCGTT
1315 AATTGCGGCGGTGATCTTGTCCATGATTTTCTTACCGAAGCGGTATTTGAACACCTTACC
1316 TTCGTTTTCTGGAGCGCCTGGGTCTTTAACGACCAGGACGTTAGCCCAGAAACTTTGTTT
1317 ACGACCGATCTGGCTCAGTAGCTTATCTTCTGGCCCGTTTTTGTTGGCTTTAGCCTTCTC
1318 ATACAGATCGTTTTCGGAAATGTACTTACATGCAGGACAGCCGTCATAATCGCCGTGGGT
1319 AGAGGAACAGTTCTCAATGTACCACTGGTTGTTTTTCTTGAAAGAGTGGCTCACGATACG
1320 GACGAACGCCAGTTCATCATCGGAACGTGCTGGGAGGAATCGAATAACGGCGGAACCGTT
1321 TTTCTGTGCGTCCAGGGTCAGTTTCCATTCTTTCTCATCTTTCTGGAAGCCGGAACCACC
1322 TTTCAGATTTGCTACCTGTGCCTGGAGTTTAGCGGGATCTTGACGTTTAAAAATGCTGCT
1323 CATATTCTGTTTTCTCGTTTAGTTTAGTTTGATTAACGTTTGTTTCATTAAGTTTCGATA
1324 TTTTATGATATCTTTTTCAGTAAGGTCAAATATTTTTCTGTATGCCTTTAACTTAATGCT
1325 AAAGTCAGACCAAATAATATCATCAGCTACTTGATCGTGTTTATTTATGATACCTAAAAA
1326 TGAGTCAAAAATCAAAAACGATTCGTAAGATATCACATTTGACAGGACAAGTTTGCTTAT
1327 GTAGGACGTTGATGATTTTTCGCTGTACTTGAACACCAGAGACACGGGGATCTCTTTCAT
1328 TTTGGCGAATTCGTACACGTTTTTAACGTCATCCACAAACACGTTATCTAGTCTTTGTAA
1329 CTTTCCTATGTACTGCCTGTAAAAGACAATACTATCTTCATCAACATCGCCTACCCAGAA
1330 ATCCGGATTGGCTACGAAGTTGGAGAGGAATATAAAATAGATTTCTTTGAATGTAAAGCG
1331 TTGAGCTAATTTTACAAAGAAATATCTATCCTTTCGCTTGTTAAAGGCGTTTTCACTAAC
1332 TTTGATCTGCCAGTTGTATTGAAGGACATCAAAACGCCCCTGGAAATGAGTTTTCATCGC
1333 CAGATATAACTTGTATACAGACAAAGGCACAAGCCGTGAATTCGCCTCGCTATCAGCAAA
1334 CGGAGCTTTGAATCTCACATGAAGCCGTCCAGAGTGGTTGATGAACTATGTTCAAGCGCA
1335 ACCGATGGGCGAAGCATGTTTCCTTTGATCGCTTCGTCGCTAATCTTATCAAGGATCGCG
1336 CGAGGAACCGTTTTATTCAGCATCGCATAATCAATAGAATTTTCATCCATCCATTGTAGC
1337 GTTGCTTCCATGTAGGTTGCCCCCTCAGAGGCAACCAGATTTTCGATATACAAACCGACT
1338 TCGGTCTTATTTCCGATCATGCTTTACGCCTTATCGATCATATCATACAGTTCGATCAGT
1339 TCGTTGTTTTCTTCTTCGAAAGCGGTACGGGCCTGTTCGTGATACAGTTTGAACAGTTTC
1340 CCGAAGGTTTTTCCATCGATACCGAAATCGGTTTTCGCTTTGGATTTGATATCCTTGAAC
1341 GTGCCGTTGAAGATCTCAACTTGAGTTTTCACGTTGGATGCTTCTTTGATCAGTTCTTTT
1342 ACCTGTTTTGCTACATCAGGGTTTGTTTGTAAAAATTCTACACTCATTTTGTTACCTCAA
1343 AAATCACTCAGTTTTTCGAACATACGGGAAAGTTTGTTATCCATGAAGTAACGTTCCATT
1344 TTGGCTTTACTTCCGGATTTTGGAGTATTATACGCTTCAATAATCGAATTTTCAATATCT
1345 TTTGGTATAAATTCGAAATCGCGTAGTTCCTCATTTTCTTTGTAACGTGCGGCCCATTCA
1346 GGGGTCATCAATGTTGTCGGATCGTCTGCCTCCAGCCATGCCTCTAACTCAGAGGATTTT
1347 ACCGCTGGGGCGCGTTCACCTTCAACCTTCGTCACAATATAATCATTTCTAATTTTAATG
1348 CAAGCGATACTATCTTTTTTATCGCCTTTGATATTTTTGTATCGCAGATCGTTACGTGGC
1349 GAACCGTACTTAGGCGTTACCCATTTTTTCTGGGGAGGCGACCATTGACGAACACCGTTA
1350 TATTTCTGTAGTTGTGTAAAGTCGCTATCAGCAGAAACCACTAATACTCGTCTACCTTCA
1351 CCAACAGCTTTTTTCGTAACAACAGCAATTATATCATCAGCTTCCGCGAATTCAACCTTT
1352 AATCCGAGATAAGGCATATTCTGACGGATTTCTTCGAACACAGGATTAAGGAAGTTGTTC
1353 AGACGATCCCAATCCCATTCTGATTCTTCGTGTTCGATCTGACGACGTTTTTTGTAGTAC
1354 CAGGCTTTTTGCCTACGCCAGTAATTTCTGTCATCGAAGGCAATCACGATTTCTGGATAC
1355 TCACCTTTAAATTTTACAACGTTAAACCGTAAAGTGTCAAGCACCAGATGACGAATCATT
1356 TCGATCGTGATGGATGCTTGTTCCTTTGGTTTGAAGTTGTTCATCAGTGTAGCGATGGAA
1357 ATGTTAGAGATATCGATGACCATAGTATCATCGGGTTCCCCTTCATCTTGCATCAGCTTG
1358 TTCAAGTTAAACATGCTTGCAAAACTGCTCATACATACCTCAATTTTTCAAAGAACGGGG
1359 TTATTGTAGTAACTTACGAAATGAAGTCAATACAAAAGACCATAAAATTTTGATCAATAA
1360 TACTTGATCTGATCAAATTTATGATCTATAATTTATTAATTAATAATTATTTTACTACAA
1361 TGATCATTGTAGGTCAAGTACTAAAATCAATAAATTTTATATAATTTAGATCTGATCTAT
1362 AGATCATTAGATCTACTTTAACCTTAAATAATATAGAATGAAATTTGATTTTGTCTACAG
1363 TTATTATATAATATTCTTAACTTCAAAGAGGAAATATGAATACTATGACTAAAGAAACAA
1364 CCAATATCTACGCAGACAATGAAAAATTATACCCTATCCTCTGTGCATGGAAAAAGCAAA
1365 TCGCCGAAACAGGTGATCGCAAAATGCCTAATGAGTTGGGGGCTGCTATTATGGATATTG
1366 CAAACGGGCTATCACGTCGTTACAACTTCAACCGTTATTCCGAAGATTGGAAAATGGATA
1367 TGATCGATGACGGAATTTCCGCTGCAATCTCAGGACTGCATAACTTCGATGAAACTCGTT
1368 ATACCAACGTTTACGGTTACATTAACAAAGCATGTTGGCAAGCATTCGTAACACGTATTC
1369 TGTACGAGAAAAAAGAGAACGCGAAGAAATATAAATTCTTCCTTGAGCACGTTTACGACT
1370 GTGAAGATTCAGATATGGTTAGTATTGCAGACGAAGGTTTCATTCAAGATCTACATGACA
1371 AACTATCTCAGTACGAGGCTTCCGCCACCAAAACCAAAGACAAGGAAGCGGAAGTATTCC
1372 CAACATTGGAAGATTTTCTATGAAAGCAATAATTGACTTAAACAAAATATTAACTGATAT
1373 CGATTACGAAATTGACTTGCTACCCTACTTCGTAAAATTAGAGTTGCAAAACGTGGGAAT
1374 CCCGGTTATCATCGATCCAACTGACGTAAGAAACCCCGATTTCGAAGTAGAAGAAGGGGT
1375 TTTGTCTTATATGATAAACGCCGAAACTATGATCATGGAGATCACTTATGATTGATGAAG
1376 AGAAAGAAGTACTAACCAGTGTGGAAGAAGTGGATCCAGAAGAGGAAATTCAACAAAAGA
1377 TCCAGGAACGTGTAGAAGCCGACGCATTGAAGCGAGCACAAAAATTCATTAAGAAGAACC
1378 GGACTGAGATCAAACGCCTCCGTAGACACGCAGAGGAAGCCCTATTCAGGGGTAATAAGG
1379 TTCAGTATGTGTATGCGGTTAAGAAACTTCGTGATATGCTCAAACAGCCGTATACAGAGG
1380 ATTTCATTGATACGATGTGGAACACTTCACTAGCATCAATTCGAAATATCGTAGCTTCAC
1381 AACAGAAGCACTAACAAACAAGTAGCCCCGAAAGGGGCTATGAGGGTCTTATGAGAAAGT
1382 ACTTAATGATCGGGGATACTCACGCTGGCTTGCGTCAGGACAACCCCTGGAATGAAGAAA
1383 ACCTATACAATGTATTCGTACAAATCGTAGAACACTGCAAAGCAAACGGCATTACCGAGG
1384 CTTTCCATGCTGGTGATTTCTTTGATGTGCGCAAGGCCACCACACAAACCACGATGAAAT
1385 TCATTCGTGAACGTATTGTGCCACTACTGGAAGAAGCCGGATTACATATCTATGTTCTGG
1386 TTGGGAACCACGATTGCCAGTTTAAAGACAAGATCCGCCCTAACTCACCGCGAGAGATTC
1387 TTGATCAGTATGATTGCTTCACGGTTGTTGATGAACCGATGACAGTAAATCTTGATACTT
1388 CTCCGCTGCAATCAATCGATTTGATCCCGTGGATTTGTCAAGAAAACACCCAGCAGATTT
1389 TTGATTTCATCAAAAAGTCAAAATCTCAATACTGCTTAGGACACTTTGAACTGTCCGGAT
1390 ACTATTTCTATAAGAACAGTAAAGCGGATCATGGTCTTGAACCTGATTTCTTAAAGAAAT
1391 ATGAAATCGTGTATTCAGGCCACTATCATCACGCTAACGAAGGCGCTAACGTTTTCTATA
1392 TCGGTACACCGCTTACCATGAGCGCTAACGATGAGGACGAAACCAGGGGCTTCTATGAGC
1393 TATCTTATGGCGACGGTAAACGTGAATTAACTTTCATTGCTAACCCAGTATGCCACCATC
1394 GCCGGATCACCTATCCGGATCAAAAAGATGTTGATGTTGCAGATTACAAAAATTGCTCTG
1395 TTCGCTTGATTGTGCGCGAAGTTGATAACGATTTGCCTAAGTTTCAAACAAAACTGGAAG
1396 AAACAGTTTATGAGTTGAACATTGTCGATCGCGTGATCACTGATTCAGAAGTCGATACTG
1397 ATTTTGAAATCAAAAGTGTATCTGGATTGATTAGTGAGTACATCAACAACATGCAGATCA
1398 CTCCAGAAGAAAAGACCGAAGTATCTGCAATAATGAGTGCATTGTATGCAGAGGTTACGA
1399 GCAATGGAAATAGTTGATTACGTTAATATTTTAAACGAAGAAGGGCGATATAAAGCCCTT
1400 TATAAAATGTTTGGATTTGATGTGATTGTTGCAGTACAGCAGGATTCCTATAATGAGTAT
1401 GTGTCATTGGGGTTCACTCTGATTAAAGACAACTATCACGAAACAAAGGTTTGGACATTT
1402 ACTGTCCTGAATAGCATGGATGAAGATTCCGTGATATACTGCTTTGATAGCACGATTACA
1403 AACATGATTAGTGATATATCCCAAAGGATAATTGATGAAACTCAAATTTAAAACATTGAC
1404 TTATCAAAATATCTTGTCGGTCGGTAACGTACCGATCGTCATTGATTTTGATTCAGCAAA
1405 GAAAACCCTCATTACGGGTAAAAACGGCGGTGGTAAATCCACCATGATCGAAGCGCTTAC
1406 ATATGCTCTCTTTGGTAAGTCATTTCGCGATCTGAAAGTCGGGCAACTGGTGAACAGTAT
1407 CAACAAGAAAAAATGTCTGGTTGAACTGTTGATCGAATACGGCAATGATGAATATAAAAT
1408 CATCCGTGGACAAAAGCCGAAAGTATTTGAGATCTGGAAGAATGGCGAAAAACTGCCGGA
1409 AGATTCAGCCGCTGGTGATTATCAGTCACAGCTTGAATCAATGTTGAATATTAACCTGGT
1410 GGGCTTTAAACAGGTTATCGTTCTGGGTACTGCTGGTTATGTACCTTTCATGGAACTGAA
1411 AACACCAGATCGCCGTAAATTGGTTGAAGATTTGCTTTCTCTGTCTATTATCAGTGAAAT
1412 GGACAAACTAAACAAATCATACATCCGTGGTGTTAACCGTGAACTGGATACGCTTTCAAT
1413 GCAGATTGGACACGTACAACAGCAGATCGCAACACATCAAAAGTTCATTGACGAACAACG
1414 GGCAAAAGCAAATCAGAATACGGCGCGTTACCAGGATATCTACGATTCCCACGTAGAAAC
1415 AGCAAAACAGATTAAAGCGCAATTAGTTGAACTTCAAACCCAGATCGCAGAATGCGTGAT
1416 CAATGGTGAAGACCAAACAGCAAATATTCAAAAACTGCGTGATGGCTATACACGCCTCTC
1417 AATGAACGTAGAACAGTTGCAGCGTCTTGAGGTGATGTATCGCAAGGGTGGTGAATGTCC
1418 GGCCTGTAAACAGCCAATTAGCCCCACTCCTGAACGCATGGAAGAAATTGCCGAGAACAT
1419 TAAAAATGGTACTCAGAAACTTACGCTGATTAAGAACAAGCAAGATCAGCTACAGAAAAT
1420 CATGGATGATTTACTAACACAACAACGTACACTAAATGGGCTGAAATCCAAATACGAATC
1421 ACTACGCGGTACACTTCAAAATGAAGTTGCAGCGGCTAAACGTGTTCGGGCTGTCATGGA
1422 TAAAGCACAGGAAGACGTGGTGATCGACGAATCCCCAGTTGAAAAACTCCGTGAAGATGA
1423 AAAGGAACTTGATTCTAAACGTTCTGGATTTGTCAAGGAAAAATATTTTAGAGGTATTGT
1424 TACGGATCTGCTGAAAGATTCCGGCGTTAAAGCGAGCATCGTTAAACGTTATATTCCTTA
1425 CTTCAATAAACAGATTGCGTACTATCTGGATCTGTTGGGTGCTGATTATCAGTTCACTCT
1426 GGATGACGAATTTAACGAATCGATTAAATCGCTGGGTCGTAATGATTTTAGTTACGCATC
1427 GTTCAGTCAAGGCGAAAGAGCACGTATTAACCTTGCTTTATTGTTCACCTGGCGCGATGT
1428 AACCAGTAAAATTTCTGGTGTTGATTTATCCCTTCTGATCCTGGATGAAGTGTACGATGG
1429 TGCAATTGATCGTGATGGTAGTTTTGCCGTAAAAGCACTATTGGATGGGATAAATGGTAA
1430 CGTAATTGTTATCAGTCATCAGGATCTGGATCCGCAAGATTTCGATCGACATATCACCAT
1431 GCAGAAAGTTGGACGGTTCACAAAGTGTACTATCAATGATCGAGGTGCATAATGTTAGAA
1432 AGAGAATTTGAATTAGAAACCGCTCCGGAAATAGAGCGGTTTTATCTCCACAACAATTTT
1433 CTTGAAGAAAAACATATAGTTACTATGAAAGATGTTGAGGAAGCATTCAAAGATAACCCT
1434 ATAGAGTTGACGCGAATCAAGAACAACAAAAGTTCTGTTTGGTTCCTCGAAAAAATCTAT
1435 TGACCGAAATCCATAAATACAGTAAAGTAGCCCATGTAACGAAACGTGGGCTTTGTTTTT
1436 ATTTGAGGAACAATAAATGATCACTGAATCCAAAATGACTTATCAGGAAGCACTGAAAGT
1437 TTTGGGCGCAACTGGTAGCGAAACCAGCGCTGAAATGTCCAGACTCTTCAAACGTGCATC
1438 CTTACGCAATCACCCCGACCGTGGTGGTAGCAATGAATTAATGCAGAAAATTAACCAGGC
1439 TTACGACGTAGTTACAAAAACTGGGCCTAGTGGCGCACGTTCTGAGACTGCTGGTGATGT
1440 TCGCGCACGTTATGCACGTCAAAAGAAAGAATGGGAAGAAAAAGTTGATGCTTACTTTGT
1441 AGTGGCGAAAAACTATTTCAGCACCAAATTTAACGCACAGGAATTTGCGGAATACTTCAC
1442 CAAATACACTGGATTGCCTACCACTTTCAAACAGGAAGTAACAAAAGGTAGTCACGGTGT
1443 TTATGCTTCGTTCCGTTTCACTTCTGGTGATGCTTACTTTGATTTCGGTTTCAACTGCAC
1444 CCCTCCGAATGGACAAGGGTTAGCCGCTCCGGATTCATCTGCACTGGGTAACGTTTCTGT
1445 TAGTACCTTTGTACTGGTTGGAACTAAAAAACATAAAATGGCAAGCCGTGATTATCAATG
1446 GGGCAAAAACCCAGATAAGATCACTCCGGAAAGCCTGTTCCCGTCTAAAAAACTGGAAAG
1447 CATTTTCAGCCCTGTACAGAAAAATATCAAATACAAACGTGCTGATTACCTTGCATCATT
1448 CCGTAAGCTGTTAGGCGCTGACATTAGCGGAAACGATATCTTTGTTGAAGTTGGTACACT
1449 GAAAGTTCGTTTCTATCGTCATGTAATGATGCGTAAAGGTGCGTATGTGTTTAGCGCGGT
1450 GTATGATCCTGCTGTATCTAAGTATCGTCCGGCTGCACAACTTCGCGGAACTATGTTAGA
1451 AGACGAGGACGGCGCTTGCCTGGATATGATCGTTGATACGTTCAAAGAGTTGCAGAAACT
1452 GAAACCGAGTGTTCAAGGCGTTGTGAACGCGATCGATAAGATGAACGCAGAGTTTGCAGC
1453 GGGACATCGTTCAGCATCTTTTGTTAAACGTGTAGCTGCTCAGGAAGCCGCGCCGAAGCC
1454 AGAAGAGAAGCCAAAACGCACTGTTAATCGTATCGGTAAAGAGGAATACTTCGCAGCACT
1455 AAAAGATATTGGTGCTCGTGTAATGCCTACCAGCGGTTATGTTGAATTTGATAACGGCGC
1456 TGGTGTTACTATCAACTTCAAGCGTATTGTTGTAAACCGTAAAGCATACTACTCATTCAG
1457 TAGCTTTGATTTCATGTACTCTGGTCAGAAACACATTGAGTGGTTGAAAGGAATCGATAT
1458 CGCAGAAGATACCAAAGGCGCAAGCATTAGCCTACTCACTGATACTCTGAAATCTTTACG
1459 TGGGATCTCTGACTGGAACACTGTTAAGAGCGCTTTAGATCAAATGAATTCTAACTTCAA
1460 GGCGGGTAAATTCTCCGCACCTCATGTGAAGAAGGAAGCAGAGCAAAAAGCACCGAAACA
1461 GAAAGACGAAATCGGCGCACAGCCTACCAAACCACAGGCGGCTAAGAAAGATACGCCGGA
1462 AGTGGAAAAATCACAGGCTGTTCATGCAGCACGTGAGAAAGCGAATATGAACAACACTAT
1463 TCGTAAAATGATGACTATGTTAGTCAAAGCACAGCGCAAAGACACTCCGGAAGATATCAA
1464 GAAGGAAGTTGATGCAGCAATTCAATTGTGGCGCTTGACTTACTAATCAAATGAACTATA
1465 ATGGGAACTGTTAACGCAGTTCCCTTTTTATTTGAGGAAAATATTATGAGTTGTCCAACA
1466 TGGTTACGTTTGGAAAATCTGAAAGAAGGTACACAAAAACGGATTTATATTAATCTTGGT
1467 TGGGTTCCTCCTACCGATTTTCAAATGGCTGAGATTTTAATCAATGCTGTTAAAGAAGTA
1468 AGCGACACTTACGAATGGGAAAGGCTCTATTTTCCCTTGATTGGTTTGTATATGACGCGA
1469 AATAAATTTGAAGAAATGAAACTTGCTGTTATTCGCGCTACGATTATTAATTCCCAACAA
1470 AGATTTACTTTGAAAAATGCATGGAGTTCTGAATGATTATTCAAGTATCTGTACAGGGCG
1471 ACACTCTGACTGTCACCGAATCCATCAATACCGCTCTTGCTGTATGTCGTGACCATATCT
1472 CACAAAATCCTCCAGTGACTGAGATCCTGGAAATTGATGTTTGGGATCAGATTGGGATGA
1473 TCGACGCATCATATGGATTTACCCCGCGAGATGAAGAACTATCTCGTATCGAATCATGGC
1474 TGAATGAACAGGAAACGGAATGAAACTCCCTAAGAACACAACACTACTAACCCGCGAAAA
1475 ACTTCACTCTGTTGATTGGTGTCCTCTGGATATCATGATTTTTGATATTGAATCTCGCGT
1476 GATCAATGCAAAATATCAGGGGTGTAGTATTTTCTCTGTTGAATTCGAGAAGATTCGCGG
1477 ATATGATGAGAAGTACAAAGAAAAACTGAAAGTTATGATTGAAGCATTAGGCTATATTGT
1478 AACTGTTGAAGACAACAAAATGTGGATCGCAATATGAGCATAGTAAAAGCGGTGTTTGCG
1479 CTGGGGCATGATATCTACCACGATGATTTCGCTTTTGGATATCAGCAAGGCTTGCCGTGG
1480 GGCCACTGTAAAGAAGATTTACAGAACTTCAAAGAAGAAACCGCCGATAGCGTTCTGATT
1481 ATGGGTGCAAATACGTTTACCTCTCTTCCGGGTAAATTGCCTGGTAGAATTCATTGCGTT
1482 CTGTCTGGTTCCGGTAGTTTTTTGAAAACCAAAAAAGGCGAGGTTGCTGATTACGTGATC
1483 CACGGTGGCGGGTTGTCTGCTGCTATTGGTACAATGCAAGCAACACACCCAGATAAAAAT
1484 GTGTGTGTCATTGGTGGTAAGGGGTTGCTTTTAGATTCAATCAATAATAAAATGGTTGAT
1485 GAAGTAGTTTTGACACACATTTACGGACATGATGTATATAATGCCCCCGCATTTAAACGC
1486 GATGTTTCGTTTACTGCTTCTGAATTGGGTGATGCATTGTTAAAATATGAATTTTCTGAT
1487 TTCGAAACTCAGTACATCAAAGAACATGAACGCATTGAAAAAATCATAGTCGATCGATAT
1488 AAAAAGGTATAAAATGAAACAGTATCTGGATATTATTAAACTTGTACTTGATAACGGTGT
1489 TGAATCAACCGATCGCACTGGTGTAGGTACTATTCGTATTTTCGGCGCACAAGCCCGATG
1490 GGATCTAAACAGAGGTTTCCCCGCAACTACCTGTAAAAAACTATTCTTCAAACCGTGCAA
1491 GCATGAATTGCAATGGTTCCTGTCCGGTTCAACCAACGTTGAAGAACTTCGCCGGATGAC
1492 CTGGGGTGAAAATAGCGATAAGCGCACAATCTGGGATGATAACTATGAAAAACAAGCTAT
1493 TGATTTAGGATATGATTCTGGTTATCTGGGGCCAATCTACGGTCATCAATGGCGTTCGTT
1494 TGGTTCTCTTTATGGGGATGATGATAGTTATTATGGCGGTAGTGGTGTTGACCAGATAGC
1495 AAAAGTCATTGAACAACTGAAATCAACCCCAGACGATCGTGGGATCATCGTTTCGGCATG
1496 GAACCCCGTTGATCTTGATGATATGGCATTGCGTCCGTGTCACTGTTTCTTTCAGTTCGT
1497 TGTAATCAACGGTAAACTGTCTCTACAGTGGTATCAGCGTTCAGTTGATGTCTTCTTAGG
1498 GTTGCCGTTCAATATCGCCTCCTATGCTCTCCTGACGCATATTATCGCTGATATTTGCGG
1499 GTACGAAGTGGGCGATCTGGTTTGGACTGGTGGTGATGTCCATATCTATAAAAATGCGGT
1500 TGAACAAGCAAAAGAACTTTTACAGCCTAACCGTTCACCAATGCCATTACCGATTCTAAA
1501 AATGCCGAAGGTAAATAGCTTACTTGATTTAGATCAAGAATTCTTTGACTCGATAACCTT
1502 AGAAGGGTATCATAATCACGGCTCTCTAAAAGCTGAAATGGCAGTATGAAAAATGGGGCT
1503 TCGGCCCCTTTCTTAACAAGGTAAGAGAATGAATGACATTAAAGTAGTAGTAAAATCCTC
1504 TGGTGTACGCCAGCCGTTTGACAAAGAAAAAATATACAAAGTGCTCAAGTGGGCCTGTGA
1505 TGGTCATAATATCGATGTTCGTGCATTCCTTGAAAATGTATTAGAACTGATCCGCGATGG
1506 TATGACTACCAAACAAATTCAACGTATCGCTATCAAGTATGCAGCAGATCATATTTCTGT
1507 TAAAGAACCGGATTGGCAATACGTAGCATCGAATCTTGAAATGTTTGCATTGCGTAAAGA
1508 CGTTTACGGTCAGTTCGATCCTATCCCGTTCTACGATCACATCGTTAAAATGGTTGAAGC
1509 GGGGAAATACGATAAAGAGATCCTGGAAAAATACAGCAAGCAAGATATTCAAGTTTTCGA
1510 ACGTGCAATTGATCATGATAAGGATTTTGAATTTTCGTATGCTGGTTCCCAACAGTTAAT
1511 CGGGAAATATCTGGTTCAGGATCGCGATACTGGCGAAATCTTTGAAACCCCTCAGTATGC
1512 GTTTATGCTTATTGCGATGTGTCTGCATCAGGAAGAAACTGGGTTAGCACAGGTTACGCA
1513 TATCGTTGATTTTTATAACGCAATTTCCGATCGCAAACTGTCTCTACCGACTCCAATTAT
1514 GGCGGGTGTACGTACTCCTACGCGCCAGTTCTCCAGTTGTGTAGTAATTGAATCGGGTGA
1515 TTCTCTTGGTTCTCTTAACGCTGTAACCTCTGCGATCGTGAAGTATATTTCACAACGTGC
1516 TGGTATTGGGGTTAACGCGGGACATATTCGCGCAATGGGTTCTAAAATCCGTGGTGGTGA
1517 AGCTGTTCATACTGGTGTGATTCCTTTCTGGAAACATATTCAAACCGCTGTTAAATCCTG
1518 TTCACAGGGTGGCGTTCGTGGTGGTGCTGCAACACTGTATTATCCTTTCTGGCATCTGGA
1519 AGTTGAAAACCTTCTGGTGTTGAAGAACAACAAAGGCGTAGAAGAAAACCGCGTTCGTCA
1520 TCTTGATTATGGTGTACAGCTTAACCAGTTGATGTATAAACGCTTAATGAATCGTGATTA
1521 CATTACGCTGTTTAGTCCGGATGTTGCTAACGATCGTCTGTATGATCTGTTCTATGAAGC
1522 TGATCAGACTGCATTTGAAGAACTGTATGAAAGCCTGGAAAAAGATCCAACTGTTCGTAA
1523 GAAACGCATCAAAGCGGTTGACCTGTTCCAACTTTTAGCACAGGAACGCGCACAGACAGG
1524 ACGCAAATACATTTTCAACACTCATCACGTCAACCAACAGGGTAGTTTTACGGTTCCTGT
1525 TCGTATGTCTAACCTGTGTTGTGAGATTGCGATCCCAACGTCGCCGCTGGATGACGATGA
1526 TAAAATGGCTGGTGAAATCGGATTGTGTACGCTAATGGCTATCGTTCTGGATAACGCTGA
1527 TATCAGCGAATTCCCGAAACTCACGCGTATTGCAGTACGTGCGCTTGATAACCTGTTGGA
1528 TTACCAGAACTACCCTGTAAAAGCCGCTCTGAAAGCTAAACAGCGCCGTTCTCTGGGTGT
1529 TGGTATCACCAACTATGCATCATGGTTAGCGAGCAACTATTGCGACTACTCAGAAGCGTA
1530 TACAGACAAAGTTCATGAGTTAATGGAAGCGTTTCAGTTTAACCTTCTCGTTGCTTCTAT
1531 GGAACTGGCGAAAGAACGTGGTGCATGTGGATTGTACAACGATACCAAATACGCTCGCGG
1532 GTTACTGCCTATCGATTGGTATTGCAAAACCGTTGATGAACTGGTAGCACCTGTTTATAA
1533 TTGCGATTGGGAATGGTTACGTAGTCAGATTAAGAAATACGGCTTGCGCAACTCTACTCT
1534 TTCTGCTTTAATGCCTTGTGAAAGTAGTTCACAGGTTAGTAACTCTACCAACGGGATCGA
1535 ACCTCCGCGCGGTTTAGTGAGTATCAAATCTTCGAAAGAAGGACACTATAACCAGGTTGT
1536 GCCTAACCAGAATAACCAGATTGATTTCTATGATCTGCTCTGGGATATGGCTAAACGCGG
1537 TAACAAAGGGTATCTGTCTCATGTAGCAGTTATGCAGAAGTTTGTCGATCAGTCTATTTC
1538 TGCAAACACCAACTATGACCCGGCAAACTATGAAGACGGGAAAGTTAAAACAGAAGACAT
1539 CATTGATGATCTGCTGTATGCTAACTACTACGGTGTTAAAACTCTGTACTATCATAATAC
1540 GCGTGATGGTGCTGGTGATGAAGAAGAAGCCGCAGAAGATTGCGCGGGTTGTAAGATTTG
1541 ATTAATGCCCCTTCGGGGGCTTTTTAAAGGTAAAGACATGTTAACAGTAATGAATACAAA
1542 CCCAGATCATAACCACTTAGAACAACCTATGTTTTTTGGTGAAGATACTGGTGTTGCACG
1543 TTATGAATCGCAGAAACACAAAGTTTTCGAAAGCCTGACGCAAAAACAGCTTTCTTTCTT
1544 CTGGCGTCCGGAAGAAGTCGATCTGTCTACTGACCGTATGCAGTATGCAAAACTTCCTGA
1545 ACATGAAAAAATCATTTTCGATTCTAACCTACAGTATCAAACCCTGTTAGATACCATTCA
1546 GGGACGTGGGCCTAACCTCGCATTTTTGCCAATTGCATCCGATGTGAGCATGGAAACCTG
1547 GATCGAAACGTGGGCGTTTAGTGAAACCATCCACAGCCGTAGTTACACGCATATTCAACG
1548 TAACTTGCACATTGATCCTTCTGTACAGTTCGACCAAATCCTTCGCAATGAAGCGATTAT
1549 GAAACGTTCTGCATCAATGACACGGTATTATGATACTCTGATTGATGAATGTCATAAGCT
1550 GAAAACCATCATGATGCTACAGGAACAGGTTAGCGGCTATAAACCAAATGATCCGGCTGT
1551 CGTGTATTATAACGAGCAATACACTAAACAGGCCACTAAGTGCAAAGAAGCTCTGTACCT
1552 GTGTATGCACGCTGTGAACGCTCTGGAAGCGATCCGTTTCTATGTGTCGTTTAGTTTCAC
1553 CTTTAACTTTGCTGAACAAGGCAAGATGGAAGGCAACGCGAAAATTATGCGCCTGATTGC
1554 GCGTGATGAAGCATTGCATCAGAAAGGTACTCAGAGTAAAATCCGTTTGTGGCAAATGGG
1555 TAAAGATGATCCAGAAATGGTTGAAATCTCCCGTAGGCTGAAAAAAGAAGCAACGGCTAT
1556 CTTCCTGGAAGTATATGAACAGGAAAAAGAATGGGCTGAACATTTATTCTCTGTTGGTGA
1557 TGTAGAAGGTGTATCGCTGAAAAGCACTATCGCTTATATTGAACACCTTACAGATCAGCG
1558 TATGCGAGCGGTAGGGCTTGATTCACCATTCACCCCGATCCCTAACCCGTATCCGTGGAT
1559 GAATAAATGGCTCAAAAGTGATAACGTACAGGTTGCCCCGCAAGAGGTTGAAGTAAGTTC
1560 TTACCTCGTCGGAAACTTGAATACTGAAATCAGTGATGAAGCGTATGCAAAATGGGCCAG
1561 CAAATACGCGTGATTGTCGGGTAGTAAACAAGTACAAAACTGATTGGGATGTCGATATTC
1562 AAAGAGGTACGAAGTTCGGCAACCCTTATAACACAGGAACCAGGGGAGAAAACATTTTAG
1563 CGTTTATCCCCTGGTTCCAGAATCAGGTTCGTACTGGGGCGATCACGATTGAAGAATTGA
1564 AAGAACTTGATGGAAAGAGGCTTGGTTGTACCTGTGCGCCTCTTCCCTGTCACGGTGATT
1565 ACATCGCGCATGTGGTTAATGTTTTGTGTGGTAAGAAAAGATCACTTGACTTTTTGGATA
1566 TATAATGTATGAAATCTGAATTCAACTTAACCCTTGATAAATGTGGTCGCATCGATCGAA
1567 GTTTTGTTAAGTGTGGTGAACTTAGGCATTGTGTTTATTTTATTGCAATTAACGATGAAA
1568 TAGTATATGTTGGTAAATGTCGGGATATGTGGAAGCGTTTAGATACATATCGCAATGCAA
1569 AGTATTGGAGAGAAGCCAACCCCAGCAACATCTTAAAAACGTGTCGATTGGAAATGGCTA
1570 TCAAAAAACGAAAAACTGTGAAACTTATCGTGACTACTCACGATGAAAATACATATCATG
1571 ATTATGAAATCAACATGATACGAAAATACAACCCTGAATGGAATAAACAGCACTATGACA
1572 AAGGCACAAACTAAAATTATCAATACCCTTTACAAACAACTCATGCAGTTGTGTGGTGAA
1573 TCCGAAACATTTTTCTTCGTTGATCAAGTAACCGTGATGGGTACACCTGTTCGAATCTTT
1574 AACTATCGCATGGCCTCATATACAGACTGGCTAAAGCCTGGTGCTCTGGAATGTCGCGGT
1575 ATCATGTTTGAAATGGATGGAGATACCCCCGTATCAATCATCAGCCGCCCTATGGAGAAG
1576 TTTTTTAACTATGCCGAGGTAAAGGCATGGGAAGCGCTTAACGAGTCTCCTATTGAATTA
1577 GGCGAAGTTTTAGACGTGATGATTAAAGAAGATGGTTCCTTGATCTCAACTTTCCTTGAC
1578 GGTGGATTTCTGGCGGTCAAGTCTAAAGGTTCGGTTAAATCAGAACAAGCTATGGATGCG
1579 CACAGCGTGTTAATGGCAAATCGTGAATTGCTGACCCGCTTAACTGAGATCGCTAAAGAA
1580 AACTATACGGTGAATATGGAATACGTTTCCCCGAAAAACCGTATCGTTGTTGGTTATGAT
1581 TCTCCGGATCTGCGTATCCTGAACGTTCGTCATAACATCACGGGTGAATACATCCCTTAT
1582 GATGATCTGTTTGCTGACGCGCTGTTACGTGCGTATCTGGTTAAGCGCGAGAATATCGAA
1583 GTACTGGATCTGGATGCATTCGCAAAAGAAGCATATCAGAATGAAGGATTCGAAGGCTAT
1584 GTTGTTCTGACAACGAAAGGGTTTGTAAAAATCAAAACAAACTGGTATGTCAATCTGCAT
1585 CGCACAAAAGATAGCATTACCAACAATAAGGATCTTTTCCTAAATATTGTTGAGAATACG
1586 GTCGATGACCTGAAACAGCTATTCAGTTCGGATCTGGTCTCTCTGAAAAAGATTGACGAT
1587 TTCGAAAAACTTTTCCTTGATAGTCTCAATCGTTTGAGTGCAAAAGCATTCAAAGCTATT
1588 GAAGATAATAAAGGGAAATCGCGTAAAGATTTTGCTATCAGTCTAAGCGCGGATTTGTCA
1589 AACGACGGTCGGATCATCTTCGGGCCTCTTATGAAGTACTTCGAAGAAACCGATCCACAA
1590 AAACTGGTCGATCGCATCATTGAAATGATGGTTAAAAATTACGACCAGTTCATTCCTGGA
1591 GAGTACAAGTGAAATCATTTGGCGCATATAGCCGAACGATAGAACAAGAAAAAGCAGGGA
1592 TTGATTCCCTGCTTTCTTTCGTTGATGTTTTCCCCGAAACTGGAAAAATTTACTGGAATG
1593 ATAAAGCATATCATAAAAGTAAGAGAGGAAAAGAAGCGGGTTCTATTGTTTGTGAAGAAT
1594 ACCCTTATACGAAAATAAAGTATGCTGGGAAAAATTACATGAGGCATAGAATAATATTTT
1595 ACTATGTTCATGGTTACTTACCAATCATAGTTGATCATAAAAATGGTCTTGATTTTGGTG
1596 ATTGTATTGATAATCTTCAAGAATCCGATCCCGTTCATAATATATTGAAGAAAAACAAAA
1597 CCAGAAAATCTAAAACTACCACATCAAAAGGGGTTGACTATCGTTCTTCTCGTGGAAAAT
1598 ATAGAGCACAAATACGGATTAATGGTAAAACGAAACATATAGGATATTATGATACAGAAG
1599 AACAGGCGTCTATCGCATATGAGGAAACTTTGAATGAATATCAAAAGCATCTTGGGTATG
1600 ATTAATATAAAATCGTGGATATGGCCTATTATTGTTGCTTGCTCCCTAATAGCCCTTTTT
1601 TACATTGCAGTTGATACCAAAATAGAAAACAGGCAATTGTCTAAGGATATCAAAGCGTTA
1602 CAAGCTGATATCAAGAAAGTAAAAGAGACAAACAACAGTAATACAGTGATATACGTCGAA
1603 CAGAAAGGCAAGGATCAGCAGTTAGTGAAAGATGCCGGACGTAAAGATCTGTTGTTCAAA
1604 AAACCAGGACTGATCGAAATCAAGATCAACAAGTCCTTTGAAGAGTATATGAAGGATTAC
1605 GAAAAATGAAAATCGCTACACTAGCGCTCGTTCTGGGCGTTCTGTTGGTCGGGTGTGCTG
1606 AGAAGCCACCAGAAAAGATTTTGCCTACGCTACCCGCTAAGGTGAATCCGGTCAATGTGA
1607 AATGGAAAGTGGTTGCAGAAGTAAGGGAAATCGACGGGAAGAAATATCTGGTCATGCCTT
1608 ATGATGGTAATCCATACGTTGCCCTTTCATACCCAGATTCGTTAATCTTCCGTAGCTGGA
1609 TGAATGACGTTAAGCGTCAGAAAGACCAGACGGATAACATTCTATGCACCGTGGGATACC
1610 CCGAAAAATGCAAGTCAAAATAATTGATACATTCTTTGATGACTTGACGGTCGGAAAGGT
1611 GTATGATGCTGTAGAATCCAAAAATGAACTATGGATTGATAGCGATTGGGGGATTGCAGT
1612 CAATCTGCATACCGAAGCCAGTCAAGAACTAATTGAATATGAGATAGTGAAATGAATCTG
1613 TTTATGACTATTGGCGTTCCGGGTAGTGGAAAAACTACCTGGGCGCATGAGAAAGCCCGT
1614 GAATTGGGTAATACTGTTACGATCTCTCGCGATGATCTGCGTAGCTCTTTGTATAATGCG
1615 GGTAAAGGTGCTGGCGGATACAAATACACCAAAGCGAAAGAAGACATGATTGCAGAAATG
1616 CAGGATCACGTTGTTATCTCCACTCTGAAAGATGGTAAAAACGTGATCATACACAACACA
1617 CATCTGAAAGAAAGTGATAAAAATCACTGGCGTGAAATTGCGTTGGAACACAAAGCTGAT
1618 TTTCATATTGAATATTTTGATGTGTCTATTGTTGAACTGCTTCGCCGTAACCACAAACGC
1619 GGTCGTGATGCATTACCCGTTTCGCGTGTTTGGGAAATGTTTAACCAGTATCGTAAGATC
1620 CGTGGGTTCGTACCAGCAATGGAAATTGTCAATCCCCACAATCAGAAATGCGTGATCTTT
