##gff-version 3
##sequence-region uvig_177793 1 20910
uvig_177793	Pyrodigal-gv_0.3.2	CDS	1	714	137.0	-	0	ID=uvig_177793_CDS_0001;transl_table=11;phrog=457;top_hit=NC_020874_p22;locus_tag=uvig_177793_CDS_0001;function=tail;product=tail protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	720	1295	73.6	-	0	ID=uvig_177793_CDS_0002;transl_table=11;phrog=446;top_hit=NC_004777_p36;locus_tag=uvig_177793_CDS_0002;function=tail;product=tail protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	1339	1512	12.8	-	0	ID=uvig_177793_CDS_0003;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0003;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	1512	2375	149.4	-	0	ID=uvig_177793_CDS_0004;transl_table=11;phrog=267;top_hit=NC_031123_p36;locus_tag=uvig_177793_CDS_0004;function=head and packaging;product=major head protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	2456	2881	20.7	-	0	ID=uvig_177793_CDS_0005;transl_table=11;phrog=2633;top_hit=JF704113_p96;locus_tag=uvig_177793_CDS_0005;function=DNA, RNA and nucleotide metabolism;product=endonuclease VII
uvig_177793	Pyrodigal-gv_0.3.2	CDS	3033	3200	10.5	-	0	ID=uvig_177793_CDS_0006;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0006;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	3263	4045	158.5	-	0	ID=uvig_177793_CDS_0007;transl_table=11;phrog=1052;top_hit=NC_031123_p35;locus_tag=uvig_177793_CDS_0007;function=head and packaging;product=head assembly
uvig_177793	Pyrodigal-gv_0.3.2	CDS	4049	5635	234.6	-	0	ID=uvig_177793_CDS_0008;transl_table=11;phrog=449;top_hit=KM576124_p42;locus_tag=uvig_177793_CDS_0008;function=connector;product=head-tail adaptor
uvig_177793	Pyrodigal-gv_0.3.2	CDS	5638	6006	67.5	-	0	ID=uvig_177793_CDS_0009;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0009;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	6006	6272	42.2	-	0	ID=uvig_177793_CDS_0010;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0010;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	6256	6780	63.2	-	0	ID=uvig_177793_CDS_0011;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0011;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	6807	7010	15.2	-	0	ID=uvig_177793_CDS_0012;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0012;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	7003	7239	35.1	-	0	ID=uvig_177793_CDS_0013;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0013;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	7274	8053	98.3	-	0	ID=uvig_177793_CDS_0014;transl_table=11;phrog=107;top_hit=NC_019402_p42;locus_tag=uvig_177793_CDS_0014;function=DNA, RNA and nucleotide metabolism;product=exonuclease
uvig_177793	Pyrodigal-gv_0.3.2	CDS	8040	8324	43.5	-	0	ID=uvig_177793_CDS_0015;transl_table=11;phrog=1334;top_hit=KY250035_p23;locus_tag=uvig_177793_CDS_0015;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	8311	8607	42.6	-	0	ID=uvig_177793_CDS_0016;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0016;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	9180	10949	252.1	-	0	ID=uvig_177793_CDS_0017;transl_table=11;phrog=15971;top_hit=NC_006882_p18;locus_tag=uvig_177793_CDS_0017;function=DNA, RNA and nucleotide metabolism;product=DNA polymerase I
uvig_177793	Pyrodigal-gv_0.3.2	CDS	11047	11292	9.3	-	0	ID=uvig_177793_CDS_0018;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0018;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	11282	12901	197.6	-	0	ID=uvig_177793_CDS_0019;transl_table=11;phrog=239;top_hit=NC_031029_p115;locus_tag=uvig_177793_CDS_0019;function=DNA, RNA and nucleotide metabolism;product=DNA primase/helicase
