##gff-version 3
##sequence-region MGV-GENOME-0162018 1 22090
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	1	1596	142.0	+	0	ID=MGV-GENOME-0162018_CDS_0001;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0001;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	1614	2999	150.0	+	0	ID=MGV-GENOME-0162018_CDS_0002;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0002;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	3002	4828	139.9	+	0	ID=MGV-GENOME-0162018_CDS_0003;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0003;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	4828	5004	26.2	+	0	ID=MGV-GENOME-0162018_CDS_0004;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0004;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	5137	5670	81.4	+	0	ID=MGV-GENOME-0162018_CDS_0005;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0005;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	5670	6557	159.0	+	0	ID=MGV-GENOME-0162018_CDS_0006;transl_table=11;phrog=212;top_hit=p142553 VI_07096;locus_tag=MGV-GENOME-0162018_CDS_0006;function=head and packaging;product=major head protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	6557	6892	21.8	+	0	ID=MGV-GENOME-0162018_CDS_0007;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0007;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	6889	7188	25.3	+	0	ID=MGV-GENOME-0162018_CDS_0008;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0008;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	7185	7568	51.5	+	0	ID=MGV-GENOME-0162018_CDS_0009;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0009;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	7514	7957	53.3	+	0	ID=MGV-GENOME-0162018_CDS_0010;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0010;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	7979	8497	75.6	+	0	ID=MGV-GENOME-0162018_CDS_0011;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0011;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	8617	8997	55.2	+	0	ID=MGV-GENOME-0162018_CDS_0012;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0012;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	9001	9591	30.5	+	0	ID=MGV-GENOME-0162018_CDS_0013;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0013;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	9608	12526	415.2	+	0	ID=MGV-GENOME-0162018_CDS_0014;transl_table=11;phrog=9959;top_hit=p39219 VI_01014;locus_tag=MGV-GENOME-0162018_CDS_0014;function=tail;product=tail length tape measure protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	12526	13467	102.1	+	0	ID=MGV-GENOME-0162018_CDS_0015;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0015;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	13467	15227	200.3	+	0	ID=MGV-GENOME-0162018_CDS_0016;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0016;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	15228	15455	12.1	+	0	ID=MGV-GENOME-0162018_CDS_0017;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0017;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	15456	16334	105.9	+	0	ID=MGV-GENOME-0162018_CDS_0018;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0018;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	16346	16672	30.6	+	0	