##gff-version 3
##sequence-region uvig_398861 1 22665
uvig_398861	Pyrodigal-gv_0.3.2	CDS	17	1249	202.7	-	0	ID=uvig_398861_CDS_0001;transl_table=11;phrog=4291;top_hit=p46481 VI_01201;locus_tag=uvig_398861_CDS_0001;function=DNA, RNA and nucleotide metabolism;product=RNA-dependent RNA polymerase
uvig_398861	Pyrodigal-gv_0.3.2	CDS	1253	1810	61.3	-	0	ID=uvig_398861_CDS_0002;transl_table=11;phrog=3953;top_hit=KR296689_p3;locus_tag=uvig_398861_CDS_0002;function=DNA, RNA and nucleotide metabolism;product=exonuclease
uvig_398861	Pyrodigal-gv_0.3.2	CDS	1782	2072	33.4	-	0	ID=uvig_398861_CDS_0003;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0003;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	2242	2367	2.5	-	0	ID=uvig_398861_CDS_0004;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0004;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	2360	3100	68.7	-	0	ID=uvig_398861_CDS_0005;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0005;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	3198	3386	13.6	-	0	ID=uvig_398861_CDS_0006;transl_table=11;phrog=34912;top_hit=p38922 VI_01187;locus_tag=uvig_398861_CDS_0006;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	3383	3658	20.5	-	0	ID=uvig_398861_CDS_0007;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0007;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	4014	4274	35.0	-	0	ID=uvig_398861_CDS_0008;transl_table=11;phrog=30761;top_hit=p18824 VI_01149;locus_tag=uvig_398861_CDS_0008;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	4271	4504	15.4	-	0	ID=uvig_398861_CDS_0009;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0009;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	4510	4722	31.5	-	0	ID=uvig_398861_CDS_0010;transl_table=11;phrog=6568;top_hit=p24189 VI_01162;locus_tag=uvig_398861_CDS_0010;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	4712	4846	18.1	-	0	ID=uvig_398861_CDS_0011;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0011;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	4847	5215	55.6	-	0	ID=uvig_398861_CDS_0012;transl_table=11;phrog=16126;top_hit=p46216 VI_01226;locus_tag=uvig_398861_CDS_0012;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	5228	5389	10.3	-	0	ID=uvig_398861_CDS_0013;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0013;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	5367	5588	25.5	-	0	ID=uvig_398861_CDS_0014;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0014;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	5593	6042	51.7	-	0	ID=uvig_398861_CDS_0015;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0015;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	6046	6165	9.7	-	0	ID=uvig_398861_CDS_0016;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0016;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	6162	6413	40.0	-	0	ID=uvig_398861_CDS_0017;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0017;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	6495	6968	72.5	-	0	ID=uvig_398861_CDS_0018;transl_table=11;phrog=2593;top_hit=p356453 VI_02024;locus_tag=uvig_398861_CDS_0018;function=transcription regulation;product=anti-repressor
uvig_398861	Pyrodigal-gv_0.3.2	CDS	6965	7285	33.8	-	0	ID=uvig_398861_CDS_0019;transl_table=11;phrog=2245;top_hit=NC_019506_p52;locus_tag=uvig_398861_CDS_0019;function=other;product=nucleoside triphosphate pyrophosphohydrolase