uvig_177793	Pyrodigal-gv_0.3.2	CDS	12876	13727	127.3	-	0	ID=uvig_177793_CDS_0020;transl_table=11;phrog=85;top_hit=NC_008198_p65;locus_tag=uvig_177793_CDS_0020;function=DNA, RNA and nucleotide metabolism;product=thymidylate synthase
uvig_177793	Pyrodigal-gv_0.3.2	CDS	13720	13884	28.5	-	0	ID=uvig_177793_CDS_0021;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0021;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	13889	14047	2.1	+	0	ID=uvig_177793_CDS_0022;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0022;function=unknown function;product=hypothetical protein
uvig_177793	tRNAscan-SE_2.0.12	pseudogene	13926	14007	45.3	-	.	ID=uvig_177793_tRNA_0001;transl_table=11;trna=tRNA-Leu(TAA);isotype=Leu;anticodon=TAA;locus_tag=uvig_177793_tRNA_0001
uvig_177793	tRNAscan-SE_2.0.12	tRNA	14019	14092	48.0	-	.	ID=uvig_177793_tRNA_0002;transl_table=11;trna=tRNA-Arg(TCT);isotype=Arg;anticodon=TCT;locus_tag=uvig_177793_tRNA_0002
uvig_177793	Pyrodigal-gv_0.3.2	CDS	14083	14508	41.3	-	0	ID=uvig_177793_CDS_0023;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0023;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	14539	15135	82.8	-	0	ID=uvig_177793_CDS_0024;transl_table=11;phrog=822;top_hit=NC_017980_p11;locus_tag=uvig_177793_CDS_0024;function=lysis;product=amidase
uvig_177793	Pyrodigal-gv_0.3.2	CDS	15132	15617	42.6	-	0	ID=uvig_177793_CDS_0025;transl_table=11;phrog=945;top_hit=MG488277_p20;locus_tag=uvig_177793_CDS_0025;function=DNA, RNA and nucleotide metabolism;product=endonuclease
uvig_177793	Pyrodigal-gv_0.3.2	CDS	15617	16063	74.2	-	0	ID=uvig_177793_CDS_0026;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0026;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	16086	16712	122.7	-	0	ID=uvig_177793_CDS_0027;transl_table=11;phrog=112;top_hit=MF768469_p20;locus_tag=uvig_177793_CDS_0027;function=DNA, RNA and nucleotide metabolism;product=Gp2.5-like ssDNA binding protein and ssDNA annealing protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	16803	19445	404.5	-	0	ID=uvig_177793_CDS_0028;transl_table=11;phrog=414;top_hit=NC_010106_p1;locus_tag=uvig_177793_CDS_0028;function=DNA, RNA and nucleotide metabolism;product=RNA polymerase
uvig_177793	Pyrodigal-gv_0.3.2	CDS	19771	20076	40.0	-	0	ID=uvig_177793_CDS_0029;transl_table=11;phrog=4472;top_hit=NC_031015_p2;locus_tag=uvig_177793_CDS_0029;function=other;product=nucleotide kinase
uvig_177793	Pyrodigal-gv_0.3.2	CDS	20248	20496	20.5	-	0	ID=uvig_177793_CDS_0030;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0030;function=unknown function;product=hypothetical protein
uvig_177793	Pyrodigal-gv_0.3.2	CDS	20628	20828	18.2	-	0	ID=uvig_177793_CDS_0031;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=uvig_177793_CDS_0031;function=unknown function;product=hypothetical protein
##FASTA
>uvig_177793
AGCATTGAAGTTGAAATCAGGATTCTTAGCGAACCCCATAGAGGCTCTGCCTCCAACCTG
TCCTAATAGCCAATCATAGGTAGTGGCTCCCTCATCAGCACCCTGAGAACCTGTAGCTAA
GTCTACAAGTTTCTCTGCAATGTACGCAGAGGTAGTCTGTACAGCCTGCTTAGCTTCACC
ACCATCAGGGGTAATGACACCACACATAAAGGTATTGCCCATAAAGAGAGCATAGGTCTT
AGCATAGGAGGCATTCTTAATGTACGCTAGTGCAGTGTCCTGACCCTTTTGAGAGGTAGT
AGCACTAGACATACCAATGGTTTTACTACGGTTCAGAATGAACGTATAGTCTGCAACAGT
GACTGCTCTAAATTCATCATTAGCGTCCGTGACTTTAAGATAACCAGCATCATTGTCAAT
AACAACTTTCTTTTCATTACCTTCAAAATCCCATACCTTTAGAGACCCGCTGGACATACC
TAAGATATACTGCTCAGTCTCGTCTCTGTTAATGACATGATACTTAGTAGTGAGTGGATC