ID=MGV-GENOME-0162018_CDS_0019;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0019;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	16663	17301	34.4	+	0	ID=MGV-GENOME-0162018_CDS_0020;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0020;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	17301	17486	33.6	+	0	ID=MGV-GENOME-0162018_CDS_0021;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0021;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	17486	17680	9.9	+	0	ID=MGV-GENOME-0162018_CDS_0022;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0022;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	17658	17996	11.6	+	0	ID=MGV-GENOME-0162018_CDS_0023;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0023;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	18012	18629	69.3	+	0	ID=MGV-GENOME-0162018_CDS_0024;transl_table=11;phrog=2872;top_hit=NC_024365_p27;locus_tag=MGV-GENOME-0162018_CDS_0024;function=DNA, RNA and nucleotide metabolism;product=Sak4-like ssDNA annealing protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	18671	19282	117.6	+	0	ID=MGV-GENOME-0162018_CDS_0025;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0025;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	19315	20052	43.1	+	0	ID=MGV-GENOME-0162018_CDS_0026;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0026;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	20049	21002	105.7	+	0	ID=MGV-GENOME-0162018_CDS_0027;transl_table=11;phrog=19;top_hit=p414569 VI_10123;locus_tag=MGV-GENOME-0162018_CDS_0027;function=DNA, RNA and nucleotide metabolism;product=DnaB-like replicative helicase
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	20995	21243	10.9	+	0	ID=MGV-GENOME-0162018_CDS_0028;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0028;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	21240	21590	18.8	+	0	ID=MGV-GENOME-0162018_CDS_0029;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0029;function=unknown function;product=hypothetical protein
MGV-GENOME-0162018	Pyrodigal-gv_0.3.2	CDS	21577	22044	11.4	+	0	ID=MGV-GENOME-0162018_CDS_0030;transl_table=11;phrog=No_PHROG;top_hit=No_PHROG;locus_tag=MGV-GENOME-0162018_CDS_0030;function=unknown function;product=hypothetical protein
##FASTA
>MGV-GENOME-0162018 rotated=True rotated_gene=terL
ATGCTGGAAGCTTATCCGCACCGCTCAAAGTGGAAAGAAGCAAGTGTTGATATTGCTGCT
TGCAAGCTTGAGAGCGATACAAAGGTTAAACAAAGGCTTCAAGACTTACAAGAGAGAGCT
TCAAAGAAGGTAACCATCACCCGTGCTCAAGTACTCAATGGCATGGGTAAGACGTTTGCA
ATGGCGCAAGAATCTATTGCTGACTCAGGCGTGAACCAGACTGCAGTCACTGCCATCTCT
TCCATTGGCAGGACGCTACTTGACGCAATCCCAGAAGATGTGGAAGAAGAAGAGAAACCA
TTCGTGGCAGACTTCGCCCTTCTCTTAGCACCACCGTTTCTCTCACTGCATCGTGCAATC
GCACAGGACGCAGGAGGTGAATGGTGGCTAAGGGGAGGGCGTTTTTCTTTGAAAAGTTCT
ACGGTTTCATTAGAGATCATGCAAGGTCTTATGGAGCACAAGGACCGCTCAGCGTTTATC
ATGCCCAAGATTGGCAAGGACATTGGAGACGGTGTCTTTGAGCAAATGCTCTGGGCGATT
GACAAGCTCAACATCCGTGACGAGTGGAAGCCTTCTAAGAGCCCATACAAGCTCACGCGC
TCCGCAACTGGTCAAGTCATTACCTTCAGAGGTGGTGACCATACACAGAAGACCAAGGCA
ATCAAGGCACCAAATGGAACGTACTACGCCTATCAGTGGTTCTCTGAGGTAGACCAATTC
AACGGCTGGGGAGAACTCAGAACCGTTATGCAGTCTGTCACTCGTGACGCTCCAGAAGGC
TCTGTGTACTTCCGCTTCTTTGACCACAACCCACCACGCTCTCGTGATGCCTGGGTGAAT
GAGCACGTCTCTACCATGCTCTCGACTCACCCGGAGCGCGTCATTGAGTCAAGCTACCTT
GATGTGCCACATGAGTGGATACCAGAGCAGGTACGAAAGGACGCTGAAGCACTCAAGGAA
CTTGACGAGGAAGCATATCGTCATGAGTGGCTGGGAGAGCAGGTTGGCTTTGGCTCTGAG