1621 GATGTTGATGGTACGCTAACAAAAGTAGGGCAACGTAGCCCGTATGACTTTACCAAAGTG
1622 ATCAATGATCCGCCAAACATCCCGATCCATCAACTGTTTCACCTGTACAAAAATGCAGGG
1623 TATAAGTGTGTTGTTGTGTCTGGGCGTGAAGGTAATCCGCAATGCGCACATGATACATGG
1624 GTTAGCCTGTTGAGTTATGGCGTTGAACCGGATGAAATTTTTATGCGTCAAGAAGGTGAT
1625 ACCAGGACAGATTTTGAAGTAAAAGAAGAAATTTTGTTTGACAAGATTTTAGATAAGTAT
1626 TATCCTGTTATTGCAGTGGACGATAGAGACACTCCGGTCGGAATGTGGCGAGCAAACGGG
1627 ATTCCGTGCTTACAAGTCGATTATGGTGATTTCTGATTGACATATAATGTGGGTATGTTA
1628 AAGTACCCACACAAAAGAGGATTATATTATGAACGTTATTCGTGAAGATAAACACATCAT
1629 GGTTGAACTTGGCGATCGCATTCGCGTAGAAAATCTGGGCGATTTTAACCAAAAAGTTCG
1630 TTTGTTGTGCCAAAAAATTGCTAACAAAATTCAGGAACAGGGTAAAGCTCCGGGCGGGTT
1631 TGAAGTTAGCGCCACTCCGGTTTCTCAGTACTCCTATATTGTGTATATTCATGACGTGGA
1632 TACTAACAGCACCCAATCTTTCGGGCTGGTGTTAAATCCTATTACTGGCTACGTTACATG
1633 GGCGGCTGTATTATGAAAGTAAAAGTAATTGATAGAGCGATGATCACGGATGAATCTGTA
1634 TACCCAGATCCTCGTTATTATGGCGGTGTTTTCGGATACATCAAAGGAACTGATATTGAT
1635 GTAGTAACAAGTCCGATCGCCGAATACGATATCAACAAAGATCAGACAGAAGTTCGCGTT
1636 ACTACAATCAACGGTTCAGAATATATCGTTGAAGCGACTCCTGATTTTATCAAACAGTTA
1637 CTAAAGGTGATGAAAGATGCTTGATCATCCTGGCTCTATGAGCATGGTGCTTCTGGAAGC
1638 ATTGAAAGCATATGATATCCCCTGTCATTTCGGTGAAGTAACTGTTAATACTATCGTTGA
1639 CGAAATCGACAATCCAAATACTTTCATTGCTTGTCTTGTTCGAAAATTCACAAGTTGTTT
1640 TCGACCGAGTCCAGAAAAAGTAGTAATCAGTTCTGTTTCTGCACATCATCGAGTGTTAGA
1641 TGATGGAAAGATTCAACTTTACTGGAAAGTTCTTTATCACGTGGTGTATCATGAAGATTG
1642 ATGATATTATGTTTATGCTTAGAGCAATAAGCGCTTCTAAGTTCTCTCAATGTGTCTCCG
1643 TTAATGTTGGTGCTGCATTGAGAAATGGTAACGGGCGTGTGTTTGTAGGCGCAAATAATA
1644 CGGTTGATCCTAGTCATCGTTGTACAGATCAGTGCAATCACTTATTAGATGATAACGGGA
1645 AACTGAGTGAAGAAAAGCGCCCTGAACATTCACAATGGTCAGATCGCAACGAAGTACACG
1646 CAGAAATGCGCGTTATTATGCTGGCGGCGTCTCATGAACAAATCAAAGACGCAACTTTGT
1647 ATACAACTCATTCCCCTTGCTCACAATGTGCGAAAAATATCGAATTTTGTGTTGCAACAG
1648 GTATGATTAAGCGTGTAGTATATCTACATAAATACGATCGTGGTGGCATCGAGTGGATAT
1649 GGCGTCTACAGCAATACGGTGCCGAAGTAGTACAACTTGATCCCGAAGAATTGAATAAAC
1650 ATTTTCGGATCAAATAACCAATGAGTAAATATATGTCTGAACTGAGTGTAAAAGCATCCT
1651 TTGAATATGTTCTGATTGAAACCAACGCTAAAGCGGCTGGAACTGAAATTGTATCACCTT
1652 CTGGTATTGTGACTGGTGTTCGTCAACACGGCGAGGAACCGATCTACGGCACAGTGTTAT
1653 CATGTGGGCCGGATGTACCGGAAGAATATAAAACCCTGCTTATGGGTAAGCGCGTACCGC
1654 TTCCTCATGCACAAATGGCAAACGTGCCGGATCCTGAACTGATTGCAGGAAAGGCAACAA
1655 AAGAAGAAGCTCGCAAGTATCCGGTTAAATATGTAACCGCACACTATAAAGCGATTCAAG
1656 CAATTTACGAATAAGAGATCCAACATGGCTAAACAAATTCAAGCAATCATCGCCGATACC
1657 GTCGCAAAATCTAAAAAACTTTTCGACAAAGGCGACATCCTCGAAGCACCGACCCGCATC
1658 GATGTAATGACTTCAATGATCATTGATGCTCACCAGGGAAAACTAAATTCCCGTGCTTCG
1659 GAAGTAATGGAATACATCGTACAGTTCGAGGATGTATGCAAATACGCCAAAGCTGTTGAT
1660 CCGGCTGTTCGCGAAATCTACCGCAAACAGTTCTAAAAATATCGGCCCCTTAGCTCAATA
1661 GGTAGAGCTAATCACTCATAATGGTTAGGTTCCCGGTTCAAGTCACGGGAGGGGCCACCA
1662 AACAAGGCAAGGCACTTAGAGAAGCGGGAGGAACAGAATCAGATTCTGTTGGTTGTAGGT
1663 GCAAATCCTACCCTTGCCACCAAATTAGGGTGCGTAGCGCAATGCCGTTAAATGGTTCGG
1664 AATATGCAACCTTTCTCACGGAGAAGGCTCTGTTGGTATCCGGTAATAGGTTCCCCGGAA
1665 TGCGGGGTGAAGTAAAGAAACTCCCAGCCCACTAATTTTAATGAGGTTTATATGAAATTT
1666 CGTGAAACTGTGAAATACCATAACGCGGTCGAATATACACAGATTTTTGTTGATATGTCT
1667 CCCGCAAAATTCAAAGAACGTTATGGCATGACATTTAATGAATGGAAAGATGGATTGCCC
1668 GATGGGGATTACCGAAAAAACTTCAAATTCAGTGAATGTTATGTGGATGATGACCCTTAC
1669 GATCTGGATGTTTGTAGTAAAACAACACCTCTCATTGAGAATTCACCAGAACAGCTTTAC
1670 GAATCTTGTATTGATTCTGCATACGAAATTTAAAGAGATAACATGAAAAATTTACAAAAA
1671 CTGTTTAAAATGTCTCCGGCAATTAGAAAAATCATCGGAGAAAGCAATCCAACGAATCGC
1672 AATAAAAAATTGATGGAACTTTTTGTAAAAGAGTTCGATGATTTTGATTCTGAACTTCAT
1673 AAAGCGCTTGAGGCATATTCCAAACAAGGGTTCTTTGCATCGCCGCAAGTGAATAGTAAG
1674 AAAGAGTATAGCGAACGATTCTTTGATTGGGAGATTGTCAATCTCGTTCGTAGAACAAAT
1675 ATATCTCCGAGCAATCATCAATTGATTTCTCTTGATACTTCGGTATTCTTTATCCAGTAT
1676 CTTATCAGTGGTGGTTTCAAAAATCCTGAAATTCCGTTTACAAATGAAGCGGTTAGCAGT
1677 GAATTTGATGAATCATTTGTATACATCAACACAAACAAATAATCAAATGGCTATCTTCGG
1678 ATAGCCTTATTTTTGGGGTGTCTATGCGCTTTTTAAAGTATGCAAGTTGGATCGTACTCG
1679 TCCCTCTTGACATTATTACTGGAGTATTAGCAATTCTGTTTGCCCCGTTTGTTGTACCAT
1680 TCTACAACGAGAAAACAGGGCATCTTCCTAAAGGCTTCCGGTGGATGGAAACCTTCGATA
1681 ACCCTATTGATGGTGATGGTGGACATATCCGCCGTTGGGCGTCCATACGCTATCATCTGG
1682 GGGCTTTTGGGGTGTACATGCAACGTGTTGGCTGGTTGTGGAGAAACAAGGCTTATAACT
1683 TCGCATATCACGTTTTAGGACGTGAAGCGACAAGCAAATTCAACTGGAAAGGCAACCCAA
1684 AAACAGAAGGTGGGCCGAACCCTGTAAATCATGGGTATCTGCTCATGTGGAACGAATCAG
1685 CATGGGGTTTGTACGTTTACAAACCGTGGCTACGGATCCACAAAGTGCAATTCTGTTTGC
1686 GCGTTTATGCTGGATGGAAGCTGAAACAAGAAGTTAGCGACCCAGTTAACCTGGATCGTG
1687 CAATGCTGGCGTTTCATTTCAACCCGTTCAGGTATTATGTAATCAAGTAAAGGTAATACA
1688 ATGAAAGCATTTCAAATTTTAGAAGGTTTGCATACTGGTACGATCTATCTGGAAGAAGGT
1689 AACGATGTTCGGATCGTAGTATCAAAAACATTAACTATGGATTCTGTGATCGGCAAAGCT
1690 CGCGTTACTCCGTTTGCAAAGCGTGAGATCGAGATCGAATATCAGCCAACTGTTAAGGTG
1691 GAAGGTGGACAACATTTAAACGTTAACGTGTTGCGCCGAGAAACTCTCCTGGATGCGGTT
1692 GAACATCCTGAAAAATACCCACAGTTAACGATCCGTGTTTCTGGTTATGCAGTGCGTTTT
1693 AACTCACTGACCCCTGAACAGCAACGCGACGTTATCGCCCGAACCTTTACAGAGAGTCTA
1694 TAATGGCAATTGATGATATCAAGGGTTATAAACCCCATACTGATAAAAAAGTAGAAACGG
1695 TAAACCGTATCAAAGATGCTGAAAATGCATTAGGTGCAATCCTGGAAGATATCGAACAGC
1696 GACTATCAAATTCAGATATTGATTCACTGATAGAGGAAGAATTAGATGAGGTGCTTGAAC
1697 GTATCCATCAAATTCAACTAGCGAAAGACCGACTGAAAGAAGCCTCTATGTGGGCGTGTC
1698 GTGCGGTGTTTCAGCCTGACGAAAAATATTAAAAATCAAGCCGTTGCCGAAAGGTAGCGG
1699 CTTTTTCTTTTTTGGTGTAAAAAGTTGTTGACTCCCTTCTCACATTCCCTTATAGTTAAT
1700 CCCGTAGACAAGAAAACACTTTTATGAGGATGACATTATGAAACGCTCTTACAACATGAA
1701 TGAACTGGTTTTCTTCAAAACTCGTCGTGAAGCACGTGCTTACGTTCTGGCGGCTGGTAA
1702 AAATACTTCTGCTGCTATCGATATGGGTACTGATAAAGCTGTTGGTGCTCGTTGGGCCGC
1703 TGTTATCGTTATCGCTGCTCCGGTTACTCCGGTTAAAACTCTGGTACTTGGTGCGCGTCA
1704 CGCCGAAACTCTTAACACTGCTGCAAGCGGTAGGGGCCACGAAGTTAAAGTGTTCAAGAA
1705 GCGTTCTTATCTTTCATGTGCAAGGGGTTAACTATGGCACGATTCATATATAAAGTGGAA
1706 TACGAAAATACTGAGTTATCTGATACCTTTTTGAAGATGATTCGTGATCACGGGCAACGT
1707 CTGGAAAGAGTAACGATTGATACTGCGTTTGATTGTCCTGTTGGGTTGGTTCTAACATTA
1708 TCTTGCAGCCCCGCAAAAGAATCAGCCCGTGTTGAAATGTTACATAAACTAAATGCATTT
1709 TATGAAGGTGGTAGTGTATGGCGAGTATTGTAAAATTTTTCACCGACTCAGTGAAAGAAA
1710 TTAAAAGCGCTCTGGAACAATGGAACACTCGTTGTGATGTATCCATTAAATCAGAGTACG
1711 AAACAACTTATGATCGTTATGATCCGGCCCGTGGTTTGCACAATAACCCCCATGAGGTGG
1712 AAGTGTGAAATACTACGGATTCAAAACGAGTCATTTTGGTAAAGCGTATCGTACAGAAAA
1713 CATCGATCGCAAACGTCCGTACTATGATTCTTTAGTACGCGCGGGACGCAAACGCGCTCG
1714 CCAGGAAGGGAAGAAAGAAGGTGAAGATCGTGGATAATTGGAAAACATGGGTATCAATTA
1715 TCGTTGGTGTTATCATCGGTCGCGGTTTGTATGATTTAATATTTTCGGCGGGGGTTCATT
1716 ATGGACATTGGTTCGGGTAGTCAGTACCCATCATGCGCGTTAAGCAACTTCGCTCCGCAT
1717 CCATTCACGTTTGACGGGGTAGAATGTGCATCAATGGAGGGCTTTTTACAAAGCCTTAAA
1718 TTCAGCAACCCAGATATGCAAGCCCATGTATGTACTCTGGTAGGCAAGGCCGCAAAGTTC
1719 AAAGGCAAAAAGAAAAAATGGTGGACTAACCAGACCTTATACTGGAAAGGTATCCCTATT
1720 CATCGTTCCTCTGAGGCGTATCAAATCCTGATTGAAAACGCATATAATGCATTATTCCTT
1721 AATGAAGGGTTTCGCCGTGCGTTGGCAGCAACCGGAAAAAGTACCTTGACACATTCAATG
1722 GGAAAGAATAAAATAAACGAAACTGTACTGACTGAAAGAGAGTTTGTACGCAACTTAACC
1723 CGATTGAGAGATCTGTTATGAGTGAAAAAGAAAGAGTAGAATGCGTGTTTCTGTTCAAAG
1724 GCGCGATTAATCCATTAGCGTTACTGTATGCGCAACATGCATTACGTTCAACGTTGATTC
1725 AGAGTGTTATCTATAAAGCAGGTGTGTATTATGTTACCATCGGCGCAAATAACATGGTTG
1726 TTATTGAATCCTACGTTAAGGAATGTGCATTAAACGGCGTTGTCTTTGATAAAGTCGATT
1727 TTGATGCTGGGGTAGATGCTGTTTATATGTATAAGGGTTGATATGAGTTACGTAGTTTAT
1728 TTCGATTGTTCGGATCTCGATCCGTTCGTGCTTCAACAGGCAAAGAAATATCATCAAGAT
1729 GTCGTTGGCATTGGTGTAACAAATGATGATATGTTGTGCATCGAATTTGAATATTATCGG
1730 ACATTTGAGCGTGAACAATTCCTGGGTGAATTGAATGCATTCAAAAGTACCCTTTTCTTT
1731 GATCGTTATGAGGTTATATCTTGAAACCTGTTATTCTTACCGATATTGACGGGATCGCCG
1732 TAAAATGGCAAAGCGGCCTCCCGTTCTTTTTGTCTAAGCACAACATGCCTACTGATATTG
1733 CATTAGAAATGGTTACAGATGAAAAATTTCGTGATATGACCGAAATCTTCGGATGTGATC
1734 AGCAGTTGGCTAAAATCCTTATGGAAGAATACAATAACAGTTCTTTCATTCGTTATCTGA
1735 ATGCGTATGATGATGCATTGATTGTGATCAACCGTCTGAAAACGCAGTATGATTTCGTTG
1736 CCGTTACCGCTCTGGGAACAACACCAACGGCAAGCCTTAACCGAATTGCTAACCTGAATA
1737 CTCTTTTCCCGTCTGCGTTTAAAGAGGTGATGGTCGTGGGCCACGGTGAAACAAAAACTC
1738 ATCGTTACCTGGAAGCAAAAGCAAAGTATGGTAATCGTCTGGTTTGCTTTGTTGATGATC
1739 TCGCGATAAACTTAAACGAATGTCATAACGTCATTAGTCAGTTGCCGTTATTCCATATGT
1740 TACGTGGTGAACGTGAAGAAACAAATGCACCTCACCAGTTAGTAAAATCGTGGTTTGAAA
1741 TTGAAGAGAAACTAAATGATCTTGTCAATCCTTAATGAACTTGCGTCTACTCTGAAAACC
1742 AAAGAGAAAGAAGCAATTTTAAAACGTAATGCCGATAATGAATTATTGAAAGAAGTTTTC
1743 CGCATTACGTATACAAAACAGATTATGTTTTATGTGCGTCAATTTCCTCTGGTAGAAGGG
1744 AAACCAGGCACAACACCGCTTTCCGATGCAATCAAAGCATTACTGGAAGATTTAGCAAGC
1745 CGGAAATATACAGGCAATGCAGCGCGTGATCGTTTACTGGATATTGTATCATCAGTGAAC
1746 ATTAACGATCGTGAAGTGCTACGCCGTATCATTAACCGCGATCTGGAATGTGGTGCTGGC
1747 ACAACCTTACCAAACAGGGTATGGAAGAAACTCATTCCTGAACAGCCTCAATGCCTCGCT
1748 ACGCCGTTTAGTGAAAAGGCTTTACGTCGCATCATTTTCCCTGCTTACTCGCAGCTTAAA
1749 GCCGATGGTGCGCGTTGCATGGCTGATTTGCTGGAAGCATTAAACCGTAAGGTATCGAGA
1750 GCGGGTAACGAGTACGAAGGGTTAACTCAGCTTGATATCGATCTGAAAAAGATTCGCGAT
1751 TATCTGGGATATGATGTAGTTCTGGATGGAGAATTGATTTATGTTCCTTCCGGAACCGTA
1752 CCAACATTACCTGAACCTGAAACAGACATGCCTTTTTCTTTATCTGCTTTCATGGACGAT
1753 GATGATAACGACATTGCGTTATTTGCGGAAGAAGTTCGCAAAGTATCGTCCCCAGAAGAA
1754 GAACAGGCCGAAGCAAAACGCGAAGAAGGGAACGGGATCGTAAACAAATCTCTGAAAGGG
1755 ACGATCACCGAAGAAGAACAGCGAAACATTGTTTATGTTGTTTGGGATATTATTCCATAT
1756 GAGGTGTATTACGGCGAAGCTGAAAGTGTTCAGACTTATGATGAGCGGTTTAGCCTGTTG
1757 CGTGATATCCTCCTGGATCTTTCTCTGCCTTCTGTTCGTTTGATTCAGTCTAAGCTGGTT
1758 AATAACATTGCAGAAGCGAAGCAGGACTATAACAATTACCGCAATGACGGTAAAGAAGGT
1759 TCTATTCTCAAAAACAGAAACTTCAAATGGAAAGATTCGCGAGTAGCCGATCAGGTTAAG
1760 CTGAAAAACAAAACCCCGATTGAACTACGGATCATTGATATCTACGCGCACACTAAAGAA
1761 GACCATAAGGTCGGCGGGTTTGTGGTGGAAGATTTATCCGGAATGGCTCGAACGAATACC
1762 GGATCTGGGTTAACTGATACCGATTATCGTTACGATGATGATGGTATTACCCGTGTATAC
1763 ATTCCATTAGATGAACGTGGTGAACTGGATCGCGAATACATCATGGCGCATAAAGATGAA
1764 TACATTGGGGCCATTGTAGAAATGGAAGTTGACGGCCTCCAGAAGTCGAAAACGCGTAAG
1765 AAAGGGGAACCGGAATACAGTTTCTTCCTTCCTATTATCAAGAAGATAAGACGCGATAAG
1766 ACCGAACCCGACGATATTCATGTTGTCTTTGCAGATCTATTTTAATAAAAAGCCCTTGAC
1767 TCCGGTCGGGGGCTTTGTTATATTGGGCCTATCGAAACGTAAATCACTAAGAGAATATAT
1768 TATGACTAGTAGTTATCAGAAACACAAAACCCTTATGGCAAACCTGTCCGGTAAACATAT
1769 CGACGAAGTAAAATCTCTGCTGACAGTGACCGAAGGTTCCCGATTCGAAACAAATCACAT
1770 TATCAAACCTTCTGTGAAGAAAGTACTGAAAGTGATTTACCGACATCCGGTGTATCAGTG
1771 CGTTCATATCATGAACAGCAACGCATTTATTTTCGTATATAACGAATCCGATGATAAGTG
1772 TGTTGGTATTTTCCGAAAACCTAACTTTGAATGCATGAGCGAAGCGGCTGTTGCAACCCC
1773 GATCGTTGAAGAATATCCGGATTATGTTCAACGCAACATGCGTTATGTGCAATCCCGACT
1774 TGATTATGCATACGATTTCAATTCTGACGCGGTAGAAGCGCTGGCGGATATCCTTTGCAA
1775 AAACCAGAAAGATCGTCAAATGACAAAATATCTGACTGATCCAACACCGCCAACAATTCG
1776 AATTTCTGTTGAAGTTCCGTTTGAAAATCATTTCATGGCAGTTGAAGCGCTTGCTAAACT
1777 TGGTTTAGAAGTGAAAACAGAAGCCGTTTAATAGCACTTTTTGTTAAAGAAGCCTCTTGC
1778 AATGCAGGGGGCTTTTTTGTATAGTGTGTTCATTGAAACGAAACACGGAGATAAACAAAA
1779 TGGCTCACATGATGAAGAAAGCAGAATTCCTTAACCTGGTTAAAGATTGCGGATTCGCTC
1780 ACTTGAAAACTTTTCGTGGTAGTGTTTACCTCTATGACCGCGAAATCCAGGTTGCCGAAG
1781 TCTATTGCGCTTCTAACATGCAAGAATCTGGCATTATCTCTGCAATGAACCAATCAATCA
1782 AATACCGTAAATGGATGGGCTGATTATGAAAGTTAACGTTTCTTATGAATCTCGCGTTAA
1783 TGGCGCACAGTGGCGGAAGCTGGATAACGGACAAGTGGAAAGGCGCTTACCTGGTTCCGA
1784 TGAGTGGACACTTGCGGCAGTGTTGGAAACCGAAATCGATCTGGCAACAAAAGACGGTAT
1785 TTTGTTTGAGGTGAAGAAATGATCACACTCAGTGATTATCTTCTGTTTACTGCTCTTTGG
1786 GCGGCTTCGATATTCATAACTGCTTTGATTTACAATAAACGTGATGATTTTGGGTTGTGG
1787 GTATTCATTCACGGGTTTCCTCTGTCTATGTGGATCGTGATGACTGCTGAAATTCTCCAT
1788 TAATAGCACTTTTTGCTAAAACTATCTTGTTCTTGTTTGGTATATTGTGTTCATCGAAAC
1789 GAAACAGACAAAAGGAACATCACATGAACTTCATCGATATCAACAAAGATTTAGAAGGTA
1790 AAAACATCAAACTCGTTAACCGTGAAATGTTAGAGAGTCTTGGTAATGGCGGCGAAAAAT
1791 TCAGTGAAGAATTCTATAACAATTTATCGTTGATGACTGTTAAACGCGTTGATGTTCAGG
1792 GTGGTTCTGGTTGGGTTTCTGCAATTCCGGTTTCCCTGGTAGATCAAGCAACATATGACC
1793 CAGTTGCCGATTCATGGGATCTAGAAATGCCGTTGGTATTCGAAGAAGTCATGAAGTGCT
1794 ACGAAATCGCATAAGGGTATTATTATGAATAGCGGAAAATTACAAATGAAAGTTAGCGAA
1795 GAAGAAGTTAAAGAGCGGTTATCGGTAGCAAGAAGATTCCTTGAATCTATCGACCCTGAT
1796 AAACTTGGAAAATGCCCTGATACGATTTGCCTTAATTGTGGGCGTTCTGTTCTTGTTGGT
1797 AAGTGTTGCGATAATCCAAATATAGTTGTGATGGAAAAGGAACAAGTATCCCCCGAAACA
1798 TGGGATCAGATCCAGGAAATCATTAAAAACCCTCCAGCGCCAACCAAGAAATTACGTGAA
1799 TTGATGACAAGGAAAATGAAATATGAGCAAATTTAAATTGAGTGCAACCGTTCGCCTTAT
1800 TCGTTGGAATGGTGAAGAGATCCGTTATGATGACCCTGAATTCGCCCATGAAATTCTTTC
1801 ACATCGTCTGGGATTGAAAAACGCGTCATTGGTTCAGACTGTTAAAACATCAGCAGATCC
1802 GGAAATTTGGCGTTGTGTTATCCTGGATCTCGATAACAACATTGACTATGATGATCCTAA
1803 GAACTATCCGCTTCTGGAAGCACAAGTTGAGAATGCTCCAGAAGACAGACAGTGTTTTTT
1804 GGTTGAGTTACCACGCGAACATTACGAAAACATCATAAAGGCCCGTAAAAAGGTCAATAA
1805 CAATGTTTTCGATCTCCACCTCGGATTGTTTGAGGATTAAGTACTGCTAGTTGTGTTCGT
1806 AGTAGCGGCGCTGGTAGGTTCCCCCACCTGTATACATTCAAGTGTTTGCAGGTGGAAATC
1807 TTTTGATACGTCTCGAACACATTCAACAATCAGATATTTTCCTGCATACTCTTCCCCAAA
1808 TACCTCAATGATTGTCCCTACCTTAACATCTAAACGACCCTGCTTTATATCGAATCGGAT
1809 CCGGCGTTCATAGCTGGATAGCAATTGCATTTTAGAAGCCTGGAACGGTTTACCTTCTGA
1810 ATCTGGGTTCTGAAAGTTGGTATCATAGATTGCATTACGGTTTGTGAAGATCCATGTATT
1811 CTCTGTGTCTGTATCAGCCAGTATATCACCGTACATCTTTTTATCAGTCAATGACAGACT
1812 AAAGAAACTGGCGTCTTTAAACAGCGTTGTGTTATCCTTATGGGTAATGTACTGGGCTTC
1813 TGTGAATATGACAGTATCCCCAACAAACACGTTATCAACGTTAAATTTGTATGCTGGGAT
1814 CGGTGTCTGGGCCAGAATGTCAGTTGAACTTTTAAGGAAAATACCGGAACCATCTTCCCA
1815 CAGATAACAGAAGTCAGAAGAAACTACACTTTGCCCGTTGTCCCTGATATAATCAAATAT
1816 ATCCTGATATGTACCATTTAGACATCCAGGAGGGATACGTATGTTACCGCCGACAACTTC
1817 GGGGGTAAGTAGTTTCATTTTGCTATACAGTGCCGTCATACACTCTGTAATCGTCTGTAC
1818 GGCGTTGTTACTAAATGAACGGGCAAACTTACGTCTGAACGTTTTATGCAGCGGAGAGAG
1819 GTTCATACGCAGCACAGAACGGTTCTTATCGTCAGTATCTACGTTAGAGTAAAGCAATCC
1820 GTAATAATGTTGTTCCTGTGTACCGTTATACTGGAAAGATACCTGTATGATCGGCTGGAT
1821 AAGTTGCTGATAGATTAACTGTGCGTCGTATATCTGCATCAGCGTTTCCGATGAGCCGTT
1822 AATCATCGTCTTTTCACTAAACGAGACAAGAGCGGGTAGCAATTCAGTATATGCGTTATC
1823 AATGTATTTTTCGTATGATGTATATAATTTAATCGATGTGACTCGATTGACGATTTTTTC
1824 AGCCATAAAAATCCCTCCTAATATATCCTATTTACTAAATAGTAAATAATGACCCAGGTT
1825 CAATTTGAGGCAATAATGAAAAATAAAACTCTTGATAAATTTATGACTACACGGCTTGAA
1826 ATCAAGAAGACTAACGTTAAAACCGTTCATCTTCCGGATGGAACAGCCATTGAGATCCCT
1827 AAGATGTCGTATCGTCATTTTGTAAAGATTAAGACTCTGAAAGATGACCCAGTTGCGATC
1828 ATGCGATTCATCATTGATGACATCAAACCGCGTGAACTGACAGCAGCGGAAATTGAATTT
1829 GTGTTGATCCATATGTATGCACACAATAACGCTGATTATGCCAATACGCTTAAAGAAATT
1830 GGGCTAAATCTTGATGACCTCAAAATCTCCGAACCTTGCTATGATTTTACGTTTGACAAC
1831 GTGCGGTTAGTCTTTGACAAACCCAGCCTGTTAAATGCTCACCTTCCGTTCCTCATCAAA
1832 GAGGCATATGTTGACGGTAAGCCAGTAGAATTAACTGAGGATAAACGAGACGAATTAATT
1833 AATTGCCTGTACCGATTCGAATATGATCAGGTATCGCGTGGTGTCCTCCAGGAAGTATAC
1834 ATTATCCATGAGGGGAAAACCATCAAAGGGCTTAACATCATTGGTGAATGATAATGGCTA
1835 ACTCTTATTTCAACGAAGAACAAAAGAAAAAGTTTCTGAACAGAAACAGCAACAAACAAC
1836 CAGCGGTCACCAAAGTAACAGCCTCCCTTGATGCTGAAAGCGCCCGTGACCTAAAGGAAA
1837 TCAACGATAACACCCTTGAAAGTGCAATCAATACTCTTGATATCAAAGAAGGGTTGAAAT
1838 CGTTCGAAGAAAAATTCCGTGACAAATTCGCGGGGTTCAAAGAACAATACGAAGAGGATA
1839 AAAAGGAATCATTAGCCGAACAACTACCTGATTTCGTCGGCCCGATCCGTCCTATATCCT
1840 TAACCGATGATAACTCAAAAACTGTTGACAATACAGTAAACGTTAACCAAAATGGTCAGT
1841 TCGGTAAACTGGAAGAAAACACCGAATCTATTTTTCATGCTATTAACAAACTTGTTGATT
1842 TATATGAAAATACTGATAAGCATAAGCCGCTTCCTGAACCAGTGGAAGAACCTGATCCGT
1843 ATGTAGACACTAAGAAAAAACGCATCAATGATGATGACAAAAGAAGCAAAACTCTGGATA
1844 GTATTGCTAAAAGTCTGGTTTCTATTAAAGGTTTTACATCGCAGATCCTTAGCCGTTTCA
1845 TTGGTTACTCTCTGGAAGCAATGGCAAAGTTTGCTAAATGGACGCTCCTTATTGGTTCGT
1846 TAATCTTTACATTCGATGTGTTGCGCGTCACAATACGCAAATGGTTCGAAGATATCCTGA
1847 AAGAAGGGGAATCCTCAAAGAAACTATTTGGTACATATCTGGGTAACGTAAAGGCTATCG
1848 TAACAAAGATCGAAGAAGGTTTGAACAACTTCAATATGAACAACTTAGGCGAATCACTTC
1849 GTGATTTGTTCGTTGAGCCTATGAAGTTGTTGGGGCAAACTGTACAAACGGCAATCACTG
1850 AGGGTATCGGTCGTCTTATTCAATCATTGGGTGAATCAACTGGCATAGACAGCATTACCA
1851 ATGCCGGACGCGGAATGCAGATCACCGCTTTACGTGATAAACAGAAATTTGGTCTTGAAT
1852 TGACTAAAGAAGATATTCTTATGATCAAGAAACAGGAACTAGAAGACCAAAAAGCGGCAT
1853 TAGAAAAAGAAGATAAAGCTATTGCAGCACGTCATGCATTAACAATAACTCCTTCTCAAA
1854 TTCCTAATGGTTCTATCTATAAAGTTGCTCCTACTGATTATCAAGAAAGAAATCAGAAAA
1855 CCGTAGATGCTGATAAAGAACGGCTTGATAATATGAAGAAAGCAACGGAAGAAATGCAGA
1856 AACAATACGATTTAGCTAAAAGCAGCGAAGAGGAAGCACAAAAATTAGCCGATGAGGAAA
1857 ACAAACGCAACCGCGCACGTATAGAAGAAGCAAAAAGGTTAGAACAAGCGAGGAAGGAAG
1858 GAAAACAGCCGCCAGAAGGTGAAGAGAAAAAGGGTGATGATCTGTTGGGTAAAGCAACCA
1859 ACTATGCTAACTCTGAAAATCTGGATGCAGCCGATATCAAATACATTAACGATGAACTGT
1860 TGGATCAGCTTGAAAAACGTCGTAATGAAGGCAATCTGGACGATGTACAGAAGGATAGAA
1861 TCTCTGACCTTATCGAGCAATTGCAAAACAAGATTGCAGCCCGTACAGAATCCAGCGCCC
1862 CGATCGACGCACAGCCACCGTTAGCAGCAAATAAACCGGATGCTGATAAAGCAAGCAACA
1863 TTCAGGTTAACAACAAAACTGTTAACAACAACGTAACTCATTCAGTACAACGCACAGAGC
1864 ATAAACCGCTCGTAGCGCTGGCATAAGGAACATATAATGAAGTTTTCTATTATTGATGAC
1865 AGTATAAACACTCTCAAAAATATTAAAAATCGCGGTATCCCCTCTGGGGGTGCCGCAATC
1866 ACAGAATCAGTATTAAAGCAAACTATCGTTACCGCCGAATTTCCGGCCCAACGTGCAGCA
1867 GGTATCGATAACGCTTATAATGCTTCGAGTCTGTATAATAACGGCCTTCTGTTCACTGCA
1868 TATGATTTTAATGGTGTTGGTAGTAAAGACAACTATCGTTCATTACGTCAGGCAGCACAG
1869 AACCCAAAACAAATACTATCATCTGCGACTGGTAATGTTAAGTACAAACAAGTGTTGAAT
1870 AGTTCTATTGGTACTATGGAACCTGTTTGCCAGATCCTGCTACCGCGAAGCCTGAACGAT
1871 AACGAAGTAAACAGCCACCGCTATCAAGATGCAAACGATAGTTTCTTAACCAAAGGGTTG
1872 AGCCGTGTTGTTTCAAACATGGTATGGGGCGCTGTAGAATCCGTTTCAGGCGGTATTATG
1873 GCAGACCGAAGAGAAGCCCTTGATGTTGGTACTAAAGCCGCTTTCCAGGGTTCTGACAAG
1874 CGAACAAAGATGTATTACAATACATTCGTGATCGAAAGCCGTAATGATTTGCTGGAACTG
1875 ATTAAAATCTACTATCTGTTTACTGTTCTGGGATATGGTACAACTTCTGGCGGTACTGCT
1876 AAAGAGGTTGCTGCATTGGTTAAACAGTATTACGGTGTTCTGGGTGCTAAAACCGCTAAC
1877 GCAATTAGCCCTTCCAGTAACCCAGTAACAGCGTCAGATTTTGATAATAGTCTGGGTAAT
1878 GACGTGGTTGATTTCATTTCAAACGTAGAGGTTATTAAATCGCCTCCTGTCTGGTTTATT
1879 CGTGATTTCCAGTCTGGGGATTCCTTGCGTTTACCTCATTCAACCTTTGGGCCAGCAGGT
1880 ATTACCAGTGTTCGCTTTGGTCGTTCTATTGATAATATTGTAAATACATTAAGAGAATCA
1881 CCAAATACCCCGATCTCACTTGAGGTCGAAATTCAATTTATGGAACTGATCGATATGCGT
1882 CAGGATTCTATTTTTGATACAAATTACTAAGGAGATATGATGTTTTACAACGTAGATGAA
1883 TTTTTATCAGGTATGGCTAATCGCGATTTTCAGCGTAGCAACCTGTTTAGCGTTGTATTT
1884 GCAACCAGCCCTGCATCACGTATCCTTGACAACACGATCGGTAGTATTCGAGATACTTTG
1885 ATTGATGGATCTATTAGTTCTATCAACGCAAACAACCCGAACGAATTCATTAATGCTATC
1886 ACTGGCGGTGTGAGTAAATTGTTTAGTTACACCGTCGATAAGGCGATTATGTCGCTGAAC
1887 AAAACAGGATTTAGCAAAATCATCGGGGCAATTAGCCCCCGCTTGATTACTTCCCTGTTT
1888 GGTGATAGCATGTATGGACAGTTGTTAGCTGAATTCCGTGATAAAATGATGTATAATATG
1889 GGTTTAAGCATCATGGGAGTTAACCTCCCCGGTAAATCCATTGGGTACGAATACGTTTAT
1890 AATGGTGGCGTACCTCAAATCAGATTCACTCGCCCTGAGAATGGGGAATTGTCGCTGACG
1891 TTCCGCACCGATTCAGAAGCCCGTAACCTGAAAATCTTTAACGAATGGATTTCCGCTATT
1892 CGCGATGATGTAACAGGACAATACGCCTTCATTGATGAAGTGACAAGTACTATTCAGGTT
1893 AACTTACACGATCGTGATGGTTCACCGCATACAACATACGTATTTCAGAAGTGCTTGCCC
1894 GTCAAAATCAGTAACAGTGAATTGAGCTATGAGAACAACAACGAAATCTGGACATTTACT
1895 GTTGATTTTGCCTATAAAACATCATGGGTTGTTGAGGCTGATAAAGAAGGCTGGGAAGGG
1896 TTCAAACAATCCGTAGAGGAAGGTTTAGCCATTGCAGCACGTACCGCAATTACAGGACAA
1897 TAAAGGGGCTACGGCCCCTTTTGAGGATCTTATGTTTGATATTATTCGAGTAACATTACC
1898 ATCAGGGATCAAACGATTCCCTATGTTTACAGTTAAAGACCAGTTTAAATTAATGCTGAC
1899 CCGTATTGATATGGAAGGTCGGCCCCTTAAAGAGCAACAGGAAATACTGGATGAAGTGCT
1900 GGATCTGCTTTATCCTGGGTATTCCAAAACAGAACAGGAATACATTTTCAGCCGGGTGTA
1901 TTGTGGTTCGTTCGGTAAAAACGTTATCAAGGTTGTGATAGGCGGTAAAGGTGGGGGCCA
1902 CTCCGAAGCCTTCATGGTGATTAATGATATTCAACTAGAAAATGAATACAAGTTGAATGA
1903 TGAAATCACATTAGGGTTTAACTTCCCCCGTACACGCAATACAAGCGAAGAGTTGTTTCT
1904 TGAATGTATCAGTTATGTAATATACAACGAACAGCGCTATGAATGGACATCACTAACCGA
1905 AGAAACGAAAGAGAATATTCTTGATATAGTCGAACTTGATGATGTCGAAAAAATAGTTAC
1906 TATGCTAACGAAATCGGTTGATGTGTCTATGCGCGGTAAATCATTTAGTGGTATGTTAAC
1907 CCTGTTCAAGATCCTGTTTAGTCGCGGGGATCTGGATGAATTTGTGAAGACCAACTATCT
1908 GCTAAATAAAAACGGCCTGAACCTGGAACCTATCATGAATAGTAGCCCGATGGAAAGGCA
1909 AATTTATACTGCATTGCTTGCAGAAGACTTGAAAAAACAAGGTGCTGTTAAATGAGAAAG
1910 CATGAATATAAACACGTTGAGAAATATAATGTTGATTATCGTCCTCTGACACATACAGAG
1911 TTTACCCCCGATGCAGATTTTATCAAAGGGGATGTTTACCTGTATCAAAGAGAATATCTT
1912 TTCATTCTGGCACTTCTGGAAAGTAAAAATATTGATACCCGTCAACTGTTCATCAACTGT
1913 GAAGAATGTCAGGAAAGAATTGAATTCCAGCTTAAACGCAATCAAATAATGGTTGAAGAT
1914 TTCGACGATAAGCTATACGGCAATGACGGGATCGCGTTATCTGTTCACCCTCGTAAGACT
1915 GGTGATGAAGAGATCCCCGATCTTATCGATTACGTAATGATAGACGGCGAACAGATCATG
1916 TGGAGTGATTGCAGCGACAAAGATAAAGAAATGGTGTTGGATGCAATCGACTATGCAACC
1917 TATAAATCGATTTCTACCGCCCTGGATAAGCCAGCAGTGGTCGCAAACATTCCGGTAAGG
1918 TGTTCGTGTGGACATAGCCATATCGTCTCTCTGAGAGGCTTACAGCAATTTTTAAAGGTG
1919 GTCTAAATGGGTGTAAATCTGAGGTTGCTATATAGCGATATAGAACCTAACATGCAACGA
1920 GATTGGAATAATGACGTAGCGGCCTCAAAAGGGGCCGCAGCAGTGAGAAATAGTTTGATT
1921 GGTATCGTAACCACGATCAAGGGTACACGTCCATTTGATAGTAACTTTGGTTGTGCTATT
1922 AGTGATATGCTGTTTGAGAACATGAACCCTCTGACAGCGGAATCAATTAGAACTTCTATC
1923 GTATCTGCGATCCGGACATATGAGCCTAGAGTATATAATCTTTCTGTTGAAGTTATTCCA
1924 CAGTATGATGATAACTCAGTAACAGTAACCATCTATTACAGCATCATTGATGACCCGGAT
1925 GACGTAGAGCAAATCAAACTACAGCTTTCCGCATCATAACAAAAAGCCCCTTCCTTTCGG
1926 TTGGGGCTTTCTTTTAGAATTCAATGAATCCCATTAGTGTTTGATATCGCAATTCAAACG