TACTCTGCCCCCAAGTCTCTTAATGTGAACTGTAGGAGGTCTCTTTTGCAGGCCATCGAC
TTCACTAGAGAAACCATTGATCTGCTCCTCTACCTGATCAGCAAACCTAATGATATCCGG
TTGCTGAGATACGCCACCCTTATAGGATACTGTTGATTGCGATACTAATGGCATCCCTAT
TAGCTCCTCTGGATATACTGAGAAATGTATTGGTCATTATTGAGGATATTATAGTTACCC
GTAGTTAGATCATAGTCAATGATATCTGCATAGGCACTAGATTCCTCAGTCATCAGATGC
GTATTCAGGTCATCTGAAGTAAGATATCTCATCTGGAAGATTCTAGCTGCACGACAAGTA
ATGAACTTACGGAATACCTCAGGTAACTCCTCAAAGTCTAATCCTCTAACCAGAGTATCT
AAAGTCAAACCCTCAGGGAACTCATTGGTCTGCGAAAGAATGTCGAAAAAATAGCCGGAT
CGTCTGATCAACTTATAACCACTGCTGACAAACCTAAGATAATTATTAGGGCAGGGAACT
AAGTTAGTATCATCGTCCGGCAATAAAGCTACTGAATCTTCAATATTAAAGTCCCATCCT
CTTGATTGAATCTCTTTAGAGACACTATCGAGAATCCTCACTGCATTCAGAACGTCTACA
TTCAGTTCATCTTCAAGTGAGTTGACAGGACTAGAGCCTACAGCAGATAAAATCTCATTC
ACTGCATCTAGTTTGTTAGAAGGAGTGACAATCATAATTTATCCTTTGTAGTAGTATTTT
TATAGTTGTTATTATGTATTATTTGGGAGCTGCAGGGATCTTAGGCTTCCTAGAGACTAC
CTTAGGTTTGACTTCAGTTGGGGCTTTAATCAAACCTAATTTAATCTTTTCTTCTACAGT
CAAACGGGAGCCTTTCTTAGAACCCCCATTGACATAGAAATAGGAATCCTTAATGTCGGA
TTCCGAGTACATTACACACCAACCTGAGCAGTCTTAACGAAGAGACCCACGGCTTCAGGA
CGAAGGCCGCCGTGACCCACAGCCATCTTAGCGATGATCTGATCAGCCTGATATTCAGCT
CTGCGAGCACGTTCCATAGCGAGGTCCTTCAGCTTAAGGGCACCCACAGCGGAACGGTGG
AAGGCGATACCCTGAAGGACAGCCGTAGAGATCTGCTCCTTAAGAGCATGCTTACCATCA
ACACCAGTGTTCAAGAAGTTCGGGGTTTCCACAATCTGGAAGCCACAGACATTCTGGAGC
TTGCCCGTATTAGGATCAAAGATAGCAGCAAAGTTAGCAGCATCCGGCATAAGGGCACGG
CAGATAGCCGAATAACCTTCGGGGGAGACAAGGAAATAACGGTCACCTGCCGGAACCCAA
TTCTTCGTAAACTGAGCACGGGCATCAATCAGACCCTGCAGGAGGATGTTGCCATACTCC
ACAGTCGTAGCTTCATCCGTACCCGTAACATACTCAAATGCCTTGCCCGTACCCGGATTT
TTAAGAGTAGTATTATCAGGGATGTTCTCAGGCATACCCGCGGCAGTCTTAGCACCCGTG
TTAGCAAGTTCATTGATAGAGGCACAGTCGAAAGCCTGAGCAAGGGCTTCACCAAGCTGC
TTCGAGTATTCCGTACGGACATCATAGTGATTCATTGCATCATCGATATCCGTGATAAGA
GCATCAGCCGTGAGGAGACCATCGATAGCAATCACTCGCTCCGTGTTCTCCATCTTATTA
CGCTGATCATCTAAGGAGTTACCTGGGGTAAGATACTTAGCATGAGTACGACCCATGACA
GCGAACGAAGCACTCTTCAATGCTTCATGTTTCACATAGACGTTACTCTATGCTCCGAAT
AGGACGCTGTAAAATCCTATTCAGCATACGGTTTCCCGTATGTTCAGACTATATCTTAAC
AATTGTTCCCATGCTCTTCCAAATATCGGATAGCACTTTCTAATCTATAAGGAGAATCCT
TAAGAAGACCTATTGCAGTATTACACTGCATACAAAGAATGCCTCGTAGTTTACCTGTCT
TGTGGTCATGGTCTGCCGAAGGTTTTGTATAGCGTGAACTGCCAAGCTCACAGCCACAAA
TAGCACATTTACCACCTTGCAAGATCCAAGCTCTTTCGTAGTCTTCAGGAGACCATCCAG
TAGCTCTAAGACGGATCTTAGCTTTCACACAGTCTTTACACGAGTTTCGAATACTGATGT
ATTCTTCACCATTCTTTTGCTTATCCTTGCGGATGTAGAAGTCCTCTACAGGTTTCTTCT
GTCCACAAGTAGCACAAATCTTCCAGCCTCTTTCGAGAGCTTCTTTAATATTTTTACGCA
ATTGTTGTTCCCATTTCGAGTACCACTTGGTACCCTACGTTATAAAACTAGTCGTTGAAC
CTTCCCTTCTTTCGATAGGGCTTGGCTTCTGATTGGCTTAGGAGTTACCCCTTAGCTTTC
CAGAAGTTAAAGAACTTTAGGCACAGCAAGACTTAACCGTGCGGAATAGTACGAACAATC
TGTTTGTCCATCATGACAGACGTTCTCGTGAAAGCCGTAAGGACTTCACCAGAGAAGATC
TTCATGAACAGCTCATCACGATCACCAGCACTCAAATTCTGACCAGGATTAGAAATAGAA
TTAGCGGTTAACGCAGCCATTTTATTATATTCTTATTGTAGTTATATTATTGTTATTAGG
AAATGTTTTTATTATGGGTACGTTACAACTGAGTATAGTACATCTTCATTTCGATAGCTC
TAGTGTAACTGGGGTCAGCACCATAGCGGGGGTCACTCATAGCCTCCACTACTTCCTGCT
TACTTGAGAAGCCCTTATAGCCACCCGTAGTAACCCCACCACCCATAATAGTAGGATTAC
GTGTTCCTTGCTTAGCAATCATCTTAGCTTTCATACCCTCAAACATAAGAGTAACAGCTT
CAAGATTGTTGTTGTCAATAGCTCGATTAAAGGAACTCAGAACCTTATTAGAGAGGTTTC
CTTGTGCCCACTCAATAACCTTGTTGTACGCCTGTTCTCCACCTGCTGAATTATAGACAG
CATTAGTGAACTCACTCTCAAGGTTCTGTCGTGATTCAATGAAACCCTCAATGACCTCTG
AAGGATAACCTGCCTGAGCAAGGTCAGCCATAGTCTTACTAGACAAGGCACCATACTCAT
TGTATTCCTTAATGGCCTGATTGAAGTCCACACCTTTAGCCTTAAGATCCTTACCAAGGG
CATCTAAGGTTTTCGTGTGCTTATCAATCTTTACATTAAGGTCACCCTCAGGTTCCCCCT
GTTGTGGTTCTGCCTGAGGCACACCCTGAGGTTCGCCTTCAGAAGGCTCACCCATAGGGA