GTCTTTACCCGCGTTGAGGTGAGAGACATCACGCACGAGGAGCGCAAAAAGCTAGAGTAC
CACTTCTATGGTGTTGACTGGGGCTTCTCACAGGATCCATTCGCATGGGTAAAGATTGCC
TACGACGCAAAGACTCGCACACTCTACATCCTGGACGAGTTTGTGAAGTGTGGGCTCTCT
AACCAAGACACCGCTGAGCTTGTAAGCGAGAAGCTAGGCAACGCGCTCAAAGACGGTGAA
GACATTATTGAGGACGCTGAGCCCTACGCCACAGTGTGGTGCGACTCAGCAGAGCCAAAG
AGTATTGCTGACTTCAAAGCCAATGGCATTAATGCCCGTGGTGCGCTCAAGACAGGAGCG
CACAACATCCACAACTCAATCAAGTGGTTGCAATACCGCGCAAAGATTGTGATTGATTCC
AGCTGTACAACTGCAGCACGAGAGTTCAGCAATTACTCATATGTGATGACAAAGGACAAC
CAGCTCACAGGGCAGTTGCCAGACGCTGATAACCACACTATCGACGCTGTGCGTTATGCG
TGTATGACGCTTATCAATGACAGAAGCTTGACTTAAAGAGAAGGGGTCTCACCTTGTCAA
AGATTACTATCCAGAAGCCAGACTGGGCACTCAGATACTTAAAGAAGCGTAAGTTTACAC
CTGACACCTCAATGGACAAGTTCCAGCAGCTGTGGTGGGGCTGGTTTACGCATGATAATG
AGTACTACAAGCAGCCTTACATCATCAACAATGGTGCTGACTCATATGACAGGCTCTCAA
TCAGTCCCGCTTCAATGGTTGCAAGTGAGATTCCAAGTCTGATCATGAACGAGGGCACAA
TCCTCTCAAGCTCTGAAGATGTAGTGAATGACTGGTTAGAGCGCACCATTCCTAACTTTG
TTGATGAGCAAGCAGAGTTCATCAGCACTGTCTTTGCCCTGGGTGTTGGCGCATGGGTAG
CTAACTTCCACGGATACGAGGGCAACGTCTCGACAAGCATTGATTCTATGAAGGCGTGGC
AGATTATCCCGCTTCTGGGTGATGGTTGTGCATTCATCTCCAAGGTAACTGTCAACTCTA
AGATGTATGACCAGCTGCAGCTTAGATACTTCAATCAAGAGACACAGTCACATGTAATCG
AGACCTTGCTCTTTAACTCACAGAACCGCATTAACCCTGTTGAGGTTGAAGGTATTACTG
GCTTTGTCGATACCAAGCAGCCACTGCCAACCTATGCGCTTGTTAAGCCAGCTAAGTACA
ACGCTCATGACGAGCTCACACCTCTTGGCGCATCAGTCATTGAAGACATCTGCGACTCCT
GCAGGCTGGTAGATGAAGCTTTTAACCAGATGTATTGGCAGGTTCGAGTCTCGCTGCCAA
AGATGGTTGTAGATGAACAAGCCATTGTGCGTGATAGCAAGGGTAATGCAAAGTTTGTTA
ACACCATGGACCAGATTATGTTCGCACCAATCTCTGCTGGTATTAGCGCAGAGTCTCCTA
TGACGGTCTATAACCCTGACACGCACATTGATGACATGGTTACCGCATTCAACAATGCTC
TTGCTGTCCTGGGCTTTAGAACTGGCTTTGGTGCAGGGTATTGGTCATTCACGCTGGGAC
AGGGACTCAAGACTGCAACAGAGGTTGTAAGTACTAATGCAACGCTTATTAGGACCATTA
GAAAGCATGAGCACTCCATTGAGAACTCGGTAAGAGACCTTGTTCAGGGTGCGTTTGCTG
CAGAGTGTGCAATGAATGGCTACAGAGTAGATGAGCCTGTGCCCGTTGACATCTTGTGGG
ATGACTCAGTCATTTCAGATGACAAGGCAGACCGAGACATGATGAAGGATGACATTGCAC
GTGGTCTTTGCCCCAAATGGAAATATCTCGTCAAGTACCAAGGCATGAGTGAGGAAGACG
CAAAGGCATTTACCAGCGAGACTGGCGGTGTCGCACTTGACGCAGACCTTGGTGAGTAAC
CGTGAAACCGACTGAAGAAATCGCTGTGCGTCTCGTAGGGGGCGCACAGTCTGCTTATGT
ACAGGAACTTTCATACTTCTTTCTCAATCTGCTTGATGAGGTAGTGCGTACCAACGGCGC
AGTTATCAGAGGTCGAGAGATTGCAGACTTTGAGCGTCTCTCTAGGCTCTCTCGCGAAGA
AGCTCTGGCGATCTACTACAAGTACCGCCCAGCCATCGACAAGCAAACACGTGAAGTCTT
GAAGGAAGCTCTTAAAAAGACTGATGACACACTTGTTGGGCAGTTTGTACGAGCGATGGG
CTCACGCCGTCACATGACTAACCTCGCAACTATCATCGCTGCTCAGACGGCGCAAGGCAT
GAATGAGGTCCTTGAGCGTCAAAACATTGCTCTTGCTAAAGACCAAGCAACACTCTGGTA
TGACGTGACCGCCGAAGCAATCGCCCGCCATCAAGCTGGAGAGCCAACACGAGCGGTTAT
GGAGCGTGGCGTTACACGACTTGCTAACTCTGGACTAGAGACGATTGACTACATCAGTGG
CACTAAGACAACGATTGACGCAGCTCTAAGACGCCACATCGTCTCCCAGGCTAACCAAGC
AAGAAACCGCCTTCTTATGCAGCGTATGGACGAGTGGGAATGGGACTTGGTCTTTGTTGA
TGCGCACTTTGGAGCACGCCCAAGCCACGCTGAATGGCAAGGCAAGGTATATTCAAGAAG
TGGCAGGAGTACTGAGTATCCACCGCTCGTTGAATCAACCGGCTACGGCACCGTGACAGG
TCTCTGTGGAGCAAACTGCTACCACTACATGACACCGTATGTCCCTGGCTACTCCGAGCT
GCCAGACATGGACTATTCAGAGCAAGAGCGCATCACAGGCATGACCAGTGACGAGTACTA
CGCAGCCACACAGAAGCAACGTAGATATGAGCGTCTCATTAGAAGCCAGAAAAGAGAGAT
CTCTTACCTTCAAGAGGTGAGAGCGGACGCAGTAAAGCAGCGCATTAGACTAGGCGAGCT
GCAAGACAAGCTGCGCCAATTCACGCATGACAATCACCTGCGCCGTGACTATGAGCGTGA
GCGTGCCTGGGCAGTCAGCAAGCAGCCTAGACCGTTGAAGCGAACTGGCTTTGGAAATGC
AAGAAAACCAATGTCTAGAGTGAACTCTTGGTCACAAACTGCAGACGTTGTGTCTAAATC
AGACTTTATGAAATGCGCCACATTCAAAGACTTACAAAGGGCTGTTGAAGAAAAGTACGG