1927 GGGAGATATAACTTTGCATCTGGTTTTGATCGGATACGATGTAATAATACACCTCATCAT
1928 TATCATCATATAGCGCTTCTTTGATGATGCAATAACGATCGGTTTCCACGTTCACATAAA
1929 GAGTATCCATGTACTTTGTAACTTTGGAACCCTGTGAACTGATTTCACGAATAGCGTTAT
1930 CTATGAAAAGCGACAATGCTTGCATGAAGTTATCAAACTCACCATATTCACAGCCCATAA
1931 TAGAAATTGCAGTGTATTGGTGCCAGCCTTTGATTGTGTCTCCACGGCGGATCCATCCAA
1932 TTTGTCTACCCCCGATAGATACACACCACACTTTACCAACGGGACTATAGAACCGCACAA
1933 CTTCTTTTAATAACAGGGACATGATCCCACATTTTGTATAAGGATTCATTTCAACCTCAT
1934 TTCATATCAAGTAGCCAGGAAGGGCTAGTTTCAAGCGAAATTGCAGTATATTCGTATTTT
1935 ACAGTATAACCTTTGAAACCGAAAGGAATGACTGCATTTTCATTGAGATATTTTACTTTA
1936 TGCTTTGCTTCTTCTTCATTCAGAGCAGCACAGACTGTTGTTTGTTCAACGTTACCAGCA
1937 GGAGAAGTAAATTTTTCAATGATAATGTATACGCAGTTCATCCTATTGCCCTCTTTCCAT
1938 TTTTTCAAGTTTCAGTGTATCCACTTGTAGTTGAAGTTTAAGAATACAACCTTTCGATAT
1939 GTTATACAAGTAGTCACTAACGATTTTTGACTTTACCTGATCGTAATCAGAAGATAACGT
1940 AATCCAATCATACATCGTTTGGTATGATGGAAGATACGTACATTGTTCTTCTTTTGATAA
1941 CGCTTTAAATGATTGGTAATCGGTTGGAGGTTCCGAAGCAATTGCGGTTGTGGTCATAAG
1942 ACTAAGTGCAAGTAGTAGATATTTCATAATGTATTCCTCATTGTTTTCGATAGAACCAAT
1943 ATAGCAAAAAGCCCCGACCGAAGTCAAGGGCTTTTTCATCAATGCAAGAAAGATTTCACG
1944 TACTGTTCGATCTTTTCACGACATGTATCAACTGAGGTGCTTTCCGCAATTACGGCATGA
1945 CATAACGCCTCGCCTCCGACCCAGAAACTCATCATGTACTGAATATCACGACCTTCCATT
1946 TCTTTTTGATGCGCTTTGATTCGATCGAAAGCGTTTTCGATTGTTTCAGTAGCAGTAAGC
1947 ATTTCGGATTCCCCGTCAACCTCCGCCAGTTCCCCATCGATCATTTCGCTTTCGACTTCT
1948 TCCCAGTATACTATCGTTATCATGCATTACCCCAGTGGTTAACCGTCGTAATCCCCGCCA
1949 CAATTCACATCGCCTTCAATGAACAGTTCGCGGTTATCACGTAATAAATTATACTTTCTT
1950 TCGAGTTCAGGCCCGAACGCGTCGGCGTCTTCATACCAGCTATAATTGTATCTTCCGCAT
1951 TCATCATCATATTCTGGTTCATCACCGCGCTCGTTGAAGTGAACAATTTTAATATCGTCC
1952 ATCCCCAGTTCTTTCAGCTTATCCCAGATATACGAAATCTCAACGCTATGGGAACCGAAC
1953 GCTTCCAGTGAGATCGTACCGTCGCTATCGACTTGAGGAACACCCCACTTCGAACGAGTA
1954 TCATCGGTGATCATATCTATTAATGACTCAATATTATTCTCACCGTAGATATCAGCAACT
1955 TCCTTTTCTTTACCAGGGCGAACAAGTCCGATCCCGATAATAAAGCTACTGCTTGAGCTA
1956 TTGCTCACAAACCCAGAACGAATTTTCATCGCATCACCATATTACCAATCATGAATAGAG
1957 GGATTAGCGCGAAGACGATACCCCATAGAATGACCTTATCTTCACGACGGTCACACCCAT
1958 AATAGATAACACCTCCAGCGAAAATCAATACAACAACTGAAACGAACGCGAATAAATAAA
1959 TCATTTGCAGGTATCCATTCTCATAGAAACTTCTTTCAGGATCTTATTCAGATCGTGAAG
1960 CGCATCTTTTACGTTACCTTCGTTATAGGTAAGCATATCCTGGTACAGCCCTTTCAAGCA
1961 ACGATTGATTACATATGCTTTTTCAGAAGGTAACATTGTACCAGAGCGATTATAATCTCT
1962 GAAAATGTCCATCATCGTGCCGTTGTTACCAGGTAATGACGGGTTGAAGTTAACCATACC
1963 GGACATCAAACTATCAACATACACAACTGTTGTGTTATCAGAACGATACGCGCCACCAAC
1964 TTTAAACCAGTTGCTGAACACATACGGAGATTCCCGCACTTCGCTCAAATCGGTTCCGAT
1965 TTCATCGATGTTTACACGAATGTTGTTAAAATACACCGATTCATCAATAGAACCATGACG
1966 CCATAAGATAGCACCATTGTTATTTTTGAATCCGACTACATCAACCTGCCAGCCGTTATC
1967 TGTTAACCGGACATCATCAACGACGATGAAATCAGGTAGCTGTGAATGAAAGCCGATGTT
1968 TTCAGGACGGGAATTACGAAACCCATCACGATTGGAGAAATAAAGGATGTCGCCTTGATT
1969 CAGTTCGCATATATTCATAAGATTTTTAAAGTCCAATTCAAGTAATTCCACAAGTCACCT
1970 CAAAGCCCCCTTTCGGGGGCGAGATCTCATTAGAGTTTAACTTCTTTTTCTTCCAGAACG
1971 ATTGTGCAATCAAATTTCACATCTTTCCAGAATTCCGCTGCAACGATATCTGTTGCGGTA
1972 ACGCTTACGCTGGTTTCTTCGAAATCCAGATCCGCAAACCATGCGTGTCCGACGACAATA
1973 CCGTACATTACACGACTCAGGCGATTATTAAGGGCGCGAACCTCTTTAATAGTTTCCTTT
1974 GTCTGCTTATCAAGATACTCGATCAGGTCATTCTTGTCAAGCGCTTCGATCTCTTTAGAT
1975 ACGGTATCGTAAGCCCACAGAATGATCAGGTCGCCATTGTTGAGTTTCTTCTTACCTTCG
1976 GCGCGTTTTGCAACGGTAGCCGCAACAGCCGGAAGTGATGAAACGCCTTTGATTTTCACG
1977 TTCAGTTCTTTCGACATGTAAACATCAGTCGATTCTGTGCGCTCAACCTTCGGAGAGAAG
1978 CCGTAATCACGGATCCCTTGCTCAGACAACCATTCACCAGCCGCCTCACCAAAGCGCTGT
1979 TTAAGCCCTTCTGCGTTGCGTAAACCAATCGCGTTATCACGGAAGAACTTCATTACCTTC
1980 TGACGGCCTTTCAGGATTTCCAGACGGACGTTATCAGCAACAAATTCCTTACCAGAAATA
1981 CCGCGAGTCATCGAACGGTTAACCAGAGGCAGAGAAGTAAAGTCAACCAGTACAGACATA
1982 CGGTCTTCACCAATTTTAGCCAGCGGTTTGATAGTCAGACCAGAAGCACGTAAGTTTTTC
1983 AGAGTCGGAATATCGGTTTCCAGCGGAAGTACCTTAACGTTCACGATACCATCTTTAACA
1984 ATGGTAAAGTTACGCACTTGTTTGGTTTCTACTTTTTCCGGCAATCCAAACTCTTTTTGT
1985 TTGCTTTCCGGAATGGTTACATAACCTTGCAGATCCGTATTGATGGAAATGTTCGGACGG
1986 GAACTGTTACCCACCAGGTGTTTCACTGCAACTTTCGTTGTGGTTTGGGTAAATTCCGGT
1987 TTCCATACTTCATGCGCTACCAGTTGCGCCGCCAGTGCTTTACGTTCTTCCGGAGTAGAA
1988 GCGTTTGCAATCTGTTCTGACAGTTTATCCAGAGTATCATCATCTTTCTGGACAGTCTGA
1989 CGGCCTGTACGATTGTACGCCCAGTGTTCAGAAGACAGGTCGATCACGGTGTCGGTTTCT
1990 GCCAACAGTTCGAGAGCATCAACCAAAGTAAACGCGTTTTCATCAGGAACCATGTTGTAA
1991 TCAACACCATCCATCAGACGTTTAGCCGGATCAACAACCGCTTCGGAGATCATATCTTTA
1992 GCGTTGGAATAATCCTGTTTGGTAAAGCAGTTATCGTATGCTTTAATCAGGCGCACATCA
1993 CCCAGTTTTTTCAGAACTTTCCATGCCAGATCTGGATTCATGGTATGAAGCGCATGATAC
1994 AGAACCACATACAGAACCTGTTCGCCTTCTGCTGTTGCCGGATCGAAGCCGTCAACGTCA
1995 TTGATCGCGTTTTCACCCAGCGCCCAAATGTTTTTGATATGTTCCGGAACCAGAACAACA
1996 CCATTTGCAGCATTCAGGACATACACACGGCCTTCATCCAGGTAGATCGCATGAGTTGCA
1997 TCGCCAACTTTGACTTCAACACGTGCGGAGGTTTGCGCGGTAATGATTTCATCAAATGCA
1998 GGTACATACGCATCAAACCCTTCAACGAATTTGTGTAATGCGTTGGTTGCTTCCGCCATT
1999 TTTTCCAGCAGAGGACGGTTTACATAATAACCATATTCCAGGAAAGCAATGTTGTTAAAC
2000 GTCAACGGCAGAGTAGAACACGCTTTCAGGATATCATCAGTACGCCAGCAGTTATCATAA
2001 CCATCAGTCAGGAAGATCAGACTGTTCAGATTGCCATTATCCGCTTGCAGATCGGTAGCG
2002 ACTTCAACCGCCAGTTGCAGAGGTTCAACGAAGCCAGTACATCCGGTCGGACGCAGATAA
2003 CGATCGATAGCATCATTGATTTTGCTCAGGTCGGATACAGAGCTAACCTTTTCGCCCACG
2004 AATACAGAACCGAACTGACCACGGCTGGAGAAATACAGAATAGATACGGTATCATCCTGC
2005 TTAACCAGCGTTGCCAGGTTGTTTTTCAGGTGCTGACGAATGCGCGGGAGTTCGTTATAC
2006 ATCGATCCGGATACGTCACAAACAAAAACGTGGTTAGTCGGGGTTGGTTTGGCTACGGCG
2007 TTTTTGAATTCAATGTTAGTGATCATAATTTTCTCATTTATAGGTAAATTTGATTAAAAT
2008 TTCGTTTACTTTTTTGCTAATAATATCTAATGCATCATCGCATCCAAACTTACTACTCAA
2009 CAATGAAACAAAATCATCCATCGTTGTTGTTTGAGACTCGCCAACGTCAAAAGACAGAGC
2010 GTAGGCAACAGGATTTTTAATCCTTACGATTTGAATAGTATACTCATTCAGGTCAAACCG
2011 TTCAAGATATTTTCGCAAAGAAAATAAATCAATCGGTACTGGTAGAGTTTGACTAAACGT
2012 TATTTCTTCCCCCAGTTGATAGGGGGGCATTTTTACACAGATTTCGTATTCCATCAGTGA
2013 TGACTCGTCATAGTGTGTTCCAGGTTACGGAAAATTTGCCCGTGTTCAAGCTGGGATTGA
2014 AATTCTCCGCATTCATCAGAGTAAGTAAATTCATAAATGAATACACCGTTCTGATTGCCA
2015 AATTTAGCGTTGTACTCTTCATACAGCCACATTTTGATCAGAGCGTCTTTCTCTTCTGTT
2016 TCCAGATCATACCAGTCACGCCCATCATAAGCAAGCGCAATTTGCGGATTAGACCGATAT
2017 CGAGTTTCGGCGCTATCTTCGGTTTCCCATTCATAACGCTTATCATCATAGTATGATTCG
2018 AAGCTATTTCCCATATGACCGCCCAGGTCGCGGTGTACCTGCTGTACAACTTCTTCCGCT
2019 GTCGGGCAAGTCATCCAGCTATAACCACAGTTAGGAACACAATCACCCATCATTTCGCGG
2020 AGATTGTTGATATCAGTCGGATCCTTCGGGAACCGGACGATGAAACTACTTGATGAACTA
2021 TTGCTCACAAAACCAGATCGGATTTTCATTATAATTTCTCCCAACGTTCAGCATTTTTAA
2022 CCTTCATCTTTCACTTCCTTCATGTTTTTCATAACTTCTTCAAAAGTTACAGGGATCTCG
2023 TTGTACTGTTGCGATTCTTCATCCCATACATCGCGATGCCCGAATGTCGAACTTTTTGCA
2024 ATGAGTTTTTCATTTTCCCATACATCAATAGTAACATGATCGCCAAGATAAGGGAAATTA
2025 GGAACTTTGTTCAGCGCATCAACACAGTTTTGCAATGATTCAGAAACATGAACAATTTCA
2026 GTGAATTCATAATCAGCACTATAATAAGCTACGTAAATCATCACCACCCCCTAACGATGC
2027 TAATCAACAGTAACCCCAGGATCCAGAACACAGCAACCGCACAAATACGGGCCATTACTA
2028 CATTTCCGCGACTAGTCCACTCCGCACTAAGGAACAAGAGAACAAACGTTAACGCGTATA
2029 AAACCATTTCAATAACTTCGGTAATCATATAAACCTCACGAAAAAGCCCCTTTCGGGGCT
2030 TGATTAATCAATGTCCGAACACACCACGAATAGACTCTGCGAATGCATACAGTTCAGGGT
2031 TTTTAGCTTTCACTGTTTCGATTTGCTCCAGAATATAATCTGGTTTATATTTCGCACCGA
2032 ACCAGCAGTAAGAGAAAGAACGATCCCACATGAACACGTTATAGTATTCACCGTTGCGAA
2033 CTTCAACCATCACATAACCAGGATTAGAACCCAGCGGATAATCTTTCAGAAGATTGAATT
2034 TCGCGCCAGCACCAGTACATCCGTTAAACAGGTCATTAAAAGTCATGGTATGTTCCTTTT
2035 GTCAGTTTCGTTTCAACAAGGACACTATACTATTCTTCTTTAGCCTGTGCAAGCGCTTTT
2036 TTGATTTGTTTTGCTATGGCTTCAATCACTGGGATGGAAACTGAATTCCCAGCCTGTTTG
2037 TAAGCCTGTATTTTGCTTTCAGGGATGATAAACGAATCCGGAAATCCTTGTAACCTAAAA
2038 CATTCTCGCGGGCTTAATCTTCTAGGGTTCTTACCTTCCTGCAATACCAGACATTGAACA
2039 CCATCCTTTCCATATTGGGCTGTTATCGTCCCAGTACACACAGAATCAACTGTAACGGCC
2040 TGATAGCCAAACCCCTTACCGTTTGCCTTGTTTCGTTCTTTACGCTCTCTAAAGCCCTTC
2041 CAGGCACGATCTGATATGGTGTATTGATCATTATCCGGTTCGAGAATGTCACCGACCCTT
2042 GTTGGGGTACGTGGAGGAACAGGAAAACTAAAGAACACCGGATCGCGAAAGCAGACAATA
2043 AACACGCGCTCTCTTCGTTGAGGCAATCCAAAATCTTTTGTATTCATTACCTGATAATGG
2044 ATATCGTACCCTTCGTCCTGTAACAGCCTGTAGATGGTTTTAAACGTGTTTCCCTTGTCA
2045 TGTGTTAATAGCTGGGGAACATTCTCAAAGAACAGCACAGAGGGCTTTTTAGCCCGTATA
2046 ATGCGGAGTATTTCAAAGATGATAGTACCGCGAGGATCTAACATGCCCTGTTTTAACCCT
2047 GCTTTACTGAACGCCTGACAAGGAAACCCCGCCAACAGGATATCGTGATCAGGTACGTCG
2048 TTTTCATCAATGGCGAATATATCACCCTGAATATTTTCATCACCCCAGTTATCAGCATAT
2049 GTTTGTTGTGCATGTTTATCGATTTCAGACGTTAAAAGGCATTCGACCCCGCCGAATGCC
2050 TTATCGAAACCGAGCCTCACGCCACCAACACCAGCGCAAAGGTCAATTATTTTCATACGT
2051 CGAAATCAACCTCATCGATTTTGTATGATTCTTCGCCAATATCAGCCCATAGCTGAATAT
2052 TCACACTTTTTGCATCACGATAAAGAGATTGACCACAAAGCCCACCTGTATAACAAGTTT
2053 CTGTAATCTCGTTAACTTCCAGGCGGAGGCTATTGCGCATAATTTTAACAACAGCCTTTT
2054 CCATTGCCGAATCTAGGGTTTTAGTATCACCCAATACTACATCTTTAACGTTCAAAATAA
2055 CATCACCCATTATCGCCACTCCGTTTCAATTCCGTGTTTGTATGCGTCAACGCCCAGAGG
2056 GGTGATCACTAAACACATATCAGTATTTTTCGTTGGTGAACTAAACGCCATTGATGCGTA
2057 ACCTTTTTGAATCAGGGAATCACGCCCTGATTTACTGGGAACATCGTTGAAATCTAAATC
2058 CAACATTTTCGACGAGTATCCGTAAAGTTTACACAGAACATCAATTTCAGCGCCGGACAA
2059 TTTCGGATATGTCATTTGTAGTACCTCACAACATGTTCAGAATACACACGTTCAATGAAA
2060 TCATTCCAGAAATCGCGATCAACTTCTTTCGGATAACAAGATACAGCCGCCAGCTTTTCA
2061 ACTTCACACATCGTTGATTCTAGCGCCTCTTGTACGGTTGCGAAAGGAACACCGCCAGCT
2062 TTAACCATTTTCAAAAATGCGCTATCCGGAAGAGGATATACAATATCACCTTCTTTGAAA
2063 ATCTGGATCAATTGCATACCACCGCGCAACGCATGAGAAAGAGCTTTCCAGTCGATCCCG
2064 TTGTTGGCTTCTGCTTGCCGTGCTCGTTCCCCGTATTCATCCCAGAGTTTATACACGGAT
2065 TTTTTCATTTCCGCTACGGTGATCGTAGACTGGAATTTACGCCCCAGAACTTCATAAAAT
2066 TCCTGACAACCTGATTTCAGTGTTTTGTCTGTAACGAATCGACAAAACTCGTTGGTCGGG
2067 AATCGGTTAGAAATCTCACCAACTTTGATGCGCTTGCCGTAATTAGATTCATCCACGTTA
2068 CCCAGCAATGATGTACCATACCAGTAATCGGGAATCATTTGTAACACATCAACAACTTCA
2069 CGCAGTGCCGCCAGGCGAGAACCTTTAACACCATACTTCGCCGCTTGCTTACGAACATAA
2070 CCAAACAGGCCAGTTAATTCCGTAGTGTAGAAGCGCGAACGGTTAGCGCGGAGATATTGC
2071 CAGATATCAGAGTTAGCGATCAGCTTGCTATCATCTGCATGAAGCATATCAATCGCCACG
2072 GTGTCACCATCACATGCGAGGCTAATAAACTTTTGCAGACTGTAAATCTGACGATCTACG
2073 TCATTAACATCGTTCTTTGAGTTTTTATCGCCAGTTGATGTATCGATAGACTTCTTCGCA
2074 GTGCCTAACAGGATTTCGCGAGGATGAGGGAGATAGATCCCTTTGTAGTCTTTATCGCTT
2075 GTTGGTGTTTCCAGTCCGTACAGGTGAGAACCGAATACGGTTTCCATAATCATTTTCATC
2076 AGAATTCAACCTTTAATGTTTTTGCGATCCCGCGCAATTCAGCGGTAGTAATATCCGGAA
2077 CGTTTGTTCCGTAGCTATTCCCAAATACTTTTTTAATCTTATCACACAAATCGCGGCGAT
2078 ACACCATTTCTTTGTATTCTTCTTCGCTACGATACAGTTGATAACCCATCCACCCCTCAG
2079 TCCATCCGGAATTGCGCTTGATTTTAATATTAGTACAACAATCAGACCCATCTTCCGGTC
2080 GGAAAGATGCATACAGGTACTGACGCGCAACTTTTTGTACATAAAGAGTTTTGGGGCTGC
2081 GATTTTGTCGCTGATCGCTACGGATCCCAGCATCATACAATGTATCGCCAACTTTCACAT
2082 CACTTAAATCAATCATTTACGTCTCCAACAATTAGTTTTTTCACAGTAGTGAACGGGAAC
2083 AGACACGCCCAACGTTTCTTTACTGCTTCTGTTGTATGTTATCACAATGAATCGATTTTC
2084 GCCACCCCTAACACACTCCAGATCCAAAATCTCGCGGGTTCCCTTAGTGTTCATGTCTGC
2085 AACATAGTATTCTTCGTTGTTGACAATCACTATATCCGACATAATCAAGCGAGGTTTCAT
2086 GCAGCATACACCTCTGATTCATCAAGCCATTCCAGATTCTGATTGAGTGATTCAATCAGC
2087 TTTTTATCGCGTCTGGAAATAACAACGGTAGAACCTTTTTCTGCCTTCGCGATGATATCA
2088 CCAGAAGAAGTGATGTATTCAACCTCATAATCACGGCGAGGGCTTCCGAGTTTATCACCA
2089 GGGACTACATTCCGTTTAACAGATTCATGGGATTTTTCGGTGAATACCAATTCATTCTCT
2090 ACATGGGTAACAATACCATCAACAGCAGAACGAGAATTAATATAAATTTTGCTAATTTCC
2091 GCCATGAAAACACTATCTCTCAGATATCGAGCAGTCACTTTATCTAAACACTGAGAAGAC
2092 ACTTTATCTCCGCCAGGATATACCGAGATAATCATTACATGACCCTGAACACGGGCGGTT
2093 CCTACTTTATGCAGAATGTAAACCGTTGAACCATCAGAATCTTTAGATATCAAGATCACA
2094 CTGAATGATTCTTTCTTTTCCTTCCGAGTTTCACCACAGGTAAAACTCACATCCAGAAAA
2095 TCACCAACTTTAACGGCACGGGGTTTTGCTACTTGTTCACGAACACTAATAACAGGGATC
2096 ATAATCATTTCCTCACAGTTTCAAATTCTTCATCAGATTTCCAATATACGTTAAAATTAC
2097 GACAATCATGATCGGATGTCAACGTGTATTTTTCATTTGTTTTTTCGTCAGTGATAACCA
2098 TAGTTTCATTCTCGATCGAGTTAACACCGTAAACGAAAACATTCTCACCACGTTTGTTTA
2099 AAAACGCATCACCCTTTTCAATCAACTGCCAACAGGTAACAGGCAAACCACCCGGACTAA
2100 CCGGGCGGGTAACAAGACAATAGGGATGTTTAATCATTTAAATTCTTCCATTGCATAGGA
2101 AGTAAGATCTTTGAAATACCTTGCGGTGTTGCCTTCTGGGTTGTTTGTAATCTCCATCAG
2102 GATAACAGCACTATCAACTCCTGCTTTCTTAGCCATGAATGAAAGGGCTTCGGTAGCAAT
2103 AATCGTTGCTTTCATAACATCAGCTTTAGAAACGTTGATTGTATTCATTTTTCTTCCTTT
2104 TCATTAATCACTTGGTATGTGTGTATAATACAAAAGCCCTCACGAGAACGCAAGGGCTTT
2105 TTATTAAATTTCGTATAAATCTGGATTCACAATAACCGCACATAAAAGATCATCTATATG
2106 TGCGGCTTCTTGTTCTAAGGTTTGCTTAGATGAATGTGCTTTCAAGCAACCCCCGTAAAG
2107 GCGTTTACTATCTGGAAATGATCATCAAAGAATTCCCCTTGTCGTTGCACGACCTCATGC
2108 ATCGGTAGCCAGAACGCGTCTGCTGCATCATCAGAGCCGCCCATAATACGAGGTAATGAA
2109 CCATCGTTATTAGGTTCGAGCTTGATATATTGTGCTACAGTCGGTTTTGAGAAGTACACC
2110 GAACGTTTCGGATGATCGAACAGCATCGAATTACGGATAGAACCACGAATAACCTTTTCT
2111 GGTACTTTAATTCGTACTTCTTCCAGCAATTCACGGATCGCACAATCAAGGAACGTTTCG
2112 TTACCGTTTTTGTGTCCACCCGGAAGCGCTAACGCATCTTTACCAGGCGCAAACTTACGA
2113 CGGATTACTAACACGTGGTTATTACATACGACCACTGAATCAGCCGTGCAACAGTTCAGA
2114 GAATCCGGATACGGATATTTTTTGAACTTGTCAATCTCTCGTTGCCAGTGTGCATCTTCA
2115 TGGGACAAACGCTGGAATTCTTTTGTTTGTGTCCATTCATCGATAAAGGAAACCGTAGTG
2116 CTAGGCGCATATTTTAACAAATCTTCGTCCCAGCCTTCATGGTGTTCCCAGATAATTTTG
2117 CGTAAATTGGTCGAGGACAGATCCTGGTCTCCAACCTTCACAGATTCAACCGGAATATGA
2118 TTCCATCCGAATGCTTTAAGCCAGTAAGAATCTTTGTCTTTTTCGTACCCGACGATCGCA
2119 ATTCGGTCATTTCGAGTTTCATCGATTGCCATACGAACACAGGATTTCCATTTTTCCTCG
2120 TTATAGAGATAATCCGGAATGTGAGCGAATTTGATTCTGGCTGCATCTTCAACATCAAGT
2121 TTGCAGATAGACCAGCGAGTGATCATTGCTTGACGCTGTTTAGCGGTCAATGGGTTTAAT
2122 GTGTTCGGATATGCATAAGCAGAACCGATCAGAATGTAAACCGTATCAGCAACAGCAAGG
2123 GCTTCCCTTACCATTTTCTCATGACCATAGTGAAAAGGTTGAAAACGTCCAATTACTACA
2124 GCTTTATCATATTTGTGTTTCATAACGTGCTCCACGTTTAAAGGTTAATCATAAAACAGA
2125 CGCAATTATTAAAACACCAAACAATCCACCAATGAAACCAAAGAATAGTGAAATGAGTAT
2126 TGTCAATACGATCTGTTTTATGTTCATTATAGTATTCTCGTTTTAGATGTCAAGCCCCCA
2127 AAGAGGGGGCTTTAAAACATTATTTACGAGAATCGAAAATCACTTTACCCGCATAATCCG
2128 AACCCATTACAGTTTGAGGTACGCCACCTTTATAGCGGGTAGAGTAGTTCATCTGTACAT
2129 CCAGTTCTTTCCAGCGGATCATTTCCGGTGTAATGGTGCGTTGCAGGGCGGCGTTGGCTT
2130 CTGCTTCTTTCTTCGCTGCATACAGACGGGCATCAGCATCACGTTCGTTAGCGATTGCAG
2131 CGTTTTCACGCGCCTGGCGATCGGCTTCCGCTTGTTTTACTGCTTGTAATGAAGTCTGTT
2132 CTACTTTTTGCAGTTCAGCTTTAGCAGCGTTAACCTGTTCTTCGCGGATCTTCGTGTTAG
2133 TTACCTGTTCCATGATAACTTCCGGCAGGGTGATATCCTGCAAGAATACCTGTTTCACAG
2134 TGTAACCGTAAGGCCGTGCATAATCTTCTACTTCCTGCTGAATTGCGATTTGCAGTTGGT
2135 TTTGGATCTTCGCATCAAACAGGTCTTGCGCTTTTGGTACGGATTTACCAAATTCGCGAA
2136 CAGTAGAAAGCAGTTTTTCAGTTACATACTTATCCAGTGCCTGATCCTGATTACCCGCGT
2137 TGATACGGTTGATCGGTGCTTTGCTACCGTCGAATTGCAGCATTACGGTCATATCCACAG
2138 TGGATTTAAATTTATCCTGGGACGGAACCTGTAATTTGTCGAACTTCATCGCGATGTCTT
2139 TGGTGCTGAACGTATCAAACGTTGCCAGCGGGTTTACAATGTGGAAACCAGGCAGTACGG
2140 GTTTCGGTGATACTTTACCCATGAAGGTTTCAGTTTTAACCGTACCGTCTTGCACAATGG
2141 TATACATGTTAGGCACTAACCACAGTGCTGCGACTACGCCCAGAGCGATCAGAGAGGTTT
2142 TCTTCGGGTTGTTCACGATAGTGTTTAAGTTCATCATAATTTCCATAAGTTGTTGTTCAA
2143 TTCGATAGTTATTCTATCATCACATTTCACGCTGTCAAACTATTTTTAAGAAAGTTTTGT
2144 CAGCTTGTAGATTGTTTGATAGCACAAGCCCTTAATCTCGTCCAGGATGTTCTTCAAAGA
2145 ACTATCTACTGATTCGTAGATCTCGTTTGCTTCGTTGGCTATTTTACGGAGATACGCCAC
2146 CGTGTCAAGCACATTTTCGGTTTTTAGCACAGGTTTGTATCTTCCCGTGATTCCTATGTG
2147 GATTTCGGTGAATTTATCAACCAAATCCTGCATATCTTCGTAAAAACCCTCATATGCTTT
2148 ATGTTGTGAGTATGAACCTGTTGCAAAATGTGCGCTATGCATATAGGTAACGGACATAAG
2149 GCACATGCCAATAAAGGCATCTATCTTGCTTGAGTTCTCAGATTCTGTAATTTGTTTAAA
2150 TGATTGCATGATGATCCCTTTATGAACGATGGATACTTGCAAACTCATACGCGACCCTAA
2151 TCCCTAGCTTTGCGCATTCGGATTCAGATCGGCATTGTTTTTGGCGCCATTTTCGTTCCA
2152 TGTAGTTGTAGAATAGTTCGCTTGTATTTACGCTGGGAGGGATCGTTGTGATGTATACTT
2153 GAAGGGCCGCATTGATATAATCGTCAAATTCTTTCTGAACCGGACGGTCGGCGGCGTGTG
2154 TTGTGGGTGTCATCATCAACAATCCGAACAGCACAGCCATTGATATGCGTTTAATGTTCA
2155 TAACAATTACTCTTTTACTCATAGACCCACTATAGGTCTACTCCTGTATATATTTATAGC
2156 AAAAACGAGGCCGAAGCCTCGTTATAATATTTTTGCTGTAAAGTCAATCAAGTAATGTCA
2157 TACCAACACAAACTTCTTTCGAAAGCGCGTATTTTGTTCACGTTTTCTACGTTTTCATCC
2158 CAACCGATCACACCAGCTTTCATACGTTTCAGTTCCTGACGTAAACGGGTACGTACTTTT
2159 GAATCAATTTTCTTTACTGCAATAGAAAGCATTGCGTTCAGATCGCCATGAGCTTTGTTA
2160 CCGTCGCGACACAAATTATTATCAAATCGAATGTATGCACATCCTGATTTGTGTTTCCAG
2161 TTGGTTGAGTACCAACGTAACCCATCCGGATCAATACCATGTTGAGCATAATAACGAGAA
2162 TACTCTTTTACTTCTTCGATCTTTTCGTTAGATGAACGGTCACGAAGAGGATTGTATTTC
2163 TTACGGTAAGTGCGACTCATAATGATCTCCTTTTGTTTATGCTTCCACTGTATCAGGGTT
2164 GTTCTTTAGTTGCAAGTAGTGTTTTCGACAAAGTGAAACATATTTGTCTTCTGCCCCGAT
2165 CTCAATCTGGTCGCCATTAGCAACAAATTTGCCATTTGCATCAATACGGGCAACGGTAGT
2166 TGCTTTCTTTCCACAATAACAAACCCCTCGCAACTCCCTGATCTCATCAGCCAGCGCCAG
2167 CAACATATAAGAACCTTCGAACAAGTTCAACTGAAAATCGGTTCTTAGTCCATAAGTCAT
2168 TACGGGTATATCTAATTCGTCAACAACCCGACACAGATCCATGACATTTTTCCTGGAAAG
2169 GAATTGCGCTTCATCCACAAACACGCAAGAAACCAGATTCGGGCTGTCTCTATAAAAATG
2170 ATTGTTGTGAACATCATAATACAAGTCCATATCAGGCGTGATCATAGTGCATGTTGCTTC
2171 CAACCCAATGCGCGAAGAGATACTCTGTTTACCTTCTCGCGTATCAATTGCTGGTTTGTA
2172 CATCAGGATCCGCATACCGCGTTCCTGGTAGTTGTATGCATCAGTGAGTAAACGAGCACT
2173 CTTGCCAGCATTCATTGATGCATAATGAAAATACAGTTTAGCCATTTATCCTCTCAACAA
2174 AATCTGGGGTATTCTGGAATTTTCCTTCCCCTTCATGGTTTTTGCATGTTTTGTTTGAAC
2175 AGTAGATCCACCAATCCCACTCATCATAAGGGGGTTTGGTAATGTTCATTACGCAAATTA
2176 AAGGGAAATGACAATCCCGACAACGAACTTTTTCTATAATGTGTGCGTTAGCCAATTGAA
2177 AACCATCCTTTACCCATGAGTTTTTCATTATGTCGCGCAAGATACTCTTTGATTTCTGGC
2178 ATCCGGATCGCAGTGTCATACTCTTCTTTCGTCATGGTATGATTTGCGCAACCCATACAC
2179 CCGCACACCTGCGCGTTACACCAACGGAGTGTTCCATATGTCGCAATCACCTTCATTGCT
2180 TTAGCTTTGATTTTGTCAGTCATGATTATAACCACTCATTTCGTTATCTTGTGCTTGATG
2181 TATATCAAGATACCACATATTGATTTTACTTTTCAGTTCGTCCATTTCCTTACTCAGACA
2182 ATTGTCAACGATACATAGAACATTAACAGTTTCTTTACGCTGCATAATGTTGATGTTATT
2183 CGCTTTCATCGCTTGCGCCAATGCATTACAGGTTTTAACCAGTGCGGCGCGTTGTCCTTT
2184 GATTACGGTGATCCGTTTGTTCGCTTTCTTAATCTCCCGACCTGCTTTGATAGGATCCAT
2185 CATGATTAATTCGCCTTACGAGGATCGAAATGAACGACAATGATCGGGTAATCACCAGTC
2186 ACCTCATTAATAATGCGCTTAATGAGTTCCCAGTCGCCCCCAGCGAGGCCAGCACCGATT
2187 AAAGGTGTGATGATAGGCTTTCCAGTCTTAACGGCGTCAGCAAGCCCTACAGCCTGTTTA
2188 AAAGCATTGCCGATTGCGTCATAATCGACACGCGGCCCAGGTGTCCAGAAATCATATTGA
2189 GTATATGCATTGAAAACAATGTTGCCTTTTTCGCCAATGTAAACAGAACAAGTTCCGAGC
2190 TTATCACGGGAACCTTTTAACGTATTGGCATCAACTTGAAATGCACCAGGAATACGATCG
2191 CGGATTTCGCGAGCAATACCAGCGCCCATATTGCAATAGCAGTTGCATCCGTGGATCAAA
2192 TGGCCTTCACCGTTCAGATACATATTGACAGCATTACCTTTCACTTCTTTAATGATCATT
2193 TTTATTTTTCCGATATAGTAGGGCCACAACAAGGCCCATCAAAATCACAAGGATCCACAA
2194 TACAGTGAATTGAACCCCTACGCTCATTTTCTCGCTTTCCGTTCACGGCGGCGATCTTCT
2195 TGATGACACATATATAAAACACCACCAAAAATTATAAAACCGATAACAACGCCTATAAAG
2196 TATCCAGCACTAAACATAGTCATCATCCCCGCAATAGTAACAAGGCCCAGTGCTCTCATG
2197 CTTACCAGCATTGTACGCCAAGAACACCACAACCGCCGCCATAATAATAAAAATCCAGAT
2198 AGCCATTAGTAAAGTCCTATGCCAGCATTGAATTCGTCAACCAAATAAGTACGGAACTTT
2199 TCGCACCGTTCCTTATTTGGCGCTTGTTTGCATAGATTCATCATTGGTTCAGACTGCAAA
2200 AACTCTTTTTGTTTCAGCAACTTACCGCGTTTATACAGGTGAGCATTTTCCTCTCCCCAC
2201 ATATAAGCAACATCTAACTGTTCTGCGATCACTTGCTTACATACTGCGACATCTTTGATA
2202 TCACGATTGTTGCATAACTCATCCAGGCGAGCATCACCCGCGTGAGCAAATCCAGCAACC
2203 AGAGTTAAAAGCAGTGCTAACTTTTTCATGATGATTCCTTATTCATCCTCTTCGATAGGG
2204 GTATAATAATGCGCATTGCAGATATACGCAAGAACTTTTTTCAGAGACATATCCGAGAAC
2205 GTCGGATCCTGATTTCGTCTCATCCCACTACCAGTTTCAACAGCCCAACGTTTGTTAGCT
2206 GGATTGTATGTCAGCCAGTAACAATCCCATTCAGACAGAGTATGTTCGAACAGATCGAAA
2207 CGCTTACGCCCATTTGCTTGCGGCCTGACAAAAGGTTCAACCATTTCTAAAGCGGTTAAA
2208 ACTCGATTAAGGTTTGAACCGTCTTCATCCATCGCGATCCGCAAACAGTATTGGTTAATG
2209 TCCGGATCCATACCATCGATACCCAGACCGATAGATTCGAAAAATTTTGTTGCCGCGTGA
2210 TAAGACACACTGGAAGAACGATATTCCAACATCACGGGGATCTTTTCCCCGTCCTTGACG
2211 TTGTTAATGATATCCTGATCGATGAGTTCAATCAGGTCTCTTTTCTCTTTAATCAACGTG
2212 GAAATTTCTTCTTGCAGTGGGGCTATCTGTGCATGAAGTTCTTTTATCCGTTGATCAATT
2213 ACGGTCACTTCGAACGCTAAGTTTCTCATTGTACCCATTCCCCGTTTTTGTCAATGTACA
2214 TGATCCAATCAGCAACCGCCCAATGGGAAGTATTGCCTTTCGGAGTCGCCACGATGTAGG
2215 AACCAGCTTTAAACAGTACGCGTTTAGTTTCGTTCAGGATCAGGTCGCTCATAATGTATT
2216 CCTCATTTAACCAAAGTGAATCGTGATTCATAAGCATCGTTCGGGCGCTCATACACAGTA
2217 TCCGAACTTGTAATGACAGTGTACACGGTTTCTTTCACAAGATCCATGATTTTCTGTGAT
2218 TCTCCCCAGACATTGATACTAAAATACATCCCATTTTTAGGAATAGGATTGTATTCCATA
2219 TCATAATACATATCCATGAGTTCACAAATGAACAGGCGGCGCTGTTCGTTATCATATGTG
2220 AAATAAATGTTAAAACAATCGAGAGATTTACTCAAAGTAATCTCTTTGATAACGATGTTG
2221 TCTTGTTTGCTAAAATGTTCGCGGATTGCTTGCACACAACGCAGCAGGTTAGGGTAATCA
2222 TATTTTTGTGAAACAATGACTTGATGTGAAACGCTCATAATGTATTCCTCTCAATTAGAT
2223 GCATCCATAATAAAAAAGCCCCTGACCGAAGTCAAGGGCTTTTTGTCAAATGATTTGTTT
2224 TTCTTCTAACAGCTTCGCGGTTGTATTAACCATACGAGCATAATCACGGGCTTCTTTCTT
2225 TGTATACTTGAAACCAGCGTTATAGCTCGCCAGCGCCTTTTTCAAGTCGCCTTTGTGGTA
2226 ATCAAGCCAGTACTCCAGTTCATAGATCGCATACTTCGATCCACCTTGAAGAGTTTCGAG
2227 CTTTTTGATTACTACGCGTTTAGGATATGACTTATCCATTCGTGCGCTGGCGCTCCTTGC
2228 GGTAACTTGCCAGCATCCATAAGCGTGATGGCCTTTTTTACCTTTACCGACATTCTCACA
2229 TGCGCGAGACTCGATCCAGACAATAGCCGCTAAATGATAACCTAAACGTTTAGCCTTATC
2230 TTTTTCTACAGGTTTTGCAGTCTTCAAATCATAGTTGTGTCCAACTCGATAAGCATACTC
2231 CAGAACCTCTTTCTGCTTCGGTGTGATATTATCCAAATCCTTGATGTAGGATGGAGAATT
2232 TTTGTTTGCCGGAGGCTTCACAGTAGCCTTTTGTAAAGGCAATTGATGAGTAGGCAAATC