CAGCATCATTACTGCCGCCATCCTTAAGCATACCTGTAGATTCATCACCATCAAAGGCAA
GCTGCTGAGTACCTGAGATCATAATATCGACACCATTGTCGACACTAAGACCATCACTAT
TCAAGTTTGTTGTTTCTTCGCTCACCTGTTACACCCCCTGTTCCTGTTGAGCTTTGTTGT
TATCTACTGCCATCTGAGCCTGAGCATCAATACCCTGCTGGGCAGCATACTGTTCCATCA
TTGCCTGCTGTTCCTTAGCAACCTGTTCAGGAGACTTAACGAGACCCGTAGCATCAATCT
GAGCACTCGTGAAGATACGCATAGCTAAGTTCTGCTGATTGATCATCTGCATGATATCAG
GGAACTGAGCAAGTACCTGAAGTGCCTGAGACAAGTTAGCAAAGTCATGACCACGACCCA
AGGCATCAACACCAGTGATGACCGTAGGTTCAATCGTAGCGAACTGCTCAGAGATAGTCG
GAAGGCTGCCATTAGACTGCATCTGATTGAAGATACAGGACACTAAAGGCAACTGAAGTT
CCTGAGACAGGAGACTATAGACACCCCCTAAGGTATCCTCAAGTTCCTGAGCCATATATC
TAATCTCTTCAGCCGTTACACGTTCAGCCTGCCGTTGCACACTAGAATTAAGCATGAAGC
AATAAGACAATCTCTGTTCGATACCCTGAGATACCGCATAGCAGCCCTGAAGGTCAGTCT
GTTTGTTTGTCTGCATTGCAACAATATCGTCCTGTCGACCTCTTACGAAAGCCCCATTCT
CAGCTTTAGTAAGAGCCTTAATGTTAGTCTGACAGGAAGGAGACACTAGGTACAATACCT
TAGCACAAATCATAGCCATATCGTTAATGGCATGCTGAAGGTTCTCTAAAGAGATCAAGT
CACCAAGGTAATCTTCAACAAAGGATCGACCATAGGATTCCCCATCTTTCTTAGTGAATC
TCACAGGGATCCAAGGACATTTGCCATAGGGATACGTCTGTTCTGATCCGGGGATAATGG
TATTATTTACTTCCTGATAGGATTCCCAAGTGGATCCCTCTAAGGTATCCCCACGGACAA
GATAGGTATGAGTGTAGATGTTAACCTTCTCAGAACGATTAACCTCATTACCTGCATTGC
CTAAGAGACTTAAGATACTCGGAGGGATAGTCCCCTGAGCTAAAGTATCTCTAGCGACAA
TCTGAAGTACATTGCCGATAGCATCTCTTTCAACTACAAAGTTTCTGAGAGTGTAGCACT
TCATGCCACCCTCTAGAGGAGGCAAAAAGAGCAACGCATTGCCAGCAATAATGAGCTGTT
TGATGCACTCAAAGAGCGTAGGTCTAAGACCATTATGCTCCATATACTTCACCATAGCAG
CCTCCATCATAGACAAGCCGTACTCTATGGTAGCCTTAACCTGATCATTGCCAGATGCCT
GTAGTGCCTCATTAGATGCAGTATCTAACCCAAGTCTAAAGAAAGGCTGACCCGGGGGAA
GCAAAGATAACAACAACTTAGATGCTAAGTTATTGAGACCTCTAGCCCCAATAGAATTAT
AAGGTGTCGTATAGGCAGTGCCACCATCATCAGATTCCTTAGGGAACAACTGAGGGATAG
TATAGGTAGCATTCTTCTCTGCTCTCTGGGTATACTGATCTCTGTCCGTAGACAATCTTT
CGTATACCTTTTGTGCACCTTCAGCAGTTTGATTATCTAGTTTAGTTTCTGCCATTATTA
CACAATATTACGTCCCGTACCCCCGGCACCACTAATGTTAACCTTAAGACTGCTCTTACG
TTTCTTAGCGGTAGTAGAGACAGCTTTAGATCCCTTAGAGGAATCATAGGTCTCATTAGA
ACCTGTACCACCACTGTTCATGATACCCTCACCAACCTGAGGGTTGCTAGAGGGGCCAGC
TGCAGTAGTGGCCTTAGTATCATCGTAACCCTCAGTACCAACCGAAGTGTCTACAGTGGG
AGTAGTCTCAATATCCCCTACAATTTTCCTAACAGGAGAAATCTTAACGGTAGATGTTTT
CTTACCACCTCTTGAATTACCGATATGATGATTACGATCCTGCCAAGATGAATCTCCACG
TCCCATTAGACAATATTCCTTCCGCGAGAGGTACCAGTCATGTCAACCTTAAGAGACTTC
TTGCCTCTCTTCTTTCCTTTAGTTAACTGTTGCTTCTCTGATTCTGCTTCAGTAGTGTTC
TGCGTATCTGCATCCACAAACCCTAACTCAGGAGCAGGAACAGGCGCTTCAGTAGTCGAT
TGACCAGAGTTAAGGTGGCCACCAATAAGGCCACCAGTGGCGACATTAACTACTTTCTTA
AAGGCTTTACTGATTTTACTGAATATGCCCATTAATATCCTCTTTACTTAAATAATAGCA
ATTATAAATATGGAATCCTTTAGAGACATAACTATTCTTTAACATAGGAGCACACCAATC
ATTGACACTCCCAGTTTGAATATAGTCACACTCATCATTCTTTAGACAATCAATTAAATA
ATCAGACAACGTTCTAGCAATGCCTGCTCCTCTTTTAAAAGATACAGTCCATTCTTCATT
AAGGATTCTTTGCTTATCAGAATACCAAGGGTAACCATAGGATAACAAACAGCATCCCAC
TAGTTCATCTGCAGATTGACTATAGAAACCAATAATACGATAATCATATTGGTTATTATT
CAATACTACATCTTTAACAAAAGACCTAATATAGTCTTTATCTAAGTTTCTTATGAAGGA
TAAATTATTAGGATTATCTATAATAGATTCCATACATTTATCTAGAGCCTCCATAGCTGT
CTTTAAGTCTACAATAGGTTTAACATAAAGTTTACCTATAGACCCCCTATAGTCCCCCAT
AGTATTCATCATCCTTTTTTAATTTTTTACATTACGTTAGTGCCTACACCCTTAGCTTTG
TCTAAGGATACCTTAAGACCTTTCTTACCCTTACGAGCCTTCTGTTCTTCAGTCTCCTGA
GCACCAAGCTCCGGTTCCTGAGGTTCAACTACAGGGTTGTCTAAGGCAGGTGCCTGAACT
TTCACTTCAGGTGTCTTAGGCTTTGAAAACAGTGAACCGATTTTAATCACCTATATGGTT
TTGTTCATTGAACTTATTTTCAAGGAAGTCAAGTACATCCTGTACACCACCACAGTAATC
AATGGTAGGCTTATAGCGGATCATCTTGCGTACATCAAAGATCTTCTGAAGTCCCTCCAA
CAAGTCTTTCGGGACAGCCGGAAAGTTGTCGAAGAGTGGTTCATCAGGATCACTTTTAGT
GGTATCTTTGATATCAACTTTCATAGATTCGTCTTTCACGATTATCTATCTCCTAGTGGA
GGTGAATTTATTATCAACTATCTGTCGTCTTAATAGGGACGATTTTATCAGGTGTCCAAA