CTTCTATATAGACAAAGCACTGGAGAAGGACTTCTTTGAATACACGCGTGGTTTGTGTGC
TGGAATAGACGATGCTTTGACTAAATTCCCGCAGCTAAAAAAGATAATGGGCAACATAAA
AATGGATTCAGCGATACGGCAAACAAGTGCTCAAACAGATGTGTGGGGAACAATCTATGT
CAATTCAAAGATGCTTAAGGCTGCATCCAAAACGCCGTGTAGCGATGGCAGACACGAAGC
GGGTCATCTCGTAGAAGCAATGCTGTCTAAATATGACGAAAAAGAATTTATGAGTGCAAA
GCATTCAAAGAGAATCATTACAAGAGCACTGCGAAATTACAATAAAGAGTATCCTGAAAA
CACCTATTCAGCTGAGAAATTGATGTATAATACTATTAGTACATATCCAGCTTTTGCATC
ATTAGGTCACGAGAAAAGATATGCAACAAAGATGTTTTATAGCGAGTCATTGGCTGAGAG
TGTAAGAATAGCTGTTGAAACGGAACAGATAGACCCAGATTCATTCTTGTCATTTATTGT
TGAATCAATTTTTAAGGAGATTGAATAATGACTATATTACCTGATAGACCGTTTCTTAAG
TCATTACTTGATAAATATGATTTTAGTTATGTTTTGGAACACTTTTTTGACGACAATGGC
GTAAAAGACTCTGCTCCAGAAGAACTAAAGGCTGAATTCAAAGGTGTTGAATTCGAACGT
TATCCAGAAAATGGTCGTCTTTAATTACATAAGGTAAGAATCAATTAGGAACTCCTAACC
CCGCTACAAGCGGGGTTTTCTTTTAGCTGTTAACACTCACAGACAATTCTTTCAGCGCAG
GAAAAGGACCTGCGATTGACTGAAAGGATTTGGTCTATGCATCGTAATGGATCTCCTGCA
CCAGACGAGGTAACAGAGGAAAAGAAGGACTCTGACACCCAGGACTCTATGCAGGAAAAC
CAGTCCCAAGACCAAGTAGCAGAAGAGGAAGCATCTTCCCAGGACTCTGCTACAAGCGAG
GACACAAGCACAAACGTCAACACCCACAAGCTAGAGCGCGACTTGGCAAACCGTGAGAAG
CGCATTAAAGAGCTGGAAGCAGAGCTCGCAGAGTCGAAGAAGTCTATGGCTTCTTCTGAC
GAGCGTATCTCCGCTATTGAGAAGCAGCTCAAAGACTCACAGGAAGCCAAGGAGAAGGCA
GAAGTGGAAGCAAAGCTTACTTCTGCTGGCTGCATTGACTTGGAGCTTGGTAGAGCTGCT
CTTGCTGCTCTAGAAGGTGACGTTTCTAAGCTTAAAGAAGCTAAGCCATATCTCTTCCAG
ACTGAGCCAAAGAGCGTAAATACTACCGGCAAGCCCGCCGGAAGCTCTTCTGGCATTGCT
CGCAACATTAAGGAAGGACTTGGCAAATAATGATTAACCTCACTACCCTTGCAACCAACT
CTGGCGATAAGCTCACACAGGGCTTCATCAATGAGCTTGTCACTGACAACTACCTGCTCG
GTGCGCTCACCTTTGATGACTGCATGAACGCTTCTGGCACCTCTGATTTGGTCTACGGCT
ATAAGCGCGTTAAGACCCCATCTTCTGCTGCATTCCGTGCACTTGGTGCTGAGCCAGCTG
TCTCTGAGCCAACTGTTGAGAAGAAGACTACCACCCTTGGTATTCTTGGCTCTACATTCC
AGATGGATCGTGTCGCCAAGGCTGCTGCAGATGACCTTTATGAGATGTATCTGGAGCAGG
CAAAGGACGCAGTCTCTCGTAAGTTCAACGCCAGTATCTTTGCACCTACCAAGGATGCAA
ATGGCTTTGATGGTCTTGCAGCTGCTCTGAAGACTACCTCTACTGAGATGACCTCTAAGA
CTGATGTCAAGGTCACCACTAAGGAAGCAGCTCTTGCTTACCTTGAGGAGCTTGACACCA
TGCTCTCCAACCTCATGCGTACCCCTGACGTACTCATGATGAGCGCAGCTCAGTACACCA
AGCTGAATGCACTACTGCGTGTTGTTGGTCTTGGCACTGAGTCCAAGGAAACCGCAGGCA
ACGTTGTTAAGGCTTACAACGGCATCGCCATTCATGAGGTCCGTGACGGCTCTATTACTG
ACGGCTCTATCTATGCTGCCTGCCTTGGCATGGACGGCTTCCATGGCATCACTCTCAAGG
GTGACAACGCATTCACCGTTGCGCTTCCTGACTGGACCACTCCTGGTGCTGTCAAGAACG
TTGATGTTGAGTTCGTCTGTGGCGTTGCTCTGAAGGCAACTAAGGCTGCTGGTGTCTTGA
AGCCTAAGGCTGCTTAATGGCAACCCCTAGCCTTACATACGACTTCTACCGCAACACGTA
TAAAGGCTCTCTTGGCGAGGGTGAGCTAGACGCTCCCCTCGTCAAGGCTCAAGCACTGCT
TGTCTCGATGACTGGTGAAGAGGTTCCTGAGAAGTACAGCGAGAAATGGCTTCTTGCCCT
CTGTGCCTTGTGCGACAGAGTGGCTGGCAAAGACACACGTGGAATGGTTAAGAGTGAGAG
CGTCGGTAGTGTGTCCTACACCTACACAGACGCTCAAGCAAGCGTCTCTGACCTTTCTTG
CGTATATCCCTTCTTAGTAGGCACTGGTCTTCTTTGGAGGGGTATCCGATGATTGCCTGG
GATACTGTCACCGTCTGGCACAAGCAGGATAAGGGGTTTACGCGATCTATCTATCAAGGC
GTACACGTTGAAGAGAAACTCGCTAATACTGCTTCAACCGTAGGACCACAGAACGCCAAT
GTGCTTAAAGTGTGGTTCTTCAGAGACCCAGGTCTCAAAGCTGGTGACTTCGTTATTCGT
GGCATTAGCTCTGAGGAGAAACCAGTATCAGAAGCGCGTATGGTGCGCTCTGTAAACCCT
TATTCCACTCATCACGAGACACATCATGTGGAGGTAGAAGCCAGATGAGAATGCGTGTGG
TTGACGTTGATGTTGAACGTTGCAAAGACAAGGTCTCAAACGCTGTAGAAGCTGCCCTTG
GAATTGTTGCAGGAAACGTTCTAGATGACTGTGAATCTTATGTTCCATACGATTTAGGAC
ACCTTCAAGGCTCTGGCACTACCCGCCAAACAGGTAATGCAGCTTATGTTGAATGGGGCG
CAGGAGACGCAGCAGCTTATGCACGTATTCAGTACTACTCAACGCACAACCACAGCACGC
TTCAGAATGCCTTGCACGCTCCTAATGCTTGTGATCATTGGTATGACCGTTGCGCAGGTG