2233 CGCAATGAAATCCCCTAGCGGATCCGTCGCAGCGTTGCCAGAAAAAGAGCACAAGAAAAT
2234 GCTGGCAGCAATTATAATTTTCTTCATTTTAATACCTATGTTGCAAAAAGAAGGGCAATA
2235 ATACACCCTATTTTATATTTATGCAACTATTTTAGATAGTTTTCGCGTCACGTAGTTTAT
2236 CAGCGATAAACTCAGCAATGTTATAATTTGAAATAGCCTTGTTAGGATCGTATAGCGCAA
2237 TGATTTCATCTAACGATACCATAACGGCATGTTTAAAGTAGACGCTCCAGCTAGTAGTAA
2238 GGATCTCACTGTTGTCAAATCCACAATCAGGGCTGAACAATGCGCGGTATTTGTACCCAC
2239 TGTATTTCGTCAGCCGATTCGTGCTGTGCGCATCACTGGTGATCAGAAAAGTCCCCTGGT
2240 GAGTTTCAACAACGAAAAAGTATCCGAGGCGTTCTTTGTTGTCCAGCATCTTTTCAAACT
2241 TGCGATCGGTTTCTTCGCGAACAATACGAGAAGTCAGCATTTCCAACACTTTATCGTATT
2242 CGGGCCAATCATTCTCGATCACGATTGCATCAAACGGTTTCTTACCATTAATCCCGCGCC
2243 CGATTTCGATTTTCGTGCAAATTTCGTTGAACGTTTTCAAATCTTCTGGCGTCAGTTCTT
2244 TAAGATCGCTCAATTTTGCTACATAATAACGTTTTTCTAGTTTCATTTATGGAAACCTCA
2245 ATTCAAAAATAATTTCACAGAGTTACCACATTTGGGACATGTGATAAATTTTTTCACGAC
2246 ATAATCAGCAGCAGAGAAAAATCCATTGTAAATCGCTTCTCTCTTTTGCTGTATATCAGA
2247 TAGTTCATATTCTAACCCACTTTTACAGCAACTGCAAACAGTAATTAGTTTTGGGCTATA
2248 GATGACAGTAATCATATACACCTCACAAAAAAGGGGGCTTTCGCCCCCATCATTAGAAAT
2249 TGTCTTCGACAAACGCCGCGAGACGGGAACGATACACTGTATCAAGAATGATATGGCTTG
2250 AGTGTTCGTATTCTTTCAGCTTTTCAACAGCCCATACAAACCCGTTGTTAACGGCAGTGT
2251 TTCTAGGGTTGTCGATCTGCTTAATGTTCCCGCATAGTATCAGAAGTGTGTTCTCTCCGC
2252 AACGAGAAATAATAGATTTAATTTCGTGGTTGCTAAGGTTTTGACATTCATCAACAATCA
2253 GCACAGAACCTTTGCCCGGATCCGGATGTCCGATACTGCGACCACGGAAGTAATACAGGC
2254 TAGGGAATTGCACCACCCCTTTTTCAATCAAACCTTCAATGTATTTTTCAGATTCCGGAT
2255 TATCCTTAAACAGAATGTTCAGGCTAGTAATACAAGGTTCGATAGAAGGCCGGAGTTTTT
2256 CGCCCAATGTACCAGGAAGGAAGCCAATTTCACTTGATAACGGGCTATCTGACTTCACAT
2257 ACATCAAGTTAGCGTAATGTCCACTATTAACCAGGTGCATAGCACCGGAAACAGCAAGCA
2258 TTGTTTTACCAGAACCAGCGCCGCCCATAATGGTAGCAACATCGATTTCATTGCTCATAA
2259 TGGATTCAACGAAAGCCGCTTGCAGAGAATCACGGGGCTGGATAGCTTTCATGAGTTTGC
2260 GTTTCATAGCCTGTTCGTGCTTAACAGGTAAGACATTCAAGCAAATCTCATCAGCAGTCA
2261 CCACACGCCCGACTAACTCACCATTTGAGGTAATGTACTGGTTAGGATAAAAATCTTCGT
2262 CAGGAAGCGAACTGTAAGTGATTTGGGCTACATTATCCGTATATCCCAACACTTCCACGG
2263 TATCCCAGAAATCAGGGATCTCTACGTAACCGGAATACAATACATCGCTATCTTTTAACG
2264 TATCGTCGCCAGTATACTGTTCTACCTTACACCCACGGGACATTGCGATCAGCAACATCA
2265 TAATATCGCGAGTAACTAAGGTTGCATCCTGTTGCATACAAGTTTCAATGATTCTTTCGT
2266 CTTGCTTGTCAAGAGCAAACGTTTTGTTTCCGACATAATCAACCACTTTAAGGGTGATAG
2267 TGTCAGACAGTGCTGGGGTTGTCAGGTTTAAAGGAATACCTGATTTCGTAATCGCATCAT
2268 ATGACTGACCGAAAATAACTTTTGACAGAAGCCGGATCGCCAATCGTGCTTCGTGCGCTG
2269 TTCGTTCTTTCGTTTTCAGGTGATCTAATTCACCCATAGTAGCAGAGGTAATAATGATTT
2270 CTGTACCAGGTTGAGTGAATGAATAGATTGAATAGGGGTTACTAATCAAAACATTGGTGT
2271 CTAATACGTATTTTGACATACATTAACCTTATGTGGTTTCGTTAAAAAATGCACCGAAAA
2272 CCTCTTTTGCTTTCCGGTTATAAACGGATTTTGCTTCTTCTGGAGTGTTATAGTACCCCA
2273 AAAATTTTCTTTTTCCATCTATGTTTATCTGCGCTTTGTACTTCCCATTGGCTTTATGAT
2274 AAGAAACACCTTTCAACCCTGTACTACTGTTTGAGTTACATTTCTTTTTCATCGCATTTT
2275 GCTGGTTCGTCGCTTTCTGTAAATTTCTTGCTGTATCTCCATTCTCAACACCATATACAT
2276 GATCTACGATAGGAGGAAGATAACCATTCTCAACGTAAAACACTATTCGGTGTCGCAAAT
2277 ACATAGAACCTTTAAAATGAATTTGGGAATACTCGTTTTTGCTTCCGGCTTCACTTCCAG
2278 GAGACATAGGGCCGCGCTGAACTTTCCAATACACTTTACCTGTAGATGTATCAACATCTA
2279 CAAAATTCAGAAGAGATTCGATCCCTTGAATCTCTTCATGTATGGTTCTTGATGAATAGC
2280 CATGACTTTTCATTACATACCCAGCGAAATTACGTGAATATATGCTAATGGATGTTTCTT
2281 TTGTACACAATGCATGAGTGTATTATACACAATGTCCATGCGTTCATTGCGCGTAAGATC
2282 ACACTCATCAAAAATAAGGTTTATTGCCTGGTGCTCTATTCGACGTCCACGGAAATGATT
2283 AAGAATTGCCCCTTTACTGGTCAATACATCACATCCGGTAGCACCATTTAGCTGTTTGGC
2284 GTCTTGTGCTGCATTTAACGTATGCGCTACGTAAATGTTAAGGGAACTATGGGAACGTTT
2285 CATAAAATCAAACGCGCCTTTAGTCTTTTGCGTTTCTCTGCCCAGATCCAGCCTGGTTTC
2286 GAATACCATAAAATCGTTAGGGCCGTAATTATGCGTTGGTTCTTCCAACTCTCGCATAAG
2287 ATGCATCTTACGACATTCTTCAATTGTCTTTACATAAAATTCACTATTCATGTTTTACCT
2288 TTAAGGGGCCAAAGCCCCTTTGTTACGCTAATTCCACATGCGGGGCATCAATGAATTTTG
2289 TTTCGATCGGAAGGTTCGGATCATTTTTCCAGTTGATACCAAAACGCAGTTTAACACCCA
2290 GTTCATCACCTGCTTGTTTAACAGCATTCAGGACAGGCAACCACACTTTAGGGTTTGTTT
2291 GCCAGCCTTGAGGCAACACGCTAGGATACAGATCCACAGCATCACCCGTGATGTGTTTTG
2292 AGTTCATTGTTTGAGATACACCCTTACGGACGTTCTCGCGCTGTTGTTCTACAGTACGCA
2293 GACCTTCACGTACACCAAAATCAACAGGAGACAGTTGCAGAGCACGTTCTACGACTTTCA
2294 CCAGTTGAGGTTTAACACCTTTAAGGTTGTTAAGGCTTTTTTGACTGAATTTAAACATAA
2295 ATCACCTCTTGTAAAAATACCCTGTTTGGGTACACAGGGTATTTATGGTTTAAGAGGTTC
2296 GATAATTAATAATCGTAAAGATCACCGAAGCATTCTTCAAATTCACGTTTACGTTTCATC
2297 TGTTCTTCTTTTCGCTCTTTCATATCAGGAGGAAGACGGTCTTCATTGACTTCATCAATG
2298 TAAGCCTGTGCATCCTCTTTGGTCAGGAAGAAAGCATGGAAGTTATATCCGTTGCGCCCA
2299 TTCATACTACGATCGTCAAGAGAGAATTCTGTGTGACATTCCCAGTCTTTGTACAGGGTG
2300 ATGCATTTAGCAAACAGCCCAATACTGCGATGCATATAAGGGAAGCCAGTAACAATCATT
2301 TTGCTACCCATTTCCGCCTTTTCGCCATTCACACAAAATACTTCATACATGATCGCGCCT
2302 GGTTTAACATCTTTCTTAACAGCACGTTTTTCAAAAGCACTTTTCATAATATATTCCTCT
2303 CAATTGGTGTAACTACAGACTACTGGTTTATTTTCTGGATGTCAACAAGGTTTATCGTTT
2304 TTTGACGGAAAAGTTAGAGTGAACAAACGATCGTGAAGGTTGTCTATCCGTTCACAAGCC
2305 TGTTTCAGTATGATTTTATCACCATCATTTGTTGTTTCAATGCATCCAAGTTCATCGGCG
2306 TCAATGTTCACTACATCGCTCATCAATGAAGCAAACACGTTAGCATCAGGATGTAACAGT
2307 TCTTCTATTTCGGCCTTCATGCCGTCGTGTTCAGAAAGGATATCAATAATATCGCGGGTT
2308 AAATCTCCCTGGTACGGGAACCCTGTTTCTAAATGGTTAATGATCCTTTGTGCTTTCGTA
2309 ATCATAATTTTACCTACAAAAAAGCCCCTTTCGGGGCTAGTTAATTAGAGTTCACAGCAA
2310 CGGCACACACCGTATTTTGTAAATGGAGCATCACCGCTAACGTAGGCCCAGAAATCACAT
2311 GCTTCTTCGGCAGTATCGAAGATTGCAGCATCATAGAACCCGTGGGCTTCGTTACCGTTC
2312 TCATCGATGAAAACCGGAGTCCAGATATTAGGATTGAAGCAATCGTCAACAACAACCCAA
2313 CCTTCTTTAGCTTTCATTGCTTCTTTGTTGGCTTCGATGTGAGCTAAGATTTCGTTCATG
2314 ATGTCCATTTTTCTCTCCTAAAGTGCGTTTCGTTTCGACATGGCTATAGTCTCATAACCC
2315 CGTATCTACGTCAACACTTATTTGAAGCGAATTGTGCTATTTTTGAAAAATAGTCCAGAG
2316 CACACAGCACCTTCAATTTTCACCCCTGTAGGGCTTTTAGCAACGAACCCTGTTGCGTAG
2317 GTGTCTTTCTCATCACATGCGAACCAGGCGTGGCCTGTGTACGTGATATCGCTAAACCCG
2318 TTAGCAGTCAGAATACGTTCGGCTTCTTTCTCATCGGTGCATCCGGATTGTGCTAAAACG
2319 ACAATAACTACTAACACCAAAGCAATAATATATTTCATGTTAAACTCTTTTTAAGTTGGT
2320 TTTACTGGCTTCAATCCAGTACACGGGATCAGAATAGTTACCGCACATACCCAGTAACAC
2321 AGTTGTACATCCTAAATGATCGGAAGGTCTCAATCCATCAGGATGAAAAGGCAATTCGTT
2322 AACACCAATACTGGTAGCAAAAAGAGCACCTCCAGTACTGTAAAATGTTTTGATATGATC
2323 GTATGCATCATCAGGCCACTGAAAACGATAAGTTTTATTGTCAATGGTTACTGTATACAT
2324 ATCATATTCCGTAAACAACGGATCTTTTCCTTGTGTTGCCCCATACAGAGCGCCGCGCCA
2325 TTCAACCAGATTTGCTTCAATGTCGCTTACACAAATTTCGTTACCCATACGCAAATCATG
2326 AAGGATCCCTTCAATGGTACGAATGGCCCCACTAAGTTCATTAGTTAACATAGAGTTTCC
2327 CTTAAATCGGTTTAATGGTTTTCAGGTGTAGTTTAGCATAAAAAGAACCAAATGAGTTAC
2328 CATTATGATCAAATTTATAGTTTTCACTCTTCCAGTATTTCCCCGATTTCATCAGGGGAA
2329 CACGCTTCTTACCTGCTGTTATCGTTTCAACCATTCCGGTATGAGTAAATGTCATGATAT
2330 ACCCTCTTCTTTCAGCACTTCCCAGATCAGTTTATCAAGGTGCATCAGGTTCCACATAAC
2331 CGAATCATAAGAACCCAGTGAGCGGGAGTAAATCACTCCCCATGAACGATAACTTTTCTG
2332 GAATGCTTCTGCACTATCTACATCATACGGCATATCATCACCGGATGCAATCAAAAGTTT
2333 AAGGATCATCAGACTGTTCAGAAGTTTTGAACTAGCGTCTTGTGCTTGTACTTTTGCACA
2334 ATAATTTTCAATAATCGCTTTTGCCTTTGGTTCGGTGATGCGTCCATTTTTGCATCGCTC
2335 TTTGTACACATACATAAGTTCATCGATTATTTCTTGCATATAACGCCTCCCGTTCTACTG
2336 CTGATAACCCGCGAATGTAGTTCTGTGATTCTCTATGCGCATCTGCTACAGCGCGTCCTG
2337 CTACAGCGCGTCCTGCTCGTTCCGACGCCAGTATATAAGTAACAACTTCATTACGAATGT
2338 GCCATAGGTAATCCATCATTACAAGATCTTCTTCTGTATGAAAACCTTTAATGTCACACT
2339 CGCAGCAAATAGCGTCTCTTTCCGATAGTGCCAGTTGCGCGGATTGCGCGTTGATTGGCA
2340 TCATACTGTACTTGTCGATCAAACTATCCAACGTTCGCGGTTTCACAATACCAACTGTTA
2341 CAGGAACAGGACGAAGAGTAGGTTTATCCGAATAAATCATAGTATTCCTCTTCATCAAGT
2342 CTAGATGTCAGTTTAGCGATAAAGTCGAAAATGTGTTGTGAACCATCTTCAACATAATGA
2343 CGGTATGCAAGCAAAGTTGATACGTGACACATATCGACCGATTCAACTTTGATGCTTGAT
2344 GCGATCATTGTATCATCATTTCCATATCCGTCAATATCACGGAGTACCATTTCTTCAGTA
2345 GGGAAACGCTGAAGGAGTGACGCTTCCCGATCTGATACCAGAGCAACTAAGCGATTATGT
2346 CGCGTGTTGTACGATAATATTTTCATTTCAATTCCACCGCGTAAACATCAGGTTCAGGGG
2347 CTTTGTGTACGCGCATATCTTTACCGCATACCGCATAAGCCGGACAGTTACGACAACCGT
2348 TATGATCCTTATTACCGATCAGTTCATTACGGAACTGTTTGGTTTTCGGATGTTCCCAGA
2349 TATCCTTAATGAAATCGTTCGCTTCCAGGACATTCAAACCTTCTTCCCAACCACCTTCAA
2350 CCCAGCGTTCGGTAAACGAGCAAGGGAAGAACTGACCACGTTCGTTGATGTAAGAGCTAA
2351 ACATCGTCGCTTCACAGTCTTCGGCGTATTGCTTGTACTGTTCGAAGTTCGGGTGTCCCT
2352 CCATCGCTTCAACGAAAGCGGGGGCTGAACAGCTATCGAATCCAAATCCTACACCAGAAT
2353 CGAGGCAATATTCAACAAGTTTTTTATACTGTTCGCGGGTAACGGTGTCCCAGTTCTTAC
2354 CGCGTCCCTTTTGTTTCAGTCCCAGGAACACGATCGCGTTTACTTGTTTCAGGCGCGGAT
2355 CATTCTTCACGGCATCAACCACGTTAAACGCGTCATCATAGGTTTTCGAGCTAACCATGA
2356 AATGCAGGTTGATTTGCTGTTGTCCGGCTTCTGTCAGGTTCGCTACGGAGTCGAAAGCGA
2357 CATCAAAGCCAGCGTGTTTATAAACAGATACCGCAACAGCCCCAGCAACCGCCGCTAAAC
2358 GCGCTGCAACGTCTTTTGATACATCAGCAATGGTAAGGTTCGGTACAATGCCTTTAGAAC
2359 GCGCATAGGCCATCATATCGAACATATCAGGGTTTGTTTGCCCCTGTGCATCAGCACCGA
2360 GTGCGCATTGAGTCAGCCAGGGCATTTTGTCGATGATTTTTTTGAAGTTGGCAAGATCCA
2361 TGTTGAACCCGTTCGGGTTATTGGACTTGTAGCAGAACCCGCAGAGTTTACCCGCTGGCC
2362 CGTTGCATTTAGTTGTGATCTCGATATCGAGAATAAAAGGAAAATGACTATAAATAGGAT
2363 CGTCAGCAGGAGTTTTTCCCCAAGTCATCATATGACCTGTTTTCATATCAAAATTAAAAT
2364 TAACCTCTTCGGAACGATAGATTTTCTTTCCTTTCGCTTCCAGTAGAAGTCCAACAGGCG
2365 TTTTGATATGTTTGGCGTTTACTTTAACGTGTCTCATAGGAACCTCATAATGTATTACGT
2366 TTACAGAATCACAAATGTTATAGAGAACAAGCACTATTATGGATCAAGAAAACCTAAAAA
2367 GTCAATGCTTGCTTCCGACGATTTAGGGAAACACTATTTCAGTAGTTCCCGTGATAGTCA
2368 TTTCATCCAAGATCAGAAGGAAAATCCAGGACACTACAAATATAAAGTAATCGTATCTGG
2369 GTTGTCAAGGGAAAAGGCGATGAAACTTGAGAAAAGGTTACACGAAATCTATAAGGTGGA
2370 CAAGAACCCACATTTTTATAACAAACACATACACAACAGTGTTGATTTTTCATGTACACC
2371 AGAAACAGGAAAGAAGATTTCGCAAACACACCAGAAATATGCAGCAAAGAAAATTTCAGA
2372 ATCACATAAAAGGCGATTCAAGGAAGGTATAGCATCACATAAAGGAGAGAACAACCCACG
2373 ATACAACGATCATCGGTCTTATAAAGAGATACACGGAGAAGAAAAAGCGGATACTATACG
2374 CAAAGCACAATCTGAATCAAGAAGAGGAAAAGGTAATTCCCGCGCGGTTACGTGGAAATT
2375 TACTTCCCCTAATGGAGAAGAATTTTTAGTTGAAGGAGAATGTAAAAAGTTTTGCAAAGA
2376 CAGAAATATTTCCATGCGTAAACTGAAAACCTATCTGGGTGAAGTCATCACAACATGCGA
2377 TAAACCCTACGATATCTCTAAGAATACCGTAGGATGGAAATTAGAAAAGATTAGTTGAAT
2378 CTTCTTTTACGTTCGTCAGCCAGTTCTTTTTTGTACAGTTTAATGTACTTCCCGTTAAGG
2379 GTGCGAAGCTGTTGGAAAACCTTGTTACACAAAGCACGTTTCGCTTTGTATTCCGGCGTA
2380 TTACGGATTGATTCGACCGTCATACCCATTTCGTTTTTAGGGTACGCGCTCAACTCCCTG
2381 CCGATCTCTCTGTGCCAGTTGCTTAACTGATCACGCTGTGCTTTGTACTCTTCAAAAGTT
2382 AACATAACAATCTCCGGTTTCGTTTCTATGTGTGTAAGGTATCATTACCCTACACACAAC
2383 GCAAGCGATTTTTATTTTCCGTAAAGAACACAATATTCTTTATATTTTTCACGGGCTTTT
2384 TCTTCATTACTAAAGGAAACTCCCATTCCAAAATCAGAACCTTCGAACGTAACATCCCAC
2385 GATTCATACCCATCTTCCGAATAATAGGAAAGTGTTATTTTACGATCTTCAAGAACAAGT
2386 TGTTCAACAACAATATCAATTTCAGTAGTCATAGTTCATTTCCATAATCTTTTGCTGCAT
2387 CTTCGGGGGTTGCGTCCAGTCGGTAAAGCTCAACGGCTAACGGACTGGGTTTGATTTCGC
2388 GGTTCAGGATCTCACTGATACCGCGAAGGAATTCGATATAAGGACGGAATCTCATTTGAT
2389 ACGTACCGCGTTAAAAGCCTGGTTGCGCAGTTCATAAGCCTGTTCAAGCTGTTCTGTAGT
2390 GAACAGAGGACTATCGGTGTTAGTGGTGAAACTGCAAATGGTTTTGTTGTCGGCGTTAAC
2391 TTCTTCAACAACGATTTCATAACCCCAGATCCCGCTGTACTCACATTTCACGTTACGGTA
2392 CTTGATGTAAACCGCAGCAACATCTTCTTTTTTGTAGTTCCGGCTTTTGTAGATGATTTC
2393 CATGATTTCCTCCTTCGTTTCGATGTGTGTACAATAACAGATCAGGGTTATCGAGTTTTA
2394 GCAATTTGTGCTAATTATGCCATTTTCTTAGCGATTTTCCAGGAGGCTTTGAACGCCGGA
2395 ACGTCTTCAATATCAATCCAGAAACCAGATCCGAAACCATCACTATAGCAAGGGCAACCG
2396 TCGCAGTAGTTTTCCCAGGTCATCACTTCACCACCAACAGAAGCACCAGTTTCCATAGCA
2397 CGTAATGCATCTTCAACTTTTTCCAGTTTTTCGGCGTTGTCGTCGTAAATGACAAAGTAC
2398 CATTTACCGTTGTATTCGTTACCCAGTTTGATTGATTCGCGAACAAGTTTCATGATAATT
2399 TCCTTTTGTCTGTTTCGTTTCTATGTGTGTAATATAACAAAACCCCTCACCATAGGCAAG
2400 GGGTTTTGCAAAAAATTATCGTTTGATTGGGGTATTATCTATAACCCTTTGAATTTCCGA
2401 ACGCATCGTAGAATACTGACACAATTCGGTAAGCGCCCGATCCAGGTGCATCATAGCATA
2402 AGAAAACTCTTTTCCGCATTTGTCACATCGAGCGTATAAATGTAAATGGATGCGCCCGAT
2403 CCCATCTACCTGACTATATTTCTGGAATATGTAAGGATCTGCACCTCGATAGCCAGTTGC
2404 TTGATGCTTACACTCTCGTTTGAACCATGACATTAATAATATCCTTGTACGTTGAAGCGA
2405 TCACATAACAATTTTCTTGTTTGGTTAGTATCGCTTTGGATAGAATGCAACATAGCGCTG
2406 AACATGTTTAGGTTATTTTGCATCATTTCCGCGCTCATGAGAACTTCCATACGCGCACGT
2407 AAGCGTTTATTTTCTTCTTCCAACTCAACCATACGGTCATATGCTTTTATGCGCTCTAAG
2408 GGCATATCAGGGCGCTCTTTGAGTACGCGAGCACGTTCAACCTCACAAGCATGATTTGCT
2409 TTCCAGTGGTTCGATTCCGCTTCAAATTTATTAAGGCGGCGGATCTCTTCAACCAGCTTT
2410 TTGATCATGTGTGGATCCATCATGTCGATGAATTTCATCAAGCAATTGGATTTTGTTTGG
2411 TTGTCAGCAACAGACCAAGACGAATTATACGTAACCGTAAACGTGCGGCCCATTTCATCA
2412 ACAACCCCGATCTTGTTATCATCGGTGATTGTAGCCGCCCATTTCTCCCTCATGGCTGTA
2413 CAGGTTCCGCTGGCGACACTATGCAACTTGTTTAATGTTGCGTCATCAAACACAATTTCA
2414 TCACTCATGTATGCCTCACATAGATTTCAAAATACGCAGAAGTGCGTTAGTAAAGATATC
2415 AGGAACACAACCACCAAACAACTTATGATTCATCAGCGCTAATTTCATGCTGTGATTTTC
2416 AGTATATCGCCCGTTATGGATCCCCCAGGCAACGACATTACCAGGTTCATGAATAACTAA
2417 GTTAGTGAGAGTAACGGTCATGCGCTCTTTATCATTGATAGAGAATGAATAGCGATAACC
2418 GGATCCGATGTCGCCGTAAAGGTTAAGGTCTTTCAATTTCCCTTGCTCATGCAAGCGTTT
2419 CATATGAACTGCACATGCATGATTAATAGTCATTTCGTCATCCCTAGCCCAGTCATCAAT
2420 ACCAGAGGTATAACGAATATTGAAGTAGTTAGTCAGTTCATTTGATACGCTCATTAGAAA
2421 CCTCACTTTTATAAAATTCTTTACCAGACCCATTACAGCTACTGCATTTGGGGGAACGGT
2422 TGTTATCATACCGCCCCGAACCGTTACATGCAACACATTTCCTTAATTTCCAGCCATACA
2423 CGAACCTCATGTAATAATCGGTTCGTGCGGCCTTGCGTTCATGGAAATTCATGCTTTGTA
2424 AACCTGAACCAACCACATTTCGATGTTAGGCGCGTAAGTAACGTTTACCTTATGCATAGT
2425 GCGGTATTTGTAAGCGGCTTTGTACGCATCGAGTTCAGTCGGAACACAGAAAGAGAAACC
2426 GTTATCATAGCGTTCTGCGTTAGAAACTTCACAACCAACTACAGCGGCAATGTTTTTATT
2427 CATGTTCATGATATTTTCCTTTCTCTGTTTCGTTTCGATGTGTGTAATATAACAAAGCCC
2428 CTGCACTAATGCAAGGGCTTTTTGATTATTTTGGTAATTTTTCGATTGTTGCTTTCAACT
2429 CATTGATTTTATTAAAGAGTTCATCGCTATATTTCATCAACTCACTACGGCGTTTTTCGG
2430 CCCACTTGATCAGGAATTCATGAGAATCTACACCATACGTGTAACCTTCTGCACTCAGTT
2431 GAATACGAGCACGGGAACCATAATCAACAGAACTTTGTTCAATGAGAAACTTAACCGCAT
2432 CAAGCAGGGCTAAATCTTCATGACTTACCATGATTCCTTCTGCCTTTGGAAGATCCACAA
2433 CTTCATCCTGAATGAGTTCACGACGGGTTGTTTCTTCCAGTGTTTCATGATTCTGGATCA
2434 TCGTTTCGACCGGATCCTTTGCCACGGCTGGTTTGTTTTCACCTACTTCTTCCAAAAACA
2435 TCAACATCCATCCAGGAATTTTAGTCCAGAAATAACTTTGTACTTCACTGGTGCATGAAT
2436 TTCCCAGAATGTGGATCGCGTTACCATGCATATCAACTTTATTGATATAGATAACGTTCT
2437 GCTGTTCCTGTCGGTTGCTACCATAAGAAAGGAAGCGGCGTAACGATGTGTTATGACCAT
2438 ACTTCCCTAAATCGATTTCAGCCAGGCAATCAATGATCCCACGGTTAGAAACCTTGTAAC
2439 GCTTACCCTGTTTGAAAAATAACGATTCTTCCAGGTGAGTAGGGGTAAACTCTTCATAAA
2440 GAACATAGAATTCTTTAGGAATTTTGCGCTGAACCAGGCTCAGTTTACAATTATTAGAAG
2441 GAACAATAACAGCGTGAATGTTTCCTTCTGCGTCACACATAGCTTGCATTACTTGCGGAT
2442 AGTAAAGATGGTCTTTCTTGCAAGTATAGCTATGGATACGACTCTGCCGTTTTTTGAAGT
2443 ACCATTTACCAGTTTCAAAAGGCGCTGTTGTAAAATTCATTTTGCATTCTCATACATAGT
2444 TAAAATTGCTTGCATATGTTCCGGTGATTGTGGAACCCCTGCAAAGTTCACTTTCAAAAA
2445 GAAATTCAACCGATCTTTTATGTTGCACTCATCGAGTCCAAGCGCTGGTAATGAAATGTT
2446 TTCAAAAGCACGTTGTTCATGTCTTTCCATTTCACCCCAAAACAAACGGGAACCGTTAGG
2447 CATCGGTATTCCAATTTCATTGTTCCAGAATTTCATGATAGTTGTCAAGCGTTGTTTTCC
2448 GTCGATGACTTCTACCCATCGAGATTCGTTGAATTCACTATCAACCGCGATCGCGATGAT
2449 ACCGCAAGGAAACCCAGTAATCAAAGTCTTCATGAAAGCATCTTGCTCTTTCTGCTTCCA
2450 CACGTAGGGCCGCTGATAGGACGGATTCAGATCCAGATCGTTGTTCTTGAACCAGTGAAT
2451 GTAACTACCAACCATGATCGCATGATCGCGACTTTGGAAAGTTTTTAACTCACGAATACG
2452 GTTTCTTACAATTTCGTCTGTCATTATAAAATCACCATCCAGTATATAATCGTAATCATA
2453 ACCGCTACAGTGAAACACATTGCAGCGTACACCCGCGCATTATGAACCTGTGTTTTCAAT
2454 TCTGCGATCTCTTGATCCTTTTCGCTTTCAAACTCTTCGCGAGTACCATAATACCCAGGA
2455 TCGTTAGCAGTTGCCAATCTAACCGCATCTTTTTCAACCAGCGTTGCATAACCGCTTTTT
2456 ATTTGTGTCGCCCCGTACCATCCACCCCGATCATTGTTAATGATCAGATGGTCGCCTTTT
2457 TCGTTATGCTTTGATTCACCAACGACAATAACCCGCTTACCATTCATAATATGATCCTCA
2458 AAGGGGCCGAAGCCCCTATTTTGCGTTCTTCTGTAGATAATCTAACAGATTTCCGCTTTG
2459 ATGTAAATCCAAAACTTTAGAAAACTTCTCTGCGTTTCTTTCGTTTGTGAGTTCGTCGAA
2460 ATGCCATACACCATCATCAGCTATTAACGCGCCAGGTGATGAACCTGTTTCTACATCACG
2461 GGAAAGCGCAAGCCCCAGAGGGTGTAAGATTTCGCGGTTAATGCGCCAAACAAGGCCCAT
2462 TTCAGATAGAGTATTAAAATCGACGTATTTCATATTATGCCTTTGGTTTCACACCGTAGG
2463 CCAACATACCAAAACGATGATCATTATCTGCATCTTTAAACAGAACTTCGTTACCATCAA
2464 TGCAGATGACCTTTGCTTCCGGATCGATGTATGGAAGCAACCACAAAGGGATCAGGCGTA
2465 GGCCGCTATGTTCATCCCAGCGACTGAAATTGAGTTCTTCCAGTTCATCAAGGGAAAGCT
2466 CATTAGGATCGATATAACGGAACCATTTGGTATTTTTGAGGCGGTCGGGGAAGTTTACAA
2467 TTTCTTCATAGCCGAATTCAGCACTCCATGAAGAGTAAATAGTGACTTCGGATGCTTTGG
2468 TTAAAACAGCATCGCGAATTGATTTGCAGATATCGATTAAAGTCAGTTGATTTTCCATGA
2469 TATATTTCTCATCTTGCTAAAATTTTAGGCAGTAGTTGCCCCATCGTTTTACGTGCATGT
2470 GACGGAATCTGTGAGATCGGGACATATTTAAAATCATCCATTTCACGTATAGTCCGTCCG
2471 TTCTTAACGAAAGTTGATGCACAATAGCATTCTTCCGCTACTGGGTAATCTTGCCCTACA
2472 TAGAGGAATAAAGCAAGGTTTTTTGTTTTCGTGTAATCGAGAACACCCAGGCTAACCAAT
2473 TCCTCCGCGAACACTTCAAATCCTGTTTCTTCGAAGCATTCGCGGATCGCCGCGTCAATA
2474 TGAGTTTCGCCCTTTTCAACATGCCCCTTCGGAATATCCCAATGGGGCGTTTCAGTGGCA
2475 TGGCCCATCAACACGGCACCATCTTTAACAAAGATAATACCCGCTGATAGTTCCATTTAT
2476 TCACCCGCAAAAGCGTTATCAAATGCTTCAAGTGCGTTGTTAGCGCGAGCACTGGCTTTT
2477 GTCACACCAGCCTGGAGATTTTCAAAGAAAGTATGTTTCCACACTTCGCGGCGACTGGAT
2478 TCATGTTCCAGACTGTTTTTGTGATCACCGCGAATCTGTTCTTCCATGTCATAACGGTAC
2479 AGATCGAGTTCTGCGTTTAATTTCTGCTCTAATGCCTGTGCAAATACATGTTCAATATTC
2480 ATTTTGTATAGCCTATTTCAGATTTAAGGTTTTCGAGGGTGGAGTGATAAACAACATTCC
2481 CTTCGTGTCGAGTATACCATACTTTTCCGTTCTGGTTACACTCATTCATTACATTTTCAT
2482 CTAAACCAGGGATCGGCTTCATGCTGGGAGAAAACGTGATAGACATCATTTGTTCTGCAC
2483 TATCAGCAAACCCACAAGGGAAAACAGATCCAGTTGGTTTATCAAGATACATCAACTCTA
2484 CTTTAGCCATAGATTTCTTCGAAATCCTCACAATCAGGCAAATACGTTTCACAGAAGGTG
2485 CAAAGCGTAAAGAATGCAGGTTGACGAATACCAGGATTATCCGGTAGATACATCCAGAAG
2486 GTGTTAGCAAACACGATGAATGTTTTCAGGTTTTCGGTGGTGATTTCGCTAACACCATCA
2487 TACCCGGATTGATTGATCGCGCGTTGCAGTGGCACCTCATACTGTTCGCAATAGTCGGCA
2488 TAATGATCGCTTGTTACAAGGCCATTAGCCATTTTAATCAAATCGACGATTTTCATGATT
2489 TTACATATTCCACTTTAACAGGTTTTGCAACAAATTTATCTTTGGTGCGCCCATGACCAT
2490 TACACAGGTCACATTCTTTGTTGAAATCTTTCATATCTTCGACCCATCCAGAATCTGGCA
2491 ACCCAGACGGATATGCGTTATAACGAATGGTTTCATAACCTTTTCCGTTGCATTTCGGGC
2492 AAACATGAGGACGTTCTTTTTTAGCAGACTCTGCCAGTTCGCGAAGGGTGGTAGAACTAC
2493 CATAAGCCCGACACATGTTTTCAAAGTCTTTTAAAGTCATTCTATAAACATCAATGACGT
2494 TATATTTTTTGCCGGATGGTTTAGCCATAATATATTTCTCACTTAAAGAATTTTTTGATG
2495 AAAGAGATAGCAAGGCCGATACCAAAGAAAATTAAGTAACCTTTTCCGTCACCGTGCGCC
2496 AAAACATAGAGTGAGCTGCCGTATGCGATGAGTTCTGCGATGTTCATTAAGTTTCTCATG
2497 ATATCCTCCTTTTTCTATATTAAGTATCTTACCATAATATAAACCAAAGTCAACAACAAA
2498 GTTTTATCAACCCACTTATCACCAGTCATTAGTAATCCCCTACAGGTTGAGACGCCGCAA
2499 CACTCAGGATCTTGAAAGTGCAATTGTTCCATTCACAATAAGTTTTTGCGCAATGAACAC
2500 TTCCTTTCATAACAAACCCGTTTGAGAAAATTAACCAGTAAAGTTTCATGATAGCCTCCT
2501 TTGTTTCGACAAGGCCAATATAACAAAGCCCCTGCACGAATGCAAGGGCTTTTTTCAGTT
2502 TTTCAACATCCAAAGTTGCGGAGGACAATCTTTAGAAGCGATTAGACGATCCAGGCGGGA
2503 CATAACCCGACGATAACCGTCGTATTCAAAATTAATTTTTGGTGGAACGTAGTTGACCTG
2504 GATTGTTTTTCTGTTAGCTAAAGAAACATACTCAGGGATCACCGTTCGCAACCGTATAGC
2505 GATCACTGGCTTCTCTTCGCCTTCGTTAAAGAACATTTGAACAGTTATAGGACAAGCAAA
2506 GATTTTACCATTTACCCGACGATAAACAATAACTTCCTGTGTCCCTTCTGTTTTGGCCTT
2507 CACAGCGTAGGTTAGAACATAACACGAATAATGATTTGCTAGACTCATCATGATATCGCG
2508 ATAAGTTTCAATATCTTTTTTAATCGATACTGAACGGTCTTTAAAGCGATCTGCAATGTG
2509 GTCAGCAGTAGCCGCTACCTTGATTGTATACCAGTCACCTAACGCGCTAGTAAACGCCTC
2510 GCTAACTTCTTTTCGTACACTGTTAACAAGATACATTAAACGTGTTCTGTTCATATAATC
2511 CTCACTGATTTTTGAAGTATTCGATCTGACGCAAACGCTTTTCAGCGGCGGCTTTCGAAT
2512 CGTATTCACCAAGTTCTTTTGTGCGATCGTGATTCAAAACAACCCACTTATCGCCACGCT
2513 GTTCAATGTGTTCTGTAATATCTTTTAACGACTTATCCAGATCCAGTGATTCAGCCTCTT
2514 CACAGATAATAGTCAAATCCACGGGCAGTGTCAACAACCTTTTTACTCCGCTGATATCAT
2515 CAAGCATCGAATCGTATGCAAGGGTTACGTGCGGTTTGTAATCCGGATAATCGTATGTTG
2516 CGCCAGCATCAATAGAATCTTTGAAACGGCTATGCAGGTATTCAGATTCCAGGATCCCTA
2517 CGATAGTGCTACCGTATTTTGTGTCCCACTTTTCAACATCAACCAGTTTAGCAGGTTCTG
2518 TGATGTCCTGTTGCGGGAACAAATCAACCGTTTTCCGGCTGTATACGATCGTTGTATGCA
2519 TCTTTTCGGCTGAAACAGCATTCTTTGTGATACCTAATGTCTTTTGAACATTTTTCAAAG
2520 CCTCACATGAAGCCTGATCGAATTTAGCACACATGTAGATACCAGGATCTACAACAGGTT
2521 TTGTGATTTCAAGAAATGATTTCATAAAACACCCCAATAAAAAAGGGGCCGAAGCCCCTT
2522 TGTAATAAATTTGTTTTTACGCTTCTTCGCCAAAGGCGGCTTCATCTTCCGCGCCTTTTT
2523 CGACTTCAACGGAAGGGATCAGAGCGGATACCGCGCCAATCACTGCTTCTGGGGTTACTG
2524 GCTGGCTTGCGTCAATACCCAGTACCGAACACAGGTCGGACAGAAGTTGACGATGAACAG
2525 AGAGTTCACTTTCTTTTTGCGCGATAACTTCGTTCAGATCGAATGCGCGGCCTTTCAGTA
2526 CCAGTACTTCATTTTGCAGTTTTTGAATATCAGACATTTTATTACCCATTGTTAAAATTT
2527 AAAAGTATCGAGCACTTTGCTCTTTAGTTGTTTCAAAGTACCTTCGTTAGTGATGATACT
2528 ATCTCCAGGTTGAGGTGTCAAACCTTTTTCCGTGGAATGTTCATCAACAATTCCGGTATC
2529 CTTTACAATAAACACAAACTTAGCACCTAAGCGTTTTAGGTATTTGTATTCGTGTTCTTG
2530 ACGACAGTCAGTGACCAGAAGATGGTTGTATTCGTCACCAGTATATTTATTGACGAATCT
2531 TTCCAACGTGTAACGAACCCAAACCGTGTTATCATACTTGCATACGATATCAGTTCCAAA
2532 CACTTGCATCAAGCGTCTGATACTCCAGGGAGTATCGTTACTCATAATCAGGTTATCAAT
2533 ATCATCAGGACTATAAACAATATTGTATCCACGTTCTTTGAGGATTTCAAGCCCGATTTT
2534 GAAAATATTTAGAACATCTTCATTAGACATCACAAGAGGTTTCTCTCGATCGCCTTTGTA
2535 AAAAATAGCATCCGGATCAGAATATTGTCCTTCAATCATATTGCGAATGTATGGTTTATC
2536 GTAACCATATCGCTGCATTGCTATTCTTAGCGTTCTTTTGATACCAAATGCCAGTGCTTC
2537 ACACTGAACATCATTGTACGCCTCTTGAATAAATTTAGCAACCGTATCTTTACCAGTTCG
2538 CTTTTTTCCACTAATCACATAAATCATTAGCTCATTCTCTTTTGAGAAGTGACTACTTTT