GGGTATCTTTAGTGTCCCCTTGTCGAAGAATATAGGCCATTCTAGCTTGCAGCAAAGCAT
CATCTTCAGTAAGGCCAGCTTTCTTGTAGGTATTAACTACAGTCTCCCATAGTTTATCCT
GAGGGACATCCTTAAGGATCCTCTCTGCTCTTACTGCTCCAATACCGGGGCAACCTTTAT
AGCCATCAGCAGTGTCTCCTACTAGTGTCTGAAACATATGCCAATAGTTAGCTTTATCTT
CGTCAAGCCAATAGATTTGATCTTCATTTACTTTATAGAAATGAGTAGGAAGAGTTTTGA
AATCCTTATCCATTGACACAATTAAGGTTGTATCAGGGGTACTATTAATACCTATTACAT
CATCAGCTTCTAGAGATTCACTAGATTTAGATTCATAGTTATTTCTGATCCAATTCACTA
ATCCATAGTAGCAAGTAGGCTTTCTTTTATCAAGCCTATTGTTTTTATAATCAGGCATTA
AGTGCTTCCTAAAGTTATCATTAGGGTCACTAAAGACAAACGAATAGTCATTCATTTCGA
CATTATGGTTTGTCTTTAGTATACCTTTAATACCACCAATAATCTCTTCAAATTGATCTA
TTGCGTCATCCAAATAAGCATGACAAGTATATAGACCATCTCCCCAATAGATATCCTTTT
GGACAGCTGAAGAGGCTTTATAGGCCAATAGATCTCCGTCTATCAGCCCAATGTATTCTT
TAGTAGCGCTCATAGGATGATGCAAGCTCAGCTCCAGAACGAGTAAGCAGCCATCGATTG
CCTGCCTGTCGAATGTACTTATTGATTGACGTAATGTGACCTCGGGAGGCCATCTCAGCA
ATCATTCGTGCATTGTATCGACAATAGTCTGACTGAAGTTTAGGATGGACTTCACCAATG
TAAGCAAGAGCACTGCAGTAGTTACTCATCTCAGCGTTACGCTTGTGAACAATAATCTCC
CCAGTACTCTTCTCTTCTGTATAGAAATACTTAGGCATCTTCATAGCAGTCCTCCTCATA
AGTAGCTGTATCAGAGATAACACTATAACCAAGCTTCATCAGGAGGTCATGAATAATCTC
TTCAGGTGTCCAATCGTTTACCGTACGGGGCTCAGGATTGTAGTCAAGAATAGGCGCACC
ATTGAGTGTCACAAGAGCACCATAGGCAGGCACTGCACCATAGTGATCATGATGCACCTT
CCACTTCCACATAATATGGATGTGCTTAACGTCATCCTTAGGAGCCTTATAGTCACGCAG
CAGTGCTGCCTTAGTTTCTTTAGTCATACCAGTGTTTTCCATAGTAGTAATTAATGAGTA
TCAGCCATACTAGTGACATTCCGCCCACGAGTGACCAATCTTTCCTTCAGTATCAAGTTG
ACATTTAAAATTAAAGAATGCCTGAGTTTGTCTCATGGATTCCTGAGCAATCCTGCAGCA
GTCCTCAGCGATTTCTTTTGTTCTGCAGGCAATCTGTACCTCATCCTTACCGTTTCCCAT
ATTGCTACGGGTGTCGGACTATCTCTTTACAGCCTATTGGTATTAGCTGTAGTAGGCATT
TCGAGACTAGGGGATCTCACCCCTAGCCCCTACGGTATATACCTAGTCTCTACACTTCCA
TTCTCGAATCCACTTACAGGCAGAGGAAAACGAGACACCAAAGACTTCACCTAGCTTAGT
ACCTGTACACTTATACCTGTGATCTCTGATCCTTAGCTAACCATCTTTATTAAGTCTATG
TGATGTGGAGACTATGCAACCGTTTTGATCCTTAATCAAGACCATAGGTTTACCACGCAT
AGTTCCTCCAATGTTTAGCTCGGGATTGCCCCAGAGGGGTTTCCCCGAATTAACCTACTT
TAACGTGCACAATGAAGTTTATGCACCCACGCCATCATGGCAAAGTCTCCATCCCAGCCG
TGCTTATAGCCAGCCTTACGCATATTCTCTTCTACAAGACATACCCATTTCTTACAAATG
AGAGCACCTGCAGATTGCAATAGGGTATTCAAAGCTGAGTGCTCAGAGCGCACATAGATG
ACACGTCTGTCCAAACCTAAGACACAATGAGTAATCTCAAGAGAAGGGCTATCAGGATGG
TCTCTCTTACGCCACTTCACTTTATGAGTACCCCCTACCCACTCTGATGAGGAGATAAGA
CAATTAGAGATATCACTAATAAACTCTTTAAGTGCCGGCAGAGACTTAAGGAACTTTTCT
TTAAGTGCCTTTCCTTCTGCTACACTGCCTCCAACAATCTCACCAAGCTTTTCATTACCT
GCCCCATAGAGGAATCCATAGATAAACGTCTTTGCATTGTTTCTTGTTGCAAGCCCTGCC
ATCTTTTGGTTATGCGTATGGATATCCCCTGAGAGGATCTCCTTTACATAAGCCCCCTCA
TCATAAGGAGATAGGAAGTGCCCAAGGCAGCGGAGCTCAAGCCCAGAAGCATCAATACCA
GCTTCATACCAACCTTGTGGAACAGTGAATAGTTCTCTGCAAACCTCCCCGTAGGGGGCT
CTATTGGCAGGAACTTGTGCAACATTAGGATAGCTATGAGTTGCACGGCCAGTGACAGCC
CCATTAGGGTTAACACTCCCGTGAATACGGATGTAGCCATCAGGATCCTCCTTCATTAAC
TTTAGCCACGCATTGCTTCCCTCAGCAAGCTGGCCAATACGTTTATTCAACAAGAGAAGC
TCTAGGATCTTGCTAGTCATTGGGATATTCATAGCAGTCTTTAGTGTCTCTTCGTCTACC
TTAGGCAATCCCGTATCGGTCACCTCTTGTGGTTCCCAACCTTGCTCAATGAGAACCTTA
GCAATCTGTTGCCGACTATTGGGATTAAAGGATTCATACACTGGGTACTGTACCCCTGCC
TTAATGCCTCGCTTAGCGTTGTCCCTCTTGTAGGTCTTATAGCCAGTCAACAGAGGAGGG
ACACTATCCTGAAGCTCTTTAGTCAACTCATCTCTTCGACCTGCAAGCTTACTGTACAAC
GCTACAGCTTTATCTTTATCAAAGACAAAGCCATTACGTTCCTGCTTAGCCATCACCCAA
GCAATATCATGCTCAAGCTGTACAGCCTCCCAAGGATAACCTTTGCCCATAAGTTTATCA
AAGAGCATCTTAGTTACCACAACGTCCTGATGGTTGTACTTGTACATCTCCTCTGAGAAG
CTGTCCCAAGCCTCCTCAGTCTCCCCGTAGGTGCCCTTGAGCTCACGCATGCGATAGCCA
TAGGCTTTCAATGAGTGGGAACCAAAGAGCTCCTTAGGAAGCCTCCCAGAACGAATTAAG
CCCATATCGAGATCTTTAATGTTGCTCCAAACTAGACGAGCAAAGACAAGAGTATCGATA
ACACAATCCCTAGGATCAAATACAAAGTCTTTACCTGATAGTCGCTTAAGACAAGGGACA