TTAGAGGTAATGCATGGCAGCAAATGTTCGCAAAAGTTCTTGGAGAGAAAGTTGGAGGGG
CATGGTAGACATCGCTCAAAGCGTTACTGACTGGCTAAAAGACATTCTCACAGGTATCCC
TGTTGAATATGGTCAGTTCCCAAATGGTACTGGAGCTGCACAAGCAATGCTTAAGGCTGC
TCCGGGTGAACCTTGGGTGCTTCATTATTGTTCTGGTGGCGGTATTAAACAGTTCCCCTA
TGAGGTGTATCTGCAAACACGCCCACTAGACGAGCAGGAGCGCATTGACGGTCTTGCTAT
GCTGCGTAAAGTCCAAGCTGCCATTGAAGACGGTGGTGCACCAGAGGGCGTTGTTGTTTA
CGCTCACGATGTCACCACATTGCCATCTCCCTTCAGTGTTGGTGAGGATGGAGTCGCAAC
CTACCAGCTTATCGCCCAAATCAAGTACAGGGTTTAACCCTTAAAGAAAGGAAGTACTAT
GCCAGAATCACCAGCTGTCGTACAGCCAACAGAGACACAGCGCACACCTGTCTCTATCTA
TGAGATTCAGCACTGGATTAAGTTCCCAGGACAGACGAACTTCATCCGTGTTACTGAGAC
CACCAAAGCAGATCCAGAGCGTGAAGCTAAGTCTTACGAGCCAACCTATATCGACCGTAA
GACCCAGCCTAAGTACAACCTAGGCAAGACTGACACCTTCAGCTTTGAGGTTGACGCAAT
GGGTCCTGGTGGTATCCAGAAGATTCTTGCAAGCTATGAGGACGTTCTAGACGTACCTGT
TGAGTATGTCCGCACTTGCGGATACGACTTCAAGGCAGGTAAGGCTTGCGAGAAGACTGC
ACTCGTTGCTAAGCACGCAAAGGCAACGCTGAATGTCTCGCCATTCTCCGGCTCTGATAT
TGCACCAATCAAGATTGCCTTTAAGGTCGCAATTACTGATGAGTACGAGTACGGCACCTT
CAACTATGACACTGCAGCTTTCACTAAGGCTGTATAGACATAGTCCCCATTCCTCTCCTC
TCTGGGGAAGCACCTGGCATATGCTGGGTGCTTTTTTATTGGCGTTACCCGTGACACAAG
ATATGAGCCAAGGTAAACCCATAGAGAGGAACACTTATGGCACTGAAAAATTACAAGCTT
GATGGCGCACCAACAGCAAAGGTGAAGATTGAGGGCAAGACCTATGATGTGGATCTAGGC
AACATCACCTTTGTTGTTGAAGCCAACTCTTGGGCAAAGCGTCTGTCATCCTTTACAGGG
CTCACAAATGATGAGGTAATGGACAACCTCACAACTCTTGCAGATGAAGCACACAATATT
GTTGCTTTCGCTCTTGGTGAGGAAGCTGCAGAGGAGCTTATTGGCAAGGCAAACAGGCTC
AACATCTACCGCCTGATGAAGATTATCTCGATTCTGACAGAGGTCTATTCAGCAAGTGAC
GCTGTGTCCAAGGTCTCTGAGCTTATCACGCAAGAGAACTCCAGCATGGACGAGTAATCC
ATGTTTTTAGACTCGGTTATCAAGGGTGCTCCCGTCACAGCTGATGTGGCGGGAGTATCT
GTACCCATTAAGAGTGGATTCAGAACCTCTCTCATATACATGACAATGGATACAGACAAT
AGTGCTGTTGCTAATGCGAGGACACTAAACCTTTTCTACGCTAAAAAAGGCGTACTCCCA
GACCAAGTGTCGAAGTACCCAGTAGAAGCTCTTCAGGCAGCGTCTGAGTGGGTTGCAGGG
GCATTTGACACTATCTCATATGGTGAGCAATACAAACGCATCCAGTATTACAGAAAGAAG
AACTTTGACTGGCACTATGATGCTGGCATTGTGACTGCCGACTTCATGCGCGTCTACTCA
ATAGACCTCACTAGCAAATCAACGCAACTTCACTGGTATACCTTCATCAACTTATATCTG
GCTCTTCTCGCTACTCCAAATACGCTCACGGGACAAGCAGTGGCTGCAAGAAGCCCGCTT
GAAGGAGACACCACAAAGGAAGAAGAGCGTGCTCATGCTAGGCGTGCACAAGCTTGGGCG
TTACCCCCAACAGAAGATGAATTGAGGGAGATGGCACTCCGTAACTTCTAACTTCTAGGA
GGTCAATTTGGCAGATGGAAAAGTAGTCATTGAGATTTTAGGTGACTCTTCCAAGTTCGC
CAGCGAGGTTTCCAAGCTCACAGATACGACTTCTAAGGCAATCTCAAGCCTTGGTAGTGG
CTTTTCAAAAGCGGGCACCGTGCTTACCGCTGCAGTTACCGCTCCCCTTGCTATTGCAGG
TGTTAAGGCTGCTAGGTGGGCAAGTCAGACCGCAGCAAACGCTGAACAGGTAGACATTGC
ATTTAACACCATGCTTGGTCCTGAGCGTGCTAAGAAGATGATTGCTGATCTTGTTGAGTT
TGCTAAGACTACGCCATTTGAGATGGCAGGACTTAACAAGGCAACTCAGCAAATGCTCGC
TTATGGCTTTGCTGCAGATGATGTCATTCCCATGCTTACAGACGTTGGTAACGCAACTGC
AGCACTCGGAGCAGGACAGCAAGGAATTGACGCTATTACCCGTGCGCTCGGTCAGATGCA
CGGCAAAGGTACTGCAGCTTCACAGGAGATGATGCAGCTTACTGAGGTTGGTATTCCTGC
ATGGGAGTATCTCGCAAAGGCACTACATACAGACGTTGCTGGCGCAATGGAAATGGTCAC
TAAGAAAGCAGTTAGTGCTGATGTGGCAATCGCAGCAATCAGAGCTGGTATGCAGGGTGA
CTTTGGCGGGCTCATGATTAAGCAGTCCAGGACACTTACTGGCGTGCTCTCAAACCTCGC
TGACGCAGCAACCGCAACTATCATGAAGATGTACCAGACTGACAGCTACAAGAAGATGAC
AGACGCACTATCAAAGCTGGCAGACCCAATTCAGAAGCTTGTTGAGTCACTTATGCCACT
TTTTGAGCGTGGTATGGAAGCTCTCGCTTCTATGGCAACCAATGCAACTAATGCAATCAG
TCAGATGTCAGCTTCAGACATTCAGACCATTGCAAAGTCTATTGGAATGCTTGCCGGCAC
TGGTCCTGCACTTCTCGTCATTGGCAAGTCAATGGAGACCGCTGGCAAGATGTTAGGGGC
GTTCTCAAAGGCTTCTAGCACTGTTGCAGACGGTCTAACCGTTATCAAGGGCATAATTCC
TGGCACGCTTTCTACCGTTGCAGGGCTAAGCACAGGCTTTAAGTCCTTTTTTGGCGCAAT