2539 CCGTCAATTTCAACTTCCATATGAAGGAAGCCAAAAGTTGCCATACACGTAACCGCTTCA
2540 TCACTATCGTTAGTATAACCCAATTCAACCTCACCCAAGTTTGTTGGGAAGGCACCATAA
2541 AATCTAAATGTGGCGATCGTTTTCATCTGGGAGTTATCCAGGATATGCACAGCGAATGAT
2542 TGCTTAGGATCATCCCACGCAACAGAGTTAAACTCATTGTAATCGTTTGTGCTCAACATC
2543 CATATGTAAATCCCAAGATACGATCTCATTTCCTCATCGACTACAAAGCGGATCATCAAA
2544 GGATCAAACTCAAAAGCCGAACCAGGTACTTTACCTCGAACCATCATATTTGCAGGAATA
2545 TCAACTGCTGGGAGGTTCATTGATGGTAGTGTAACCCCTTGAACTTGTAAAGTCAAACCT
2546 TTCATGTAACTGTTATCAGGAATATCAACCCGAAAGTTTGTAGGTGAGATTTGGTTTAAA
2547 ATCATTTCTGTAGACATAGGATCTCCTTTCCTCTATTTAGCGGGGAACGGGATCAAAGCG
2548 GCCTGACGGGGTAATATAAAAATTTGAAGAAAATGCTTGACCTTTTAAAATCTTTGATCT
2549 ATAATAATTATTAATTAAAATTTTATCAAAAAGATCTAACAAGATCAAGTAAAATTTAAT
2550 AAATAATTTATCAAAAATTTTTAGATCTGATCTTGAATTCATAAATTTTATGATCTATAA
2551 TATATTAATATTTTATTTTATCATAAATTTTTATGAAGATCAATACTTAGATCTAATAAA
2552 TTTTATGCTTTTTCTGAAAACTTTTCCTTTACCCCGTCACTAAATACTGGTACTATGTTC
2553 CCATATTGGAAATCAGGAAAAACAAAATGACTCACTTGAAAAAATTCAAAGAATTTCTGA
2554 CCGAAGGTAAAACCCTCGCTCGTACCGTAGCACGTGGTCAACGCGCTAAAACTTCCGATA
2555 AACATTCAATCGGTTTTCTTCACTTCAAACATGGTTCTGATTTCGAAGTTTTAGCACCGG
2556 ATTCTCACGATCTGGCATACTTCGGTAAAAACATTGTACGTTTGAAAGGTATGACTACTG
2557 GTAAAGTTCAAGCGGCTTATGTCGATTGGGCTAAAGGTACTGTTTCTTTCTACAGTGGCA
2558 ATCCGGATGATGATCTGGATTTCGACAAACCAGAAAAATTCAAAGCTGCTACTCTGTATG
2559 AAGAGGCGGAAGAAAATCTGGATCTGTATAACCAGTTAGCAGAAGATTTCGAAATCGAGA
2560 TCCCTATGGATGAAGCTCTGGTGAAAGGTAAAGTTTACAAACTCCCAAGCAACGATATGC
2561 GTCTTCTGTACACTGGGCGTTCTAAAACTAAAGCAAGCGGTGAATATGCAGTGTTTACCG
2562 TAGTTGATGCTTCCGGCAAACCTCGCCTAGTATCTGGTAAAAAATTCACCCAAGAATATA
2563 AAGGCGATATGGTTTCTAAACTGGTTCTGGCTGAATCCGAAGATCTGAATGAAGCGTCTA
2564 AAGGCATTCGCGAAAAAGTTATTGCTGTGATGGTGAAACGCGGGTTTAACGAAAAAGATG
2565 CAGAAAAGATGGTTGACAAAAACCTGAAAGATGCTATGAAAGTTAGACCTGGTGCGACCC
2566 CTGGCAAACTTGCAGAAATAGTTAGCACCCTGTAAAAATAAAGCCCCTTCCTTTCGGTTG
2567 GGGCTTCTGTATATGGCACCTGTATGAAAAAATATGGCAATGATGGAAGCATCAATGATG
2568 AAATTGCTGGAATCGTTGATTTGCTAAAACATGTAAGAGTTGAACCCAAAGAGGGTAAAA
2569 TCTATTGGACTAATCCTATAGGAAAGAAAATGAAACCTGGACAAGAAGCGGGTTCATACA
2570 AAGGCGACTATTGGATTATATGCTTCAAGTATGCAAAATATAGGAGACATCGAATAATTT
2571 TCTATTATCAACACGGCTACTTACCTCAGATAGTAGATCATAAAGATGGAATTGACGCAG
2572 GGGATTCTATAGATAATCTTCGTGCTGCTGATGCAAAAGGAAACCAGCGAAACCGATTAG
2573 GGGCGCAAAAGAATAGTAAAAGTGGTGTAAAGGGAGTGCGAGAAAAAAGAGGTAAATGGG
2574 AAGCAAACATTAGATATGAAGGCAAAACGATTTATATTGGTACATATGAAAATATAGAAG
2575 ATGCGAAACTAGCATATGATACCAAAGCAGTTGAATTGTTTGGAGAATTTGCAAAATAAA
2576 AGCCCCGAAAGGGGCTTTTTAGTATCTGTTCCAGACTTTCTTCGCGCTGTAAGGCTTGCC
2577 CTTTGAAACAAACGCTTGTGTAGGCAACCAAACTGATTTAGCCCAGTCTTTTGGGGCAAT
2578 CTCTGCTAATGGTGATTTGAGGTGTGATGGTAGATATGCTTTGATCATTTCTGTTGCGCC
2579 TCGCATACCTTTCACGTTACCCCAGTTAATTTTAAGCACGGTCTTGTTAGAGAGGCGTTT
2580 AGTGGATCCGTACCCTCGCTTCAATAACTCTTCTAAAAACTCCTGTCGTGCTCTGGGTGG
2581 CGCATAGTGCAAGTTCAAACCATAGAACACTAAGTTACCCGCTTTCGATCTTCCGGATCC
2582 TAAGAAAATGATCAGTGGAAATCTATCCCAATACGGCAGGGTGTCTTTATATTTTGCATC
2583 ATATGCAAACGTGTACAGGCGACCCGTTGCTGGTTTTGCCACACGGTGTGTTTTGATACT
2584 GGTTTTGATGAAATTACCAAACCATTCTGTTGAATCTTTCTGTCGCTTTGCCGCCGATAC
2585 ACCAACAGTGATCTTTTTCAGACTATTACGGAAATCGTTGATGATCTCGATCCCGTGTTT
2586 TTTACGGTAGTCATTACGTTTTTTACGGGCTTCTGTCTCTGCGGAACGTCGTTCAATCTC
2587 ATCATCAATCTGTTTTTTGTAACGATGCATTGACTTTGTGAACGTTGCGTAGTTTAATCC
2588 CTCAGAATCGGCAAAACGTTTAGCAGAAACACCTTTCGTTTTTGCCTTACGGAATTTGAT
2589 CCCCAGTTCAACCCAATCACTCAATTTGCGTTTGGGTGGTGCTTTGGGTTTATCCTCTTC
2590 CGCGATGATCTCAAACTCAAAAATAAAACTCATGTTTCCCTCCAGGGATTACTGACCTCG
2591 CCACCCAAAAACTTTTTTGAGTGATTCTTCTGTTACGATTTTGAACTGCCAGCCTTTTTG
2592 ACGGCATAGCTCATTTGCGGCTTTCCACTTATCAATATTAACTGTATAGGTGTAAAGAGC
2593 ATCAATAAATTTCTTTTTATTGTGTACGTTGTTGTTTACTGGCTTCGGTGGAGGCATGGT
2594 TTCTTTAAGGGGCTTAACCTCCCAAAGATATGTAGTACCATTTTCCATTTCCACATAGAA
2595 ATCCATGTAATAGCGTCTTCTCTTACCGTCTGCATTGCAGAAATACGGGATCACTATACA
2596 TTCAGAATTCCAACGTTTTACGTGTGGGTTTTTATCCAGCCACTTCATAACGTAGCGCTC
2597 CCACGATGACCTATACGTAATCTTTCGCGGATCGCCTTTATACTTCTGTATGTTTTCGGG
2598 TACAAACGACCCTTTATACGTCTGTCTTCCAGCCATTGCGTAAATCCTAAATAGAATAAT
2599 ATAACGTTTAGATAGGGGAACTTATCGTGCTATTTTCATACTTCCCGCCTGTTGATTACA
2600 AAGGCACCCAGACAACTGATATTTTCCGAGACTATCGATTTTATTTTAATCGTGTGATTG
2601 GAAAATATAAAACCCGTAGTTACCAGATAACAGGCACACTACGACCTGAACAACTTGCAG
2602 AATCATTATATGGAAACCAGCAATACTACTGGATCCTGTTGATGCTTAACTCTGTTTATG
2603 ACCCTTTCTATGGTTGGATCTCCGATCAGGAAGCCGCGTATCAGTGCGCTATACAGCGTT
2604 ATTCTGAGGTTGGCGGTGAACAGGTTCTGTATCATGTAGATGAAAACAACAACAAGTATT
2605 ATAACCTTGTCGAAGACCCCAATAACCCTGGTCATTGGTATGACAAAGGCGACAAACCAA
2606 TGCTGTATTTACAGTATCAAGGTGTATTAGCTCCTGTAGATATTTATGAAGATGCAGTGT
2607 TGCAAAATGAAGCAAAACGAACAATAAAAATCATTAGTCCGTCTGACATCCAGGCGTTTC
2608 TGAATGATTTTATTAAAGAAATGGAAAAGGCTAACTCATGAAATTAGGCGGAAATTTACA
2609 CTCCCCTTTCTTTGATGGGGTGGTTGAAAACGTTGATGATCCTCGCGGGTTGGGCCGTGT
2610 TCAAGTCCGTGTATTTGGACAACACCCAGCCCAAAAACAAAAATCCGATGCGATCGGTGT
2611 TCCTGTTGAAGATTTACCCTGGATGATGCCTATTCAGGATATTAGAAGCGCTGCGATCTC
2612 TGGTGTGGGCTTCTCTCCAACTGGTATCACTCGCGGATCCTTTGTTGTTGGTTATTGGCG
2613 TGACAAATGGCACCAAGATGGTATGATAATCGGTACTGTCGCTGGTGAATATGTCGAACA
2614 ACCAGACACACAGAAAGGTTTTTGCGATCCTATGGGTGAATACCCTCGCTATGTTGGTAA
2615 CGATGTTAACTCCCTTGCTTTAGGTGGTTTGAAAGGCAAAGGATCATCAAGTGTCATCAT
2616 TCGTGATTCAAACACAAGCATAGCAGTAAACCCAGACGATCGCCCACTGGATGAGATACC
2617 AGAAGATAACCGCCCTGATACGGGTGGATTTACTATCGAAAAGATGCTCAAGCAGGATGA
2618 GGGGATCCGCACACGCTGGTATACAGACAGTGAAGGATATCCGACAATTGGGATCGGGCA
2619 TTTGCTTATCCGCGAAAAGACTCGCGACACTGCAAAAATTAACGCTGCGATCAGTAAAGC
2620 GGTAGGTCGAGAAGTAACAAACGGGACAATCACGGCAGAAGAGGTTTCAACCTTATTTGC
2621 TCAAGATTTAGCCAAAGTAAGATCTGATATTCAGAGAACCGCTAACGTCCGTGAAGTGTA
2622 TGTGAACCTAAACCGTCCTCGTCAAATGGCGATCGAAAACATGTCGTTTCAAATGGGCGT
2623 CGGTGGTGTTGCTAAATTCACCAATACCCTAAAAGCGATGAAAAATGAAGATTGGCAAGC
2624 GGCTTATAATGGTCTTCGCAATTCACTGTGGGCTAGTCAAACTCCAGGCCGTTCTTCTCG
2625 CGTGTCTAAAATCGTCCTCACGGGCAACCTTGAATCATATGGGGTGCAAGTACCAGATCC
2626 GGAAGGGCGCTCTCTGAGTGCTGCTTACGCTGCGTATAACGGTGCTACATTGTCGGCTAC
2627 TAGTCCGGAAGATCCGTTTACTCCTGGTGATACCCGTGTGATGTTTGAAGAACCAGCATC
2628 ATCTTATAATGCGGAATATCCGTATAACATGGTGTTTGAATCGAGATCCGGACACATTCA
2629 GGAATTCGATGATACCCCAGGATACGAACGATATAACCGTGTTCACCCAGCAGGGAGTTA
2630 CGAAGAAATTCGCCCGGATGGAACCCGCGTTGTTAAAATCGTAGGGGATGATTATCAAAT
2631 TGTGATGCAGGGCCGGAAACTCAATGTTAAAGGCAACTTGCAGGTAGTTATTGAAGGCGA
2632 CGCATTCATTTACAACATGGGTAACGTTCAACAAACGGTTGATGGTAACGTAACTGAGTT
2633 TGTTCGTGGCAACGTTCAACAAACTGTTGAAGGTGAGTACGTTGGCCTGATTAAAGGTAA
2634 CGCTGAACTAACTGTAAACAAAGATGCAACAGTTAACGTTGATCAGAATCTTACCGCAAA
2635 TGTGAAACAGAATGCAACCGTAGCTGTAACAGAAGACGCAACGATCACTGCAAAAAATGC
2636 GAAAATGGAGATTGAAGAAACGATGGATATCGGTGCTAAAGATATCAATATCAAAGCAAC
2637 GAATAACACGTTTATTGATTCTGGCGCATTAACAAAAATCACTGGCGGCACCGTCCAAGT
2638 GGGGTAATTAAATGATTATGGATTATGAATCAATAATTGATGGAATTATGCAAAATTATC
2639 AGCATCCTTGTGATGCTGAGATCCCCGCTGGCTATTATCGGCGGGTTATCTGGCAAGGGC
2640 ATACAGAAAATTATCCGGCTGTTGGGGTTGAGTGGGATACCGAGATAATCAAAATCGGTA
2641 CTCATCTTTATACTCAAGAACCGTTCGGACATAGAAGCACGGATCTACCTGTTGTCAATT
2642 CACCGGGAACAGATCCAAATACCGGACAACCAACAGGGATCCTTGTTCCGAAGATTGGCT
2643 ATTATTTCAACACTCAAGCAGAGATTGATGCTTACATTACATCCATCGGTGCAACTAAAA
2644 TCAATGGTGGTAATGATTGGTACGGCGCGGATCTGTCAAAATCAAACCTATACAAAAACC
2645 CTGGCGAACTGGCTATGTATAAGGTTGAAAACAGTGGCGGGTATCTTTCCGGAACAAACC
2646 CTGTATGTGATGCTCGCATACGTCAGGCGTATAATCAGGACACTGGCGCATTCACCAATA
2647 TTGATTATTATTGGAATGGTAATCGTATAGCATATATGAAGCATGACGAAACAGGGGCGC
2648 ACCAGTGCAAATATACGGGTATGCAGGTTAACACCAACGCAGATACAAGCATTCCTCCTG
2649 TTCCTCCTGCAATGCCTTCCACTTATGGGGCATTACCGAGTGAATTAAGCCGTGCTGATA
2650 TTTCGTGCATTCCGGCAACTGTTGGTTTCGCATATACAAATATCAGTGATGCTATGTTAC
2651 AGGCATGGAACGAAACCCGTAATACGTTCAAGCTACAGTTTAACATGTTAACGGGTGCTG
2652 TACAGAATGGATTCGGGATCGCGACGATGTTTGATGGTTTATCCGTATCGATGGAAGAAG
2653 TAATGGCGGGGGCGCTCGCATTGTCACAGCAAGCATGGCAAACTGCTATGAAAGTTTTCA
2654 GACAAGTGATTAGCGCTGCATTTAACATTATCGGTGGTGCGTGGGGATTGATTAATCAGT
2655 TCTTGCCTCAAGTAACCATCTTAGGTGTTGCGATCAACATTTACGATCTGGTGTTTGGTG
2656 ATAATTCTGTTCAGACTTTGAAAGATGCATTTAATGCAATCATCAAATCCGGACAACAAA
2657 CATATGAAACCGTCATAAACGCAATATACGGGGCCATAGGAAGCGCATACAATTACTCTG
2658 TGGAATATGTCAAAGCTGGCGCTCGCGACCTTGTGGATGCGTGTAGCGCGTTATTTGATT
2659 GGTGTTTAACGATGTTCCAAAACGGTTGCGTTGCATTAATCGACTTATACGGTCGGATCA
2660 TGCAAACATGGGCTATCCCTCCGGAAGTTCCAAACCCGTTATGGTCTGCGGTGCTGGCTA
2661 TCCGTAACATCATGATGCAAATCAAACCACTTGATATAATTCTGGGCGGTAACTTCCCTG
2662 GATTTACTGCAATGGATTTATATCAACAAGCACAGGAAAAAGTCAAGGCTTTTGTTGATG
2663 AGTCATACGAACAGATCCGAGGGCTTTATGAACAAGGGCAGGAACTTTACAAAACGTTAA
2664 AAAATCAGATTTTCGAACGTGATTCAATTCAGAGAAAATTCAACCAGTACTTAAACTGGA
2665 TGTGGGGCGCTGTAACAGACGAAGCAACAGCGGCTTATCAATCTGCATTGGATGCTGCAA
2666 ACGCTGCTGTAGCTGCAACACAGGCCGCGTATGACGCTATACAGGAACAGATTGGATCTC
2667 TACAAGATGCAATGAAAGATACATACAGCATGGCGATGGAAGAATTAAAGAAATTGCCTT
2668 TGATGAGTACAATAAACGAGTTTTTAGGATTCTGTGGTGTCGCATTTGACGATCTTCTCA
2669 AGTCATATGAAAATGCGATTACTGGTGCTCAGTCTCTGTACAAAAATTTCATTGATAGTT
2670 CTCGCTCGTTTAAAGATCACTGCAAAGTAATCTATAACCAAATTTGTACGTTGGCGTTGA
2671 GTAAAGTCACACAATATGTGAATAAATTGCTGTCTCTCATAGGATTAGCAATCAACTTTG
2672 GTTCGATTAGTGTATGTGTTCCAGTACTGAAATACTAAATAGTCGAATGATCAAGAGGAA
2673 TTTATAATAATGGCTACTGCTAAGACTAAGACTGTCAAAAAACAGATTAACCAAATCCCC
2674 GATATCTTTATCGGGGGTACTTTCGAAGAAATTAAAACAGATCTGATTGATTGGCTGGGT
2675 GGACAAGAAGAGTTTAAGGATTACGATTTTTCCGGCTCGCGAATGAACGTACTGATCGAC
2676 CTTCTGTCGTATGCTACTCTTTATATTCAGCAGATGGGTAACACGGCTCTATTTGAATCG
2677 TTTATTCGCACGGCTGCATTGCGTAGTTCTGTTGTACAGTCTGCTCAAGAACTGGGATAT
2678 ATGCCAGATTCGCGCACGGCTGCAAGCACAGCAGTAATGATTACGGCTGCTAACCCACTG
2679 ACCCCAACATCGATCCGTATCCCGCGCGGTACAAAATTCATCGGTACTGTAAAGAATACA
2680 GACAGTTATTCTTTTGTTGTATCAGATGACGTTGTTATCGTTCGTGATAGTAATAACAAC
2681 TATACATCAATGCTGAACCTGGTGCAAGGCCGTTTAGTTCGTACTGAACTAATTTATGAC
2682 GGTTCAAGTATCCTGATCCGAGATCCAAACATTGACCGTAGTCAGGTACGTTTAACTGTA
2683 AACGGCGCACAATGGGAAGACTGGACAAACGAAAGCATTGTAAACGCAACAGGCGCAAGC
2684 ACGATTTACTACATGCGTGAAACTGTTGATGGACATACCGAAGTTTATTTCGGTGAAGGT
2685 GAAGCAAGTCAACAAGTGGCGGGTGGTGCATTAACCGCTGAATATATCGGGGGCTTGAAA
2686 CCTGCTAATGGATCGACTATCGTTATTGAATACCTGTCAACCGATGGGGAAGCGGCTAAC
2687 GGTGCAAAAGATTTTATCTATGTCGATACATTAACCAATATTAGCATCACTAACATCGAA
2688 GAAAACCCGACTAAATCCCCTGATTATGTCGGTGCTGATGGTGGTGGTGATCCAGAAGAT
2689 ATCGAGCGTATTCGAGAACTGGCCCCTGTTATGCGTGAAACACAACGCCGTTGTGTAACT
2690 GCATCGGATTATGAATCTTTCCTGTCTCACAGATTTGGTTCTATCATCCAGGCGGTACAG
2691 TGCTTTACTGATAACGAAAAACCTGGTTATGCTTTCATTTCTGTTAAACCAAAGTCAGGT
2692 TTGCGCCTAACATCGGTACAGAAAGAAGATATGCAAACGTATCTTTCGAAATATAACCTC
2693 GCGACGATCACCCCATCGATTATGGATCCTAACTATCTGTATATTGTGCAATCTGTCAAA
2694 GTAACGTATGATATCAGTAAGTTGACGGAATCAGAGGAATGGTTACGCGGTCAGGTTATT
2695 TCGTCGATCGACTCTTACTATACTAACAACGTTGAAATTTTCAACAAATCTTTCAGTGTA
2696 TCTAAGATGTTGACTTATGTCGATCAGTCTGATACTTCTATTATCGGTTCGGAAGCAGAT
2697 ATTAAATTGCTCCGTGAAATTGACAACTATTACAGCGCCCCTATGTCTGGGATCCATTTC
2698 TTGAACCAGGTGGAATCTAAATCAATCATTTCCAGTACGTTCAAGTTCACCAACGAAGAA
2699 GACGAAAGTTATGATGTTCGTTATGCTTCTACGGAAATGGATCAGGATGGTAACGCAAAA
2700 ATTGTAATAGGCCCGTTCAAGGATGGGGATATTTCGATCGCTGCTTATACAGGCGATGAC
2701 TTTGAAAAATTAACAGATGCAGGAACCCGTAATAAATATTACGAAGTTGGATCGGTTTCT
2702 CATTACACCGATTTCATTAGCTTTGACCTGGGCGTTCTGAACGTATCCGCCGATAGTTTC
2703 AGCGCTGCTTATATCGAGCTAACTGCAAAACCTCTCGAAGAAACCATTTTTACTCGCGAT
2704 GGTTCGTTGATCGTGTTTGAAAATGACCTGCGTCCTCAATATACCACATTGACTATGAAT
2705 CCTATCAGTCAATAATCTTTAACCCCTGTCTTCGGATAGGGGTTTTTCTTTTTATAAATA
2706 CGTGATATACATAACCGCAAATTTGGAGAAATATAATGATTAAAGCGCCTTCGATTACGA
2707 GTTTGCGCGTTGATAAACTGGCTGCTAACTTCGTTTACCTTAAATGGGATGATGTTGGCA
2708 TGGATTTCTATTATGTGGTTGAATTGGCCCGTAGCCGTGATATGGACGGAACTATTATTC
2709 CAGACGAAGAGTTAATCTGGACGCAGTTGGGTTATAGCTACGAAAACGAATGGTTTAGCG
2710 ATCAGGTTGCCCCAAATACACGTTATAAATTCCGTATTCAAACAACTCATGAAGGGTTTG
2711 AACCTTCTGATTGGGTGATCAGCGATGAATTATGGACGTTTGATGAGAACGCCTACGCAT
2712 ATACAACCATGCGTGAATTCACCCCTGCTGATTCGTTTATCAATGAAAAATTCGCCAAAA
2713 ACAATCGTGATTACGTCGATTTTAACGATGATGTTATTATGGCTTCTCTGATGGTTGAGG
2714 ATTTTGTATACTCTCCCCTGTATTCTGATGTAAGCCAGATCAGCGATAAGATCCTGAAAC
2715 AAGAAAGCTACCATGAAATTCAAGATCACATCGAACACGTTTGTAATGATATAGATCGCA
2716 CGTTCCTGGTATACTCAAACGGATTGCTTTACCTGTTTGAACGTTTTCAGAATATGGCTA
2717 AAGTGTCAAATGACAAAGGCCAAACGTGGTATTACTACAAAGCATTAAACGATCGTGTAG
2718 GCAATCCGGTTTCCCGTACCATTGCTTATCAGAGCACTAACACTACGTATGTGTTAGGAT
2719 ACGATCGCATATTTTACGGGCGCACGTCAACAGATATTCGTTGGTCTTCTGATGAAGTTC
2720 GTTTTTCTTCTGATGATGTAACTTTTGCGAAGCTGGGGAACCAGTCAGGGTTAGATTTTG
2721 ATGTTGACTCATACAACACGTATGCGCGTCTACCGGGCGGAGTGTCGAAGTATGCCGAAG
2722 CTATGGCTTGTTCTAGTGATTGGCTCTATGTGGCTGCTAAGAACGTTATGCGCCGTATTG
2723 CGTTACGTAACACACCAATTGATACTGATCCTGGTTCGCCGACCTTTGGTGAACGTATTT
2724 TTGATGAAGTTTCATATACTATCGTACCAGGAAATGATAAAATTGTTGTTAAAAAAATGG
2725 ATGTGCTGAATGATCGTCTGTACGTTCTGGTAACTGGTGAAGTTAAAACGGCGATGATGG
2726 ATCCAACTGTCAAAGCTAACGTGATCCCATCAAACGATGCTGGCGTTTATCTGTGGGATG
2727 AGAATGCAAAGACGTTTACCCGTGTTTATGGTAAAACCGAAGATGAACGTTTTTATATCA
2728 CTCATGAATATACCAATATGTCAACCAATGGCGATGAAGTTTACATTTCTGTTGGTAACT
2729 ACAAATATCCAGGCACTTTGCCAGATCCAGATCTGGTTGAAAAGTATCCGGAAGATGTGC
2730 ATTCAGCGGTGAAATACGATCTTGTTCCTGGTTATACTGCGAGCATTTCGATTAACTTTG
2731 CTACAGTTCGAGCAAATCAGAACGATCCTACTGTTTGGAACTTTGGGCCGCAAGAGTACT
2732 ACAATGAAGCAAACTTTAGCTGGCATTTCCGCGATAAGGTTAGCACATGGATCACCAATG
2733 ATAACCGTCCTCTGGTGGTTTATCCGGAAACCCTGTATACTCTGGTTACTGATAGCGCGT
2734 CTCCTGCGTCAACGATTCGTGTAAACCATGAAGTTTGGGACAAAGGAACAGTTACTATCT
2735 ACTTGAATAATATCAAATTTACTGGTTTTACGAAGTACACAAACGGTGTTCTGTTGTATC
2736 GCTCAGGTGGTAGGATAATTGGATTCTATGAACTGTCATACCGCGCAAGGGATGAACTTA
2737 CTATTTTCTGGAAACCTGATAACACTTTAATGGTGGCAAGTCTGGTTAATCAGGAACGTG
2738 AAAACCCATACACGCCGGATATTGAACCTGGACTAATAGATCCTGATCTGAGTCACATGA
2739 TTACTCGTTTTGCTCCGCAAAGCTATCTGGACAACCAACAGTTCGAAAAATTTGGTGAAT
2740 ACTATCTGCAATATATTTCGTTGGGTAGCAACAGTTACTATAACAAATTGCTGAACCTCA
2741 TCCGGAACAAATATCCGAGAGAGAAAAACAACGTTGAATATTTGTGGTCTGAAATTAACC
2742 GCCGTAACATTTACCTGGATAAAACCAAACGTGAGGCAGTGGTTAGATTTTTTGAATCAC
2743 GTGCAAGCGATTTCTATTCAACAAAAGGGATTGAGGCAAGTTATACGTTCCTGTTTAAAT
2744 TGCTGTATAACGAAGATGTTTCCGTTGAGATCGAAAGCTCCAACAGTCTCGAATATGATA
2745 TTTTGGTTAGTTCAACAAATATCAGTCAGGATATCGTAGGCCGGACGATCTATACACCAA
2746 CTGGACGCGCTAACGTTACATACATCGAACGTGAATATGAAAATGGTCAATTGCGTTGGT
2747 CAATGACTCTGCATAATGCTCAAGGTAACTTTATCGAAGGGCAGGTTGTCAAGTCAGAAA
2748 AAACCAATTTCACCGGAATGGTAATTCGTGGTGTTCGTGGTAAACAAATGGCTAACAACT
2749 CGATCGACTATATAAACCGTGGACGTTCTTACTACGTGATGAAAATTCGTTCAAATCTAC
2750 CGACTTCCCGTTATAAGGATGACGTATTGAGGTTTGTTCATCCGGTAGGATTCGGCTTTA
2751 TGGGTATCACGATGTTAACAGTATTCATCAACTCTGGTTTGTCAATGACTCATAACGAGA
2752 CAATCATTGATATTCTGAGAAACTACCGTTTCGATAGTGGTTATCCTAAGTTCTGGCCTG
2753 ATCGCATTGCGAGCATGGACGGTAACGGAAACCAACAATTCGACCTGGTTACTGGTGAAC
2754 CTCTGTACACCGCACACCCGCGAGCGGGGGAACCTTTTGATGTACCTCCGGAATATGACG
2755 TTGAAGAAAAACCGCTTAACGGTGTTCTTCCTTCTGCGCGACGGTTCGATCAAAGTCCGT
2756 TGTTCGATTGCTCAGGCGTTAAATATTCACAGTTCCGTAATTTGGTGGATAGACGACTGA
2757 AAGATGATGCAGGAAACCCACGTGATCCAAATCCTCCATCACAGATTAAGGTAGGAAATT
2758 AAATGGCACAACAAAACTTGTATCGGTCGGTAATTACTGCAAAATTCCGAACCGAAAACT
2759 TGATGAACTTCAAAGATATGATCGGCGATGCCGCCGATCTAAACACGATTTATATGTCTA
2760 TTGGGCGAACTGAATCATGGGCGGATAACGAATCCGACCCTAACTTTGCCCCGCCATATC
2761 CAAATGATAGCACCGATGGTGTTAGTGATATGTGGACGCATATGATCGGGGCTACTAAAG
2762 TTCCTGGTGATATGATAGATGCAATTTTACCACGTAAAGACTGGGGTGATACTCGCTATC
2763 CAAACCCGAAAATCTTTTACTTTAACGATATTGTTGTTGTAAACACCGCGCCTTATAACC
2764 GTACTGATCCGGGTAAAGGTTGGATGGTTTATCGTGTAGTTGATGTTCCTGATATCGGTT
2765 CTTGCTCCATTTCGAGCATTACCGGAAAACTTGAATGTATCAGGATCGGCGGTATCTGGA
2766 GTCCGTCTCATGAATCGAGTGAACCTCCACGCGGAGAAGCTAACGGGATCGACATGGGCG
2767 ACGGCTATAAATGGGAATACCTCTACACAATCCCGCCAGATGTCGTGATCAACCGCTGTA
2768 CGAACGAACATATCGTAGTTCCTTTCCCTGGCGAACTGGAAGAGGATCCGGTACGTTGGG
2769 GTTATGATAACGTGATTCAATGGTATCCAGGACAATACGATCTAGTGTATCGGTTAAAGG
2770 TGAATTCAATGCGTTTTCGTGCGTACATGGATTCTCTTTTCTTCCCGCAATCTACGCTCC
2771 CTGGTAACAAAGGGTTCCGTCAGATAAGTATTATTGTAAACCCGTTGATTAAAAAGGCAA
2772 GCCCGACCGAACCTGAAAAGAAAGCAACTGGTGATTACTATAATGCTAACGCGCTTGAAC
2773 CTGATTCCGGACGTATGATTTACATGGAAAACAGACAACCTATTATTCGCTCCCTTGATC
2774 AGACTGAGGAAGTGAGTATTGTATTCGAATTCTAAGGAAAAACAATGGCTTACCAAACAG
2775 CAAAAAAACTAATTGATGTCGGTGAAATCGGCAACCCATCAACAGGCGACCCGCTTTATG
2776 ATGGTGGTGTTAAACTGAACGAAATGATCACCAACGTTTATAATGCGTTTGGTGATGTGC
2777 GTATGCTGTCTGCAAACGAAGGTGTCGGTAACATGGTGATCCATGCTACCGGATACTATC
2778 AGAAACTACCACGCACTTACTATTCAAGCACACCGATCGAACTGGGTTCCCTGCATGACA
2779 TAGATACTTCAACAGGTTCGATTACCGTTGTTCTTCCTTCTGGTAAGGTTGGCGAAGGTT
2780 GCTACTTCATAAATAGTACGGGTAGTGTCTCTGTTGATCGTCCTATCGCGTTTCGTCCTC
2781 AAGTTGGGGATACTATCGCGGGGGTTGCAGACCAGTTGTATATCACGTCACCTTACACCT
2782 TTGTAAAAATCTGGTGTACCAAAAAAGAAGGTGCGGTAACAAAATGGGATTATTCTGTAG
2783 AATCTATGTTCGGTTCTAAAACGATGCCTGTTGACACTACGGCGCTTGTACTGAAAGCAA
2784 ACCCGACTGCTATTCCTATGTTCGGATATAGCGAATTTAGCGGGGCTAAGGTGCTTGTAT
2785 ACGCAGAAAACTTAGCTGGTACAGTTACCAAAATGGCAGAAGTTTTAATGACCGTGGATC
2786 GTGTACACAAAACGATTTATTCAACGGAATATGCTATTTTGAAAAACAGTGAAGATGAAA
2787 TGTTTACATTAAACTTTACTGTCGGTGCTGGTGATGTTGTATACGCTAACGTGCAAGCGA
2788 TCAAAGAAGATCGAATTAAATTCACGATTAAAGCAATAGATACGATTAAATCAGGGATCG
2789 CGTCATGAAACAAGAAATTTTAATAGGTCAGATTGTAGACGATGGTACAGGCGATTACCT
2790 GCGTCGAGGTGGTCAAAAGACTAACAACAACTTTACAGAATTGTATAACATGCTGGGGGA
2791 TGGTGAGATCCCCCATCCAGCAGGTGCCTGGAAAACTTTTGCGGGTACGACGCTATCACC
2792 AAAATTTGGTGAATCATGGGCGTTGAATACCAGTGCAAACAAAATCACCGTAAACCTCCC
2793 GAAAGGCGGCGTAGGCGATTATAACAAGGTTATTCGTCTGCGTGATGTGTGGTCGCGTTG
2794 GGCTACCAACAACGTTAGACTGATCCCCGCAACTGGTGATACTATCAAAGGTTCCCCAAC
2795 TCCTAAAGATCTGTTTAAAGATTTTATGGATGTGGAATTGGTGTATTGTTCTCCGGGCCG
2796 TTGGGAATACGTCGAAAACAAACAGATTGACAAAATCACAACTTCGGATCTGGCAACAGT
2797 AGCAAAAGAAACGTATATTGCTACTCAGGGACAAACTGACTTCCCTAACGTATTCGGTGT
2798 TGGTAATGAATACAACCTGCAATCGTTCGAAGTTTACTATCGCGGTAACTTGCTGTTCAT
2799 CGATGAGAAAGACGGATTCAATGCTGATAACTCAGACTATGGATCGATTGGCTCTGCTCC
2800 TGGTGAACTGGTTGCACTTGATGGTAATTCAGTACGTCTTAAAAACCCGTGTAACGCTGG
2801 TGACACGCTTCAATTTGTTACCTATCTAGATGGGTTAGCAACATGGCGTTCGAGCTATGA
2802 AGCGTATGTGATGCGCATGTATCAGACTGGTGATACTTCTCTGGAAACCGTTCCTGGTGA
2803 ACAGTGGGTAGGTGATCTGGCAACCAAAAAAGAGTTTACACCTGCTGAATTTGGTGTTAA
2804 CCCTCGCGTGTTGATTAACCCTAACTCGTTTGAACTGCTTCTCAACGGTAAACAACTGGT
2805 TAAAGGCGGTGACGCTGACTATCCGGCGTTTTCCTGTGAAGGTGCGGAAGGTGTTGATGA
2806 AAGTACGTGTGTTGGTAACTCTGGTGTATGGGTTCCGTCAGGACAGGATTATAGTTTAGT
2807 ATTCACTGATTCTGTAGTGACTTCAATCAAGTTTGCTCAGAAACTGGAATCCGGCGACGT
2808 TGTAACGATCCGTTGGTTTAACAATGATATTGGTACTCTGATGGATTGGGAAGGAACTGG
2809 CGGTATTAAAGAAAAAGCTGATAAGGTTTATCTCAATAACGAAGAAGAAGTTATATTGAC
2810 GAACCGTATCGAATATACCGATTATAATAACCCTTCTCAGAAAACAATGCGTAATACAGG
2811 GGAAACCTATCAGGGGCGTATTCTGGATATTCAGGCTATGTTTGATATTATCCACCCGAT
2812 CGGAACCATCTATGAAAACGCACACAACCCGGCAAACCCTGCTGATTATATGGGATTTGG
2813 TGGTTGGAAACGTTACGCAGAAGGTTATTTCCTGGCTGGCTGGACATCAAATGCAACGGA
2814 TCCTGATTTCGCATTAAACAATAATGATTTAGATAGTGGTGGTCAACCGAGTCATACGGC
2815 AGGTGGTACTGGTGGCGATCGTGGTACAGAAATCAAAATCATCAACGTTCCTGAACTTGT
2816 ATCAAAAGATAAAGTTCTTATTGCTGATGAAAATGGTGCTGTGATCATTGGTGGTTGTCA
2817 GTTAGATCCTGATGCTTCTGGCCCTGGATACACTAAATACCGTGAGGATACATTGAAAGT
2818 GAATCATGGTAACACATTACCTGATAAAATCAAAACTATTCCACCGTATATGACTGCACA
2819 TCGCTGGATAAGGGTTGCATAATGGCTTACAAAAATATTTCAAAAACAAGGGAGGGCGCT
2820 CGCGTCCTCTCTAAAGAAGCAGATTACTTACAGTATGATACTTATGGTAAGTTGCCTCTG
2821 ATCGGCGGTAAACGTTCGATCGGCGAACCAAACATTGACCAAACAAAACGCGGTGTTCTG
2822 TATGGAAACGTACAATCCGCAATTGATGACCTGTATACGCTTATCGAGCAAATCCCGATT
2823 AACGGCGTTGTTACCATGACTGAGGATGCCCCTCCAATCGCTGTACAGCAGGTTGAGAGT
2824 GTTTCTTTTGATGGTATTGTACAGAACATCGATTCAGACCAAGAACAGGCTGTAGTTCAC
2825 GTGTACGGATTTCCTTTCATCTTTGATAATGGGACTAACGCCGCAACTGTTTGTGAAACG
2826 GCATACAACAAATTTACTGAATTTGTTGCAGCGGAAAAATATTTCGCAGAAGTTAACCGT
2827 AAAGGTGTTGATGGTACGATCCTAGAATGTCGATTTATTGATAGTGTTCCGCACCCGGCA
2828 ACAAATATCTCAGAAAACGGTATTCGTCAAATCGGAACTATCGACGTAGCCGCAAAAAGT
2829 GGCTATGGTTCATGGGTTAAGTTGGGTTCTGGTTTCTTACCTGATGTTACTCCGCAAGTA
2830 ACCGTGTATTACTTCAAACGAATTGCATAAGGATAACACATGAGTAACAATACAATCAAC
2831 CACGTAAGTGATAAATCCATTTACGTGACATTTGACCCAACAGGTACTGATTGGCCTGAT
2832 ACCATAACCAACGTACAAGATGCGTTGGAAAAAATAGGTAGTTGGGCGCGTACTGATACT
2833 GGGCTTCCTATCGCAACAACTTCTGTTCGTGGTATTGCTCAGATCGCAACCGAAGCTGAT
2834 ATTGACGCTGGCACGGATAACAATAAGATTGTTACTCCGAAACTGTTAGCGTATCGTATG
2835 CAGAACCCTAAAGCATCACAAACTGTATGGGGTTATACGAAGTATTCGACTGATGCGGAA
2836 TCTACAACCTTAACTAACGATGCATCGTCTATTACTCCGCGATCTCTGAACTATGTGTTC
2837 AATAACCGTAAAGGTACAGAATCGGTTTGGGGTTCTTCTAAAATTGCCACCACTGCACAG
2838 GCGGTTGCTGGTACAGATAACACTGTAACTATGACTCCGCTTAAAGTCAAGCAAGCGATC
2839 GCGTCCCTGGTTCCGGTTCAGTCAAGCGCGACCGAAAGCTCGCAAGGTTTGGTACAACTG
2840 GCAACAGTTGCACAGGTTCAGGCTGGTACGATCCGTGAAGGGTATGCAATTTCACCTTAT
2841 ACGTTTATTCGTTTAACTGCAACTGAAAGCAACCTGGGCGTTATTCGTATCGCATCACAG
2842 GCAGAAGCAAACGCGGGTACTGATGACACCAAAGCGATTACTGCGAAAAAATTAATCAAT
2843 ACCCGTGCAACTGGATCTCAGTTCGGTGTTGTCAAATTAGCAACAACTGTTGGTTATGTG
2844 GCAAACACTGCACTTTCTTCAAACGCTGCTGTATTACCTAGTGATCGAAATGCGGTAATT