TCGTACTTGATACCATTGTGAAATACCAAGTTATAACCGCTAGTACCATATACATTAAGA
GCATCAATGTATTCATCGAGCTCCTTATATCCTTTGTACTCCTGAGAGGCACTATCGTAG
ATCCATGCGCACCAGAATTTAGTTACGGTATCCAATAGTCCATTGGTTTCGATATCAGTA
ATGATATGTTTGTCTTTAATTGTCAGCATTTTCTATTCCTTAAATAGCTTTGCTTATTTC
TTAAATAGCTTTGCTTATTTCTTAAATAGCTTTGCTTATTTCTTAAATAGCCTTGCTAAA
AAGATCCTACAGAAACATCAAAAGGAAAGCTACTGTAGTAGAGATCACCCACATTGCAAT
CACGTAGCTCTTGAATACCAGACAGCTGAGGTCTCTGTACTCAGCAGAATGCTCATGCTC
AGCGACTAGAATCACAGGTGCTATAGGAAGCAACAGGATAAACCAAAAGCATAAGAGGGC
ACGATCCGTAAGAGACATGTCCTTGTCGTAATACCAGAAAGTAAGTGGGGAAATAAACTC
TTTAAAACTCATTTACTTCATCCTCAAATGGGCAATCGTAGTCCTTTAGTCGGCCTGTTT
CGGGATCATAATAGAGATAACCACCTATACCAGTCAAACCACTGAAACGATTCTTAAGTA
CTCTAATGGCCATGACATTAGGATTATCTCCCTGTTGATTCCTCTCCAGGCCAATCACCA
TATCTGCAAGCTGAGCGATAGCACCGGAACCCCTAAGTTGACTTAAAGACACCTGAGCTC
CTTCTTCGTGACCTTTCTTATCGGGGCGCTTAAGGTGACTAACGACATACATAGTACACC
CTGTTTCTTCAACAAGGGATCTAAGGTTTGTCATTAGTTTGTCAATAGCTTTACGCTCCC
CGCCATCGTCACTATTGTCCATACCAGAGACAACAATAGAGATATGGTCTAGGAAGATTC
TCTTGCATCCTAAAGCTACGATCATGTATCTAAGCTTACTAAGCAGATTCCCAGAATCAA
GTGATCCAAAGTGATCATAGAGGAAGAACTTTCCGTTGCCAATCGTGGCATCAAAAGCAC
TCTTGAGTTCTTCTTTAGAGACACTATCGGGATCCACGCTAATAATGAGGCGTCTATTAA
GAAATATGGACATAAGTTCAAGTCCCGTCTTTGCCGTAGATTCCTCAAGAGCAACCACGC
CACAAGTCTCGCCTTTAGAGACACCAAAGAAATATTCAAGCTCTCTGAGTAGAGTGGATT
TTCCCATGCCTGATCCTGAGGTAATGACATAAAGCTCACCGTGTCTAGCACCGTTTGTCT
TGCTTTGGAGAGCTTGAAAAGGATAGGCCACACTGTCTTTAAGACTATCAAGACCTTCCA
CACACTTCTCATAGAGATCTTGACCTGAAACAATTCCATCAGGTCTGTAAGGCTTAGCGT
TCCATATGGCCGATACAAGGTCACCTGATCTCCCAGCCTTAAGACACTCATTAGGATCCT
TAAGAGGTAGATTAGCAATGTACGCTTTACCCACTGGGAGAATCTTTGCACAATCTTCAC
ATGCTTTACGTCCCGGATCATCCATATCAAACATTAGGATGATCTCTTCAAAGTTATTTA
GATACTCTAGGTTAGCTTCAATGGCTTTCCTAGCAGCCTGAGCACCATTAGGGATAGACA
CTACAGGCCACTTATTGCCTTGCATTTGAGACACACTAAGGGCATCTATCTCACCCTCAG
TGATTACTAGTTTCTTACCACTAGACCACAACTGAGAACCATAGAGGCACCCAGAGATCT
TCCCTAGTACAGCAAAAGACTTATCAGGGAATCTAAGCTTTTGTCCTACAAGAGAACCCT
TGTCATCATAGTAGCAAGCCACTTGACAAGGGTTACCCTTATACTCCCCCACGAAATACT
TTAGCTTAGTACAAGTATCTTTAGTGATACCCCTAGCAGGCAAAGCAGAGATCTGTAGTT
CCTCTAAAGGAATCATATTGGATGCTGACATCTTTACCCCCTTGGGTTTGTCCAAAGATC
TATCAGGTCTAAAATAAGTGGTACAGCTATAGCAATACTTATGACCGTCACTAAAAACAG
CAAGAGCATCACTAGAGCCACAATTAGGACAAGGCTCATGGCGCAGAAAGGTCGATTCCA
TGATCTAGCATATAACGTGCACTTTGGAAATCACGAAGATTATATTGAAAGCCTGTATCA
AAGCTGTATCGGCACTGATGTTCAAAAGGTGTCATATGCCCACTATCAATAAGCCGCTTA
GCAAGAGTAAGGTCCTTTAGGATATCCGGCTTAGACCCATCGTGATTAAGGTAAGACACT
CGGGCACAACGTGCAGCAGAAATAAGTGTGAGAATCCGCAGATCATCGATAGCATCCATC
TCATCAAAGTTCACATACGGAAGCGTACGCCCCCCGTGAGCATTGATATAAATGTAGGTG
TTGCTAACGGCATTCATAGCCATCTTAATAGCCTTAGCAAGGTGCTGGATCTCTGGATCA
GCATCAGGAGACAACCGGAGATCAAAGAAATTGCTCCACTCAGTAGCAGTGACAATAACT
TTAATCTTAGTGAAGGGCTCAAGGATGCGATTGATGTGCTGCTTATGAAACCCATTGTCA
ATCATCTTATGAGCAACCTCGATTGCCTTAAATGCAGCATCTTGCCACTCTTCACAAAAG
ATATCATAGTCCTCTTCATTGACAATATCTTTGCCTTGCATGCCCTTGCAATTCTTATAG
ACATCCGAAGGCACCCAAGGATCATTCAAGATATTCTGAATAGTTCGCTCTACAGGTACC
GCACGCGAGCTAGAGGCATTCCGAGAGAACATTCGGTGTGTCATGAATTCACTATGGATG
AAACGAGGATACTCCAATTCAAACGTATAGAGGTTATCCCAGCGTGCACGAATGATAGCT
TTAGAGTTACCTACGCAATAGACCTTAGAGATAGGATCATCACTCATCTTCATCATCCTC
CTCATCAATCTCATCATCATCTTCAGAATCTAGGAAGGCTTCATATTCATACTCCCACTT
CTCTTTCTGATTGTTGTGAAGCTCATCACGATATGAATCTCCATCAGGATAATGCCAATC
TGATTTACGTTCAATAGGTTCCATAATTATGGTTTCCCTTAGTGTTTACTATGGTATTGC
TTTGGTAGGTGATAGGGGATTCGAACCCCTACGCCTTAAGGCACTATGGTTTAAGCATAG
AACGTCTGCCAATTCCGTCAATCACCTAAAATATTTGGTCTCTCCGGTAGGATTCGAACC
TACATAAGCCACTTTAGAAGAATGGTATATTGTCCAATTATATTACGGAGAGGTAGAATT