CGCCACAACAGTCCAGGACAAGCTGGAGACTGCAATTCTTTACGCTTGGGAGTTCAGAGA
CAAGCTTGTGAAGGCTTTTAGTGGTCTCAATAACCCCATTAAGAACAAGCTTGTATCCAT
TGTTTCTGCTGCACAGACTACATTTAAGAGTATGGCAGCAACTGCAACACTACATCTCAC
ATCCATTGCGAGAAACGCGCAGGGTGTGCTTGCAACTGTTGGCGGTAACGTGGCTCAGTT
CATGAGTCCTGTAACCTCTGCGCTCTCTAAGGCAGGCAGTGCAGTCTCTGCCTTCGCTGC
TCCTATTGCTTCTAAGCTTGGTGGCGTTGGTAGTACCATTGCTGGCGTTCTAGGACCTGC
ACTCACAGGCTTAGGACCTAAGCTTCTAGGGGCAGTACAGCCGGCTATGGGTATGGTTGC
AAACCTTGCTTCTGGCTTTGGTAGCGCAACCGTGGTGCTTGGCGTGCTCTCAATCGCTGC
AGCGGTGGCTGGAACAGCCTTTGTTGCCATGGGCGGAGACATCACACAAGCAGCTGCAAA
CATTGCAAGCAATATTGTTGGTATCGCTGACACAATTCCTGAACTTGCTTCTCAAATCAG
CTCGGTACTTCCACAGGTGGCATCTGGTCTTGCTTCTGCAGGTCCTACATTGGCACATGC
ATTCGAGGTTCTCTTTGGTCAAATGGGCGCAGCATGGCAACAGATTGCTCCAGGACTACT
GGAAGCAGTCGGAGCTGCAGCTGGTGCAATTTGCGACATTCTCGTGGCTTCTGCGCCTTC
TCTCATGGCAGGAGCAATGCAAGCGTTCACCTTTATCCTGCAAGCACTCACTGAAGTTGC
AGGACAGCTTGCTGAAGCAGCTCCACAGATCCTGCAAGGTCTAGTAGATGGCTTTGTTGC
TAACGCTCCAGCACTCTTTGCAGCAGCGCAGGGGTTGTTTATGGCTCTTGTTGATGGCGT
TGTAGCAATTATTCCAACGCTGGCAGCAGCACTGCCACAGATTATTGATGTATTCATCAC
AGGTCTTCCTGGCTTTGTTGGAACACTGCTTTCAGCTGCAGTGGACCTCTTTGTGGCAAT
TGTGAATGCTATCCCTGTCATTCTTCCAGGACTCATTGGCAACGTTGGCAACCTCATTGG
CACCGTTGTCTCCAATCTTCCAACGTTTATTGGAATGCTACTTGGTGCAGCAGTAACGCT
CTTTACAGCCATTGTCGCAGCTGTTCCGCAAATTATTGGCAGCTTGCTTGGTGCAGTCGG
AAACTTGCTCAACCAAGCTAAGAACGCAATTACAAGCTTTGACCTTGGTAGTGCAGGACG
TGCATTCATCCAAGGCTTTGTAAATGGCGTGTCTGGACTTGCTGGCTGGGTAGTAGACCA
AGTCTGTGGAGTCTTTAACGGCGTTGTTGGCGCAGTAAAGGCACTGCTTGGTATTCATTC
TCCATCACGCGTTATGGCTGGTCTTGGTGGCTACACGGTGGACGGCTTTGTTGTTGGTAT
TGCAGGCGGTAAGCGAGACGTTTACAAGGCAGCGCAAGACCTCGCAGAAGCTGCTCAGAG
TGGCGTGGATGGCTATGCACTCAATGTTCCTATTAACAAACAAATGGATATGACAGCGTC
TCTTGTGGCTAATGGCATCTATGCGGACACCAACCAAGCCATTGCAGATCTCTCAGCACA
GATGGATGTCATGACCAAGCGCATTGAGGACGCATACGGAAAGCCTGTAAGAGTTGACGT
GAACAACCGTGAATTTGGTCGCATGGTAAGAGAGGTGAGCGCATAATGCGCACAGACATT
AGATACACAACCTCTGACGGTAGTAAGTACATGGAGTTTGGAGGGGCTGATAAGTCCCTC
CACTACATGGAACACGAACTCAGAGACTGGATGTGGTCATACACATCAGGCAAGAACTCC
AGCAGAATTACGTCATTTAGGCGACGTGATCATAAGCCCAAAACAATCAAGTTCCCTGTT
GGCATTGCAGCGGGAAGTGATGAAGAAGGCTTAGAGCTCCGCAATAAGATTATTGAGCTT
GGAGAGAAGGACATCTTAAACCGTACTCCAGGAACGCTCACAGTAGGCTCTTGGGGTATT
CGCTGTTACATCATTGGCGGAGCTCCTACTAACTACTGGCTCTCTGATAAGTTCGCAGAG
TTTGTTTTGACGCTTCTTGTAGAAGACCCCACATGGTTTAAGGCAACAACGCTCTACTTT
GAGCATGAGACCGCCGGTGCTGTTGCTGGTGTTAAGCCTGACTTCCCAAGAGACTTCCCC
TTTGACCTTGTCCAGGGTAAGCCAGCTAAGTCATTCACTAACCCATCTAAGAGTGCTTCT
CCTTGGCTCTGGCGTGTCTATGGTCCTGCCACAAACCCGTACATCAGAATTGGTGAGAAC
CTGCACAAGGTAAACACGACTATTGCAGCCGGTGCATATCTTGAGGTTGACTCACAGAGT
AAAACCGCTGTTGTAGTGCAGGATAACGGCACCCGTGAGAACGTTTATAAGTTCAGAGAG
CGCGGGGCTCACGGCTCTGGCTCATATCTCTTTGAACCAATCCAGCCTGGCACCGATGAC
ATTACATGGGATAACACCTTCGACTTTGACCTCACGCTCTATGAGACACGCTCTACACCT
CCATACGAGAAGGAACAACCACAGGGTGAGACTCGTACACCAAGGGCGGTAAGCACTCAG
AGCGCACCAAGTGAGGTGAGTGCATAATGCCAGACATTAGCTACACAGACGCAACACATC
TCGATATTGGCGTGCTCAAAGGAGCACGCCTTGACCTCGAATATGGAGACACGGGCAACG
ACTTTGAGCTCACGCTCGATATTGACTCTGAGCAGCGTCTTGATGATGGCGCATACGTCT
ATGTTGAAGGTACTGAGTGGGGCGGTGTAGTTGATGCTCGTGAGTCCAACTCAGGCAACA
ACACAATCACCTACATAGGTAGATCATGGCAAGGCATTATTAGAGATAAGGTCCTTGAGC
CACCAAGCGGAGAAGACTATCTCAGTGTGCGTGGTGAAGCTCACGGGGTTCTAAAGCAGC
TTGTTCAGCGTCTCGGACTCACTAACCAGTTCAAAGTCTCAGAAGAGACTTCTGGCATTA
CTGTTAAATACACCTTTGACAGGTACTGCGATGCTTGGACAGGCATCAGAAAGATGTTGG
CTGATTCTTCATCACGTCTCAACATCGAGTATGACTCCATTGAGCGCATGATTGTGCTCT