2845 AACGGTTCTCTTTATGAGAATAGCGCAATATATAACAACAAATATCAGACGTGGACAGAT
2846 CTTGATTGGCATTTCCCAGTAGGTGCTATTGTCATGACTGGTTTTCAGACTGACCACGGT
2847 AGTTTGTATATTTGTGATGGTCGCTCACTGAATAAAAATAACTATCCGTTACTTTTTGAG
2848 CGTATAGGTTATACATTTGGTGGTGGCGGTGATTGGTTTAACCTTCCAGATTGTCGAGGC
2849 GTTGCAGTACGTGGTCATGACCGTGGGCGTGGACTAAACCCTAATCGTGGGTATGGTACA
2850 TATGAAGGCGATATGTTGGGCTGGCATGAACACCCATTACAGCTTATCTACCAGAACGGC
2851 GGTAATATTCCTAAATGGCAAGCAGTTTACGAACTGAAAAGCGCCGAAAAGAATGACCAA
2852 AGCGCTCGCGTATTTGATGCTTCTATAACTAAAGCCACTGGTGTGGGTGGGGAAGAAACC
2853 CGCATGAAAAACATCGCATTAAACTACGTAATTCGTACTCAATAGAGGTTATTAAATGAT
2854 CATCGACAAATTAAACCCGTTGCCGAAGATCCCGTTTGTTGATGGCGTCCCAGATGACGC
2855 CACGACTCAAACGAAGATTATTTGGATCAAAAACGGTGAAACTCTGGACGGTTCGCCAGA
2856 TAAAGTGTCAAACACTGGTAGTCTTAACCGAACTGGTGTAAACATCCAGCAGAACGCGGT
2857 TCAGTTAGAACAAAATACCATCACCCATAATGATAAAATCAACGAAGTAATCGATCAGGT
2858 TAACTTGATTACTGAAAACATTGATGCTATTGGTGATGAGAGCGTAATCAAAAAAGTTAA
2859 CCAGTTGGATCAGGATGTTCGGGCATTAACTTTATCTAACACCCAAACACAGAACAAGGT
2860 AGCACAGTTAACCCTTTCTGTAAATGCTCAAAACGATGAAATTGGTGAATACGATCCAGA
2861 AAAAGATCCTAAACACCGCACAATTCGTAATGATATCATTTACATTAAGAAAGAAGTTGG
2862 TTCATATCCTGGATTTAACGTTGATGGTGATGTTGACCCCTCTTCTACTGGTACTGGCCT
2863 TAAATACCGCGTACTGAGTAACCAACGTGCTATTTCTATGCAGGAAACTCGCATAACCAA
2864 ACTGGAAGATGATTGGGCGCTTTCCGAAGTAGGACAACTGACAGAAGAGGTAAAAGAACT
2865 TCGTGCTGAAATGGGTGATTCTGGTCTTGCCACAACCCGATCAATCTATGCGCGAATCAA
2866 GATCCTTGAGGATGGTTCTATTGTAATGCAAAATGAACTTGATGCGATTAATAGTTATAT
2867 CGGTCGCACGTCAGGTTCAACCAGTTCCATTAACGATCGTGTGAACAGTCTGGAAAACTC
2868 CGTTAGTTCTCTGGCTACACAAATCAATGATCCGGTAACTGGTATCACTGCACAAATTGC
2869 AACCATTAACGGTCAAATCGGTACGGCTTCTGCTCAGGGTAGTATCCGTTATGATATTGC
2870 GGAAACTAAACGCAGATTGATGGATATGGAAATGATTCTGGGTGAATCCGGCGATGATGG
2871 ATTGCAGGGACAAGTTGCGATCTTAACTGGTGACGTTGGTGAAGATTCAGATCCTACCAG
2872 TATCAAAGGCCGTTTGAGTGTTGTTGAGGGTGAATTGCGCACCAACACTAGCGCACTCTG
2873 GGAACTGCAAGGCATTGTAGGTAACTCTTCTAGTGGCCTCGTTGCAACTAGCCAGCAGAT
2874 TAACAAAGAAATCTATGGTGATGGTGTTAGTTCCGATCCTGTTACTCGCGCTGGTTTGAA
2875 AAAGACAACCCGCAACCTGTTCACTCAGGTAGGCGATAACGCAGAAGGTAACGAAACTGG
2876 CATTTATGCACTGATTGCCGACCTTAATAAACGTGTTGAGGATTTAGAAGCGTTGAACAT
2877 TGCACAGGCACTTGCAGATCGCGTAACTATCGAAGATCTGAATGCTAAACTGGCTCTGTA
2878 CATCAAAGAAGCTGACGCTGATCTCCGTTATGAGAGCAAAAACCCGCCTCTGTCATTCGG
2879 TACTAACCTAACTGGTGATACTGAATACACTACTGGCGATCCATTGTCTCTAAGCGTAAC
2880 TATGACTGGTGGCGTTTCTCCGCTGTCTTATCAGTGGACGAAGAACGGCGTAAATGTTGG
2881 TACTAATGCTAACACATTTACCATTGATTCGCTACAGCCTTCTGATTCCGGAACCTACAA
2882 AGTAACGGTAACTGATGCAAGCCATAAAGTCATCGTTTCTGATGAACTGGCGATCACTGT
2883 CGCTTAACGATTAACAAGGGGCTTCGGCCCCTTTTGAGGATCTTTATGATTACGAACAAC
2884 CCAGCACAATTAAAAGATGAAATTCTGCGCCGCTTAGGTGCTCCGATCGTCAAAATCGAA
2885 GTGACAACAGATCAGGTTTATGACTGCATTCAACGAGCATTAGACCTATATGCAGAATAT
2886 CATTACAATGGATCTAACAAAGGGTATATCATTCTTACCCTGGGGCCGGATAACCCGAAA
2887 AATATTTTCGATCTGAGTAAAGAACACATTTTCGCAATTACTAAAGTATTGCGTACTAAC
2888 ATGGGTTCCCTTGTATCGATGGATGGTACTGCGGTTTATCCGTGGTTTACTGATTTCCTG
2889 ATGGGCCTTACTGGTGGTTCTCTGGGCGGTGGTGGTTGTGCATCACGTACCTACGGAATG
2890 AACGCATACGGCGCGGATATGGGCTATTTTACCCAGATGATGAGCTATCAGCGGTCAATG
2891 CAAGATCTCCTGTCTCCGCTTCCGGATTACTGGTATAACGACGACACAGGACAGTTTGCA
2892 GTATACGGAACCGTTAAAGATGGTGATATTGTTGTTATCGAAGCAATGATCAGATCCTTT
2893 GTTGATGTACCCAGTATGGTCGGTAACGTCTCTGGATACGCTACAGCGGGTTCTGATGGC
2894 GAAGATAAGCCAACTATAGCAGATATATACAATAACCCCTACAAAGCTGTCTCAGGCGGT
2895 GTGAAGGCTGGTCAAGGTACAAGCGTTCAGGGTTCATCCTCTGCGTATAACAACCGTTGG
2896 GTGAAAGATTACGCAACTGCTCTTGTTAAAGAGGTAAACGGTCAGGTGCTGGCTAAGTTT
2897 CAGGGTATGCAATTACCTGGTGGTGTTGCTCCGGATGGAACCCGACTGATTCAGGAAGCT
2898 ATGCAAGAAAAAGAAAACCTCCGTCAAGAACTTCTGTTACTGTCTGATGCACTTCCAGTG
2899 TTGATGATGTAAGGAGGAAAAATGCAAAATTGGGATGAAAGTCTGTTTGCACAGTTAGAA
2900 GATGGTTCCGGCGTCGATCGGAACCTAAGACAAGAAGTAACAAACCCGTATGTTAACTGG
2901 TACAAGTATAACCCTACTCAACAGTTGCATGATTCACTAACAGCCGAAGCAATTCAAATG
2902 AAATCTCCGGATATGTATTACGTCCGTCGAGAATTTGTTAATATTGATAAAATTTTGGGC
2903 GAAGACCGTGAATCGAAGTTTACAAAATCGTGGAAAATTGCAGCATACATCGATTCGTAT
2904 GCAAACTACGAAGGGCAGAGAGACTTTTACAGTAAATTCGGTATGATGTCAAACGACGAA
2905 ATGACACTTGTGATCAATCCTCGTTTATTTGCACATCAAACTGATGGCGGGATCCCTGTT
2906 CTGGGAGATTTGATTTATTTCCCTATGGATAACAGCCTGTTTGAAATTACATGGATTGAG
2907 TTTGACCCGTTCTTCCAGTTCGGCGATCGTCCTCAACGTAAAATCAACCTCGTTAAATTT
2908 ATCTATACTGGTGAAGAATTGGATCCTAAACTGCAACGAAATGAAGGGATTAACCTTGCC
2909 CCCGATGCCGATCTGGATCTCGAACCTATTCGAAATCTTGATGGGTTGGCGGATACCAAT
2910 ATTGAACAATACGAAGAAGATCAAGCCTTTGAAGATGAAGGCGATGAATTCATTGAATCG
2911 TTTGATGTTGTTAACGGGCGCGGATCACCGTTCGCACAGTTCCCATAAATATAACCAGGG
2912 GAAACCCTATACATGTAGGGTATAGGAGAAATCTTATACCCGCTTTAACCCATACAGGAA
2913 AAATAAAATGTTTGGATTTTGGTATAATAGTTCGCTGCGAAATTATATTGTCTTGATGGG
2914 TTGTCTTTTCAATCACGTGCAAGTTAAACGCGTTCGCGGCGAACAAGAAAAATTTATCAA
2915 GGTTCCGATTACCTACGCATCAAAAGAAAAATTCCTGGCATCCATGAACAAGCTGAACTA
2916 TGCATACAGTCAGGAAAATGTTGCTAAAACGGAAACAATTTTACCACGTATGAATCTATC
2917 CCTCGTTGATTTGCAGTATAACGCAATTCGTAAAACGGGGATCGCGGTAAACCAAAAAAT
2918 GACGCAGTTACGCGCACCTGGAAAAACAGTAACGCAGTTTAATCCTGCTCCGTATCGTCT
2919 CATGTTCGAACTGGGAGTGTATACCCGTTACGAAGATGATGTGTTTCAAATTATCGAACA
2920 AATACTGCCATACTTCCAGCCGCATTTCAACTGTCGTATTACAGAATTACATAAAAACGA
2921 CATTAAAATAGACCGAGATATTAAAATATCTCTGCAATCTGTTTCCCCTGATACCACGTT
2922 TGAAGGTGATACAACGACACGGCGACACATTGAATGGTCTTTAATGTTTGAATTACAGGG
2923 CTACCTGTATCCGCCTGTTAACGAGATTAAAGGCGAGATCAGAACAGTATACACGGATTT
2924 CTTTTCCAATATGAACCCGTTGGACAAAGACAATTTTGAATCCGTTGATGCTCAGGTGGA
2925 TCCGGTTGATATGCCTATACAGGATTACACGGGAGAAGAATACGTTCAAACGTATGCTAA
2926 TGATATCCCAATTCCTAGCGGTGATCAACCTCCTAAACCGAGGGGCCAATAATGGAAGAA
2927 TTTAGCGTAAAACAATTACTTGATCTTGAAAATCTCCCTGGTGCTGAAACTGGGGAAGAA
2928 ATGGTTGTATATGAAAAACTCGAACTCGTTGATGTCGAGTCACACCCAGCAGATCGAAAA
2929 CCTGATTTAGAGGAAGACTATGCACTTGCGCGTAAAACCGCGCATTACATGAATCAGATG
2930 ATCATGGATATGGCACAAATTGCCTTGCATAACGCTAAAAACTCTGAATCTCCGAGACAC
2931 GTTGAAGTTTTTACAACCCTGATGAATCAGTTAAACAATTCTAACCAGGGATTGATGAAA
2932 ATTCATAAAGAAATGCGAGAAATTACCGAAGAAAAAACCACAACTACCCCGCTTCCTGAA
2933 CAAAAGGATAAAGGGGTTAATATCGAAAACGCAACTGTTTTTGTTGGTTCTCCTACAGAG
2934 TTGATGGCTATGAAAGGTAGTTCTTACGACGCAAAAGATGCGATTGCCGGGGAATGTGAG
2935 GAAGTATGACCGAACCAGTAATGAATCCAGAAAAAGAATCAGATCATCCTTTGAATATGA
2936 TGCACCCTAAATACCTGAAACGAAAAATCGAAGACGGGATGGAATGGGTACAAAGTAACC
2937 ATGATGGGAAATGGTATCCAAAGACGTTTAAAGATTACCTTAAAATTAACGGTATCGAAA
2938 AAGTAACGTTACAGGCAAAGGATAAGAAAAATTTCGCCACCTTTAAAGACAAAGGGAATA
2939 AGCGAAGCCGTTACATGGGGATCCCAAACCTTAAACGTGCGTATGTCCAAACTCAATGGA
2940 CAAATGAAATGGTTACAGAGTGGGTTAAATGTCGTGACGATATTATCTACTTTGCGGAAA
2941 CATATTGCGCAATCACCCACATTGACTATGGTACTATAAAGGTTAAACTGCGTGATTACC
2942 AGCGAGATATGCTAAAAGAAATGGTATCAAACCGTTTCTTTATTGCAAAACTTAGCCGTC
2943 AGTTAGGTAAATCTACTTGTACGGCGATCTTCTTTGCACATTTCGTTTGCTTTAACAACG
2944 ATAAAGACGTTGGTATTTTGGCGCATAAATTGTCGATGGCTAGTGAAGTTTTGGATCGTG
2945 TGAAACAGGCTATTGAACTGCTCCCCGATTTCTTACAACCTGGTATCGTAGAATGGAACA
2946 AAGGTTCTATCGAACTTGATAACGGCTGCTCCATTGGGGCATTTGCAAGTTCTCCAGACT
2947 CCGTTCGTGGTAACTCCTTTGCATTGGTTTATCTTGATGAAGCCGCGTTTATTCAACAGT
2948 GGGAAGATGTCTGGTTAGCGTTAAAACCAATTATTTCTTCTGGTAGGAAATCAAAAATAT
2949 TTTTGACAACTACTCCTAACGGAATGAACTATTTCTACGATCTGTGGAACGCTTCTCTGG
2950 AAGGAAAATCCGGTTTCACTACATACGAATCCAATTGGACTTCGGTCAAAGAACGTTTAT
2951 ATAACGATAAAACCGATGAATTCGATGATGGTTATTCGTGGTCTGCTAATGATATTGGGG
2952 CAGGTAGTCGAGAGGCATTTGCACAGGAACACGAAGGCGCATTTAACGGAAGTAACGGAA
2953 CTCTTATTTCCGGCTGGAAACTTTCTAAAATGTCATGGATTGATATTGAAGAAACCGAAA
2954 GTAATTTTTATCAGTATAAAGCACCAGAAGAGGGGCATAAATATATTGCGGTACTTGATC
2955 CAGCCGAAGGGCGTGGTCAGGACTATCACGCGATGCATATTATAGATATTACATCTATGC
2956 CGTTTGAACAGGTTGCTGTATACCATTCAAACAAAACATCGCACCTTATTTTGCCTGATG
2957 TCCTGTTACGTTATCTTATGATGTACAACGAAGCATGGGTTTATATCGAGCTAAATAGCA
2958 CAGGTCACTCAGTGGCTAAATCTTTGTTTTCTGAGTTGGATTACGATAACGTTATTTGTG
2959 ATAGCTATAGCGATTTGGGGATGAAACAGAGTAAACGATCGAAAGCGATTGGCTGCTCAA
2960 CCCTAAAAGACTTGATAGAGAAAGATAAACTCATCATAAATAACAAAAAGACAATACTTG
2961 AATTTCGTACTTTCTCAGAAAAAGGTGTTTCGTGGGCTGCGGAAGAAGGTTTCCATGACG
2962 ATCTCGTTATGGCGCTGGTTTGCTTTGCATGGCTAACAACACAAATGAAATTCGCAGAAT
2963 TTTGCGAGAAAGACGATTTGCGGTTGGCAAATGAGGTATTCGCACGTGAGCGCGAACTGC
2964 TTTATGAAGATATGTTATGTCCTGTTATCGTAACGAGTGGCGACGAAACAATATCTGTCG
2965 GCCAACACGGTATTTCGTTTATATAAATTTAGAGGAAACTTAATAATGGCTTTAATCTCT
2966 CCAGGCATTGAAACTAAAGAAACATCGGTACAATCTACCGTTGTTCGAAATTCAACTGGT
2967 CGTGCTGCTATTGTTGGTAAATTTTCATGGGGGCCAGCTTACCAGATCCGTCAGATTTCT
2968 AACGAAGTCGAACTGGTAAACTATTTTGGCTCCCCAGACAATGACACCGCTGATTATTTC
2969 ATGAACGCTGTAAACTTTTTACAGTTCGGTCAGGATCTGCGTGTTGTTCGTGTCGTCGAT
2970 AAAGAAGCCGCAAAAAACGCAACCGCGATCTATAATCAGATCAAAACCACGATCACCGCT
2971 GCTGGTTCTAACTATGCAGTAGACGATCAAATCAAAGTTAAACACAATAACGTTGTTATT
2972 GAAGAAGATGGCGTTGTTACCAGTGTTGATGATCAGGGTAAAATCCTGTCTGTGTTCATT
2973 CCGAGCACTAAGATCATCGCACACGCTAAACAGGTTGGTGTATATCCGGATCTGTCTAGT
2974 GGCTGGACTACAGAAATCGTTTCCAGTTCTTCTGGTGTTTCTGCTACGATTACAATCGAC
2975 GGCGTAGAAGTTGATCCGGGTATTACTCTGCTCAACCTTGACACCGCAAAAGAAACTATT
2976 CAGGCAACTGCTTTCCAGGAACTTTGCACCAAATACCAGCTACCGTCTGTTATTGCAATT
2977 TATCCTGGCGAAATGGGTAGCACCGTAACGGTTGAAATTCTGTCTAAAGCTGCATACGAT
2978 TCTTCGGCTGTCATTAAGTCTTATCCTTCTGGTAAGTCTGGTAAAAACAGCGGTCGCAGT
2979 TCGATGAACTTTGGCCCTCAGAATGATAACCAATACGCGTTTATCGTTCGCCGTGGTGGT
2980 ATTATCCAAGAAACGTTTATCGTGTCAACCGCTAAGGGTGATAAAGATATCTACGGTTCA
2981 ACGATCTACATGGATGATTTCTTTGCAAACGGTGGTTCGCAGTATCTGTATGGTACGTCC
2982 CTAAACTGGCCTGTCGGATTCTCCGGCGTTCTGGAACTGGGCGGCGGTACTTCTGCAAAC
2983 TCCACTGTAGGCGCTGATGAACTCATGGCTGGTTGGGATATGTTCGCAGATCGTGAATCT
2984 CTGCATGTTCCTCTGCTGATTGCTGGTGCTTGTGCTGGCGAAACTGCCGAAATTTCGTCT
2985 ACTGTACAGAAACACGCTGTGTCTATCGGTGAAACCCGTTCAGATTGCGTTGTATTCGTT
2986 TCTCCGCCGCGTTCTGCTCTGGTTAATATCCCACTGGCTCAGGCCGTTGATAACCTCGTA
2987 GAATGGCGTACAGGCTACAAAATCGGTAATACTACCCCAGTTGATAACAACATGAACGTA
2988 AGTTCAAGTTATGCGTTCATCGACGGTAACTATAAGTTCCAGTATGATAAATACAACGAT
2989 GTTAACCGTTGGATCCCGCTCGCGGGTGATATGGCTGGCCTCTGTGTTTATACCGATCAG
2990 GTATCGCAACCGTGGATGTCTCCGGCTGGCTACAACCGTGGTCAACTGCGTAACTGCATC
2991 AAACTGGCTATCGAACCGACTAACGCGCATCGCGATTCTATGTACCAGGTACAGATTAAC
2992 GCGGTTACTGGTTTCTCTGGTGGTGCTGGATACATTCTGTACGGTGATAAAACCGCAACG
2993 ACTGTTCCAAGCCCGTTTGACCGTATCAACGTTCGTCGCTTGTTCAACATGATCAAGAAA
2994 GACATTGGCGATAACGCAAAATATAAACTGTTTGAGAATAACGATGATTTCACTCGTTCT
2995 TCCTTCCGTATGGATGCAGGACAGTATATGTCTAACGTTCGCGCTCTGGGCGGTGTATAC
2996 GATTACCGTGTGGTTTGTGACACTACGAACAACACGCCGGATGTTATTGATCGCAATGAG
2997 TTTATTGCATCAATCTACGTCAAACCAGCACGTTCTATCAACTACATCACACTGAACTTC
2998 GTAGCAACCTCAACTGGTGCGGATTTCGATGAGTTGATTGGTTCAACGTCAGTATAACAT
2999 GTAAGGGGCTGAAAAGCCCCTATAAATACACATAGAGGTTAGAAAATGCTTACTGATATT
3000 GTACGCGCCTTTGAATCCGGTGATTTCGCACGTCCGAACCTGTTCGAAGTAGAGATCCCG
3001 TACCTGGGCAAAAACTTTAAATTAAAATGTAAAGCCGCTACTATGCCAGCGTCTACCGTT
3002 GAAAAAGTTCCGGTAGGTTACATGAACCGCAAAATTAACGTTGCTGGTGACCGTACCTAT
3003 GATGACTGGACAATCACGGTATATAACGACGATGCACACACAACCCGTGATGCAATCGTA
3004 GCATGGTCAAACATGCTGCATGGTATGGGTGAAGACATTACAGGGGATATCCCTGCAAAC
3005 TACAAAAAAACCGCTACGGTTAAACAGAAAAACCGTAACGACGAAGTAACCGCCGAACAT
3006 ACCATTTATGGCCTGTTCCCGACCAACGTTGGTGAGGTTACTTTAGACTGGGATAGCAAC
3007 AACGAAGTGAGCACTTTTGAGTGTACTTTCGCGCTAGACTGGTGGGTTTAAACGCTATAA
3008 ATACAGGGGTAGCAATACCCCTTATCATTATTTTTCGGAGTTGTAAATGAACTTTTTTGG
3009 ATTAGACAATGTGTTAGGGTTTTTCAAAAATTTCGCCAAACAGGATGAAATGGAATTTGA
3010 AGCCCAATTAAAAGATGATACAGGTTCGATTGCGCCTCCGAAAAATAACGATGGGGCGCA
3011 CGAAATCGAAACGGACTTATCAAACCAGCGTTATTCTTCTGTGTTCCAACAGTTCTATTC
3012 CGGACAGGATCCGCGAATTCAGAACAAAACACAGCTAATAAATACATACCGTGGTATCAT
3013 GACATACCCGGAAGTGGAAAACGCTGTTTCTGAAATCATTAACGAAGCGATTGTTAATGA
3014 ACAAGGGAAAGATATTGTTACGATGGATCTTACTAAAACGAATTTTAGTAAAAATATCCA
3015 AGATAAGATCATGGAAGAACTCGATACCGTAATGAATATTCACGATTTCGATAACCGAGG
3016 CTCTCGTTTATTCCGTGATTGGTATGTTGATTCGCGTATCTATTTCCATAAAATCATGCA
3017 CAAAAATGAAGCTGACGGCATCAAAGAATTGCGCCAGTTAGATCCCCGTTGCATGGAACT
3018 GATCCGAGAATCGGTTACAGAAACCCTACCCGGTGGGGTTAAAATTTTCCGTGGCTATCG
3019 TGAATACTTCGTATACACTGCACCGAAAAACGGTTATAGCTACAACGGACAGATTTATAG
3020 TCACAATGACAAGGTAAAAATTCCTCGCTCTGCGATTGTTTACGCTCATAGCGGCCTTGA
3021 AGATTGCGACAACAACATTATAGGCTACCTGCACCGCGCGGTCAAGCCAGCTAACCAGTT
3022 GCGTTTGCTGGAAGATGCTATGGTGATTTACCGTATTACCCGTGCGCCCGAACGTCGTGT
3023 GTTCTATATCGACGTAGGTCAGATGGGTGGCCCTAAAGCTACACAGTACGTAAATAACAT
3024 TGCACAGGGCTTAAAAAACCGTGTTGTATATGACGCGAGCACTGGTAAAGTTAAGAATCA
3025 GCAAAATAACCTGTCAATGACAGAGGACTATTGGCTGATGCGTCGTGATGGTAAAGCAGT
3026 TACCGAAGTTTCAACGCTTCCTGGTGGCACTGCCTTCTCTGATATCGACGATGTTAAGTG
3027 GTTTAACCGTAAGCTGTATGAAGCGTTACGTATTCCGTTAAGCCGTATGCCTCGCGATGA
3028 TGGCGGTATCCAGTTGGGTAACGATGGCGGTATTACCCGCGACGAATTGAACTTTAGCAA
3029 ATTTATTCGCGAATTGCAAATTCAATTCAACCCTGTTCTTGCGGATCCGTTAAAAACTAA
3030 CTTGATCGCGAAGAAAATCATTACAGAAGATGAATGGGATGAAAACGTAAGTAAGATTGC
3031 TTTTGTATATCAGCAAGATTCTTACTATTCCGAAATCAAAGATATTGAGATTTTGGAACG
3032 CCGTTTAAACCTGATGGGCCAACTTGAAGGGGTGGTCGGCAAATATATCTCCCATAAATA
3033 CGTAATGAAAGAAGTTCTCCGGATGTCTGATGAGGAAATTCAAAGCGAAGCCAAACAGAT
3034 AGAAGAAGAATCAAAAGAAGAACGTTTTAAAAATCCAGAAGCGGAAGAGGAAAACTTTTG
3035 ATGAAAGAATTTATCGAAGCAATCAAAAGCGGTAATCTGGTGGAAGCTAAAAAAACTTTT
3036 TACTCCATCATGGAAGACCGCACAGAAGCGCTTCGTCACGAATTGCGCGTTGAACTTGCC
3037 GAAGCTGTACGCATCGAAGGCGAAGAAGACAAAGAAAAAGACGACGAAGGCGCTGATAAA
3038 GATGACGAAAAGGGCGATAAAAAGCCAGCCGAGGATGATAAATCCGATAAAGATGATGAG
3039 TGAGGTGTGTAATGCAACTTGACATCGAAATCACCGCCGAAGATCTCCATGAACATTTAG
3040 ACGAAGCGAAAGCTCGTGTAGATATTCTGGGTATCGATGAAGGCACGGTTAAAATCATCG
3041 AAAATTTGGCGGTCACCGAACCAAATTTAGCCCTTGCTATGATGGCGGTTGTTGAAGGTT
3042 TAACACTTGATGAGGTAATTGTCAAGCATGTTGATTCCCGTGGCAACGTAGAACGCCTCA
3043 AAGACAGGAAAACCCGTGAGCGTAATGCGTATCAGACGACCGGATTAACTAAATCCCAAC
3044 GTCGCCAGATCGCGCGTCGTGCTCTCAAAACAAAACGTGCTAACCCGTCAATTGCTACTC
3045 GCGCACAACGTAAGCGCAAGAAAGCATTGCGTAAACGTGCTGCACTGGGGCTATAAATAT
3046 GAATGAATCCCAAATCAACGAAAACGGCGATATGCTTTTAATCGAAGAATGGGGTTTACC
3047 TTGCGGTGACGTTTCAGAATCTATTTTAGAATCTGTTGGGGAATCAAAAGACGGTAAATT
3048 ACGGATCGAAGGTATTTTCCTTCAAGCCGAAAAGGTTAACCGTAACCGTCGTTTGTATCC
3049 TAAAAACGTACTTGAAGAAGCAGTTAACGATTATATTAGAACTCAAGTTAACACCCGTCA
3050 AGCATTAGGTGAAATGAATCACCCTCCGCGTCCGAATGTGGATCCGCGAAATGCTTGCAT
3051 CCTGATTGAAAAATTGTGGTGGAAGGGTAACGATGTTTGGGGCCGCGCTGTTGTTGTTGA
3052 AGGCGACGGTGGTGATGGTGACAAACTGGCGGCGTTGATTCGTGCTGGTTGGGTTCCTGG
3053 TGTTTCTTCCCGTGGATTAGGTAAGCTCTCCGATTCCGGCAAAGGCTACGGCGTTGTACA
3054 AAAGGGCTTTAAATTAGCTGTAGGCGTTGATGTCGTCTGGGGGCCAAGCGCACCTGATGC
3055 ATATGTTAAGCCTATAGTGGAAAATCAGCAAAGCAAACCGCTTGTTGAGAATAATAATGC
3056 TGATGACGCTTTTCGGGAATTGTCCGAGCGTTTGAAAGGTCTATAAATACATTAAACAAA
3057 ACAACAGGAAAATCAAAAATGCTTAAAGAACAACTGCTGGCGGAAGCCCAGAACCTGGAT
3058 ACTCCGGTCGAGTTAGACAGCATTTTCGAATCAGTTGAACTTTCTGATGACGTGAAAGCG
3059 ACATTCACCACTGTATTCGAACAAGCTGTAAAAGCTGGCGCTGCAAAACTCGCTGAATCC
3060 CACATTACCCAGATCGCGGAACGTTCCGACGAACTGGTCGAAGCTCAGGTAACTGAACGT
3061 GCCGCTGAAATCGAAACTAAGCTGTACGAAGATGCTGATAAATATTTTGCGCACATTTCC
3062 GAAGAATGGCTGAAAGAAAACAAAGAAGCCGTTTCCCGTGACATCAAAGCCGATCTGTTT
3063 GAATCCCTGATCATGGGCCTCAAAGAAGTTCTGGTTGAACATAACGTTGTCATTCCGGAA
3064 GAACAGGTTGATGTAGTCGCCGAACTGGAAGACGAACTGACTGAGAATCAGCAGGAAGTT
3065 AAAACCCTGTTTGAAGCGAATCAGGAACTGACCAAAGAAATTTCAGAAATGAAACGCAAT
3066 GCAGTAGTTTCAGAGAAAACTAAAGGTTTGACCGAATCTCAGGTCGAAAAAGTAGAATCT
3067 CTGATTGAAGGGCTGGAATATTCCGCAACCTTCGAAAATAAACTCAGCGCAATTGTTGAA
3068 ATGGTAGCAACCAAAGCTGAAAAACCCGTTGACGAGTCTGTAAATACTCCGCAAACGAAA
3069 GATAACTTTGTTCCGGTAGTAGAAAGTGTTCCGGCAGAGAAATCCAAGATCAATAAATAT
3070 GTACAAGCGGCAAAAGCCCTTTCTTAATTTCAAAAGGTAAGAAACAATGTCTAAGAAAAA
3071 CGAATTGATGGAAAAATGGAACGATCTTCTGGAGTCTCAGGAAGGCTTACCGGATATCGC
3072 TACCAAATCCAAAAAACAACTGATTGCTGCCATTATGGAAGCACAGGAAAAAGACGCAGA
3073 AGTTGATCCGGTTTACCGCGACGAGAAAATCGTTGAATCCTTCGGTGGTTTCCTGGCGGA
3074 AGCTGAAATTGCTGGTGACCACGGTTACGACGCAACCAAAATCGCTTCTGGTAACTCAAG
3075 CGGTGCTATCACCAACATCGGCCCTGCTGTAATCGGTATGGTTCGCCGTGCGATTCCTAA
3076 CCTGATCGCGTTCGATATCTGCGGTGTTCAGCCTATGACTGGCCCTACTGGTCAGGTGTT
3077 CGCTCTCCGCGCAGTGTACGGCAAAGATCCGCTGGCTTCCGGTGCTAAAGAAGCATTCCA
3078 TCCGATGTTCTCTCCGGATAGCATGTACTCCGGTCAGGGCGCGGCTCCGAGCAACGGCTT
3079 TACCGAACTGGCTTCCGGTACTGCGATCGCTGACGGTGCTATCGTGTTCCACGATTTCGG
3080 TGAAACTGGTCGTGTGTTCCTCCAGAACGTTTCTGGCTCTCCGGTTACTGTAACTGGTTC
3081 TACCGACGATGCTCTGGATGCTGCTGTTATCGCCGAACAGGAAAAAGGTACTCTGGCTGA
3082 AATTTCTTACGGTATGGCTACCAGTGTAGCAGAACTGCAAGAACAGTTCAACGGTTCTAC
3083 TGGCAACCCGTGGAACGAAATGGGCTTCCGTATCGATAAGCAGGTTATCGAAGCACGTAG
3084 CCGCCAACTGAAAGCACAGTACTCTGTAGAACTGGCTCAGGATCTCCGCGCTGTTCACGG
3085 TATGGACGCTGACGCCGAACTGTCTGCTATTCTGGCAACCGAAATCATGCTGGAAATCAA
3086 CCGCGAAATCGTTGATATGATCAACTATACCGCACAGGTTGGTAAAACTGGTTTCACTCA
3087 GACCGTTGGCTCTAAAGCTGGTGCGTTTGACTTCCAGGATCCGATTGATGTTCGTGGCGC
3088 TCGTTGGGCTGGTGAAAGCTACAAAGCTCTGCTGATTCAGATCGACAAAGAAGCAAACGA
3089 AATCGCACGTCAAACTGGTCGTGGTGCTGGTAACTTCATCATCGCTTCCCGTAACGTGGT
3090 TTCCGCTCTGGCTCGTATCGATAGCGGTATCACTCCGGCAGGTCAAGGTCTCCAGAAGAC
3091 TCTGAACGTTGACACCACTAAAGCAGTATTCGCTGGTGTTCTGGGTGGCGTGTATAAAGT
3092 ATACATCGACCAGTATGCACGTGGTGATTACTTCACCGTGGGTTACAAAGGCGATAACGA
3093 AATGGATGCTGGTATCTACTACGCTCCGTATGTTGCGCTGACCCCGCTGCGTGGTTCTGA
3094 TCCGAAGAACTTCCAGCCAGTAATGGGCTTCAAAACTCGTTACGGTGTAGGTATCAACCC
3095 GTTTGCGAACTCTCGCTCTCAGGCTCCGTCCGACCGTATCACTTCTGGTATGATTACCAA
3096 AGAAATGTTCGGTAAAAACGCATACTTCCGTCGCGTGTATGTGAAGGGACTTTGATCCTA
3097 ATTCGTTGAAAAACAACGACTTTTTAAAGGGAACCTTCGGGTTCCCTTTTTGTTTATATA
3098 AATATTGAAAACATTCGAGGCTATATTATGAAACATATCATTTATAAGATAACAAACACA
3099 ATCAATAACAAAATATATGTTGGTGCTCACTCAACCGAAGATATCAACGATTCATACATG
3100 GGTTCCGGTATTGCAATCAAAAAAGCGCAAAAGAAATACGGTATGAAACATTTCATAAAA
3101 GAAATACTTCATGTATTTGATACCCGTGAAGAAATGTATGAGAAGGAGAGGGAAATAGTT
3102 GATATTGAATTCATAAATCGACCAGATACGTATAATGCTGGTATTGGCGGTAAAGGTGCT
3103 CCAATGGCGTTGATTGGATGGAGTGATGAACAACGCAAGCTGATTTCTGAAAATACTTCG
3104 AAAGTTATGCAATCTCCAGAAATGCGCGAACGTCTTTCAAAAATCAAAAAGGGAAGAAAG
3105 CAATCCCAAGAATCCAACAGGAAGCGCTCAGAGACGTTAAAAGCTAAATATATGAATGGA
3106 CGTATAGACAGAGAGTATAAACCTCTCACAGAAGCGCACAAGGCGAAATTAGGCCGTTCT
3107 GTATCGATAGATGGAGTTGTATACTCATCCGGATCGGAGGCGGCAAAATCCCTTAGTATG
3108 TCCCACTCTGGTTTAAAATATCGGATTAATAGCGACAAATACCCTACCTGGAAATTTGTT
3109 GCATAAATACCATTATACACTTTACGCAGGAACATAAAATGAGTGAAAAATTTTACACAA
3110 TTAACAAGCTGGTGCGTCAGTCACAGCTACCGCCTGGCCTGTCTAAAAAGGTTCTTGATG
3111 AGGCAACCGGAACAGAAACAATTAACGTAGCTAATACCCGTCCGGATCTGGTATCTCTTA
3112 CCCGTGCGGTAAACAACCTGATCTACGGTGAACTTGTAGCAATTCAGGAAACTAATTTGC
3113 CTACCGCAACCCTGTTCGGTGTGCGTTATCGTAACCCTAAAGGCGATATGACGTTTTCCA
3114 GCGCTGCTACCTATTCCGGTAAGTATGCAAGCCGTGATAACATTCCAGTTGGTGCGGTTG
3115 GTACTGCCTATACCAAAGGCCAAGTTTTTAAACACCCGACAAGCGATGTCGTATACGAAG
3116 CAACTGATAGCGTAACTCTCGCAGGTGCTGATATTGATGAAGCAATTATGGTCGCAGTAT
3117 TCAGCAATAAATTACGCCTGGCAAGCGAAGCCGCGCCAACAAGTCAGTATGAAACCAGCG
3118 AAGATATTAGCACAACTTCTTTCGAAATGGATCGTTGGAATATCAACGTTCGTTCCCGTA
3119 AATTCAAAACTGAAATGACCGTGGAACTTATGCAGGATCTGGAAGCAAACCAATTCAACG
3120 CAGAAAATGTGATTGAAGATGTTCTGGGTACTGTTGCCAGCGAAGAAGTAAACAAAGATA
3121 TCATCCAGACTCTGATCAACGTATCACATCGTTACAACGTTGATGGTGTGGTAACAAATG
3122 GCATTTTCGATGCTACAACCGCATACACTGCAAAGGATGCTCCGGCTTTAGGTCGTTTCC
3123 TGTATCAATTAGTGTGTGAAATGGGGCAGGAAATGAATAGAACGACTTCATTTGAAGCTA
3124 CCTATGTCCTGGCCTCTTCTCGCGTTGTAAGCGTTCTGTCTGCGTCTGGTTGGATGCATG
3125 AAACTGATGAAACCCACCCGTTAGCAACAGGTCGACTTAAAAACGGTTACTATGTCTATA
3126 CTGACACCAATACACCGTTTGATTACCTGCTGACTGGTTGCAAGTACGATCTGGGTGAAA
3127 TGGATCATGTTGGCTCTCTGTTCTATACGCCATACACAGAAGCTGATCAGGCAGGTTCGA
3128 TCAAGATTTCTGTTGATCCTCAATCCTTACAGCCTAAAGTTGCTATTCTGATGCGCTACG
3129 GTTTATCGGTTAACCCGTATACCACTGCTGCTAATGAAAGACTTGTGAAAGGTGATGACT
3130 GGGTAAACCTCTCAGGCAAATCTAAAATGAGTCAGATTGTTGGTATCAAACTTCCTAAAC
3131 TGGGTTGATAGTATAACCCAACTGGGATAATATTCAATAGGTGGAGTAGGGAAACTTACT
3132 CCACCTTTTAATAATTGTTATAATTAATATTAAATTAGATCTTGAATTTATAAATGATTT
3133 ATGATAAAATTTATTAATTATAATTATTATAGATCAAATAATTTTTGAAATCAAGTAAAA
3134 ATAAATTTGATTTTATTAATTAGATCATGTATAATTATTCTTTTAATAATATATTATATT
3135 AGATCAAATAAAATTTGACTACAAATTAATATAGTATATTATAGATCAACTGGGTAAATT
3136 GGTGAGTATGTTATGAGTTTGAAATTAGAAGATCTGCAAAATGAACTTGAGAAGGATATG
3137 CTGATAGATCCCCTCAAGTTGCAATCAGAATCAGCGGATATCCCGAAGATTTGGGCTAAA
3138 TGGCTTCGATACCATTCAAACGCTAAGAAAAAATTGATCCAACTTCATGCGAAAAAAGAA
3139 GCTGATGTGAAGGATCGTATGTTGTACTACACCGGAAGGCATGACAAAGAAATGTGCGAA
3140 GTGGTGTATACTGGGACTACTGAAATTAAAATCGCGATCGCTGGGGATCCGAAAATTGTA
3141 GAAACCAACAAGCTGATCCAGTATTATGACATGGTGGTAGATTTCACCAGCAAAGCACTG
3142 GATATCGTCAAAAACAAAGGATACTCTATCAAAAACATGTTAGAGATCCGTAAATTAGAA
3143 AGTGGTGCATAATGTCTACTGAAAATGAAAAATGTGTAGTGTGCAAGTGTCCGGTTCCTT
3144 CTACTGGTTTTGTGACTGAATCTGGGCGCGTGTGTAGTACTATCTGTGCTGACTACATCG
3145 CAGAAAAAACAAAAAACGGCGAGATCAACGAATCCGATGATCTGAATGAAGTTCAAATGT
3146 TGCTGTAGGAGGATCTTATGATTGGATACGGTGAAGGAATTACAGATCGTGATGAACATC
3147 CTGATTTTTAGTGCATAAATACTAGCGTACCCGAAAGGGGCTTGATAAAAGAATGCTGGA
3148 TGATAGGCGTACTCTTTTGCGCCGTCCGATGGAGTTTACCTTCGGCGGGGTGATTGATAA
3149 TATACCTTCGATCAAGGGCATGTGAATAGAATAGCCAGAATAGTACAGCACTGGCGTTAA
3150 GCAAATGTACAAAAGCCCCTTCCTTTCGGTTGGGGCTTCTTTTTAGAACTTTTCTTCTTC