AAGTTTGATAAAAGCCTCTAGTCTCGTGTTGAGGTCTCTGAGTAATTCAACACCTTCTCT
ATGAAGGCCTGCACTCTCTGAGAGTAACTGTCTACACGCTTCGACTGACTTTGCATTAGC
TCCTGAGGCATCCCTGAGAAGCTTTCTATCGGTGCTACTGAGGTTGTACTGCAACCGATT
AACATGTTTAGTAATGGCAGCCAAGTCAGCAGCATCAGAAGCTTTACTTTTAATGATAAG
GCTAATTGTTTCATCTTTCCTAGCTGTTAGCTCCTTTAGTTTGACTTCATTCTGAGCTTG
AATAGCTACAAGCTCTTCAGTGTGCTTATTGCTTTCATATTTCCTGCCACCAATGACACC
TGTAATGAAAGCTAAGACTACTGCTAGTATGGCTACCTTCTCCCACATAGTTTATTCTTC
TCTCTAGTAGTGGAGATTTTATGCGATACGAACTAAGTCACCTTTAGTGAACTCAAGTGT
CCCATTGGCTTCCTTAAGATCAGCTTGAGACAACTTGCATCTATCAAGAGAACTTGCATC
TTCATAGATAACGTAAACAGCACCACGGCCGTACCACGACTGAACATCAAAGCAAGGGCA
GTCTTTAGCTACCCCGGGGAAATCTCTATGCCCTAAGACCTTAGCTTTAGGATACTTACT
CTTAAGCCAGTCTAAAAGTTTCTTAAGAGATTCCTTTTGCTTCTCTGTAAAGTTGTCTAC
AGACTTACCGTTACGATCAGTCCCCCCAATAAGGCAAATGCCAACACTGTCATCATTATA
ACCCAGAACGTGACTGCCAATAGCTTCAAGGGGTCTGCCATTTTGAATAGTTCCATCCGT
AAGAATGACAAAGTGATAGCCTATACCAAGCCATCCCCTTTGACGATGCATTTGATCAAT
AGTTTTCCAAGTGTACTCAGGCTTATTTTGAGTAGCGCTGCAGTGAACCACAAGATAATC
CGTAGAACTGCGAGACTTGAACTTAACAAAGTTTCTATGGTAGTCAATCAGTGGTTCCTT
AAAGGTAGTAGTCATTTATTAATTCTCTTGTTGTTATTGTTATTATTCTTCTTGTTCTTC
AAGATTCCCTCAGGGATATCTTTAGGTTTCTCTTTAAGCCATTCTTCGGGGATCAGCTTA
TCGGCAAACTTAATGCCGTTCTTGTTGCAGAAGCTAGCGTAAGTAGTAGACGATCCCTTA
TAAATGTACGTCTTACTTCTACTAAAGACAAACCGGATATCTAACTCAGGATGTTGCTCA
CGGATTAATAAATGCTTCTTCCTATCTTCAGCATCCCAGACACCCTTAGTTTCTATAATG
ATGCCATTAGGCAACACGAAATCAGGGGTATACTTGTGAGTACTCTGAGGAACGACATAC
TCTAAGTACTGTTCCTCATAGTGTGGCTCAATAGAAAAGGACTTGAGGAAGTCTGAATTC
TTCTCCTCAAGTCCTGATCTGTAGGTACCCGCGTTGTGCCTTTTAGCTTTGCTGTATGCT
GCACTGCGGGTGGTCATTAGATATACCCAAAGACGTACTTAAAGTAATAATCCTTAGGAT
CTAGCTTCTCTTCACTGTCCTTATCAAAGATAAGATCTCCACTAGGGTACTTGAAGGTAG
GTTTAGCATCATTAAGCGAAAAGTACATGTAACCAATAAAGAGGCTACCATCTTGCACAC
TAGAGGCATCTACAGGAATACTTTCTGCATCTTTACAGTATTCCTTATAGACATCCTTAC
GCATCAGCATGACTGCAACAAAGTCACAATAGATATCTTGCAGCACATGATCAGGTAATT
TAATGGTGCATGGGTTCCACTCATAGAGATCGAAAGTAGGTTCCTTTTGTTCCTCTTTAA
GTTCCTCAATGTTAGTCTTAAGACCCTGCACAATATCCTGCATCGTAGCAAGAGTAGATT
GAGCCGAATCAATGCGGTTCTCAAGTTCTTCCAAAGTAATCATCTTAGGTACTCCATAGT
AATTATTAAAAATCAGTGGCTCCAACAGCCTTACGTGATTCTACTTCATCTTCATCGAGG
CTGTCAAATGGTGCCTCTTCCTTGAATGCCTCATAGCCTTCCTCTTCAGAAGAGAAGCCG
TAGTCCTCTGCAGATGAACCACCGAACTCGTTAAGCTTAATCACTTGGACTGCAACCGGT
CGAAGGCTAAGGCCAACCTGCTTAGTTGACTGCATGAAGTAAGGTGCTGCAGTGAAGCTA
AGACGAATCACTGAATCACGACCTACATTGAGGTCAATAGGCTTGCCCTTAGAATCAAAA
TGGGCAATCTTAGCGTTGACTGTAGATCCATCCTTTTTCTTGATTACAGCATTCTGCTTA
AACTTGAGGTAGACATTACCTTCTTCATCTTCAAAGTAAAGATCAGACTTATGGATCTTT
TTCTTATTCATTGCATTGGCTTCAGAGACCGCTTCATCGAAAGCCTTGTTCTGAATCGCC
TCAAGCTTCTCAATGAGCTTCTTAAGTTCATCAGTCATACCCTCAAAGCGCATAGTGACA
CTAAAGACACCTTCAGGATTGAACTTCATATCAGGCTCCTTCAGGTGAGGATACTGAGCA
AAGCCCTTAGGAGTAGTGTAACGTTCGATCATTTTAAAATGGTTTCCTTGTTTAATTAAT
TAAGTAAAGGTTACTAGAGAGATTCCTTGGTTCTCTCTAGTAGTGGAGATTATAGTAAGT
TACTAGCAGAACGCATACATAGACTGTTTGACTACATCAAGATCTAATGTACCGTGCTTA
GGAATCGGAGGCAACTCCTTAGCTTTCTTAGGAGACAACATATTCTCGACTTGATCATGA
AGATCCTGCAGCACATCATTCTGGTTGTAGGTTTCAGCAAAGACCTCACGAACAAGAGAG
AACATCAAATCACCTTGACCTGCAGGGCAGCCATAGGAATCATGAATCATAGCGAACTGA
TGGATACCTGCATCAACACAAGCGTCTACAGTTAACATGAGGTGACTAGCATCCATAGAG
TGCACATAGTTAGGAGCGATACCCTGTTTCTGCTTACGAGAATCGATTTCCCCTAAGTCC
TCTGAGACACTAATCTGAAAAGTTTCACCTTCTTTCTTAGATTCCTCAGGAGCACCCGAT
TCATCAGACACATGAATAGTTCCGCTGCAGAAGGTCTTAAGTTTCTTCAGGCGAACTTTA
GGATACCTTTGACGAACCAAGAAACCACTTGGAGTTACCCATTGTGTAGGAAGGTTCTCT
CCGTTGATATTCTTGTCCGTAGCGAGTAGTCCTGAGGCAGTCTGAAGCCAATCCATAGCT
TCTCTAGCTTTGACAACAACTTCACCTAATGAATTCCAAATCTTGTCAGCCATATAGGTT
GCAGCTTGTCGAGGCTTAGAGAATGCTAAAGGATGATGTTCTAAATGAGGGTAGATAGTA