CGGTAAAGCCAATTACAGACTGGACTGATGGAGCAGATGCTGAACATTCTGACGTAACTA
TTAAGAGAGTTGTAAGACCTTACAACCATCTTATTTGCCTTGGCTCTGGCGAACTTAAAA
ACCGTATTGTGTTGCACTTCTACGCAGATGAACGTGGCAATATCTCTACTACACAGACGC
TCTTTGGCATTGATGAGCGCACGACAACCTACAACTACACCAATGCAAGTCGTGAAGAGC
TGGAAAAAGACGGTCCTAAGAAGCTCAAAGAATATCAAGCTGCTGACTCAATTAACGTCA
CACTGGATGACGATGAAGAGTTCGGCATTGGTGACATTGTCCCCGGCATAGATCCTGTGA
CTGGTCTACACGTTACAGCAACGGTTGGCACTAAGGTCATCATTGTCACAGATACTGAGG
TAAGTATCAGCTACAAGGTTGGTGGCACAGCCAGCAATACCTCTTCATCCGGTACCGCTG
AGCGTGGTTCTTCTACAGGCTCAGGAGCAGTATCAAGCTCATACACAGCGGGTACTGGTA
TCTCTATTGCGGGGCGCACTATCTCTGCAGAAGTATCAAGAGCAGACTTTAGAAGCCTTG
AGAATAAGGTAAATGAAGCCCGTAAAGTGGCAACAGATTCAGCCAGTGAGATTGGTAGAG
CAACACTGCAGGTTGACTCTAAAGTGGCAGAAGTCACAGCAACAACACCACTTAAAGCGC
AGCGCACAGGAGGAACAGTCGCACTTACTCATGAGCCTTCTAGTGTGACCGCTGGCACAT
ACGGCTCTGAGAGCAACGTAGACGCTTCTTGGGGTGACACAGTGCAATTAGGCGCAACGG
TCAATGTTGACGCTTTAGGGCACGTTACAGACGCTCAGACGCACACAGTAAAGCTTCCTG
CAAAGCCAACATACACAGCGCAAGAAGTTGGTGCAGCTCCTGCGAGCCACACGCACTCAT
ACGCTGGCGCATCTACTCCCGGCGGTGATGCTAACGCTGCTAAGAAGCTCTCACAGCCAC
GCACCATCAAGTTGGTTGGTTCTGTAAGTGGTACAGCTTCATTTGACGGATCTAGTGACG
TGACTATCAACGTCCAGGGAGCAACTCAAGGCGGTGCAACTACGCCATCTTTCCCCGTTG
GCTCTGTCATTGAAACAACTTCATTTGTTAACCCTGCAACAAACTACGGAGGTAGATGGC
AACAACTACCTTCTCTTGGCTGCTTCAAATGGGAAAGGACAGCTTAAATGGCAAAAACAA
GTGGCTTTGCACGCTTTCAATGCGACAGGTGCAAGAAAGAAGCCTTTCTACTTGAAAGTG
ACTTTGCAACCTCGCAATGGAAGAGCATAAGCAGAGTATCAGCAGACGGCGTTCAGCAGA
GCTATCTTCTCTGCCCTGACTGTGCTGCAAAGTATCGTGAGCTCGCACGCAAGCGTGATG
AAGAGTTCGCTCAATTCATGGTAAAGGAGGGTTAAATGGCTTTTGATGGTGTTATTTCAT
TCCAGGGCAAGGACCACATCACAGCACCACAGATTGGCAGACTGATTGCTGGTGTTGCTG
GCTCTGTTCGTGGCATCCTGCAGACTCAGAATCAAATCAAAGCTGCCATGCAGACAGCTA
ACAGGGTTCGTATTGATACTGGTGACGTACTCTTTGACGCTCGCATGGTAACTAATGAGG
AGCCTTTTGAGCTTAATGTTGCTAATGGTCGTGCTGGTTACAAGCGCAATGACTTAGTCG
TGCTTAAGTACTCTAAGCAGGTTGGCGGTGTAGAGAAGTTTACTTGCGAGGTTATCCAGG
GCACACCGACTAATCAAGGCAATCCGGTAGACCCAACCTACGTAAAGGGTGACATTCTCT
CAGGATCTACTACGGCTTGCATGCCACTTTATCGTCTGCCAATTAATGGCATTACGGTTG
GTGAGCCCGTATCTCTTCTACCAACAATTAAGGTCTTAGGAGACAACAAGTCACAGTCTG
AGACAGACTTTGACGTTGTCTACTTGCAACCACAAGGAAGCTACAAGAACTTCTGGCACA
TCTACCGCACAGGCGATTCTGTGACCATCAAGGTTAGAGGTTGGCTCGCCAATAATATCT
CTTACGATGCAGTGAGATGTCCTTTTACATTGCCAGAAAACTCAAGACCTCCACTTGTAG
ACCATGAGAAGTACAACTCAGCCACAGATGGCAATGAGTCAATCGTCTATGACTCAGGCA
TCTGCCCTGGACACGCTGACGTTATTACTGCTATTTCAGCGAGACCTGACGGAAACATTT
ACCTGCAGGACATGGGTGGAAAAGTCTCTAACGCCTGGCGTGTAGGCTCCCTCACATACA
CAGTAAGTCACTAGGAGGTGAGGTCATGAACATTACAGCTGAAATGGTTTCCTTCTTCAT
CTCTATTGTTGGTGCATTTTTGGGCGGTCTTGTTGCTATCTCGAACTGGCAGCGTGCCAG
TAGAGAGGACAAAGAGAAGGAAGATGCATGGAAGAGCACTATCACCAACACCCTTACCCG
CTTAGAGACGCGCCAGCAAGTCATGAATGAGCAGCTTGGCAAGTATCAGCAATCCCTCTC
GGACTTAACTGCCACGCTCACACAGCACACGGCTGAGCTTTCTGTGGTTGGAATTGTGGC
ACGAAGGGCGGACACACAGACGCTGACACCATTGAATGGAAGGTGCGTCTGAACGTTAAT
CAGATGAACCTTACCAATGTCATCCTGGAAGACAGTATTGAAGTTGGCTCTTATGTACCC
GGCTCATTCAAGCTCTACCGTGTACGCATGGACGAGTACGGCGCAATCGACGATTCCTAT
GGCTGGAACCCAGTGCAAGTCGATGAGCCAACCATCAATGGCTCTACTTTCACGCTGAAC
CTCCACAATGCAATGGCTAACGGTGAGCAGTACTTCCTCATCTACCGCACTACAAAGAAC
CCACGCATTAAGAACTCCATTACCCTGTACTCAGCTGAGAAGCAAGCTTCTAGCGTGTGG
ACTTACGTTGCTGCAGATTCTGGCGGTAACGGTAACGGTGATAACCGTCCGCAGCCAACA
GAGCCAGAGACACCACCTGCTCCAGAGCCAGCACCCACCCCTGAGCCTAATCCAGGACCA
CAGCCACAGCCTACTCCAGGAGAGTCTGACCAAGAGCCACAGCCCGAGCCTAAGCCCGAG
CCAGCCAAGAAGGTAAAGAAGGCTAAGAAAGCAGCTTTACCAGCAACAGGAGATGACGCA