uvig_398861	Pyrodigal-gv_0.3.2	CDS	7272	8291	144.9	-	0	ID=uvig_398861_CDS_0020;transl_table=11;phrog=24386;top_hit=p218732 VI_01171;locus_tag=uvig_398861_CDS_0020;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	8307	9056	55.6	-	0	ID=uvig_398861_CDS_0021;transl_table=11;phrog=3886;top_hit=p130351 VI_06169;locus_tag=uvig_398861_CDS_0021;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	9061	9615	86.7	-	0	ID=uvig_398861_CDS_0022;transl_table=11;phrog=1383;top_hit=KU886225_p47;locus_tag=uvig_398861_CDS_0022;function=head and packaging;product=virion structural protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	9618	9779	19.6	-	0	ID=uvig_398861_CDS_0023;transl_table=11;phrog=28813;top_hit=p18837 VI_01149;locus_tag=uvig_398861_CDS_0023;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	9794	10345	48.2	-	0	ID=uvig_398861_CDS_0024;transl_table=11;phrog=20637;top_hit=p18838 VI_01149;locus_tag=uvig_398861_CDS_0024;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	10342	10521	19.1	-	0	ID=uvig_398861_CDS_0025;transl_table=11;phrog=18984;top_hit=p46193 VI_01226;locus_tag=uvig_398861_CDS_0025;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	10511	10675	15.7	-	0	ID=uvig_398861_CDS_0026;transl_table=11;phrog=19852;top_hit=p38939 VI_01187;locus_tag=uvig_398861_CDS_0026;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	10688	10837	0.2	-	0	ID=uvig_398861_CDS_0027;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0027;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	10854	12107	111.5	-	0	ID=uvig_398861_CDS_0028;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0028;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	12107	12400	22.2	-	0	ID=uvig_398861_CDS_0029;transl_table=11;phrog=36673;top_hit=p18842 VI_01149;locus_tag=uvig_398861_CDS_0029;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	12397	13299	73.9	-	0	ID=uvig_398861_CDS_0030;transl_table=11;phrog=5696;top_hit=p14266 VI_01278;locus_tag=uvig_398861_CDS_0030;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	13365	13877	91.0	-	0	ID=uvig_398861_CDS_0031;transl_table=11;phrog=4787;top_hit=NC_010576_p66;locus_tag=uvig_398861_CDS_0031;function=DNA, RNA and nucleotide metabolism;product=single strand annealing protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	13900	18246	504.3	-	0	ID=uvig_398861_CDS_0032;transl_table=11;phrog=4210;top_hit=MG757154_p64;locus_tag=uvig_398861_CDS_0032;function=DNA, RNA and nucleotide metabolism;product=DNA polymerase
uvig_398861	Pyrodigal-gv_0.3.2	CDS	18255	18488	31.2	-	0	ID=uvig_398861_CDS_0033;transl_table=11;phrog=16856;top_hit=p46460 VI_01201;locus_tag=uvig_398861_CDS_0033;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	18488	18700	22.0	-	0	ID=uvig_398861_CDS_0034;transl_table=11;phrog=16983;top_hit=p46459 VI_01201;locus_tag=uvig_398861_CDS_0034;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	18710	19258	53.9	-	0	ID=uvig_398861_CDS_0035;transl_table=11;phrog=4678;top_hit=p46458 VI_01201;locus_tag=uvig_398861_CDS_0035;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	19258	19854	112.8	-	0	ID=uvig_398861_CDS_0036;transl_table=11;phrog=4695;top_hit=p46457 VI_01201;locus_tag=uvig_398861_CDS_0036;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	19847	20008	13.6	-	0	ID=uvig_398861_CDS_0037;transl_table=11;phrog=14968;top_hit=p46456 VI_01201;locus_tag=uvig_398861_CDS_0037;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	20008	20103	7.5	-	0	ID=uvig_398861_CDS_0038;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_398861_CDS_0038;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	20120	20692	65.1	-	0	ID=uvig_398861_CDS_0039;transl_table=11;phrog=17417;top_hit=p46455 VI_01201;locus_tag=uvig_398861_CDS_0039;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	20713	21636	155.9	-	0	ID=uvig_398861_CDS_0040;transl_table=11;phrog=2152;top_hit=NC_024215_p46;locus_tag=uvig_398861_CDS_0040;function=unknown function;product=hypothetical protein
uvig_398861	Pyrodigal-gv_0.3.2	CDS	21638	21898	42.8	-	0	ID=uvig_398861_CDS_0041;transl_table=11;phrog=236;top_hit=p56785 VI_01098;locus_tag=uvig_398861_CDS_0041;function=other;product=nucleotide kinase
uvig_398861	Pyrodigal-gv_0.3.2	CDS	21910	22509	77.2	-	0	ID=uvig_398861_CDS_0042;transl_table=11;phrog=4079;top_hit=MG757154_p57;locus_tag=uvig_398861_CDS_0042;function=unknown function;product=hypothetical protein