TCTTCAAGGATCTGTTCAGTAAAGCCAAACTTCTTCGCTCCGTATGAGAGTGTCATAGTC
GGTCTCTTGGTTACCTTACGGGTAATTCCATAGGCCAGCCACTCAGCAGCAAGAGACTTA
GTACCCTTTGAGACGTACTCAGCGCCATCTTCAGCAGTCTTTAGTTCATCTTCAGTACCC
TCAGCAGCATCCTTCATCACAGCTTGTTTCACATGCTCAGCGACAATACCGTAGATATCG
TGAACTTTATCATCAGGCACGAGGTTAACTGCAGTACCCCCAATCTCATCCTTTAGCATA
GCTGAGAAGTGCTGGATACCACTGCAGCTGCCATCGAATGCTACTGGGATATGAGACACA
TAATCTGTACCCTGTTCCATGAAATCAGCCCATTCAAAGCAGAATGCTAGGAACTCCCAA
GGGCTATCTGTTTCAGTCCATTCGAGGTCTGTAAGAGGATCTTTAGCAGTCCTAAGAATC
AACTCAGTGTTCTCATAGACCCACGCAATGCGTTCCTCTAAGGGTTTCTTATCAAGCCCA
TAGCAGTTAGCACCTTGGATAGCTAACCAAGCTACCCCCGAATCTCCTAAAGGAGCACCA
TCAGCAAACTCTAGCAAGCTCTTGCAGAAATCAGTGCCCTGAGGATTCAGCAAGGGCAAT
GGATAGACACGACCACGAAAATCAAGATTATGAGGAAAGTAGATACGTTCATAGTCTTTG
TAGATATCAGCAAGAGCAAGCTGAGCATTCACTGCATAACGCTTAGACTTACGCTTATTG
TCACGCTGAAAGTAGATAACCATAGACTTACGCCATTCCTTCTGAACGTTAGGATCCTTA
TCTGCTGCCTCTGGGCGCACTGGAGGCTCCTCAGGTTCCGCCAAAGGCATCTCAAGTCCC
TCAGGGATATGCTTCCACTTAGAGATCTCCTGAGCTACCTTAAGTACCCTTTGATTGATC
CTCCAAGGGGTCTCTTGGATGGCGTTAACAGCCTTGTAGACGTCAGGCATATCGAGATCT
CCATAGAGATCCATAACAGTCTTTTCATTAAGACGAACTAAAGGGATAGGCCTCTTGAGA
TTGATGTAATAGCCGCCATTGATAGGATTAGTCCAAGGCTTGGGAGGGATGACCATAGGA
CGATTTTTGAATAGCAAATCTGCCATTTCCTTATCGTTATGGGCAATGTATTGGACAATC
TCAGGAGCTATCTCAAAACGATAGGTAATGTTAAAGCTGCCACTCTTGGAGTACTTAGAG
ATCTTCCCAAGGCCAGTAGAGACAATAAAAATATCGATCAGCTTCATACCTAGGTTGCAG
CGAACACTATCCGTCCATTTCTCCCAGCGTTCCTTACGGTTCTCATCAGCTAACCATTTA
TCTTTAGCGTTAACAAAAGCCTGCTTAAAAGACATACCAATACGCTTGTTTAGGTTGACC
TGAAAGTAGGAACGTTCTTTATCAGACAAAGTAGACAATACATCTTGAAACTTCATCTCT
AATTCCAACTCAGTACCTAGTTCTTTCGCAAGGGACGTAAGGTTCACCTGAGGAATAGCA
TTAGAAAGAATAGACCTGAGAGACAAGAAAGCTACATGCTCAATCTCTAGCTGCTTTAAG
ACAACTGCACAAATATGGCGTTTCCCCGGTTTACCTGAATCAGCTTTAGTGTAGAAATCT
TTTAGTCCCTTACAAAAGGCCGGAAGGGCTTCTTTAAGCAGCATTTTGGTTGTCCCCGTG
TCTGCTAAAGTTTTATTCTCTCTGGCCTTATTAATTTTAGACATAAAAGCTTGATAAGCA
AGATCCTTACTCTCTAACTCTAATTCTATTTCTTTATCGACTAAATGCTTTCCATATTTG
AGACACAATTCATCATAACCACATTCATTAATCCGAATTGAATCAATAGCTGCTTTAGTG
TCCATTTGGTTTCCTTTAGTTAACTTTAAGTTATCTTTAGTTAGTCTTTAGATTAGTATC
TATAGTAATAACCTACTTGATTAATCATTATAGTTATATTCATTATTATAATATTATAAG
TTATTATTATAGTTATAATCATTAAAGTTAATATCTATAGTTCTCTATAGTTTATCTTTA
GGTTATCTTTAAGTTAACTATAGTCCCTTGTCTCCCTGATTTGATCTACATCAATGTCTT
ATCCTACCTCTCTCTAGGAGGGGAGATTATATTTTTTTTCTTGACCTAGATCAATATTAA
TATAATCTCCCCTAATGACAACCTTATGTATCAGTTGTCTCCTTCATCATCCTCTCGTTC
AATCAACGGTCTGCCATAAAGATACCTATTGAGAAACTCCTTATAAGCTTCATATTTCTC
TTTGTCTTTCTTACCGGATTCCCCATTTTTATGGCCTGCCCTATAGGCATATTTAATCAT
ATTTCCTTTACAGAAACCAATAAATTCCTTGTGAGAAAGTAGCTCCTGCATTAATTCAAT
AGGCTGAATTAAGCCTTGATAATGGGCTTGATCTTCAGGCTTTCCACTATCATTGTTTCT
CTTTTTATTGTGCCAGTCTTCTTCAGAATCTACCATAGTTGTTTCCTTTTTGTTTGGCAT
TAAGTTTACTATTGATTTCCATAAATGATCATTATTGTAATATGACAGAGAATTCAGTTA
AATCGATGTTGTCTTTATGTTCCTCATAGTACTCTTTAGAGTAAACTACGGAGGTTTCTT
TATGAATTAAATACCAAATCATATAAGTTATTTTCTGCATAAGTATTGTTCAGTTTCTTT
CTCAAGAGTATTCAACAGCTCAGCATACTTCCCATAGGAGAGCTTTGAGTTATCTCTGAG
CATATTGAGGTAGTCTACGGCAGCTTGTGCCTTGGTGAATACGACTACACTCAATGTGTT
CTCATCATAGAGTTCAATAGGTATTGTCTTACGAACACTGATGGTTGTCCCTTTGCTGCC
TAAGTTGGTTTGAAATGTGTGAATGATGACATACATGTTGTGGTTTCCTTCTTTAGGTTG
CTCTATAGAATGGCCGCAGAGGCCTCAGAATTGCTTCAGGTTAAACGATAGGGCACTTGG
TGGTATGTTGGCCTTACCAGAGTGCCTATCGTCGATCCTGAGTGAAATTAGAGGTAGTTC
CAATCTCCCAGCCACTTCCATTTCTGAGAGTTGATATCATAGATCCTGAGCTGGACTTGA
GTACCTTGGGGCAGCCCTGCCTTCTTTAGGAGCTCATAGAACAGGCCAGCGCACTTGAGT
TCACTAAAGGTACCGTTATACATGCGATAGCGCTTGTTGCCATACTTGCGGACAAAGAAT
GCATACATGATGGTTCTCCTCTTATTGGATGTTGGTGAGGCTGACTGTAGGCTTGCCAGA
TGCTTTGATGATGTATTGACTATCTGTAGA