3151 TCCGCTTTCGAGTTCGGCCTTTAATTCTTCGGCTCGACCTTTCAGCGCATCGCGCATAGA
3152 AATATCGTCTGACGGCGCAACATCAACTTCTTTTACACGATTTTTGTAATATTTTTCAAG
3153 CTCTTTAAGGCCGTCCATAGTACGGCAAGAGGCGACCTTGCTCATGAAATCATCAATAGC
3154 CGCCTCATAAAGTCGAAAATCGTTGAAACTCTTCATTTTGACCTCTAAATTTCGATTTGT
3155 TTGATCACGTAGTCAAACTTTTCTTCATTGTAAATGCGTACTCGTTCGATTGCGTGTTTC
3156 ATACCATAGTTTTTGTATGAATATTTATTTTTAGCATTTTTGGACTTTGCCAGCGTTGCT
3157 AAGTTATCAACCAAATCCCAAACAGTAGCAAGAGATTTAGAATCATGTTTACGCAGTACG
3158 CGCCCAATTGACTGTTTGACTATAACAGCAGATTTGCAAGGATGTCCGAAGATGATGTGA
3159 TGCAGGTTCTTGACAGAAATACCTGTACTCAGTACACCAATAGAACCGATTACGATCAGC
3160 CCCTTCGTTGATTCCGCGATCCGTTTCATTTCGTTTCGCTCATCAATCCCCGTTTCCCCA
3161 GAAATGTATACAACGTTGTCATATACCTTTTTGAGTTGCTCATACAGCCATTTACCATGT
3162 TTGATCTGATTGAACATCACAAACACGTTTTCATCTTTTTCCCTTGCCAGTTTCAACGCC
3163 AGCTTACAGATCCATGCGTTACGCCTGGTATGCGATGTTATATACTTGATTTCGCTTTGG
3164 TAATCGGCCCCCTTCATTTTCTTAATCTCATCCTCTTTGTATCTCATGAAGATGGTATTA
3165 ATTCGAAGGTTGGTAACTTGACCTTCCTGCATCAATCGATTTGTATCAACTGGCTTGAAG
3166 ATTTGACCAAAAGCGCCAATGTATTGCATCATGTTTGCTTTGCCTTCTTTCAGAGAACCA
3167 GAAAGGCCAAACTTGAAAATACACTGATCCATTGTGTTGATGATCTTCTGTATGCTTTGT
3168 CCTGTTGATTTGTGGCATTCATCCACCATCAAACACATGAACTGTTGAAACCACTCAGGA
3169 GGCATTTTAACAGCCGATTGCCACGTAGACACGTAGATCAATGCATTACTGTTTTTAGCA
3170 GTTCCTGAACGTATTCCAAGCATTGCCTCGCGAGGTAAAAGGCGATAGTTGACAATATCA
3171 CCGATCATCTGATCAACAAGGGCGGTTGTTGGGACAATGATTAGTACTTTGCCTGTGTAA
3172 TTTTCCAGACACCAACGAGATATCAACCCCTGGATAAGAGATTTACCCGCTGACGTTGGG
3173 AGGTTAAGCACAGCACGGCGGTTTTTAATCGCATGGAACACCGATTGTTTTTGATACCAA
3174 TACGGATCAATCTGCTTGTTTCCGTCGTATACTGGGTGTTCTTCTAACCACTTGTCAAAA
3175 TCTGGCTGGGTAATTTCTTCTGTTTCGTGGATCTTAGGATCCATCCAGATAGAATACCCG
3176 CGAGACTCCGCGAATTTTGTTACAAGATAGGCTAAACCGTAGGGCAGTTTCCCGTTATAG
3177 TCCATCAAGTATATGTAGCCGTTCCATCCACCATATTTGTATTTTGCCTGGTACTGATAA
3178 CCTGGCGGCTGGAAGCTGAAATAGTCGCGCAATTCATAGACTATGTTAGCCTCTGCCTGA
3179 ATCTGCACATGACTAGTGTTAAGGAATTTGACTTCGATATCCACTATGTGTATCCTATAT
3180 ACGGTTTATATGAATATTTATAGGCTAAATAATGATAAACATTGGAGAACTACAATGAGT
3181 ATTGATTACGAAAAGGTTGAAGGTTTCAAAGCCTTAGAACAAAAAGAAGCCAAATTACAG
3182 CTTGCTGCCTACGCGCAAGAAACGTTTGATGTCAAACTGAACCGCCAGAAGTCATTCGAA
3183 AATATGCTTGCTGATCTGGAATCTGCCGTACCAGCAGAAAAGCCGGAACTGTTGATCGAC
3184 TCCCCCGATCCTGAAATTGTTACATACGAAGGTGAACAATCCGTTCCTGATGTTGTTATT
3185 GATGTGACTAACGATTTCATGGATTACGTTAAAGAGGTTGCTCCGGAAATCGCAGACCAG
3186 ATTGAAATTGTTCCTGACGCTCTACAAGCTCCTACAAGCGATTCTGAGACGGTTTCTGAT
3187 GAACTGGCATGGATGGAAGGGTTTACCCCGTCTATCATCATGATGGGCCGCTCTGTTTCG
3188 AATACTGGCTTTTATACGTGTCCGTATTGGATCTATGATTGGATGAAACAAAATCCGGAT
3189 TGGTACAAGCACCCTGACAGTTGTCCTCATTATTCAGCGCGTCAAACCCTCAAGTCGCTG
3190 GCATGGTACATGCATCGTGATGGGATGGTTACTGTAAGGGAAACCCGAAACAGCCAGTTC
3191 TACACGTTCAAAAAATAATTTTAAAAAGTAGTTGACCTTGCCCTGCTATTCGAGTATATT
3192 TGTATTCGAAGGCGGGGGAATGGCTCTCGCAGTGAAGAAGGAAATACAAAATGAACATGA
3193 TGAAAAATGCTTACTACCCAGTTCTGTTTGTTTGGACTAATGGTGAAGTTAAGAAAATCG
3194 TCAATTCTAAAGCTCCTTATTACACTGTAGGTGAAGCACTTCGCCACGCTGCGGAAGCAA
3195 ATTATCCTGTTCATGCCGAACCTGGTTATGCTCGTTGGAACGGTTCTAAATGGGTTGCTG
3196 ATACCTGGGACAACTACGAAGAAGAAAGAATGGAGTGTGATCCTGATTACGTATCTCGTC
3197 AAATGGAAGCTCATATGATTGCAGATCGTAGACTGGATAATGAAGCTCGCGGATTTTATT
3198 GATTAACAAGGGGCTACGGCCCCTTTTCTTTTAGGTGAAATATGAACTTAAATCACGAAT
3199 GTTTAAAAGATTTGAGCGATGGTAACGAGATTGGTAACGTTATTTTTCTTGATATCGATG
3200 GCGTTCTAAATAATATGCGGTGCATGAAATTTGGTGAACATATGGACATCGAATGCGCAC
3201 GACACTTACGCCGGATAGTGAATCACGCTAATTGTGATATCGTCATTTCCTCTACGTGGA
3202 GAATCGGCAACAGTACCCATAATCTACGTGAAATATTTTATCCGTGGGGATTGTATCGGA
3203 TCATTGGTAAAACTTGCACTAACTTCCCTCATAGCACTGGAATGCGTGGTGATGAAATCA
3204 AGGCATGGATCGATACTTTCGGATGTAAAAACTATCTCATTCTTGATGATGACACCGATA
3205 TGCTTTCTTCACAAAAAGATCATTTTATTAACACTGATGGGTTTGTTGGGTTGACCGAAG
3206 AACAATCCACTTATGCGATCCGTAACATTTTCGGGGTTACTACTCCGTTTTGTCCTGAAT
3207 GCAATGGGTATGGACGTGTTAACGGCTACGACAAATGCGGAACGTGTAACGGTAAAATAC
3208 TCCGGCTATAAATACCAATAAACATAAGAGGTTAAATTTATGGCAATTCCTTCTGTAACA
3209 ATTAGCGCCAACAAAAACGAACTTTTGATTGGCGAAACTTTGACCTTAGAGGTTGAAACT
3210 ACTGAACTAGATCCGGGTGATGTGTTTCTGGCCTATCGTTGGCAAAAAGATGGTGTAGAT
3211 ATTCCAGGCGCAACCGCCGATACTTACACAACTACGGTTGACGGTACAACTGCTGGTGAT
3212 TATACCCTGATCTTAAAACACGGTGCTGATGAAGAATCAGCAACAGAAACCACGTCAGAT
3213 ACAATCACCGTGACAACTTATTCTGATGATCTCGTTTCTAAATGGACGGTTCACCCGATT
3214 CCGTGGCGTGATACCAGCTTTACCCCGATCGGTTATTGGGTACTTGATGAAATTCTGTAT
3215 CAGAAAGCACAGGGTAAAGATTGGAAAACTGATTATGCTGATTACAAGTATAGTGAGGAA
3216 GTACAAACGATCCTGAAAGCGTTCATGGAAAACGGTGAATGTGAGATCCAGGATTCACGA
3217 AACGGCTATATTCATAAAATGAGTGAAATCTAAGAGGCTTTAAATGGCAACTGAAAAATG
3218 GACTACGGTTCATCCTATTCCGTGGAGAAATACCAGTTTTACATATCTTCCATACTGGCT
3219 ATACGATATTATCGTTGATGCTTTTGAGAAAGGCGACGACTGGCGCGATTATGCGGAAGA
3220 AAAATATAAATTAGAGTTTGATACTCTGAAAGAGGCGTTTGAAGATTATGGTGATATTCA
3221 TGTAATCGAATCTCGTAATGGTAAACTGGTTAGTCTGTTGTCATTGACTCCTGCTCCTGA
3222 ACCAGATCCTGACCAATAAAATAAGGCAAACAATGAATACACTTCTTTTTGATTTCGACG
3223 ACACTTTAGCAGAATTTTCTCAGACTTTTTATGATAAGTTCGGTGTACGTCCGGAAGGAA
3224 CGCCAAAAGAACGATATGACGAAATGGCAGCTTCTTTGGTGCGTACTGATTTTTATAAAA
3225 ACCTTCCCCGTATTCAGGCTGGGATTGACCTCCTTCAATGGAGTTTCCAACGCCGAATCG
3226 GTGATCCTGCTACTTTGCTGCTTCGCGCGGAAGCGGTCAGCCCTCTTTGGGTTATGAAAG
3227 AAAAACTGAACTATACTGATAAGATTTGCGCTGAACTGGGGATCTCTCGTCTCGATTTTA
3228 GTCGCATTGACTATCCGAAACAGTTCGCAGAACATGCCTATCGTGGTGTTCTGATTTCCC
3229 GCAACCAGAAACATCTTGAAATCTGGAACAATTCTCATCTAGCTAATAAAGTTCCAGGTA
3230 TTTTCCTTGCGGAAACCCTGGAAGAAAATATTCAGCTAGTCACGGAAGCGCTTGCAAAGG
3231 CTAATCAATAACAAAAAAGGGAACCGCAATGGTTCCCTTTTTTTACAATCTTTTTAATTC
3232 ATCAAGCGCTGTTTTCTTATCACCAACAAAGAGGATTGCTTTACCTCCTGCTTTTCTGAA
3233 AGGCAACACCGCTTTTGCCCGATCGTCAAACAGAATTCCTTTACCAGCGAATGCTGCTTT
3234 TTCATGGCTACTTTTAACGTAGTGGAATTCTGGAACGTAACCCAATACTTTTTGTAATGC
3235 TTTACGTTTTTGTTCGGCAACACCGTCAGAATTGAATTTACCGACACTGGTTAGTATTGC
3236 TACATCGCCAAGTGTTCTTAAATGATGGAATAATTCAAATCCTTCTTTGATTGGTTCCAG
3237 ATTTTCGTAGAAATCAGTTTTGGCAATTTTTGCTTTGCACTTTTTCAACTCATCTTCTGT
3238 CATCATCGAGGGTTCGCCATACATTGGCACAAATGAACCTTCCCAGTCGAACAATACACC
3239 ATCCATATCAAAGAAAAACTTATTCATATCAATTCCTCAGTTTGTGTATGCATACTATAA
3240 TGTTTAATCATTAATGTCAACCCCAAGTGTCAGTTTTCGGTGCGTATGCTGCAACTTTAG
3241 CCACAATTTCCTTATCCAGTTCAGCTACAGATTTCTGAGGCTTACCACGGGCTTTAACTT
3242 TGATGTAGTTTGACTTAACAACAAACATCCCTTTGTTACCTGATTTCTTGATCTCGCTAT
3243 CAACACCAACTTTGTTAAAGCTGATCCAAATGTCGCCGTCCATATACTGTTTAAGAGAAT
3244 CACCCATGTTCAGGATCTTCGCCATAGTAAGGGCCGCGCCTTCGTGGGTATCCATGAGAA
3245 TTTCTTTAGGAACTACACGATCGCGTTTCTGGTTCTGCTGCATAGCAATATGCACATCGT
3246 TCATAACCCATACGATATGTACGTTTTCTTTTTTGTATCCCAGCGTTTCGACATCACGCG
3247 CGATGCTTGCCAGCTTGCTCATGCCTTTTAACGTTACGTCAAAGATGAGGTTAGGTTTAC
3248 GATCTTCTGGTGCTGCCATAATACCAGAATAAACACGGTTTTGGTTTTTGTTGGAAATGT
3249 TGAAAACGTCGGCGATCACATGATGGAGGGTAGATACGTTTTCTGGGTTTTTGAGGTTCA
3250 TTGTTTTGACATCATGACCCGTTTGTTTCTTGATCTCTGCTGCGAGTTTATCGCTACCCA
3251 TTACAAGTTTTTTCAGGGCGTCAACGTCCAGTGTAATACCTTCGATGCCTAGCAGTTTTT
3252 CCAGTGTGAATCCTTTACCGGAACCAGCACCGCCAGCCAGAATAACAACCTGACCAAACT
3253 TAGGATAAGCACGGCCCCCGAAGGTGATCAGCGCTTCGGTTAAGGTGCTTTCTGTGAATT
3254 GTTTAAATGACTTCATGTAAAATTCTCCAGTTTATTTTCTATTATTTATTGACATGCTTT
3255 CTGACAGTGGTGTATGGTTATGGTGTTCGACGGATAGGCCGGAAGAACTTTAAACCATAA
3256 GGTATATGATATGAAAATTGATTTACATCGCTTCATTGCAGAATTTTCCCGCGACCGCGA
3257 CATGGACTCTTTCAACTACTACTCCCGTGAAATTGAAGATCGTTTTGCGGCTCATGTTGG
3258 GTTCCGTCGCCACCATACTCCTAAAATGCGCCCTGACCACGATCCGAAGTATAGCCCTAT
3259 CACATGGCAAGCCCCGATCAATGGTTACGTTGAAGGGATCCGGATCATGACTTTTAACGC
3260 GATGTATGGAAACGCTTTGATCCATATTGCACGTGAGAAAAAGGCAGAATTCCCTAACGG
3261 CTGGCGTATTGATGAAGTGATTCAAACCCTTATGCAGTTACGACGTGAATACAAAGCTGG
3262 TATGTGTCTGCGTAATGAACAGTATCCGATGTATAAAACGTATGCCTATATCTCTAAGCA
3263 TCTAATTAATTCCATGTTTTACATCGTTGGTAATCATGGTTCCGCTATAGATATCGGTTC
3264 TTATGAAATCGTGGCTTATGCTCGCGAACAAGGAAAGGCCGCTGCACTGAAAATCATTGA
3265 ATCTGGTGCTATCATTCTTAACCATCGCATTGATACTATTGCTTACTATGGCGATCAGGT
3266 TGAGGTTGAAGGCGTACACCATGAACGATTCAACAAAGCCGTATTTGCTAAAAATGGTTA
3267 TGCTTATGGTAATGACATTATAACTTCTGCTATTCCTTTCGTTCGTCTAACTGTTGAAGG
3268 ATTTGGAGAAAGGTTGCCTTATAAACTGTCAGAAGCTCAAATGTGTGCGGCTGCTGAAAG
3269 AATCGCCAAAAAGCGGAAAATGTATACCGATGAATACCTGGCGTATGTCAACAAGACAAA
3270 AGAAGATGTAGATCGAGAAATTTCTTGCATGGATTTGTGCCTTTGATATAATGTAAGCAT
3271 CTTTTAAAGGGAGGATGCATGAAAACGATACATTGCAGAAATGAAAACGTTGTTTACTAT
3272 CACGGTTCGTGTACTGCTGCTGGTATTGAAAGCATGTTATTGCCTCCCTGTGATTCTGAT
3273 ACTCTGTCTGAAAAAGGCAGGAAGAAAAATTTAGACCGTGTTTTCTTTACCGCTGATATC
3274 GGGTTAGCTCGTATATACGCTGGAAGGGCCGCGCGTTCTATAGGTGGGGATCCTGTTCTG
3275 TACAGGGTTGTGTGTCCGGTTGATGTTGTATGCATGAACGAAGACAAAGGCGCGAGCGTT
3276 TACCATGCAGCATGGGCTTTTTGTGAGGAATTATGAATGATAAAGTGTTGGCGTATCTCG
3277 TTTTCTTGCTGGGATATCGCTTAGAAGTGATGGGCGCGTATTCATCAATTTATGGTGATT
3278 TAACGGCTATCTGGATGGTCGGGTTAGGGGTTGCTTTTACATTCCTTTCCTTTGCAATTG
3279 TTAATGAATCGGAAAAGGATATTGTATGAAACTATATCATGTGATCTACTCTGGTGTTTT
3280 AGGCATTGACAAACAAATGTTAGTTGATGTAATGTGTAAAAAACTCGATGAACGAATTGG
3281 AACTCGATACAAAAATCATGTATCGGAAAGTATTTTCATCAACGTTGACCATCCAAATGA
3282 CATGGAAGAAATGGTTAATACTCTTGATGATCAGCAGATCCCGTTTGTTGACAATTTCAA
3283 CATGAGCGCTGGAGTGTATACGGTAGTAACTTTTGTTCTAAAAAATGTTGACAGCCGAAA
3284 CGATAGCGTGTTGAATGTAGTTGCAAAAATCGATTCTACCAAAGGAAAATAATATGAAAA
3285 TTGTACACCGTAGCATTTCCGAACTGTCTCAAGCTGAAAAAGTGCAAATTCATTTCAAAT
3286 TCAATGATTTGCGTAAAGGTTATGCCGAAATTGCCCGTGAACATGGGTTAGATAACGGCG
3287 ATATTTACCAGGTAGTACAGGAAATTGAACGTATCCGCGCGTTCCGTTCTGCAAATCTCC
3288 CTGTTAAAAATGCAATGCGCCGTGAAGCGATCGAAATCCATCGTAAGCGTGTGTACAATT
3289 TAGAACGTGCTAAACGTCCGATGAAGAAAGAAAAGAAACCTCGTCCGTTTAAACGTGAAC
3290 ATCTTAACACCTCTATGGCGCTGGCGTTTCAAGATGCGGGGATTATCTAATGCGTAAATC
3291 TGCGATGGATCGTTGGGCTAGTATTGCTACTTCAAACGTAAAACCAAATCAAGCCGCACC
3292 TGATGTAGAAGCGGTTCGTAAAGCAAAAGAACCTGAGATCGTGGCCCTTAGCCCTGAACT
3293 CATCGAGCATCGCCGTCGTGCGTCTGCTATTGAACTGGATCTGCGTATTGCGCGTTCATA
3294 TAATCTCAAGCATGAACACGCCGCAAAGAACAACCATTCTTTTGACCTTACTCTGGAAGA
3295 TTGGAAAGTGTTGATGACAACTGAACGTTGTCAGTATTCCGGCAAGATGTTTAGCAATAA
3296 ACCAGGTAGCCCATATGCCCGTACAATGGAACGTATTAATCCACGTCTGGGATATACACA
3297 AGAAAATACAATAGCGGTTATCAACGCCGCTAATGCCGAAAAATCACAGCTTGATGCATT
3298 CGTTAAGGGTGATGTCATTCTGGATGAAGTAAAAGTGAAGTTGCTGCGTAAAGCACTTTA
3299 TCAAGTTGAAAAACGTGTGAAAATGAAAGGTTAAATTATGTTTAAGAAATATTCTTCTCT
3300 GACTAACCATTATGAAGGTAAGTTCATCAATGGTGTAATTATGAACGGGCTTACTGGCGG
3301 TGTGTGGGTTGCACGTGAAAAGATCCACGGTGCTAACTTTAGCTTTATCACCGATGACGG
3302 TAATATCGTTACCCCCGCAAAGCGTACTGATGTTGTTAAGCCAGCCGAAGATTTTTATGG
3303 CTGTTCAGCAGTAGTTGCAAAGTATTCCCCAGGGATCCGTAAGATGTGGGAAACCCTCAA
3304 AAAGACCGGAACTTATGATGATTTGGTTATTCAAGTCTACGGTGAATTTGCGGGGCGTGG
3305 TGTACAGAAAGATGTTGATTACGGCGAAAAAGATTTCTACGTATTCGATATCCGCGTAAA
3306 TGGTGAATTCCTTCCGGATAACCTGTGCTCGCTGATCTCTCGATCTCATGGCCTGAAAAT
3307 GGCCCCGCTGTTGGGATACGGTACTTTTGAAGAGATCAAAGAACTGCCGATCACGTTTGA
3308 ATCTGTTGTGAATAAAGCAAATAGCGGCATTGGTAGCGATAATACAGTATATGGTGAATT
3309 CGTATATCCTATCATGGAAGTTGAAGAGGGCAACATTGCAGAAGGTTTTGTAATGAAACC
3310 TGTTTCACCTGCTTTTATGCCAAACGGTGAACGCGTTGCAATCAAATGCAAAACAACCAA
3311 ATTCACTGAGAAGAAAGCGAAGAAAGCAACCCGCTTTAATGCTCCGGTTTCACTGTCAGA
3312 AAAAGACAAAAACCAACTCGATGAGTTTGTTTGTTACCTTACAGAGAACCGTGTGAAAAA
3313 CGTTCTTTCGAAACTGGATCTGGCTTCGATCACTGCGAAAGATTTCGGTCGCATTATGGG
3314 CTTAACGGTTCAGGATGCTATTGAAGAAATCAGCCGTAATCATGGGCCTTTCCTCGAACA
3315 GTTCGAAGACCCAGCAATGGCTAAAAAGTTGTTTGTAACCGAAGCCCAAAATATGATTCG
3316 CCCTGTATGGGGCAAAATCCTGAACCATGAATTTTAATCAGATTCTGGTTGATGCAAAAG
3317 CGGCTTCCCTGATCGGTAGCCGTAAACCTCCTGAACGTATCGCAAACATTGCTGTTAAAA
3318 TCGGACGTGCTTTGAACGAACGCGGGATCAGGGCTTATTCTGGCGGCGCTCCTGGTATGG
3319 ATAGTCACTTTCTGTTTGACTATAGTCCGGATAACAGATGTATAATCCTTCCTGAGAACG
3320 GGTTTAACGGCCTTTTCTCAAACGGAAAGGATATCATCGACTTTCGAGATTTAAACACAC
3321 AGAAAGCCGCTGACGAAGCCAGAAAGGTAGCAGGTAACTTCGATACACAGAATGAATACG
3322 TTCAAAGAAGGTATGCGCGAAACACGATTCAAGTTCTTCGTGAAAATCTTGACAATCCAA
3323 CTGATTTTGTTTTATTTTGGGCGGAAGAACGTGAAGGATGTGTTAAAGGTGGAACCGCGA
3324 TCGCTGTAAGATTGGCTAGGTTGTACAAGGTTCCATGTTTCAATCTCTTCAAAGAAAGTG
3325 TATTGAACGATGTGTGTGATACGTTAGGGATCAATATCAAACCCCCAACGTTGGATTTTT
3326 TATGGTAATTGAACATGCGCCCTTACTTCGTGAAACATACGAAAGATGGGCTGTTAATAA
3327 CGCAATAGGTGAAAATATGATTCATGTACGTAGTATCGGTGCTGACGGCGAAACTCCGGT
3328 TCCAGTAGAAGGCCGATCCCCCACTCTCGCAGAACGAGCAAGAGAAATTATAAACGATCA
3329 GAATGCTAAGATGATCGAACATGCGCGGGATACAATCACAAAAGGTGTTCTGAAACACGC
3330 GACTCAACAAAACCTTATCTATGATATGAAGCACGATATCGGCTCTTGTCTGGGTATTGA
3331 ATGTACTCGCTATGCATTCCAACGCGTTTCTGAATGGTTGGAAGAAGAAGGGCTAAAATT
3332 CGATACAGAAGAAAAACGCAACGCCGCTAAGATCACAAATTCTCTGGCTAGTAAGTACAA
3333 TCAAACGTATCGAAACCAGGAAGAACGCGAAGTGTTCGGTTTCAAAATTCCTGAAAGGAA
3334 AACAGATCGCCGTGTAAGTGAATTCACTTTTTACATTAGTTGGTAAAAAGGTGTTGACGG
3335 GGGTTGGTTATAGTAGTATTCTAACTCCCGTAGACAAGACACTAACTCAGAAGGATAAAC
3336 ATCATGGAAATCGTAATGAAAGCAACTTATGCTGGATATTGCCTGGAAGCAAAAGGTGTT
3337 GCTAACAATGGCAAAGGCTTACGGGCCAATGTTGAAGCAATGCTGGATGAATTACATGCA
3338 ATGTACGAATACGACAACGTAGCGGGTAGCGTTCTTATCCAGGCGTTGGAAGTTGATGGT
3339 GTTGATTGTGTTGGTTGGTGGGATGCTTACATTGACTACAACGATAACCGGGTTTACCTG
3340 TTGAGCAACAAAGATTATTTCTAAGGAACCACTATGAGCGATGAAGCTGAGGCTTTAGAA
3341 GATTGGGCTGATTTTGATGACGAAGAAGACGGGGAATATTTCTGCGTTAACAGTGGTGCT
3342 TACAAAGACCGTTTAGAACTTCGTGAACTTTTATCCGGTTCCTCTCAAATATCAGGATCC
3343 AAACGAAAAAGTAGTAAACAAAAAGTTCAATATAGTGATGGTTCTGTACGTGATGAAACT
3344 GTTGTTGCTGAATTTCGTGGTCGGGTTATCACAAAAGAACGACAAATTGATGTAAAGAAC
3345 TTGTATGAAGTGGCTAAGGCTGCTAAAATAGGTTCTGTGATTGTTTGCCCTGTGTGCAAA
3346 GAAAAACACACAAAGACAACGTATCACAAAGTTTTCTGTTCGAATGGCAGAAAAACCAGT
3347 AAGGATTGTAAGTCTAAATATCACAATACAATCCATCCCGAACGACTGGATCGGGTATTT
3348 TAAAATAAACTTAAAACGTGGAGTACGTTTATGAACAACAAAACTTTCGAAGAACTGAAC
3349 AGCATTATCACTTCCGTAGATTCCTATAAGGTTTCTCACTGGTCGCAATATCCAACTGGC
3350 TCCGAAGAGGCGCTGTTTTATATTGAATCTCGTGGTGGTAAATTTGATCAAGTAGTTACG
3351 GCTGGCTGTAACCGCCTTGCGCAAATCCTATCACGTCCGGTGACTATGGAAAACGTGGAT
3352 TTTGCTAATCGGTTGTACAAAATGCACTTTGGGCGCGAAATCTTCAACTACAAAGGTTGG
3353 AAAGAAATTGCAGAACTGGGTTACATCCCTCTTGAATTCAGAGCGATTCCGGAAGGAACC
3354 CCAGTAGCGGTTAAAAATCCGGTTGCAACTTTCCATGCTGGGAAAAATGCGCTGTGGTTA
3355 GCAGGACACGTAGAAACCCTGGCGATCAGGGGAGTATGGTTCCCTTCAACCGTAGCAACT
3356 CTATCCCGTGAATGTAAAAAAGTGTTGAAGAAATATCTCAAGAAAACCTCCGATCTCGAA
3357 GGTGAAGCATTTGATATGGTGTTACGTACCCGTTTGCATGACTTCGGCGCACGTGGAACC
3358 TCTTCTGCTGAATCTGCTGGTATTGGTGGCCTCGCGCACCTGTATAACTTCCTCGGTACT
3359 GATACCGTAGAAGCGCTGATTATGGCTATCTCTCTGTTTGAAGATTGTCAGAAAGCGTTT
3360 GATGATGGTGAAATGGCGGCTGGTATTTCAATTCCTGCTCGCGAACATTCCACTACCGTT
3361 TCTTACGGCAAAGAAAACGAAGACCTTGCGTACAAAAACAGTATTGAGATCTTCGGAGAA
3362 GGGATGTATGCATGTGTGTATGATTCCTGGGATTTTAAAGCGGCGGTTCGCCGTATCGCA
3363 GAATATAAAGATTCTATTCTTTCTAAGGGCGGTACTCTGGTAGTTCGTCCGGATTCTGGT
3364 GATATGGTAGACAATATCATGTACGCTCTTGAAGAACTGGGCCGTATCTTTGGCTATACA
3365 GTGAACTCAAAAGGGTATAAAGTACTACACCCAGCAGTAAGGATCATTCAAGGCGATGAA
3366 ATTCATGGCCCTGAAACAATCAATCGGGTGTTGAACTGGATGGAGTCTAACCGTTGGGCG
3367 TCTGAAAACATCGCGTTTGGTATGGGCGGAGGATTGCTTCAAGAAGTTACCCGCGACACT
3368 CAAAAATATGCGATGAAAATGTGCGCAATCAAAATTAACGGTGTGTGGACTGGTGTGTAT
3369 AAATGTCCAAAAGGCGCTGAATGGAAAAAGAGTAAAAAAGGGTTGTTGATGACTATCACT
3370 GATGGCGTTAACTTTAAAACCATTGATACTCTGGAACAGAAAGTGCCGGAAGGCTGGAAA
3371 GATGCTATGATCACATACTATGTCAACGGAAAGATTACTTCCCGTGACACTTTAGAGGAA
3372 ATTAGGAACCGTGCCGGGATTTAGTATCCGCAAAAACAACAAAGGAACCGTGATTTTCTA
3373 TGACAACATTCCCCTTGTAGCTCGCAAGGGGCTTTTTGCTAAAATCGCTGGGTATTCCTT
3374 TAAACTGGAAGAAGTCAACGACGAAACACTAAAAGAGATCGTAAGAATTGCCTTACAATT
3375 AAGAGGTAAGAAAGACGAACAGAAAGCTATTGACATGATCAATAAATTGGGTGAAACTCA
3376 ATGCTTTATAGTGAATCGTGGTTACAAGTACGATACCATTGCAAAATTTGAAAAAGGGCT
3377 TTGTGAATTATGAGTTATTATGGTGTGATCCCATACACAGGAAACAAGCAATCGCTATTA
3378 CCTGAACTATTCAAGCTGTTCCCCGAAAGAAGTTCATACATGCGTTTCATTGATTGTTTT
3379 TGCGGTGGCCTTAGTGTGTCGCTAAACGTCCCTAAACCCGTTCTAAGCAACGATTATGAT
3380 AAGACGCTGATTGATATGTATGAGCGTCTTAAAACGCTTCCTGACCTGTCTCCGGTGCGA
3381 GAATTGATTGCATCGAAGGGGCTGGGGAAAGACAATAAAGAAGAGTATCTGAAATTCCGT
3382 GATGAATACAACCAGAACAAAGATCCTTTATGGCTCTATGTCCTGATCCTGCATTCATTC
3383 AGCAACGTTAACCGGACAAACGACAAAGGCGATTTTAACGCTGCTGTAGGAAAACGAACC
3384 CTCAACTTTATGACAGAAAAACGTTTCGAACATTTCAAAAAGAATGTGACAGGAATTGAA
3385 TTTCGTTCTGGTTCATACTCTGATATTGAAATCAACGATAACGATTTTGTTTATTGCGAT
3386 CCTCCGTATCTGATCACTGATGCGGTGTATAACAAATTCTGGAACGCAGATCACGAACGC
3387 GAGTTATATGCTTTCCTTGACTCCCTGCATGAGCGGGGTATCAAGTTTGGTTTATCAAAC
3388 GTGACACATCATGCAGGAAAGCAAAATGATATCCTGATCGAGTGGATGCAAAAATATAAT
3389 GTGCATAACCTCGATAAAAAGTATCTGTTAGGCCAGCATACTGATTCTTACGAACAAAAT
3390 AAAACGCAAGAAGTCTACGTGTGTAACTACCAGAAACGCGACGTAAATACATACCCTGAA
3391 ACACTGGATGACTTAATGTAAGGTAACATATGTTTAAGATTTTTGGTTATATCCCTTCTG
3392 TTTATAATTGCGCTCCATGCCTGAATTCAAAGCGTTTGCTGGATGCGAAAAAACACCCAT
3393 ACGAATTCGTATCTGTTGCGGATTCCGTGGAAGACGGTAAGCCTGTGCTGAACGAAGCGG
3394 TGATCGATGAACTCGAAGCCCTGGTTGGTACGCGCCGGATGACTATGCCTCAGATTTTCC
3395 ATGACGGTAAACATGTAGGCGGGTTTGACCAACTTCGTGAGTATGTCCGCACCCTGTAAT
3396 AAATAATGACACCTTACTGAATGGTGTTATTATGCTGACGAAACGAATTACCAAAAAAGA
3397 CTACCCCACGATCAAACAAGCTCTCTTTGAAAAACAAGGGGGCTGTTGTGCTCTGTGCAA
3398 GCGCCCTTTAGAGGGTGAGATCGAAAAACATCACCTCGACCATGACCATGCTTTAGACGG
3399 CGAAAACGCCGGACGTGTGCGCGGCCTACTGTGTAACCTATGTAACGGTACAGAAGGTAT
3400 TGTGAAGCACAAATTCAACCGATCCGGTCTTGTGTCCCGTGATGTTGACTACATCCACTG
3401 GTTAGAAAACCTGCTTGCATATCTGAAACAAGATTATTCCGAAAACCGTATTCATGACAA
3402 ATTCATACCAGATAAGGTAAAATGGTTTTCAAGACTTACCAAACCTGATATGATTGCCGA
3403 AATGGTTTCTATGGGCTTCGAGTACGCCGACAAAGACGAACGCAAAGCCTTAACCGCAAA
3404 ATATAGAAAGCAATTAATGAAGGCAACGAAATGAAATATCTAAACGCTCGATTATCAACG
3405 CAACAGAAGAAAAAGCTGATGATGTTGATATCCTCCACTGACAAAAAGATCATATCTCTA
3406 CATGATTGGATGCTTGGAAGGGGTGACTCTGATTTGTGTTATGTCAAACCGAAAGACCGA
3407 ACGATGTTTGATGATCGCGGTCGCACATTGACTAATTTTTCTCCTATCACCGTTATTGAT
3408 ATGTGGGAACTCCTTGAGATTGTAGGACGGGATATACCTGTTGACGGGGTTGAACTGATC
3409 AAATATCTTAACGAGATTGGACACAATTTAGATATTATCCATAAGGCAACGAAATGAAAG
3410 TAGAAAAACGCGACGGCAAAACCGTCGATTTCGATCAAGAAAAAATTCGCAATGCTGTGT
3411 ATAAAGCTGGCGGGACTATGACGGATGCTGACTCCGCGATCATGCTTGTGTTGCGTAGTC
3412 AGATCCGCAACGGTAAAGCAATGAAGATTTCACAAATTCAAGAACTTGTTGAAGAATCTT
3413 TAATGAAGACAAATCCGACTGTTGCCCGTGCATATATCGAATATCGTCATGATCGTGATA
3414 TCGCCCGTGAACAAAACGGAAAATTATTCCGTGATATCAAGGGTTTGATGACTCTTAGTA
3415 ACAAAGAATTAACCAACGAAAACGCAAACAAAGATTCTCGCGTATTCCCGACTAAACGCG
3416 ATCTTCTGGCTGGTATCGTTTCTAAACATATGGCGCGTAACCATATTCTACCGAAACATA
3417 TTGTTGCGGCGCATGATTCCGGTGATATTCATTATCACGATCTGGATTACAGCCCGTTCA
3418 CGCCATACACAAACTGCTGTCTGGTGGATTTGAAAGGTATGCTGGCTAATGGCTTCAAGA
3419 TGGGTAACGCAGACATCGAACCCCCGAAATCAATCGGTGTTGCGACGGCTCTCATGGCAC
3420 AGATCACCGCACAGATTGCTTCTCACCAGTACGGCGGAACTACCTTTGCTAACGTCGATT
3421 TAGTATTGGCTCCTTATGTGGAGAAGACATTCGCTAAACATGTACGTGATGCTCGCAAAT
3422 ATCAAGTAGCATTAGTAAAAGATTATGCTATTTCAAAAACAGAAAAAGACGTATTTGATG
3423 CTTTCCAATCGTATGAATACGAAGTTAACACGCTGCATACTGCCAACGGACAAACACCTT
3424 TCGTTACTATTACTTTCGGTACTGGTACGGGAATGTTTGAACGCATGATCCAGAAAGCGA
3425 TTCTGAAAAACCGTATTCGTGGACTGGGTAAAAAGGGCATTACCCCTGTATTCCCGAAAC
3426 TGGTTATGTTTATGGAAAAAGGAATTAACCTTGATCCAGAGGATCAAAACTATGACATCA
3427 AACAACTTGCCCTGGAATGTTCTTCAAAGCGTATGTATCCGGATATTATTAGCGCGGCTA
3428 ATAACCGTCGTATTACTGGTTCTAGCGTTCCTGTATCTCCTATGGGTTGTCGTAGTTTCC
3429 TTAGCGTGTGGAATGATGAGCACGGTAATGAAATTCTTGATGGACGTAATAACCTGGGCG
3430 TTGTGACGATCAACCTTCCTCGTATTGCGATTGAAGCCGAAGCACAGGAAGATGAAGACG
3431 CGCATGATGCATTTTGGCGTATCCTTGATGAACGTCTGGAACTGTGTTTTGAAGCCCTGA
3432 TGACTCGTATTGATAGTCTCAGAGGTGTTAAAGCCAGTGTAGCCCCGATCCTTTATACAG
3433 AAGGTGCGTTTGGTGTACGGTTGAAACCCGATGATGAAATTCTGGAACTGTTCAAAAATG
3434 GGCGTAGTTCTATCAGTCTGGGATACATCGGATTGCATGAAACTCTGATGCTTTTCGGAT
3435 CTGGACAACACCCATTCGACCGGATCGGTTCTCAGAACATGGGTAGACTGATTCTGGAAT
3436 ATCTACGCGCTGCGACCGAAGCATGGAAAAAGAAAACCGGATTTGGGTTTAGTCTGTATT
3437 CAACCCCTGCTGAATCTCTATGTCATCGTTTCTGCAAACTGGACTATGAGAAATTCGGAA
3438 GTATCAAAGGGATCACAGATAAAGGCTGGTACACTAACAGTTTTCATCTGGACGTTGACC
3439 GCAAGGTAACACCGTTCGAGAAAATCGACTATGAAGCCGATTATCATTACATTGCAACTG
3440 CTGGACATATCAGCTATGTAGAATTCCCTGATATGAAAAACAACCTGGAAGCCCTTGAAA
3441 AAGTCTGGGATTATGCAATGGATAAACTGGACTACTTCGGAACTAACCTTCCGGTTGATA
3442 AATGCTTTGAGTGTGGCTCTGATGATGAATTTAAACCAACAGAAGACGGTTTTCATTGTA
3443 CCCATTGTGGGAACCATGATCCGGAAAAAATGAGCGTCACGCGCCGTACATGCGGCTATT
3444 TGGGTGCTCCCGCTGTCCGTGGGTTCAACGAAGGTAAGAACAAAGAAATGATGCATCGCA
3445 CTAAGCATCAAAATTAATCAAAAAGCCCTTGACTTCGGTTGAGGGCTTTTGTTATATTAG
3446 GCCTATCGAAAAAGGAGACAGATTATGAAACTGACTAAGAAAATGACCGATGTAGTAGCA
3447 TGTGCGTTTGCATTAGGCTACAAAGTTGAAAATCATCCAACTCGCGTTGAAGTCATCAAC
3448 CCTATCAAGGGCCGTCCTGGTTTGGTTCTGTGTGAAGACGGCACAGCATATCGTAATGAT
3449 GTCTCTTTAGAACTGGCAACTACTATCCGCACCGCAAAACAAATGAAAGATGTTCTCATT
3450 AGCGGCGCAAAATTGAGGGATTTATGATGTATTGGACAAAAGATAAATTTGTTTTTCGTG
3451 ATGATACGTGCTTTGGGACTGCATACCGAAACTTAGCTATTCGTGGCGGTTCGTTTTCGG
3452 CTAATGATTTGTCTAAGGTAGTATTCCCTATTAAAGTTACTGAGTATGACGTATTCGGTG
3453 TTAAAGGGTTTACTGATTACTTTGGTACAAAGTTTGAATCAGAATCTTACATTTTCACTA
3454 ATAGCGATCGTGAATTATTCAAAAAACACGTTGTTGTTAAAGAGAAACCGTTATTACCAA
3455 AAGAAGATGAAGCAAAGGAAATCTATGATCTCCTGAACATGCTTGATAATCTTGGTACTT
3456 GTCATCTGTTCGGGAAACGCGCCCGTAAAGCGAAAGATGTTCTCAATCTGTTACGCTCTC