##FASTA
>uvig_398861
GCGATCGTCGGCAGCGTCAGATGTGTATAAGAGACAGATCATATTCAGCCTGCTTATCGG
CTTTTGCCAAACCTAACTGTTTTTTGATAAGTGTCAAACTCTGCTTAGAAAGAAACTGCG
ACGGGAGTGTCTTACTCCATTCACCCCAATCACCCTCTTCTGCTCTCTTATTGATCAGAG
AAAGAGACTGTTTTTTTCCAGTTACAGGATCTGTATACTTACCTTTTGGATCATCATAAT
AACTCTGACCACCGTGCTCCTTAATCAGGGAACCAAACGGATTATCCGGATCATCCTTAA
TCTTCTTAAGAACATCTTTGGTCGGGGTGCCAGACTTTTTATTAGTATTGAAAATTACAT
CAACACCATCCGGCATATTGTCAGAGTAAACAGCCATACCTTTAAGATAGTGGGTTCCGT
CTACCATAATACGAACCTGCGCATAGTGGGAATCGCCTAAAGACAGGTCTTTCACGCCTC
TACGAAGTTCAATTACACCATCCTTATCAACGCCACCCTGATCAGCATAGCGGATCTGCA
GGCGCTTTGAATCCATACTGGCTGGGTACTCAAAAGATTTTCTGAAAGACTCTCCATTAT
CATAGGAAATGTAGTCTCTTACAGAATGGACATTTTCAAAGTCGTAAATATCTTTATGCT
CGGTACCAGGCGGACAGATAACCTTGATATTGGTCTGTTTGCCAGGATTCGTAACCTGAG
GAACGCCACCTCCATAAATTGGGTAACCTTCCAGTTCCAACATATAAAGAGCCTGGTTAA
GTTTTTCTTTTGATACGCCAAGTTCTCTTTCAACGCCAGTTCCGACGTCGATCATTCCCT
TTTCTTCAATGAGTTTTCGCAGAACATCCGCGGTGGCCTTAGCCTGGTTCATTCTGTTTT
CAGAAGTTTCGTTCAATAAAGAGCGGACAGATGAATCATTAGCAAATCCCATCTTATCGG
CAATTTCATTTAAACTGTAACCTTTCTCACGAAGACCCTTTGCAGTTGCTACCTGAAGAG
CACGACGCTCATCCTTAGCAAGACTCATCTGAGTACGGAGCTGTGTGGTGGTCAAACCCA
TATTCTTAGCAATGTCTGTTTCGCTCATTCCGGTTTTTTTTAATTCCTGAACACGACTAA
GAAAATCACCGCTATGCTGATATGGATTCTCTCCAGAACCATAAGGGTAACGCCCAGAAC
GCCGTGGCATACCATAATGCATTAAAATATCTTCCACAATGGAATTCATAGCTTACCCCT
CCTGTTCTCTGATTTTCTTAATCACCTTATCAAAAGTAATAATTCGGTCCATGATTGGAA
CAATATCTTCAGCCGTTGGGTTATGATACAGAATTTCATTGTTCTGATAGATTCTCAATT
CCATTTCAATATCCCCAGGCTTCACTTTATATTCCAAACAAAAAAGAGCGGCATATATTT
CAAGCTGCTCCATGTGCGCCGGAATCTTCCCGGTCTTCAAATCGTGAATTCTTAAGAAAT
TATTCCGAAACAAAATTGCATCGGCTGTACCAAAACAATTATCGGAATAGTAAAGAATCT
GTTCTGGTGTCATCTTAAATCCAATGGCATCGTTCACATACATATTCAATGTCTGCTTTG
ACTTTGGCAATTTCTGATTGAGCATAATGCACTGTGCCGCAAACGCATGTAATACAGTTC
CTTTTTGTGTGGCAAGGAAATTTCGATATGCTTCCGCAACTTTATCCTCACCATAATTTA
TCCAGTGATATTTACTGGCACCAAGAAAGGCGTGTTGTCCTTCAAGGTTCGAATGATTGT
TGAAGTTCATCCAGTACCTCCTCTTTATTCTCTGGACATATAAATCTTGAAAACGACATC
TGATTCATACGATCCACATAATATTCCTGATTCGGCTGCTTCTTTGCGCCAGCGCTTTTT
TTACATTCTAAGGAAGCCCATTTGTCTTTGTGAAGAACCAGCAAATCTGGAATGCCCTGA
ATGTAGGTCGGGTCATTTTTCATCACGATACAACCCGGAAATCTTTCTTTCAGTTCCTTG
ATCAAATTTGCCTGGAACTTATTTTCCAACATAATGGAGTCTCCTTTCAATTTTCTAAAA
ACTCAAAAGAGGATGTGGTATTTAATAAAAATGCCTATTTATCCTCTCTCTTCATAAAAG
GGCATGTTTTTTTCGCGCGCAAAAAAGAGCATAAAAAAAGACAGAGACACGATTAAGCAT
CTCTGTCCAAATATGTAGTTGTCAGCTGTTATTTCTTAAATACCGGATCAGTATCCAAAT
CAACCATAAGCCACCGGTACACAATGTAAGAATCACATCAAGGATTAACCCAGCCGTGCT
ACGCTTTTTCTTTCCGCCTTTACTCATCTATCGTTTCTCCTTTCTCAGCTTCTATAGCTT
TTCGATCTTTCTTAAATATCTTTCCTAAACCACTCTTAGCAGAATCCATAGTTTCAGAAA
CACTTTCTTTCAAACGTTCTTTCTTCTCCTGCTTCTCAGCGGCCTTCTGTTCTTTAGCCT
CCTGTTTAATACGAACGTCATCATCAAATATCTTTTGGCTCTCCTCGATAACTTCAGCCG
TTATGTATCTCAGACAAACAGTTGTACCGACTTTCACCTTAGCGCCCTGCTTAGGATTTG
AGTCTATGACTTGGGTATCCTCGTAATCTCGATACTTTGGATCTGCTTCTTTCATACGAA
GCTTACTCTTTGAAACTTTCAAGCCACGTTCGGTTAATAATTCTTCAGCCTGTTCCAGGT
CTATCGGAAATCCCTTACGATATAATTCTGGAATGATAACTTTCGTATCTATTTTTTCAG
TCGGTTTATTCTGTGCGTTATCTATTGCTTTTTCGACCAAAGGTGTAACCGCAGTAATCA
AACCGCCAACAGCTCCGATTGCTCCTATGACACCCGAAATATTCTTATTCGATTTCGTTC
CCATACAATCACCCTTTCCATACTTAAGTAGGAATTTAGGGCAAATAAAAAGTGCGCCCC
AATTTGAGAGACGCACCGAAAAAGCGCATCTCTTATTGTTGCCACACAATCCTCTTCGCC
GTTCAAGGGTACGAGTAAAAGAGAATACACTTTTTACCAAAGTTATTCCCTCGAACGCGA
TTTCATTATTAGATTGTGTGGCTCTTATAGTATAGCATGAAGCACACAAAATGGAAAGTG
GATTCTGTAGCAGGATCCTATGCCACAAGCATCTTAGCACGCTTTGCCATATCATCGTAA
ATAACCTTGGTTCCATCTTCCAAATATACGACAATGCTCATGTAGTTGTACGGACGGTAA
TCCTGGGCTTCTTTCGATAACCGCGGATACACCGATTTGAAATTATTGAAAATATCTTTC
CATGTTACCTTTCTCTTTACATTCACGGCAAACCTCCTATCGGATACAATCCACCAAATG
GATATCCACAATACGAAGCTCCGGCACCTGAATAAAAATCCCTAGGAATGGTATAACCGA
ACATCACATCTTCAAAAGATTGATACGGCGGATTATCAACCCATAGCCATTCTTGTGATA
TGGCGATTTCATTTTTCATCGTCACATGTGCACCATTCGGAATATCTTTATTCACTCGTA
AATGATACGGAAAATGTTCGCACAACCAATCCTCGACCAATTTCTTATCGTAAGTCATAA
AATCACCTCTTTCTTGCTTCTGGTCAAAAACCCACTTTTATTCGCCTATTACTATATATT
TTTAAACTTTCTATCATAATAGTTTAGTATTAAAAGTGGGAAAGTGGGCAGAAAGCCCGC
AAACCCGCATAAATACTGGGTTTTTACTGGTCAAATCCGGGTTTTTGAAAGTGGGCAAAA
CCGGGCAAATGGCCAGAAATTTGACCAAAATTCATAAATTTTCTCCAAATTGACACCGAT
TTTTCAGTTCTGGTCAAAAATATCCGGGATTTGGTCAAATCCTAAAACCAAAAAGTGGGC
AGAAAAATGACCTGTTACTACAAAGATTTTTAACCTAGATTAGCTGAAATCAGTCAGAAA
TTCCGTCTCTGATAGGGCAAATTGCGCTTCACAACAGGCTTATAATTGTACGTAGACATC
TTAGAATCCGGCACACGCCTTACAGATTTAAGCTTCCGACCGGTGCGAATTTTACGATTC
TCTTCCTCAGAAGCATACATACGTCCGAAGGCTTCACTCAAATCTTTAGCCAGTTTCTCC
ATCGGCTCCAAAACTTTGTTCCACGCCTCTGCCAAAGTTTCGCACGCTTTCTGTAATTCT
TCCATAGTCATCATAAACTCTCCTTTACGTCATAAACGCGGTTTAATGATACTTTGGTGA
TTTTGCCGTCCTTTTGAACCATTGCATAGTCACCGCTCCAAAATCCAGTTCCGACCTGCA
ATAATTCATAAGTATCGGTATTCGATTTACATCTACTGCAATCATCAACCACGTTGAACA
TTTCCTGAGTAGCTATACAAGCAGAACAGGTTGAATAGTTGGGTCTCACCTTGCAGATTT
TCATCTCGCCTACCTCCAAACCTTTCCAGTTCTTTTATCCTTCAATACAACTCGTCCCTC
GATATGGAAATCCGCCAATTCGCAAAGTGAAAACAGGGTATTCAGTAACTGATGAAATCT
CATGTCATCCTTGTCCTGTTCCTGCTCCACATTCTTAATCGCATTGTAAGCTGTCGGATC
ATTGTAACCCTCTGCATTTTTTCTGTCGTCCTTAGCTGTCATCTCTACCTCCCCATCTCA
TAGAATCGTCCATCCACATTGCAGCATTCATAACAGACAGAACTATATATCCGCCGAAAA
TAAGAATAGCTGTCAGAACGATAATTCCTAAAATTAAATATCCCATTTACTTGCCCTCCA
CTTCTTCTAATCGCACACCGCCGTACACCCATAGATCCTCTTTGAGCTTGTCTATATCCA
ACTCATCGTTTTGCCACTTTTCATAATATTCGAGAACATACTCTGTAAACTCTGGAATCC
GCTTTGCATATGACTTCGGCCAATAATGATCCATCAACACTTCAAGCGGCAGAGTAAGCA
GAAGAATCATCGCCTGATTGATAGCATCATTTGTAGCCTCCTGCTTAACTCTATCCAGTT
CACCAGATATCTTTTCTCGAACCAGGGCATCTAACTGAGCCCTTGTCAGATTGTATGTAG
CGGTCTTAGCTTTCTGCTCACACTTCTGTGCTCTTCTCCTTTCAGCCCGGCCCATACCGC
CGCCTCCTTAATCCATAATGCAGTTTTCTCTTGATGCATAGAGCAAAATACCTACCATCA
AGGCAAATAAAAAGAACGTTGCATCCCACTCAATCGGGATTGTCAACGCTCCAAGTACGA
TAAATATAATTCCGTATATCTTATTCTTAATCAAGTCTCTTCTCAACATTGCGCTTCTCC
TCTTTTGATTTTGCGATTCCAGCTGCTACATCATCCATTTTCATTGTGGCTCCGGCTTCT
CTGAACCGTCCGTATGCTCTGGCTGTAGCACAGTGCTCAATGCATTTCATAACCCGGTCG
AGCAGTGCATACAGGCATACGTAGGCGATAAGAAACATGATAATAATCTGAATAACTGTA
AAATGCATAAATTTAATCCTCCTTGTCTGCAACATAAACAACGATAGTATTCTCAATATT
TTCATCGTTTTCAATACTTGTGACTGTCATATTCAGAATTTCTTCTGATAGGCTTTTGAC
CATAAAGTCGTTTCTGAGTAAACAGATTTCCTCATCTAGGCCTTTTATGATCTGTGCATC
ATTCCACTGAATAAGTGGCAGAATATCTTTTACTTTAACCATTACACTCACCCCTCTAAT
CATTTCACTATTAACAGGTTTTAATAATCCTTTTGCTTGAGCATCAAATATAATCGCCGA
TGCTTCCAATAATTTAAATGAAGAGCGATGATAGCAACGTCCTGGAATATACATTACTGA
TTGACCATCTCTTGTTGCTTCATACACCTTTATAAGAAACTCTTTCTGGTAATCCATTAA
ATGTAAGCCGAAGACTTGTTCGACAAATTCAACTACATCCATATCTTAATCCTCCTCTGT
TTTTCCAGCAATCAACTCAGAATATGGCAGAGTCTCAATCCATTTGCAGAAGTTCCGCCA
CTCGTCCAGTTTGGCCAGAACTACATGCTCTAATTTAATGCTCATTCGCAATACCCTCCC
AGTTCGATATTTACAAGTTTTTCAGCTTCTATTTCCAGAATATTTACTTCGATATCAGAT
ACATTCTCAACGATGGTCATCTGCCCTCTTGCAATTTCTTTTTCGTAAAGTTCTTTAATT
ATTAGATCTTTAGCTGCTTCTGCTACGTCTTTTTCCGTATAGATACCAAATATATTTTCT
ATATGTCCATATCCATCGTAATAGGTATTTCCATGAACCACATATAAAATCATCTTGTTC
TCCTTTCAAAATATCCAGATCCCCACCAATCTGGATTATTATGCTCCTGTGTTAAGCATA
TCCCACGGTTTTAATTACTCTTCTTCCTTCTCATAAGGAAGCTGGATCACATCTCCACCA
GGAACCGTGACCGACTGCATAAGCTGACCGGTTTCCTCATCGAAGTAAATGTTATCCATT
GCGTGATCCCACTCTTCGAACTGCTCAGCGATGTTTCTGCCTTTTTCTTTACGCATGTTG
ATAAGCTCATCATGAACCACTCGTCTCCAGGATCTTGCAATTTCCATACGGCTCTGAGCA
AGGATATTGTACAGACCATTCTCAGTCACAAAGTTGACGGAACGTCTCTGGCCTGCTACT
ACCAAAGGTAGTTTCAGCTTCTCATCCTCTTCGCACATTTCGAGCATTCTCCACTCGTTA
CCGCTACTGTAGCCGATAGCATGACTAATATCTTTTGCCTTGAACAGTGGAGCGTCCAGA
TCTCCATATACATTAAGGCGCTTTCCTCCAAACGAAATACTTCCGGCAATTTTAATCTCT
TTACTCATCTCTGTTTATTCCTTTCTCTTTGTAATTTAACGTCCATAGCTTTTTGTAACT
CTTCTGGTGTAATATTAAAAATGGACTTAAGGAATTCCAGGCAAATATAAGCATCCGCCA
TCTCTTCCAAAAGTCCAATTCTATTATCATACCCACGAATCTGTTTACTGATTGCCTGTG
TAAGTTCCGCAAACTCTTCCATGGCAATCGTACACTTTAATTTCCACGGCTGACTCTCAA
CACTTCTTCTGATAATTCTCCGCCGCTCTTTATCCGACAACTCGATGTTTCTTTTCATGC
ACTGGATAAATCTATTTCGATCCATCGGTTGCCTCCATCCGAGCTTTAGCAGCTTCCTTT
CGCTCCTTGTACTCCGCTTCGTCGATTTCAGCAAAGCCGTTCGGAGCTTCTTTAAAATAT
CTGTTAATTGCTACCTTGTCCATGGACGGAGTGATTACGTACAGAATACCTACAGTATCA
TAATCGCCTTTCGCTGGATCTACAAGGAAATCCTCCGTATAAATCTTAAAGGCTCTATCA