3457 GCCGGAATTACCTGATCCGGGAAGCAGAACGTAATCTGAAAAATTCAGAAAAACAGGTCG
3458 ATGTTCATAAATCCACTCTTGCGAAATTAAAGTCTTTGTGATGTTTCCGTTATACGCTAA
3459 AGTGCGTCGAAATGTCGGTGATTCGTATCAGGAATGGAGTGAATGGCTACGCGAAACAAA
3460 GTCATTCTACATTTCAAAAGCAACTGATATGAAAGGCCGTAACATTCGCTATCGTAAACC
3461 CAGTGGTAAGCGAGTGAATGGGATAGATTACATTGTTCTTGATTCGATTCGGGATGATAT
3462 ACGATAATTTAACTTTGAGGCAATATTATGATTTTCAACAAAACAAATTCACGTAATTTG
3463 AACTATCTACGCTGTGAACTGGAAGCTAACGAAATTGAACTGTTTTTCTGTGGGGCTACA
3464 GATCCGGAACACAAATTGCATTGGGTATCAGGTGAGATTGTAAGCCTAACCGATCAGATT
3465 GTCGAAGAGGCTACCCGCCGCAATGCAATCGTTAAAATTGGTGCTATTGATGTGAACTAC
3466 GAAGGACATCCTTCATTTTTCATTCAATATTATCCATAAAAGTATTGACCTGTATATCTG
3467 AATGTAGTAACATCCTTCTTGTCAACTAAGGAGGATGTTATGAAAATCAAAAACACTGCT
3468 ACTGAAACTCTTTGCAACGAAATTGCAGAAATGTACTGGAGTAAAGGTCACTTAGAGGCT
3469 ATGAAAGAGTTTCAAAAGTGGTGTGATACCCAAAAGTTAGCTAAATGGGAATACATCGTT
3470 ATTGTTGAACGGATCAAAGAACTGATCCTCGTGAAGAAAGGTAATAAATAACCATGTAAA
3471 TCAACATGGAACCCAATATGAACTATCAAAAAATATACGATTCTCTCATATCGAAATATA
3472 GGGGAGAACCTCCAATATCTTACAGACACAAGAAATCAGGTTACGAGATTCATCACATAT
3473 ACCCAAAATCAATGGGTGGATCTGATGAACCAGATAACTTAGTATATCTTACACCAAAAC
3474 AGCATTATACTGCACATCATCTTCTGTCTAAAATATATGGCGGTACTATGCATAACGCAT
3475 TTTGGATTATGTCATTTTCTCGTGGGTTTCCCATCACAGCAAGGCAGTATAAAACTGCAA
3476 AAGAGAATAAAATTCTCAATCAAACTGGAAGAAAGCATTCTCCTGAAACTATAGAAAAAA
3477 TGATAAAATCCAGACAAGGAAGAACGTATTCTATTGAATCGCGTAGAAAAATGAGTGAAT
3478 CACATAAAGGATATTCTCATAGTGAAGAAACAAAAGAGAAAACACGAAAAAGTTGTTTAG
3479 TTTCTAAAGCTAGATTTGTGAAAGTTGCTATCGGGACGAATATCAAAGATCCGTCAATTG
3480 TTATCCGGCTGTGCGGAAAAACTGATATACGCAATCACGGATTCAGTCAAGGTAAGGTTC
3481 ATTCTTGCTGTCGCGGTGAAATAAAAAGTTATAAAGGCTATACATGGAGATTTGAATGAA
3482 TTATATTAGAATTTATAACATGGATGTGGTCAACGGAAAAGGGATCCGTGTTGTTTTGTT
3483 TGTGGCCGGATGCAATCATAAGTGTGATGGGTGCTATAATCGCAGTTCATGGAATCCTTG
3484 CAACGGAACACCGTACACGGAAGAGACAGAAAACCATCTGATTTCTCTGTTGAGTAATCC
3485 GCATGTTGATGGACTTACATTAACTGGCGGCGATCCGCTTTACCGTGACAACTATCCTAC
3486 TATCCTAAAACTGCTTGAGCGCGTTTCTAAGGAACTTCCAAAGAAAAACGTATGGTTATG
3487 GACAGGATATACCCTGGAGGCTTTACAGGCCGACCCAGAACGTTCTAAGCTACTTCCTTA
3488 CATTGATGTTCTGATTGATGGTAAGTATGAAAAAGATTTACCAACTAAAAAGCCGTTTCG
3489 CGGTTCAGATAATCAACGTATGATCGAATTCGCTAAAAAATCGATAGAAATTAAAAATAT
3490 TTCTTGACCTAATGTGTAACTATGGTAATCTTACCACATCGTAAATGACGATTAACTTTA
3491 ATTGAGAGATAATATCATGATCCTGAATTTCAAAACCCGTAAAGAAGCGCGTAACTACTG
3492 CTGGAAGTGGAACATTCCCCTGAAAACCATCCGTAATACAGGGCGCGGTTCTTGCCCGTG
3493 GACAGTTCAAGCAAATGAACTGAAAACGTTCGTAGTTGGTAAAACTTACAAACTGGTTGA
3494 CCGTGAAGGGTTTACTACCAATTCACACGGCGGATCTAACACCGCAAACACTATCCAGGC
3495 GACACAGATCGAAAAATTCCTGAATAACGAGGTAAAAATTATCTCGAAAACCAATTCAGA
3496 TACTTTCAAAATCGATCATACTCCGGAAATGACTTTTAGCTCTCTGCGTTCGTGGGAAGC
3497 TCGTTATTTCGTCGAAGTTGGCGCGGCTCCAGCTAAGAAAAAGAAAGCCAACCCGAAAAA
3498 AGCCAACGTTACGGCTCCGGTTGCGCCTGTTGCACCAGCAACCGCAGATCTTGATCAAAT
3499 GCTTGATGGTGGTTCGGCAATGTCGGTTGAACTGGATCCTACTAAATTTGTTGAAGGCCG
3500 TTCGTATGTTCTGGTTAAACCGCAGCAATTTAAAAATCGTTGTGGCGCTAACCACGGGAT
3501 CAAATCATATACCGATGAACACAGTAATGGTGTATACACCGTTTACCATACGACTTCGCT
3502 CGGTCATCATCAATTGAGCAAAACGGTAGAAACCATTGATTCCCAGACCGGAAACGGAAA
3503 CGTTGGTTACTATCTGCTTGATTCTGAACGTTCGTTCTTCCGTGAACTGGCGACCGGAAC
3504 TGTTGATGAACCTGTTAGCGTTTCCGGTAATAGCGCTATCGCTATCAATGTAGACGAAGC
3505 GGCTAAGAAAGAAGAAATCGCAAAAGCAATGACACAGCTTGAAGAAGCGGTTAAAGCCCA
3506 TGATGACGCGCTTCAAAATCTGCGTACTGCTTCCGACCTGGTTCGCAAAGCTGCTCGAAA
3507 AGTAGCAGAAGTAAGCAAGTAAATTAAACTGGGTGCTCCGGCACCCTTTTTTATGAGGTG
3508 ACACATGGAATTATTAGAAGGTAAATCTTATACCCTGAACATCGACGCTAAAGAATTTGC
3509 AGAAAAAACCTGGCGAAATGCTTTAGCTGAATTGATCAAAAACAACGGCTATATTACAAT
3510 CGATCGTATTGCGATTGGGGATACTGAGGACATTGCTTATGTTCTGCAAGATGATTTCGA
3511 ATATGAGATCCCTAGCCATATCTGGAAATACTTCAAACCATATGATTTACCGGAAGAAGA
3512 ACCGAAGATTGCTACTAAAGAAGAAATCGCCGCGCCTGATTTAAATTTCGTATCTTCCGA
3513 TCCTAAAATGTGGATGACTGTAAAACCTGTTCAACAAGATATCAATGATCTGCGATTTGA
3514 TTATCCTTTTGTCAAGCGGATCACTTCGATTTCTGTACTACCAGCGCCGACTGATTCACA
3515 GGCACTTGAATTTGCATTACAGCATGTTTTCGGTGATAATAAGCTGTACGCGATTGACAA
3516 GGAAGCTGCTATTGATGAACAGAAAAAGGAAATCATCAACCTTCTTTCTCTGCATCAACA
3517 ACTTGAAGCGGTGGAATTGATTGAGCGTATGCTTTCTGATACAAAGAAAGATATCATTAG
3518 CAAAATCACTCCGGCACGAAGGAAAGCAATTGATGAAAATCGAGATTTACGGTATTCCCG
3519 AATCGCTTCATAAATGTTACGGCTGTATTGAAGCTCGGAAATTACTTGATGAGCATGGAT
3520 TAGAATACGAATTTTATTCTGTTCTAAAGCCAGCAAATAACAGTGTGGGGTTTGATTACG
3521 ATCGACCCCGCATTGAAGAGTTAGCGAAACGTGTTCGTAGTCGAAGCATGGCATTTACTT
3522 ACCCTCGGATCTTTGTAGATGGTAATTTTATTGGCGGTTATATGCAATTGAAAGAGTATT
3523 TGGGTGAAGCATGAATAAAGAATACATTCGCAAAGTAGCAAACGCTATTCACGCAACAAC
3524 GATTGATTTTCTGGAAGGGTTTGATCATATTATCCACCCTGAAACGCTGGATAGTTGGGA
3525 AGCCAAACTGTTTAAAAGTATCAATGAACAGTTTCCGGAAAAGGTTAAGCGCTGGTTTAT
3526 CAGACAGGAAATCGTAGCAACGATCCTTAATGAACGTGGTGTTGAGGCGTTCGGTGTAAC
3527 CCCTCTATATAAACGAAACCAGATTACAGACGAAACAATCAAGAAATATAAAAAGATGGT
3528 TCGGAAGTAATAAATAATCAGTTAAATGGCCTTCGGGCCATTTTTTGTATATAAATATTG
3529 GTATTGAATACAATATAGGAAAAAAGATAATGGTAGCTAAATCATTCCGCGCACGAAGTG
3530 GCCTTGATGCTGCTGGTGAAAAAGTTATCAACGTTGGGAAGGCTGATCGTAATACGCTGA
3531 GTGACGGCGTTAACGTTGACTTTTTCAATGAATTTAACGGAATCCAGCAGTATGACCCGA
3532 CTCGTGGTTATTCTCAAGACATGGCGATCATTTATGCGCGTCGTATCTGGTACGCAAAAC
3533 AGAATATTGCTTCCCCTGCTGGGGCTTTCGACGAATCCAAATGGATCGCAACTCGTAATG
3534 ACCCGAAATGGGTTTATAGTAACGTAACCACTCCAGACGGTAGCATTATTGAATCTGGTA
3535 GTTACATTATGGCTGATGGACGCTTTACTGAACTTCTGTACCTGCTGCCGGACAACCCGA
3536 CAGAGGGCGACGTAATCACGTTTAAAGATTGTGGTGGTTTAGTAGGTGTGAACAGTATCC
3537 TTGTTAAGTCTAACACCCGTCAGATCCGTTTACGTACTGTACAATCGGCACAGTATCGAC
3538 TGACCCACCCGTACATGATCGCAACGTTTATCTATAACGGTAACGTATGGCGTGTTGCTG
3539 AAACTCTGGATAACCGCGATTCTGAGATCGTGAACGCAACCGGAACAGGTTCATTCCAGT
3540 TACAATCTGGTATGACAGTTTTCCGTAACAGTGCTACGGGTAAAATCACTCTCCAGTTGC
3541 CGAAATATGCAAATGATGGTGATGTGATCACAACCTATGACGCTGATAAAATGAACTCTA
3542 TCAACGTAGCCGTTTTGCAGATTTATCCAGGTAGTGGACACACTATTTCTGACGGTGCAA
3543 TTACTGGTGTTACTTCGGTAACTAGCCAGAAATCTGGCTTTGGTATGTTCATCTTTGATG
3544 CACAGAATAGCCAATGGAAAGTATATGATGCTGATAATCGTGTTCGTCTGCGTCGTATCT
3545 ATAGTGATTTAAACACAGTTCCTAACGATTACGTTTTTGTTACTGCAAACCCTTCTGGGA
3546 CTATACCAAACGTTACAGTTACCCTTCCAACTGATGTTGCTGATGGTGATCGCGTTTACG
3547 TATCCCTTTATATGATGGGTAAAAACCAGAACTGTACAATCAAAGTTAAAGATGGTACAA
3548 CGGACAAGATCCGCACCAACAAAAATATGATGCAGTTCCCGCAGCGCAAAGACTATCCGC
3549 CTGATGATTGGTTTAGTGTAACTTCATTAGCATTTAATGCTGCTAGTGATTACCTCCCGT
3550 ATATCGAGTTTTCTTACATGAAAGCTACGAAAGAATGGGTTGTTGCTAATTATCGTCCGA
3551 TCGTTGAACGTGTTGACGCAACTAACAGATCGCGTACTGGTGTTATTGCTCTGGCTGCAC
3552 AGGCAGAAGTAAACAAAAACTTGGAAGACAACCCGAACGACGAAACTGCTATTACTCCGA
3553 TGACGTTAGCAAATAAAACTGCTACAGAAACCCGTCGTGGTATTGCACGGTTAGCAACAA
3554 CTGCTGAGGTTAACAAACTTTCAACCGATACCTATCTGGATGATGTGATTGTTACCCCTA
3555 AGAAGCTGAACGAAAGAACAGCAACTGAAACCCGTCGTGGACTGGCAGAAATCGCAACTC
3556 AGGCAGAAACCAACGGAAGCACCGATGATATTACTATTGTAACCCCGAAAAAGTTGCATA
3557 ACCGTATTGCATCGCCGACCTTGACTGGTATCCTTGCCCTTGTTGCTACTGGTGGTGATC
3558 CTAACACCAACACGGATCGTTCTCAGGCTGGTACTGGGGTTTATGACCATTCAGATTATC
3559 AGAAAGCGGTAACGCCTAAAACTCTTCGTGAGTATAAAGCGACTCAGTTACAATCTGGTG
3560 TTGTATGGCTGGCTTCTGAAACCGAAGTTATTAACGGTACTGTTGCAAGTTCAAACGTTC
3561 CGACCGTTGTTACTCCGGAAATGCTGCACAAGAAAACCTCTACTGATGGTCGTATTGGTT
3562 TGATCGAGATTGCTACCCAGACAGAAACCAACGCAGGGACTGATTACACGCGAGCGGTAA
3563 CGCCTAAAACGCTTAATGATCGTGCTGCAACGGAAACGCTGACAGGTATCATTGCAATTG
3564 CAACCACTGCCGAAGTATCAGCAGGTACTGTAACGAATAAAGCGATCGTACCGTCTAAAC
3565 TGAAAGGTTATCTGGACGATACAAGCCATATTACTGTTGCTACTGCTGATGGGTTAACTC
3566 AATCTGGTACTATTTGGACTACGGTTAACATCGGTATTCAATCAGCAACTGAAACTCAAC
3567 GTGGTACTTTACGCGTTGCTACGCAGTCTGAGACGAACGCAGGGACATTAGATACAGTAT
3568 TTGTCACCCCTAAGAAGTTACACGCTAAGAAAGCGACTGAGAGCGCAGAAGGTATCATTC
3569 AGGTGGCTACGGCTGCTGAAACTACCGCTGGCACCGTTGCAAACAAGGCTGTTTCTCCTA
3570 AGAACTTGAAAAATACAATTCAGGTTGATACTTCATGGCAAGCTACCGATCTGGTACGTG
3571 GTACTGTGAAGCTGTCTAAGGGGCTTGGTACTTGGTCTGGTAATGATGTGGCTGGTTCTA
3572 CTCTTCCGGATGATGGTTATGCCGCTGTAGGTGTTGCTGTTTCTCCGTATGAACTGAACT
3573 TAACACTGAAACACTATCTACCGATCGGTGCTAAAGCGGTTGATGCTGATAAGCTGGATA
3574 ATCTGGATTCTTCCCAGTTCATTCGTCGTGATATTGATCAGACGGTTAACGGGGCATTGA
3575 CTCTAACGAAAGAAACCACTGTACAGGCTAACATTAACTCAACCGCCGACGCGAGTTTCC
3576 GGGTAATGAATGTTAGTGGAGATCTGAACGTTGGTGATGGCTCATCGATGGGTAAACTTC
3577 GTTTGAATGGCGGTTCATCTAACGACTGGTCAATTCAAGCAAGTTCATCCTCTGGGCGTA
3578 TTGCAATGATCTCAACGGGTAACACTGGCACAGTTCATCTTTCTGTGTATAATGATACTC
3579 GCGGCGTTGTAGCTAACGTTAAATTCCAGGCTCCTGAAATTCAGGCGATTGGCAAAGTGA
3580 CTCTGGGTAATGATACAGTGATCACGGCTGCTGGTTCTGTTCTCTCTATGGGTACGAACA
3581 ACAAGACAACTAAGATCCTAACTTCGGACGCTGGTAACATTTTGGCAGAAGAATCAGGGA
3582 ACTCTTATAAAGTCTTTACTGAGAAGAACGCGCAAACCTTGCTGAATCCTACGTATGTAC
3583 GTAAAGCAGGTGATACGATGTCTGGGCGCTTGACGGTAAGCAACAGTTCAATTATCATTG
3584 CAGGTCAAGCGGCTTGGTCAACGCTGGATGCAGTAACAGAAGCATCCAGGGGCAACTGGA
3585 CGGCTGAGATCACAGCATCGGCACAGTACAACTTGCTTCCTGGTTATGCGGTTCCGGTTC
3586 TTGAACCAGATCCTATTAATCCAGAAATCATGATTGTGACCCGTTATACCTATGTTAAAG
3587 CACCGGGTACTTTAACGCAGTTTGGTAACGGAACTGCATTCACTTATCAGATTTGGGCAC
3588 CTCGTCCGACCTCTGGTACTGGTGTTAATGCGCTGGCGCAATCCTTCTGGATCCGTCAAA
3589 TGAACCCGATCACGGGTAAATTTGATGAGTGGGGCCGCATGTATACCAGCAACAACCCGC
3590 CTACTGCTGGTGAGATTGGTGCAACGTCTGCTGTTGGTACTACGGTTAAAAACATGACTG
3591 TTACCGATTGGATCAAAGTTGGTAATGTTAAGATTTACCCAGATCCGGTTACTCAGACAG
3592 TTAAATTTGAGTGGGTGGCATAATGTCAAACTTAATGGCGGGGTTCGGCCCCGATTTTGT
3593 AGAAACGCAAATTCTATCGGAAACAAACAGCGTAACTTACAGAATAACCGCAAAGGCAAC
3594 ACATCCCAATGCGGTTCCTAATCAGTATGAGTTTACACTAAATCAAAAGGCGGTAGGGAC
3595 ACCGCCTAGTGTTGGGATCAACGTATGGAGAATTAACAATGCTGTAGTTGATCCAATTAA
3596 AACCTTCACATTATCGAATGATAATTCAGCAACTGCAAACAAAGCGTTTGTTGAATATAT
3597 GGATGCTCAACCTTCTGGGCTGTATTTGATAATGACTAACGGTGAATACAAAACAAGCCA
3598 AATCGTTGATGATTGGTTTGCTAAAAACAGATCCGTTATGTGGCAAGGCGCTGATTTCGC
3599 TCAGAGATTCCCAAATTCTGCATATGTTGCATTGTATGGGGCTTCAAAATCTCGTATACT
3600 GATTGAATCGTTTTACGCGAACGATGGAGTTTTAAAAGAAGATTCACGCGCATCAATCGA
3601 TCTTGTCTATAATAACGTTGGTGATGTTGGGCGAACTGGTGTACCTTTCCGATCTGTTGA
3602 AGATACGGAAGAATACAATTCAACCAATGGGTCTGAATATAAAGTATATCCTGTTGCAAA
3603 CCCAGTGATCTCTAAACTGGCTGATTATGGTATGGCTCCTGGATTAGCTATGATGATTGC
3604 TGGTGATTTTTACGCCAGCAAAGCATTATTGGATGCTGGATCAACAACAAGGGTTACTGT
3605 TCGATGGTTTACGGGTACTGCTCAAACTTCATCATCGGTGATTGAAGTTCCTGCAAATAA
3606 ACCTGATGAGTGGTTACGATTTGAACAGTTCTATACGATCCCTAGTGGTTGTGATGGATT
3607 TAACGTTGCTGTATCTCGTTATCCTAAACCCGCTACGGATAGTTTATCTGCGATCCGTAA
3608 CTTTGTGATGGTTCAGGTATCTGCTGCCGAAGCTGATCAAAACTTTGCTGCACAGTTTGG
3609 GGTTAACGGTATCAGAATGAACAACATGATCGATGGTGGAACACCGTATATATTTGAATT
3610 GCCGAATACTAAGGTTTATCCTGGTGGCGATTATTCTGCTTCCGAATTCCGTGAAGTTGA
3611 TGCATAAACAAAGGCCCGGATCATCGGGCCTTATAAATATGTAAAAAGGGGTTATTATGG
3612 CAGATTTAAAAGCTGGTTCTACAGTCGGGGGTTTACCTATTTGGCACTCCGGCACATTTC
3613 CGCTGGTTCCGGTTGGTAATACTCTAACCTATCGCGGATATAAGGTTTATACTGAAAACG
3614 ATAAACCGCAAGCATCAAATAACGACTTCGTTTCTAAAGCAAGCGGTGGTCAATATTTGG
3615 GTGTAGTTGCCTTTAAACAGGGGCTACAAATTAAAGCTACTTTCACAGGCGGAAGTGACC
3616 AGAACGGTTTATATTCTGGTGATGGTGATGGCGCGACATTATCAAAAGCCAACATTGATC
3617 TTGTATCATGGTATGGTATTGGTATTCGTTCATCTTCCGGTACTAATGGTCGCGTATTAG
3618 TCATCAACGCTCGAAATGGTGATTTAAACACTCAGGGTAATATTACGGTTGAAAAGCAAA
3619 TCAGTATTACAACCGCTAACCCTACTGACGCAAGTCATGCAACACGAAAAAGTTATGTTG
3620 ATGGACAGATAAATAATGTCACAACAAATGCTAATAGCAGGGTATTACGCGCTGGCGATA
3621 CAATGACAGGGCTGTTAACTGCCCCGCAATTCGCGAGCACAGGCGCGGCTTCCCGTCCCG
3622 AACACGTACCACGGCTCGACCAGGTAATTACTAAAGGGACTATCATAGATTTTGGATCTT
3623 ATTAAGGTGAAACATGGCTGATTTAGAAAAAATTCAATTCCTACGTAGCACAGTTGCGGG
3624 GAAAACACCTACTACAAGTCAGCTTGCAGATGGTGAACTGGCGATCAACATGGCTGATTA
3625 TGCCATTTACACGAAAAATGGTTCTTCGATCGTTCAGTTAGCGGGTAAAGGTATCCCAGA
3626 AACAAATACCAAAAAATTAACAGTTGATGGGCCTAGTGCTCTTAATGATACCGTTACCGT
3627 AGCGGAAGGTAAAACTATTACTTTCACCAACGAGAATTTAAGTGGTGAAATAACTCGTCA
3628 TATCGTCGGTAAATGTGCCAGCAATGATGGATGGTACATCGGCTCCGGTGGTACAAGCAA
3629 TAACGGCATTCTTGAAATCGGTACTATTGACGATGGTACTGAAACAATCCAGTTTGTACA
3630 ACGCGGTGCAGGTAACGTAGAAGCCAGAAAATTAGTCTTACTTGATAGCTCTGGTAATAC
3631 TACTCTTCCTGGGGATTTAAGATTATCCACTAATAAAACCGTTAAAATTAGTAATGGAAG
3632 CACTCTTACGTTAGAAATGGGCGTAGGTGCTAATGATGTATACATTAAAAACCTGAGAGG
3633 TGCAGGGGTTCTTCAATTAACTAATGATAGTAACCTGACGTTCAGAAATTCCCAGGTTTA
3634 TTATGCTATGAGTGGAAGAGGCCCTGGTAAAGATGGTACTCTTCTGACTAATGTAGAAAA
3635 CGAGCGCCAACTTAAGCAAGATAATTTCCCTATATCTACAGGCACCGAAGCTCGGTGGAC
3636 TAAAGTTGCTCTTTTAAAAGATCCTGGATCAAACCAGAGTCGCCTGCAACTGATGGTGAC
3637 TAACGGCGGTAACTATGGTTCTACGCGTGGATCTATCGACTTTATCGATTGTAGCGCTAG
3638 AAACTTTCCATCCACTTTAACAAGCGCTAATATTCGTAATCATCTACAGGTTCGTCGAAT
3639 CGGTGATCCTGGAATTGATAACACTAACCAAATGCGTTATAGTCTGGTTCGTACCTCTGA
3640 GGGTTTAGAACTGTGGTTTACTCAACGCGCATTCATTAGTAGTGTTAAAGTTGCTCTGCT
3641 GTCTATTGCTGGTGATACTGAGTATTATCTGCCTACTGGTTACACAACTTCTGCAACTGC
3642 TCCGGAAGGTTTAGTTGAGAGTGTGGCTATTCGTATCTATGACGAAATTAATAAACCTAA
3643 CCTTGACAATGGTACTGATGGTATTCTGTCTATTGCTAAAGGTGGTACAGGCGCAAGTAC
3644 AGCGGATGCTGCTCGTACAAACTTAGGGTTGGGTACTGCTGCAACCCGCGATGTCGGCGA
3645 AGGTGCTGGTAATGTTTTAGAAAATGGCGCTTATGGCTTAGGCGGTAATGGTGGTAAATC
3646 CATCAACGACATTATCTCTAATGCGGATATGTTGACCCGCTTAAAATCATACGGCGGTAC
3647 TTTCTGGCGTGGTGTTGCTAAATCTGGTGTTAGCGTTCAAAATGGTCTTTATAGTCATGG
3648 CTCTGGTATTTTTATGAATGCTGGTGATACCATGTCAGCCATTAATATCGACTATGCTAG
3649 TGCTAAAGTTCGTGTATACGCGGCTAACAACGCGGCTCTTGCCGCAGGAGATGTCAAATA
3650 CAACGAACTTTACGGTACAGCAAATAAACCGTCTAAGGCCGACGTAGGGCTTGGTAATCT
3651 GACAAACGACATTCAGGTTAAAAAAGCTGGCGACACCATGACTGGTGATTTAGCTGCACC
3652 TAACCTCCATGCTTCTGGGCCGGGAACCGCATCGGTGTATGTTAATGCAGGAAGCGGAAA
3653 TGCTCATGTATGGTTTAGAACAAACGCCAATGAACGCGGTGTAATTTGGGCAACTCCAAA
3654 TACTACGGACTTAGGACAAATTAACATTCGTGCAAAAACTACTGAAGGTGTTTCTGCTGG
3655 TGATTTTAGCTTCCGTTCTGATGGCCGCCTTGATGTTCCTGTAGCAGTTAAAGTTGGTGG
3656 AGCAGCAATACTAACCAAAGACGGGAATATTACCTCTGGCTCGATGTTTGGTGGCAACCT
3657 TAATAACTATCTGAACACCATTAAAAATGATATCACTGCTGGCGATAATAAGCAAGTAAG
3658 CAAGACTGGCGACACCATGACCGGTAACTTGACTATTAACGCTAACTTAAAAGTTGAAAA
3659 TCCTAGTGGGACGTTTGTTGATTTAGGTTCAGAGAACTCGGACAAGTACAGTAGATTAAC
3660 CCTTGCTCGTAAAGTTGGTAGCGGTGCTACCGTAGCAATGCTTAAAATTACTCCTGAAGG
3661 ATACGTGCAATTTGGTTATCAAACTGCGGTTTCTAATCCAGCTCCTAGTAAATATATTCT
3662 AGTTAAATCTAGCGGCCTTGAGGTAGAAGGGGACTTGGTTTTTAACCAGACATATCGTGG
3663 TGCTGAAGACGCAGTTGATATTACTGATAAGACTAATGACCTTAACAACATGGTTATTAA
3664 AGGCAGTGATTTAGGTACTCGTCTATTATACAAGTGTACTTCTACTGGTGGTGGTTCTAA
3665 TATATCGAACAAACCTACCTCTGACGGCAACTTTGTTCTTGAAGTTCTATCTTTGCGTAA
3666 AATTTCTGATACCGATTGGACATGTAAGCAGACCTTTACTACAAAGAACGGTGATGTTGA
3667 AGGCACATATGTTCGATACTGCCAAAACGGTACATGGTCTGCATGGAAAGAGGTTGTTGC
3668 TGGTGTTCAACCAATTAATTTAGGTGGTACTGGAGCAACTTCTGTAGCTGCTGCTCGTAA
3669 TAACCTCGGTGTTGGTGAAGGACAGAGCGTTAAGTTCGGCGGATTAGTTGTTGATGGAAA
3670 CATCAACGTTGCTTCTGGTAATTTTGTTATTGCAGGCCAAGCTCCTACTGATAACTCGCA
3671 TCTGACCAACAAGAAATATGTTGATGATAAGGTTGCTTCTGCTATTAGTAATGCTGGCGA
3672 CACGTATCTTCCGTTAGCAGGTGGTACTGTAACTGGGCGGTTAACAATTACAGGCGATCA
3673 GTTAAAGACTACATCGCTCTGGGTTACTGGAGATGCTGCTGTTAACGGTGTTTTAACTGT
3674 TGATGGAAGGGCTAGATTTAATCAAGAGTTCATTGTATCAACTTCGGTTAACGTCCAGAA
3675 CACTGGTAACAGTCATTTGGTCTTCCGTAAAGCTGATGGTACAGAAAAAGGACTTATTTG
3676 GGCTGATGACCCTGGTAACGTTAGTATAAGAGCAGGTGGTGGAAGTGGCCCTACTTGGAA
3677 CTTTTGGGAATCAGGATCTTGTCAATTCCCAGGTGCTATTAGTAACTTTAATGGTGTTAA
3678 TAGTACTACTAATTACCCTGGCGGCGGTATTGGCGCGTATTTAAATACAGCGGGCCTAAC
3679 AAGTAGATTTAGTAATGGTGCTTATGTTTCCTTATACTTCCAAGAATATGTAGGAAGCTA
3680 TCACCAAGCTATTCTTAATGTTAACGGCTATGGGCAAGATAACAGCTTTTATTTCCGGGC
3681 TGGTGGTGATTTCATATGTACCCGTAATGGTTCATTCGATAACGTCGAGATTCGTTCTGA
3682 CCGTAGAGCCAAATCGGATATCAAAGTTATTGAAAATGCTTTGGAAAAAGTAGAAAAACT
3683 AACCGGTAATACTTATGAGCTTCACAACACATCCGGTGGTACTACTCGTTCTGCGGGTTT
3684 AATCGCGCAGGAAGTTCAAGAAGTTCTTCCGGAAGCAGTTACTCAGGATATTGAAGCAGA
3685 CGGGGGTTTATTGCGTCTGAATTACAACTCAGTAATTGCACTTCTCGTTGAATCTGTTAA
3686 AGAGCTTTCTGCTGAGGTTAAAGAGCTTAAATCTCAACTGAAATAATGTAAGGGGCTTCG
3687 GCCCCTTTTAGGAGAAATAACTATGGCAGTAACAGGGCCGTGGGTCGGAAGTTCGGCAAA
3688 GGCTGAAACTGGCGAAGCATGGATGGTGCAAGCTGGGGCCAAATTAAGAATAGGGACACC
3689 GTTTTGGATGTCTAATATGATTGGACAAAGCGTATTCCATTTAATTTTCAGAATTAACTA
3690 TGCACAAGGTTCTTCTGGCGATCCATCTAGATATAGAGGATTCTTTAAAAGAGGGTTATC
3691 AGTAAATATAGGAGACTCAGCAAACCAGCCAACATTAAATGCATTTCCTGGTGGTGAAGT
3692 AGGGTCTTTAGTAGCCATTACAAATATTAAAGGGGATCCTTATTGTTTGTCTATTTTAAA
3693 TGGGGCTGATCGACGAGTTAAAGTGTCTATATTTAATGCATCTGGCGGAGACCAGTATGA
3694 TGTTTATTTCAGTAGAACTACTATGAGTGACGGTTGGAGAAGATATAGATGCGAAAACGC
3695 TGGTGGCCTCAATGGGTATTTTGAAGCTAGAATGGATAATCAGTTCGGTGCTTTATTAGA
3696 ATATGTTTGATAGATAAACCAACAAACTCACCTCATACTATTAAATATATTAAAAGGCTA
3697 CCATATAGGTAGCCTTTTTGTTGCATCCTAAATATACCTATAGTAACCTAAGAAGAGTCT
3698 TATAAAATGGCTGAGAGAAATCCCGTAGATAAACTAGCCTTATTTGATCGGGTAATATCG
3699 TTTGTGATGGGTGTGAAAACATGGAAACAATTGCTGATAAAAATAATTCTAATAATGGTT
3700 ATGTTTCTTATGGTAGTAACTTGGTACAAATGGACTGATATATTCCCGATGATAAAAGGT
3701 GCCCTTGTAGTCGATACAAGGGCTATCGAAATGGAAAGAACAGAAAAGTTTAATCAATCC
3702 GCGTTGGAACAGTTGAGCATAGTTCATCTTACTTCCAACGCGGATTTTTCGGCGGTACTG
3703 GCATTCAGACCAAAGAACATAAACTATTTTGTTGACATTGTAGAATATCAGGGAAAATTA
3704 CCATCCCAAATCGATCCTAAAAACCTCGGTGGTTATCCGATCGATAAAACATCCGAAGAA
3705 TACACGAATCATATAAATGGCTTGTACTATTCATCAACTACAGCAAGTTCCTACCTACCG
3706 ACACGTGATTTTGTGCCAGTAGCTTATACTTTTAGTTGCCCTTATTTCAATCTTGATAAC
3707 TACTATTCTGGATCGGTTTTGATGGAATGGTATGCAAAGCGGCCTGATATACCAGATATG
3708 AAGATAAACATCATATGTGGACAGGCCGCGCGCATTTTAGGTCGAGCGAGGTGATTAACG
3709 TAATGCTGGTGTTAAATTGTGTGATCTTCCAATAGCCCGTTTGATTGCTTTAAAGAAGTT
3710 CATCACCGGGCTATTTTTCTCGTAAATATCCCAAACTTTCAATTTGTCCCACGGATCCGG
3711 AACATAATCTTCATTCCTTGCCGAAACCCCCAACGTAACCCTCCTGTATCCAGCGCTGTC
3712 GTGATAATACACGAAGAATGGCCTACCTATTGGCGCAACCTTACAACCTCTCTTAGCGGC
3713 TCTCATAGCCTCATCGAACGTCATGGATTCCCCCAAAAATTTCTATGCATGAATGGTCGA
3714 ATTCCGATAGTTTCACTCAAAATGAATATCGGATGATCTAGCTCATCGTGGTTTTCTTCG
3715 TCAATGACGATATCCCAATCAGTAGCCTTTTGTTCTTCTACCGTGGCAATGAATACCTGG
3716 TTTACTTCACACTTGCGGTGTGTACGTCTGATGATTGTATCCCCCTCACGAAACACAATC
3717 ATATCAGGATTGGTAGTGCGGTACGCGGTTTTACCCGCGCACACTTCATTAAGCATATCT
3718 TCGTATGTCATTATAAAACCTTTACACGTTGAACGATGGTTTGTTTAACGTCTTTGTATT
3719 CTCCGTGCTCTTTAACGGTTGCTTTGAAAGTGATTTCATCACCTTCGTTTGCAATGTTAT
3720 TACCGAAGTAAACAACAACATTACCATCAACATTAATTTTGGTCATGAATCTTTCTACAG
3721 AAGTGTAGTAAGAAACTTGAGTATATCCCAGTGAAATCACTTTCTCAACGGTTCCGGTCA
3722 TTTCCAGACGTTGTTTGATTTCACCGATGTGGTTAGCTTTAGAAATGCGTTCCTGGCGCT
3723 CTTGTTCCCACTGTTCGCGGATTTCTTCGCGTTTGGCGATATAATCCTTTTCCAGTGCAA
3724 CACCCATGCAGTAAGCGCACACAGCATCGAATACAGGGCTGTTTTTGTTGTCTTCTTTAG
3725 ACTGGTCAGCCCACCAAAGAACAGTAAACATTGGCATTTCTGCAATTACTTCGCCTTTAC
3726 GCTTGCCAATCGGCATGATCCCTTTTTCCAGCAGTTCCAGTTTTTCAGTATCGAACACTG
3727 ACAGTTTACCGCGACGTTCGAACAGATCGAAATCTGCAAAGCCCTGGAATATCATTTTGA
3728 AAGTATCAGTTTCAGTTAAACGGGCTGAAACACGGTCGAAATACTCACGCGCTTTCGCTT
3729 CCGCTTTCTCCGGATCGGTAGATAAGTTGCAGATATAGTTATCAGAAGTATAACCGCCGC
3730 CTCTACGCTCAACACGCAAGGTATACATTGCATTTTTACGACCAGAAGAAATGAAGTAAG
3731 TGGTAGTAACTACGGTTGCGTTAGTCATGGTATTTCTCCTTAAAGGGTATCTCGTTTCGA
3732 TATGGCTAATATAGCAAAAGCCCCTGACCGAAGTCAAGGGCTTTTTCATCATTCATTCGA
3733 ATCTTTCATTGTTTTATGAAGATGAATATCAAAAATTTTCCAGTACGCCTTTCCGCGAGG
3734 ATAAATTTTTGCTTTGTCAATATCGTTGTTGCTTCCCCATGTGTTGTTTGGGCCACGACA
3735 TCGATTTTTTATATAATCTGTATGCCAGAATAAGCGCTGAACCGATGATTCCGTACCTAA
3736 TGGATCTTCTTTACTGAACAGAATTTGTATACTCATAAGAAGAACCCAGTGCGAACAATC
3737 AGATCGATTTTCTTTTCTGGTTCAAACGGTGATTTGCTATCGATGTTACACTGATAGAAC
3738 ATACCAACATACTTTTCAGGAATGTTGGATTCACGCGCCCATTTCAGGTTATCATCGGTA
3739 TTCGGCCCCAGCATGAGGTTAACAACATCAACAGCATAATCCTGTTCTTTGGTGTTGCCG
3740 GAACCGTTTACATAATGCCCGTGGGCGGTTTTGAGGATCTCAATTACTTCGCTATCGTCA
3741 GTTTCGACTTTGTAAAGCGTTGTATTTTCAGGAATTTCTTCAAGAATGATCAAAGCGGTT
3742 TTCATCACACTTACCTTTGTGTTTCTGTTTACGTTTTGCTTCTTTAAATGCTCGCTTGCG
3743 ATCGCGGTGAGTAGAAGCGCGGTTGAAATCATGTTTCGCTACCAAATTATTCATATAAGC
3744 CCCTTAAAGAAAAATATTTAGGGGCTTTCGCCCCTGTATTAATCCAGCAATTTGCGGATC
3745 TTGTCTGCGATACGTCCGGCGCGGGTTGCACTTGCAGTATGATCGCTTTCTTTTGAAGCC
3746 AGTTCCGCCAGCTTACGCTGATGTTCTTCTTCTGCTGCTTGACGATCTGCTGCAACCTGT
3747 GCAACCTGCTCATTATCGTGAGCAATACGCGCTTCCAGTTCAGACAGGGTTTTGTCGAAA
3748 GTTGCTACGATTTCATCTACAGAACGAATTTTATTAAACAGTTTCATAATTTATCTCAAT
3749 TGGTTAGTTTTAATCAGTATACATCAATATGGTTGAAATTCAAAATCATAAATGTCATTC
3750 AGTGCGCGGTTCCACTCGGTGTAGTTTTCACCAGCACCATAACGCATTTGAATAGCACTT
3751 TCGAACGTTGATCCGTTGAGGTTCGGGAAACCGAACAGGTTTTTGATTTTGTCATGTGCT
3752 ACATAATACAGAGAAGCACTTTCCAGCATCGCAACCATCGCAGACGGTTCGTGTTCGCGG
3753 CGCTTGATACGTAACAGAGTACGACTAGCACCAGTTTTACGGCGTTGATTTGGTGCTACG
3754 TAGAAACGGAATACTACGCGCCCTGTTTTATCATCAACTACCAGGTAAAACCCGTTTTCT
3755 TTCAGATCCACGCCTTCGAATTTCTTGAAGGTTCCGCGTTTCATGTCACCAATTTTAATT
3756 GCATATTTGTGAATGTCAAGTCTTGTCAGAATTCTTTTCATATTTTTTAGATACCAGTTT
3757 GCCTAATTTTGTAATTTCGCCTGTTTTTACGTTAACAAACAAGGCGATGCTCAGAAATGG
3758 GATGCTAATCACTACGCTGATCAATGTAAACAGAAAACGTATCACAAAAAGAACAGCACG
3759 TTCAAGATATCGTTGCATCCACGCGATTCCTAAACAACTATACCCTACTATAAAGGTGGT
3760 TGCAACATAAAATGCACCAAATCCTTTACGAAATACGTAACCTTTCCCGGATTCTATCCG
3761 GTCGTCGGCCCACATTTCACGGGCAGTTTTCAGAATAGATTCACCACTAGCGCGAGTTTC
3762 GTTAGCCGAAGGCATGTTTTTAAATTTCATGATAGTCTCCTATGCGCCCAGAACTCTCCA
3763 GGCGCGGTTGTTTAG