GCCGGCATATAAGGCATAGTGATCGGATACAGTTCATCCATAACAGTATCAATCAGTCCG
CTGTGGTACTGAGCATCCGGACAGTTGATGTTCACGCCGTGATAGCGATCCACGTCTCTG
TACTTAACTGTTCCATCAGCATACACATACTTAAATAAGGAAGACATGCGTTTGCACTGA
TAGTTACACTTTTCTCCTTTCAGACCGCTCATATCAGAAATATCACTCCATACCTCGTCG
GTATCCTCAATTGGAAGAAGTGGCTTGTTGCTGATGAGACGATTCAGAATAGCCTTAGTC
AGACCAATGCTGAAACCAGAATGCCCGTCCGCACACAAAGAGCCAAAGGCTTTCAACGCA
CTCTCATAGCAAGCGCAGCCATAATCCCATTCTCCGTCTTTTCTGTCTGGCTTCTCATGG
CGGCAGGCAATAGCTACCTCGTTTTCAGCCCAACGCTCCAGGTTAGATTTCTCACGGCAA
GAACCAATAGAGCGGTTGCGGTCATCTATGTACTCATTTGCAAATATCTTTCTGCAATTA
GTCCCGAATGCTTCGACGATTTCCGGGAGATTATCATTTACGGCGTCAAAGATCAGCCCT
TTCTCAGCTGACCATTTAACGGCTTCATCCAGCCGATCTCCAACTCTATTCGTCCAGAGG
ATCAGCTTTTCTCCGTTAGCCTGTCTTTTTTTCAGATACTCGATAAGCTCTTCGTTCGGT
ATACCGATCTCCGGCCATTTGTTCTCGCATAAGGTTCCGTCAAAATCAACTGCAATAATA
TTCTGTTTCATTTCTAAATTCTCCTTTCAATTTTCAAGCCATTCATTATCGATATAGTAA
AAACCAAATACACACAGTCCGATAACAATTATCCAAATCACCCAGAATAACCATAACGCC
CAATCACTTTCCAAATAATTAACAGCTTCGTCAATGGTGCTGTTTTCATAAAATGAAGAA
TTATCAGATATAGTTTTATCTCGCAATTCGGTAAATATGGTTCCAGTATATTCCGTGCCA
ACTCCGTAATACTTATGTCGGACATGACTTGATTCTTTTATAGTGTCAATATATTCGGTA
CTTGGAAACTCTACCTTATTTGAGGAGAAGACATGTCCTAAAAATGTAATTTCCGAACAT
CTTTGTTCTTCGCTACCAGCATAATCCCAAGACCAATAAGTTTCTGTTCTGGTATGTGTC
TTTCCTTTTGAATCGGTTGTAGTAACGGTTCGTGTATGCATATTGTAATGTTCCTCTATT
TTTTCTATATACATATACTCCCCGTTAATTTCTGGATATGAAACAGTATCCACAGCCTTC
AAATCTCCATAAACGAACGCATAACCGACGTTGGTTCTCATCCCATATTCAAACAGATCA
GAGCTTTCGATTTTAATAGCTTTATTATACTTTTCATTCCGATCCAGAATATAGTTTGAA
ATTTTTCCAGAAATTACAAATCCAATGAGAAGCATCACTGCGATTATTGATATGCTTGCT
AAAATCTCACGCTTAGTAATTTCAAAATCTCCAAAATCAAAGCCTCTGTTCTTCATAGTA
TCAGTCTCCAAATAAATTTTGAGGCGCATCTACCGGAGCATCATAATCAAGGTACTGATA
CTGCTGCATTTCATATCCTAAAATGTTTAAAAATAATCTAGTTGGGAATTTTCTAGCATA
GCGATTGTATTCTTTAATTTGCTTGTTATAATTCTCCCTATACTCGGCGATTAAATTTTC
AGTAATGGATAACTCATTCATCAGTTCCTTGTAATTTTCATTGGATTTTAATTCCGGGTA
TGCCTCTGCAACAGCAGTGATTGCTGTAGTTACATTTTCAATACTTGTTGCTTTCCCTCT
ACCTTCAACAATAGCAGTAAGAGTTTCGGCCTCATGCTTGTCATATTGCTTGACACAATC
CGCAAGATTATAAACAAGATCGACTCGTCTTTTTTCCTGCACTTTAATATCTGAATCAGC
AGCGTTGACCTGCTCCTCCAATGCAAATGCTTTGTTTTGTGCTCCCTGTACTCCAAAAAT
GCACATAAAAATAACCCCTACAATCCCAGCGACCACAATAAGTACCAGTTTCCAATTTTC
TTTAATAGCTTTCATCTTTACTCGCCCTCCTTGATAATCCCAATAAATTCCACTCGCTCT
TCTGCCAGACTTACGAAATACCTTTTTCCCTTATAATCGACGATGTCACCCTCGTACTTA
TAGTTCTTGTCCGGCTCCGAAGCATATGCTAAGATATTTATTTTTGTCGTTCTATTCATA
GCTCCTCCGAATATCAAGCTCCAGGTTGCATGACTGATTGATCCGCATACTGCAATGCCT
GAAGCTTTTTCTTCATATTGTCTAAAATATACTCGACTGTGATTTTCGTTGTCTGCGCCA
GTTTTATATACTTAGAATGTTCCTCGTACCATTTGAATATCTCATAGAGATTTCCACTCT
GCCAACTGAATGACCACCAATCGCAAATCATCTCAATGATGTAATCGTATGGCATTTCCA
AAACGGTCTCCAACTCACCGTCTTCCATATCGTCATGGATAAGAACCCAGTGCTGCCAAT
GATGTGGATTCCGGTGAATGTGAAGTAACCATGCTCTCTGATACCGCTGTACAACTTCAT
AAGAGCGATTATTTCCATAGAAATATGCATCGTATGCCTCATATTCATCCGGCTCGTTCT
TAGACTGATCATGAGCAAATTCCGTATTCCACCCGGCGGCGAGTGTATTTGTCATAAGTC
CCGGTAAATTCTCAGAAAGCCAGTCGAACCCTCTTTTCACATTAGCTCGATGTCTGGCTA
AATATTGATCGTACTGAAAGCTCACTTTTGACCCTCCTTCTTTTTCGTTGTTATTAACCT
TTCATAAAGCTCTCTCGCTTCATCTCCTTGGAAAGCATTGATAATCTCTACAGACTGATT
CATCCGTTTTCTTCCCACAACCATTACTCCAGTTTCGTTTTTGTTTGAGAAATCAACACT
AACTAATATACTATCTACCATTTTCAGCCTCCTTCCAGTAAACAGGTTTATCTGAATTGG
CATTCATCGGCTCTGCCAAACAGTCGTTACACGGATCAAATTTTTCTTCGAGATCCTTAT
GCTCGCAGGTTTTGCAATAGGTTTTGAAATCAACCTCTTTGTAAACATTTTCCATAAGCT
ATTCCTTTCACATGTAATAGCGGAGCCAGATCGCATACCATACCTGCTCATATGTACAGT
TGGATAATAAGGTTTTAAATTCCTCCTCCGACAGAGACTTTATCTGAAATGACATAACTC
GCAAAAATATAATGATGTTCCTAAGAACTTCTGTCATCTGTATCACCTCCGCTTTATGCT
GCCATACCAGATGACTGCTCAAATGATATGGGCTTTTTATTGATCCATTTAGTTTCATTA
AATGTTTTCTTATCTTTCAATGCTTTGCTGATGGCAAGATCAATACCAGACCTGGATTTT
AAATGGTAGTAATACAGATCTGTATATGGCGTATTCATTCTGTCTATTCGACCAGCAGAC
TGCGCCATAATCTTATACGAATAATTCTGAGAATAGAATATAATCGTGTCCGTCGTAATG
CAGTTCCATCCTTCAGCCCCGGCATTGTACTGAACCAAATATACCCATGCATCGCTAGTC
GGCACTGGCTGATGTTTGTGTCCGTTCCACTCTCCGACTTCATATCCAGAGAATATCTCT
TTCAGAAGCTCAAGCTCATAATCGAAATTGTAGAATATAATCGCTTTCGGATGCTTCTCA
ACAATTTCCAGTAAAGCTATTTGTCTGGACTGATCGGTGTTTACAATTTTTCTCCATACA
TAGCATAGACCGGCAGCATTGATAATTGGTTCTTTTTTAAACGGGTCCCATCTGGTTTTT
CCGACATCTTTATACCTTTCGATATTGTACTTGACATAAATATCCTCATGATGCGAAACC
GTTTGGCGCTTAAAATCCATATTCACCAAGATTTTATTTCGCAATCGAATCAATCTTCCA
GTATTCAAATATCGGTCAACTTTAGGAAATTTGCTGAAACGACTATAGACTATATGCTCC
CTTGTAAATTCGCTTCGGTTTTTATAAAATCCATTAGCCACAAACACTGGAATATAATCC
TGCCAGGTATCGCCAGGTGTTGCAGATAACAGTATCCACTCATTTACCTTAGCTATTTTC
AAGAATGCTTTAACCCATGTTCCAGCGCCTATAACACGCTGCTCATCAAATATAAAGAAA
GCATCCTTAACATCTGCATACTTCTTGATATTGTTCCACGAATCAATCACAACCTTATTG
GTATACAAGTTCTTGTCTTTATCGGTAGACAACAGAAACGGTGAGAGTTCCTCTTCCCAT
TCAAAGGTGTCTCGTTTTCTAGCGGTTGTGATTATATACAAATCCTTAATGTTCACATCG
TCCATAGGAACATACTCATCCGTTCCAAGCTCTCCGCCATTTCGAACATAATAGTAGGCC
AACGAAGTTCTGGATTTTCCGCTACCAACACCACCGCAAAGTATGCAGCCATTTCGCATT
CGTCGTACAGCTTCTTCCTGATAGTCCCGTAATTCTACCCCAGCCATCACACACCTTTCG
TGATGAATCCATCTTCTACCTCGACTTCGTAGCCATCTCCATCCAGATCTGCTTTTGGAC
CATACAAGAGCATACTGGTTGTGATGGTTTCGTCACTCTGATTCTCTGAACGATAGAACT
CATACAGGCAGTCCAGCACTTTTTTGGTGATAGATAATTTACGACAATCGTACACAACTT
TGCTTAAATCTGAAACGCCCATGATTTTAGCAACATTGTCATAAAGCTCGCTGATTCCGC
ATGTACACTGCTCTTTCGAAATAGAATATCTTTTTTTCATTCGTCATCACCCTTTCCAAA
TAACTTGTTAATCTGACGGAGCATTCTTCTTGTACTCCATACATCTGAGAAATACATAGG
CGTATACCAATAATTTTCAGATGAATCGTCCGTAGACATTGGGTCAGTTATCGAGTTACC
TATTTTTATAAATCCAGCCAACCCAAGAAGTGAGATCTGGATATAACACATCAGTCCAAC
AATTTCATCAACGTCCTGTGCAACTACTAAGATATGATTCTGGTAGTTCCTCGGCGGATC
ACAATGTTCAAGTTGCTTTCGTATTACATGCACACCGGCAATCAAAGTTGCCCCAGCGCC
GCAGCATGGATCGTTAATCGAAATATAACCATACTGCTCTATCTTTTCTAAAACATCAGT
CGCTACCACTTCTGCCATGAGTTCGCATACATGATATGGTGTGAAGAATTGACCAGCTGA
ACGATTTCCAAGATCCAACCGCATAAACATTTTTCCGAGAAAATCCTGCTCTTGATTCTG
ATCCAGGGCCATGGTTGTATATGCTGCTAATTCTGGAAATATAGCTTGCTCTTCTTTTGA
ATACTGATGAATGATTTTCAGATACCGCTTCTCTCTTTGGCCGTAGTTTTCCTTGTCCAA
AACATTCGAGATTGAACATGCATGAAGTAAAATATAATCTCTCCACACATCCCATGCTCG
ATGTCTGTATGTAAGTTTCTGAAAAGATTTTAAGAATTTATCCTCCCAGTCAATTTTCGG
TTCAGATTTCGTAATTACTTCCGGTGTTTTCTCATCCTTCTTTTTCGTTTCACCGAAAGT
TGGTTGCCACTTAGGTGGCGGTTCTTTTGCTTTGAATGTTTTAGGTACCGTAGTCTTAAT
CTGTGGTTTTGACTTCGGTTTTTTCTTATTCCAAAACATAATTTCTCTCCTTTCATAAAG
TAAGAGTGTCGGTTTTGACACCGACACCCTCAAAATATGTTTTTTTAATTGAATGGAATA
TCTTCCGTCTCATCAGAATCATCATAACGACGATTATTCTTAGCATATTTAGAACTAATC
GGATCGTCATCAACTTTCTGAAACACTTCCATGCTCTTAACATACAAAGATTTGCCATTC
GGACCTTCATACGGATTTAATACAACATTTACGCTCTCGACCCACATATCATCAATAACA
CTTACGGATTCAGCGTCCAGTAGAGTGGCGTTTTCTTCTTCAGTAACTAAATATATTTTT
GGCGGCCAAGAGCTATCGTAATTAACTTTGATGACCACATAGTATCTAGGAATGAATCCC
TCTTCTTCGCCCTCTCTAGGCTTAGTTAATTTAACATTATATCCCTCGTCAATCAGCCTT
CTTGCCTGCTCAATGTCCGGAATGATAAGATTTGCTTTTCTCTGATCGTTTCCAAAACGG
TCTCTTTTTGGATCTCCAGAAAAGTTCGTGTCATAAATAAATTTAGCACCTTCGATAATT
ACAAGATTTGTTCTCATTTTAGTCTCCTTTATTTTTTTTTTAATTTTCCGGCGGATTCAT
TGCGTGCTTCATCACGATATCTGAAATATCATAATCAAGATCGCAATCCATGTGGAAGTT
ATCGTTGTTGAAATGCGGGCAGTCGAAGCATGTCCGATACTTATCCTCTCCGCAAGGCAT
CGCCCATGGAACAACACAATCGACATCAGCGTCATTTGCACCAAGTTCCGGAACATACGG
ATCATCAGATACAAACCATTCAAAGTCTCCGTACTGAGAAATAGTCTTTACAGCCTCGTC
GACCAGCTTGTCATAATAGGAACGATCAATACCGTCTCCCTTTTCGAGTTCTTTTACCAT
CTCCGATTCCATCCAGCGATAACCTTTGGAACCGGTTGCAGCATAATAATGACCGTCCTT
TTCTCTCATCAGAAGTCCGGCTCCGTATCCATCTTTCATCGGACAGAACTGACCAACCTT
TCCAACAAAGTGATAGTCGTGTCCTTTTTCAATCAAGGGAGTAAGCTTCTGGCATGTGGC
TTCAAAAGTTGTATCGGATAACAGTCCTTTCTTATAGTCACTCTCTGCCTTGCTGAATTC
TTTTTCTTCTTTACTGACATCCGGTAATTCCTCATTCAGATCCAAATATAAAGAGCTGCT
CACAGATTTTGTCTCACACATATCTTCAAATGCGATGTCTTCTCTGCTGAACAGCTTCTT
AAATACATATGGAATCTGGAACTGAGTACCCGTTGCCGTCCATTTTCCACCTTTCTTTTT
GTTGTCGCCAGGGACATAACCATACATCTTCTGGCATTCTTCTGCTGATTTGTACTTTGC
GATATATACAGCATCATTAACCAAGCACATCCGATCATACGTAGCCTCGTGCTCAAACGT
GTATCCGTATCTCTCACCAAAGTCCATAACGAACTGAATAATCTCTGGCGTTGCATCTGG
GATCTTAATAGAGTCTGTCTTAATATGAGCAACCTGGAATCCGCGCTTTAGAACCTCATT
CTTAAGGTCGATCATGAATAATGCTCCACGTTTCGCCACAATGTTATCGATGTTTCTTGG
ATCACGGAATGGATTATCAAAGGATGCCGATGTGAGACCGTATACGGAATTGATAGCTGT
CTTCAGTGCATTGGCAAGATCTTTTGATGTCATCTCGCCATCGATAACCCTCTGAATATA
CGGAGTAAGTTTGCCGTCCAGCATGGTATTAACAATATCCCAAGCCTCATGTTTAATGCT
TACACGACCCTCAACAATATCACGGAACGCCTTCGTAAATTTCGGTCCAAACAGAACCTC
AGCAATAGCACTATGCGGATGCATTGAAGAAATATCCAGGAGTGCTGCATTTCCATACAT
TCCGGGTACGCCCTGTGCAAATCCGCCCTCGCCTACTTCTTCTCCACGATATGTAGATTT
TCCATGGTCAAATACATACCCAGGGAAATATGGAAGAATGCTGTGAGCTTCAAATGGAAC
TTCGTCCTTATCGTTGTACTTCCAACCATAGTGAGGCTCCTCCATCATCTTCGGGCAGGC
TTCCTTAAGGAAATCCATACTCTCCTTATCCAGCGACTCTACCGGTTCTGCCAGATTTCT
GTAATGGAACTCTGATTGTGGTTTCCGGTTGTTTCCAAATATAATTCTGGTTGTAAGAGA
ATTCGTAGTATCATTAACGGTCATCTCTGCTAAATCTGCCAGAATCTGTCGCGCCGTCCA
GTCAGCCTCAAGATAATTAAAGGCCGCCTCAGTAGCAATAACATCGTTATCACAATACTC
AGCGACCTTAATCCAAAGCTCTTCCGGAACTGGTTGATCCCATGGAAGACCAAGCTCCTG
GTGATGTGTTCCTGCCTTGATAATTCTTATTTTTTCGTCTGAGAATCCTTTTTTCTTGAG
ATCGTCATCGGTGAGGTTTCCCATCTCAATTTCCAATTTCTTAAGACTCTTCTTATTACC
AGCCGAAGCGAAATCATACACATCCGTATAGGATACGTTGTACGCTTCTCCAAAGAAACA
GTTCCGTCCTCCGTTGATGATTTTCTGCGAAAGGTTATAGAGCTGTTCGTTTGTATAACC
CATCAACCTTGCGTACAGAATATGGTTATCATATCTCCGACAGTTGAAGCCAACCAGTCT
GAACCGCATCAGCTCCTCGATCTCACTCGGAGACGGGTTAATCATTCTTACAACAGGCTT
TCCCTCGCCCTCGATCTTCCAGTTCACAAGGAATAAGTTTGGGAAAACCTCAATATCATA
GAATACCAGCTTTGCATCATCGTTTTTCACCGCTGTGGACGGATCTGCGGATTTAAACTG
CATTTTGTTGACCAACTTAATACAGTAATCTGCCTGATGAGTGCTGTTTGCTGCAAATGC
TAATACTGCATTGCGCATATCTGTGACATCGTACTTCAAATCACTTCCATACGCATCTTC
CAGTATCTTGTAGATAAAATCGATACTGGGCTTAGTTCCCGGATGTATCTCTTTATTAAG
ATTCCGTTTGATCAGTGTTCTAAGCCCTTTCTCGCTCTTAATCGCTTCAAAATTTACCAT
TTTTTGTTCTCCTTTCAGCGGTAAACCGAAGCTAATTGTTGCGATAGGCAAATTATTACA
CTTTGACAGCATACGCCGTAAAGAGCTTTTGCCCGTGAACACCTTAACTTCAACATGGTC
GTCATATACTCTGCTAAGCTGCGTCGGATCGCCGGTATAAATATAATGAAGATGTATACC
TTGTCCTGATTTACTAAGCTCGGCATAGGTAGGCGGCCACTTACTTGCTTCTGCTAAATT
CTTTTCAAATGACTTATTTCCAGATTCGTCTGGAATATCAAAGTCAATCACAATATGATT
CTCCGGAACTTTCACATAATGAAGTTTTTTCGTATCAATTCCAGATAATTTCGTGCGGAC
AGAATCCCATTTTTTCTGAGGTGTTTCGTTTTCCGAAGCATACTGTGCAGGGCATTCCGA
ACACACATCATCAAATATAGATTCAGTGCTATCGAATTGGATCAGTGCCGGTTTGACTAC
TTCCGCCTTTTCCTCTACAGTTTCTTCTTCAAATTTTTCTGTTCTGAACCCGATGTAATA
ACTTCTAACGCGAGTTCCATCATCAAGATTGAAGCGTTCCTGAAAATCATGAAAATAGTT
TTTAAGTTCCTCTTTGAATACCCTCTGTGAAAACGGGAACCCAACTTTGGCGTCGTCACA
GTAGGTTTTGTACATCTCCCATGCGGCTTTCAGAGTTGTCCCGTTTTCTTTCTTAAATAC
ATGGTACGAATCGATAATGAAGTTATAGAAATCATTAGATGCACCAAGCATCGTAATCGG
AATATAATCGTCATAACGACCAGGATTGTTCGAATATACCTCCTGGCAGTGGTAAGCGAT
AGCTCCCAACTCAAATTCCACTTGCTTCACAATCGTTTTGTACTCTTTTGGATTCAGCTT
ATTTCCAGACGGCGATACATCGATCAATCGTCGAATCAGACCGGACTTTGCATCCGTAAT
CTTGACCGGCTTATTTGTTCCCATAAACAGGAAACATTTGAACCGGTTTGAGTACGTAGA
CTTGAATTTTTCGTTCACAGTCATCAGCTCATGAGATACTAAACTGTTTAATCTGGTGTT
ATCCTCAATTCTCGATAAATCACCATCGTGCTGAATGGCAACCAGAGGGTTTGTTTTAAA
TGCTTCCAATGCAAATGAATTGCTGGAAGATCCAAGTGCTTTTGCGTCAAATACAGAATA
GTATCCGTCGAAAAGCTGCTGAATAATGTTAAGAACTGTGGATTTACCTGTTCCAGCAGC
TCCGTATAAAACCATAAATTTTTGCAGTTTTTTGGATTCTCCAGATACGATTGACCCTAT
AGCCCACTCAATTTTTGTCCGCTCTTCTTCCGAATATAAAGTAGACATCAATTTCTCATA
GGCAGACAAATCGCCAGCTTCAAGCGGATAATTCAACTTTTTGCTGGCGTAGTCTTTTTT
ATTAGTTTCTGTATTGGAAAATATAAGTTTGTCATCCAACGTATGAAAGCTGTCCCTCAT
CTGCTTCTGACAATACTTATGCCATGAGTCGATCATACCCGACTCGGCATCCCACATATG
CAGGACTTTAATATCGGAGTTAAAACGCTGGCGGTTCTCCTCAGCATATCTATCCAGTTC
GCGGTCAATGAGCTGCAAGGCATCTTGCTCGTCCGTAGACCATAAACCACGTTCCTCAAT
CCAGATAGCATAGAAATCACCACCTCGAATCATTAGATCGGTGCTTTTTTTAATAATGAA
CTTTGGATAGATTTCTATTACTCCACGTTTCGTTGAACGTGTTGAAATCACCATAAAGTC
GATCATCGCATTTTTTACTCTCCTTCCGGACGCTTAAGTTCCTCGATTTCCTTTTCCAGT
TTTCTGATACGCAGTGCCTGGTCCTTCTGCTCGATTTTCATAACAACCAAGTTTGCAGTT
GTCATGACAGCAAAGATTGTGAGCTGCTTATTGAAGCTCCGCTGTTTACTGACCGCTCTT
GTAACAACGTCCAATCTTTTCTCAGATGACCGTAAGCTGCTAAAAATATAAGTGAGCATT
TCGCCCATTACTTCTTACCTCCTCTTAATCCGTTCATGAAGCTCTCAACAGTCTCAAACC
GCCAATTTCCTTCGTTGTTGAACGTAAATATAAATTCCTGATGGTTCTTCTGACGGATGC
GAATACTGTTCTTTCCGTTCTGGAACCAGGTTTCCACATTATCCCCAGCGTACTGCGGAA
AATATAACTCGAACCACTTGTATACCTCACTATGGCTCATAACGCCCTCCTATCTGATAT
TGTCGAGATACCAGTTGGCCTGATACCAAATCTCGATATCTCTCATATCGTATCTGCAAT
GCTCGATTGTGAATAAACCACCCTTGCCATCCCGTCCGTAGTCACGATTCAGGAATCGCC
GAATAACATCGATGGCATGAGCCTTGTCGAATTTGGAATCATCCATGGAACCCAACCCAA
GGCTCACTATCATATCCCAAAACCACTGACCTGTCCGATTACCGATGTCAGGATCATCCA
TGATGTGCTCTTCTAAGCGTATAGCAAGGGCAATAATCATTTCTAAAACACTGCACGGAC
GATTATCCAAATAACTTGCAATCATACTATCCCGGTATCCTTGCTCGTTTCCGAATCTAT
ATCGAAGATCGATCCCATCGTCATAGCGGTTGCCATCAAGAGCAATCGTATACGTAAAAT
CCGTATCATGAAGCAAAAATAACAACTTACGATACGACAAACCTCTCGAATATTCATCGT
CGCATACGAGCTGGTACATCCAGTCAAAATATGCATTGTTCAGCTCATCCCGTGTCATCA
TACCTCCATCTGATGCGGCATATCTTCAGCTACCTCGGAATAGGTCCTCTGATCAAGGAG
AATTTCGTAATCACACTTTCTTGCGTCATTACGAACAAAGACAGAGTCGTCCTCATACTC
TCCAAAATGATTCAAAGAATCAATTCCAACAGCATCTTCCACATCTTCAATTACTTCATC
GTTTTCATCAGCCAGTACACCATCTGCATAGTAGGTAAGGCTGATCTGCTCATACTCTTC
ATCGTCACCAAACTGCTCCGGCGGAATCACATACGGACCGGCTTCAGAAACAGGCTTTTC
TTCCTCGTCCGAACCGAAATCAGAATATCGGGTGTAACCCTCTTTTTTCAGACGTTCCGC
ATACTCTTTAAGATCTGGTTTTTCTTTGTCCGCATCTTTAATACCTTCAGCAACGGTTTT
CTTTACGGACTGATCCTTTAATTCCTGCTCACGTCTTAAGAAAACCTCTTTTACAGAATC
AATTTCCTCCTGAGCGAGCGCTTCGTATTTATCCTTAAGCAGGTACCATGTCACTACTGA
TCCAGTCGCAGCACCAATGATAAATGCCAAAGAAAACAGAGATTTGTTACTCATCTTCGT
CCTCCTCGTTCTGAATTGTCATAACGGTAAGCGCAAGCCCACCGAAAAGTAAAGAGGCAC
TCAACAGAATGCCCCCTGTGATATGTCTTTTTCTCTTAGTATCCAGTATGTAATCCATCA
TGGATATAAAATTTCCAATGCCATCCATCAGTGATGCTCCTTTCCGCCCATAAGAACGGC
CAGACCACTAACAAAGCAAATACCAGCAAATGCTGAAAATGTTAATCCCATAAAACCTGT
CATAATTCAGGACTCCTTTCTATTCATAGCTCGAAAAATAATGGTTACCTACTTGAAACA
TCGGTGTTCCGTATTTTCCGTATCCGCCAGCCGTGAAGAATATCGTATCCACATTGGTTC
TGGATTGCAGTTCCTCTTCAACTAACTGGCAAATATCATCGTCTACAAAGCACTTATCAA
CTCTCCCATTCCACATGGATGAAAACTGATTTGCTTGATATACAACACCGTACACTGTAT
CCGGGAAATATACGGAATCAACACGATTTAATATGGTGTCGATCACTAATCGCTTTCCTT
CCTCGCATTCGCCCTCAGCTTCTGCCATAGTTACAAGAGCAATCAGCTCAATATCTTCCA
GTGGCAATAGTGTATCCTCCACATACTCTTCGATTTCAACTGCCGACACCGTTTCCTCTA
AGGGTTGCTCAGAAATAATTACAATAGGATCAATAGGTTCAGCTTTTAAAGTCGGCTGTA
TTTCGATATATTCATACCGGTTTACCTGTTCTGCCGAGCAGACAAAACCTGTGCAAATAA
TCGCAAATACGCAAAGAGCAGGAAGGACCACCATACGAATATAATTTCGCATATGTATCC
TCCTCAAAAAAATTAGATCAGATCGAGAATCGGTCCGTCTACATTGAACTCCATTAGAAT
GGCTTTCTCGTAACCACCATCCTCAGTTTCACGGTTGGTCTCCAGAATCCCGAAATCAAC
GAAGTTGTCGCCATTTTCATTTCCTTCCGGTTTATAAACCCAACCAACAATCTGGCTCAT
TTTGGTACGCTTAATGCCAAGCTGATCGTATACATCGCTGAGGAATAAATATCCATTAGC
TTTAAGTTTGTCGTTTGCCAGATTTTGCTGAGAGCGCAGATACATAAGGTTGTAATCCAT
ATTGGATTCATATGCCTCGCAGGACTCATCAAAGAAACGGGCGTAATCGTTCGTAGAAGG
TGCCGCCACATCTACGGTGGACTTCACCTTTTTTTCTTTACCGCTGTCCGGATCAGTTAC
AGTTTCCTCAAATTTCTTTGCCTTGATGTTGTAGCGAAGTTCTTTATCAACCTCCGCACC
AAAGCGTTCAACGACTCGATTTCTGTATTCCTTGAAAGTCTTATCCACAGTCGCATAGGC
TGCTGCCAGTGCTACATTTCTCTTCTTGAGAATATTGTGAGACGCAACAATACTTGCGAT
GGATAAAGTTCCAAGGGCAACAGCAGGAGCGTAGAGCTTAGCAACTTTTACGCCAGCCTG
TACATAAACAATAGCCAAATCTTTCTTTGCATCGTCCTTAGAATACTCCGTCGCCAGTTC
CTCATTTTCAGCACATTTGTGAATAGCATCAATATCTTTCTTGGACTTCTCCAATACGCT
GTCTAACTTAGTTGTTGCATGGCAAGCCATAACAGCACTTGCAACGGTACCAACAACACC
AGCCACTATCAGAATCTCAGGGCTATGCTTCTTAAGTTTCACACTTACTTTGCTGAAGGT
CGTGGAAACGTTCTTCATGATTTCTTCTTTCTTCATATCAGTTATTCTCCTCTTCAATTT
TTTCTTTCTTCTCTAAATGATCTATCAAGTGCTGCGTGTACCACATGATCTTTTTCAAAT
CCTGAATTCCGTTTTTATTTTTCCAGCGGCACGCATACTTGATAATGTTACCAGTATCGG
TTGCTTCGATACCTTTTAAATCGAAAGTGAATGTCTCAATAACATCGATCACTTCCAAAC
CTGTTTCTGACTGATAATGGCTCGGATGAGACACCATTTTATCGTCTGATTCGTACATAA
ATATCCCTCCTAGTTCAACGGTAATGCCTTCGGAAGTTTAATCATGTATCCGTCTCTCAC
ACGAATTACAGATGCATTCCGAATATCGGTCCAACCGTACTTATTGTCTGTATAGTTGCC
AGATACACCAACCAGATCATAAAAATCAGCAACGCTGACTAACTGGTATGTAGCGATAAG
CTCGTCCATTCTCTCAAGAACGTCTTCGGCTTCACCACGAGATTCCAGAATAATATCATC
ATAATCGTATCCGGTCCGTGTTCTGGTTGTATGTCCGGAATCTCTTCGATCCCGATCATC
ATAATACTTACGATATGAAACCTTGGACGACGTTGAAGATCTTCCCCCTCTTGAGCTTCC
ACTAACACCCAAGAATGCTCTAACAGCATCCAAAATAATATCCTTTACCGCCGGAACCAC
AACGTCTTCGAAAATATAGCTTTTTACATCATCTACGTCTTCCGGAACAAACACGTTCGT
AATCTTCTGAAGACCATTCTTTTTCTTTGATTTAACAGAACCGCTGACAACCTTTTCAAC
TCTTTTCTCCGGAATATCATCGTTCTGGTTCTGTCGTGATTTATGGGAATTTGATTTGTA
TTCCTCCATCTCCAAATCTCCTTTCAATTAGCCGTTACCACTTTTCCAGGGAGGGTTATC
CTCGTACTTGGAATACGGTTTGTTTTCTTCTTAAACTGATACGCCAAATTACTTCTGGCT
TTCTTTTCGGATGCCGCGTATGTAGAACCCTGCCATCTATTCGCA