GTCATTGCAGTTGCAGCTGGAGTTGGAACGGTTGCGCTCACATTCATCCTCACAAGCAGG
TTTGTAAGGAAGGAGAAGTAATGGACGCAAAGGCAAAAGAGCAAGCTGACAGAGAGCGTC
TCGAGAAGATGACGATGAAGGAAATCAAGGCAGTCGCAAAGGACGAGGGTATCACTCTTG
GATATGACGGCTCAAGAAAGGCTAATGCGATTGGCTTGATTCTTGAGTGGAGACGTTTCA
AAGGCTGCTATATGGAGCGTTACTAATGCTTTGCCCAAGATGTCTCAATGAAGGCTGGGG
CAGCACTGCCTTTGAGCTGGAACACGATGAGCACGGTTGGCGCATTAGATGCCCTTACTG
CAACCATGCTTCCCGTTACTACCAAACCAAGGAAGAAGCAAACATTGGCTTTAAGTTAGA
TGAAGAAGCTGAGCAAGATGAAGCCAATAGAGCCGACTAAGTACGTTGAGCCCAATGCAG
AAGATGTGCGACTCATAAGAATCTGGCGCATCGACTTTGACTCGGTCTGCTTTGGACTCT
ACACCTACACACCTGCTCAATTCCATGCGGTCCACTCGACCGCATGGGACTTCTATCAAA
GGAAGCCAACCATGAAGCACACAACGGCTCCTGGCACAGAATACGTTGAGTTTTATCACG
AATATGTCTGCGTCTATGAGTCAAACATGAAGGACTTCATGGAGTGTGTCAGAGCCAATG
GTTTGCATGGCAAATACCACGAAGCAGGACATCCGGAGAAAGAATACAAATTTTAAGAAA
GGAGTAGATCTATGGGAGTATCAGTTCTTGTGCTCGGACACTCTGGCACAGGTAAGTCAA
CAAGTCTCAGAAACTTTAAGCCTGGAGAGATTGGCATTTTTAACGTGGCAGGGAAGCCAC
TCCCCTTCCGGGGAAAGATGAGCAAAGTCGACCATCCAACCTACGCTCAGATGAAGCAGT
CTCTCAAGGCTAACAAGCTTAAAGCGTATGTAGTCGATGATGCGAACTACCTCATGGCAT
TTCAAAGCTTTGCCAAGGCAAACGAGAAGGGCTATGACAAGTTTACGTCTATGGCAGTTG
ACTTTGAGCAATTATTGGAAGCTGCCAATAACACAAACAATGACACAATCGTTTACTTCT
TTATGCATCCAGACTATGACGATGCAGGAAGGCTAAAGCCAAAAACCATTGGCAAGATGC
TAGACAATCAACTGTGCATTGAGGGAATGTTTCCAATCGTTCTTATCACTGAGCGAGACG
ACACAGGCTATCACTTCATCACACAGACAGACGGCTCAACGCCCGCCAAATCCCCAATGG
GAATGTTCGATGACCTGGTAATCGACAATGACCTCAAAGAGGTTGACAGCACTATTCGTA
CGTACTGGGATATGAAGCCACTCGCTTAATTCCCTATTTATTTAATTCACTATTTCTAAG
GAGAAAAATCATGAAGGCATTCGGTAATTTTGACAAGGTAGTTGCATCTAACGGTGGCAG
TTCTTCCATGCTTGAGCCTGGCGGATATGTTGCAAAAATTGTACGTGTTAAGGACCACAC
AGACGAGACAAAACCATATCTTGAGTTCGTCTATGACATTTGGAACGCAGAGACTAAGTC
ATTTCTTTTCACAGCAGATCTTGCAGACACTACAAACGACTGGAGACACTCATTCCGTAT
CTACTTCTCTAAAGACAACAACTACGGCGTACAGCGTTACAAGGCTCTCACAGAAGCAGT
TGAGAACACTAGCCAGGGCAAGGGTGCAAAGGCATTTGTCTATGAGGACAAGGACGGCGC
AGAGCAGACACTTGTTGGCAAACTCCTTGGAGTTGTCATCCGTCATCGCTCTTACGTCAA
CAGCGAGGGCAAGGTTAAGACAGCTGTTGATGTCAACGCATTCATCCCTGGCAAGGACGC
TGCAGAGGGCAACTTTGATGCAAAGTTCGCAGAGCCATACGAAACTGATGAAGTCAAAGA
TGCACGTGCTAATGCAGACAATGCAGTCATTGATGCTCCTGCACCTGCCGTTGAGCTTGC
AGACGAGGATATCCCATTCTAAGAGCAGCCATGAGGTAGGAAAGGAGGTGGCACGTGGCT
GATTACACAGATGGTCTTGGATGGGCGAAGCTGGACACAACAGCTGCGTGCCATCTAGCA
GACATAATCTCAACTTTTACGGGGAAATCAAGAAGCGGTAGAACAAAGATGTTGCTCTAC
TGCTTCTCTCGTATGAGGGAGTACAAGACTGGTCCTTCATTCCAGGTTGGCTACAGACAA
CTAGCTAAAGAGTGCAATGTATCAGAGAACACAGCAAGAGCCTTTTTCAGCTTCTGTGAG
AGAGAGTACATCTTCAACATTGTTGAGAGTCAAAAAGGCAAAACGCCTAAGCGTGCTTTC
TATTGGCTTGATCCAAACGATGAGAGGTGCGTTGTTCTAACCACTCACCCTGCACCAAAT
AACCCCCATAAAACCACTCACAGGTGCGTGGAAAAACAGGGGGTAATTGGGGCACATAAA
GATACAGAGTATCAGAGGGAGGAAAGCTCTAAAAGCGATCTTTCCTCCCCCGCTTCCTAC
GTCTCCGCTGACGCTACGACGGAAGCGGGTCAGATGACAACAGAAGCTCATTACTTGCGA
ACTGAAGATGTGCAACCAAGAGAGGACGCAATAGAAGTCCCACAGGCTGAATTTGATGCA
CAAGAGGAAATCTTCAGACAAGGCATTCAAGAAGCACTCGACAATATCGAACAGTCAAAA
GCAAGAAGCATTGACTGGGAGTGGCACTTGTATAGAGAGTCACATAAGCCAGTAGCAGGT
GATGGCGCATGACATTTGAATATTTGCGCCAGCTGAACCGTCCAAAATATGGCTGGGGTG
TTGAGTGCTATCTTGCAGCAAAAGAACCACTCAAGACGCACACTATCGCTGATGATGCAC
TCTCAGGTGGTCTTATGCCAGGACTCACAATTTTAGGCGGTGTGGCTTCTGCGGGTAAGT
CTTCCTTAGCGGTACATATCGCAACTGAAGTGGCAGAAAGCGGTAAGCGCGTTATCTACT
TCACTCTTGACGATACGTGGGGTAACATCACCGCACGTTCCATGAGTTGCTGGTCAGTGA
AGAACCAAGGACTCAAGCGTCAAGGACTTACGGTTGTTCCCTTTGAGTGGTCAACAGTCA
TTAAAGGTCCAGGCAACGAGTTGCAGTTGCCAGAAGGACTGCAAAACCTCTCTGCGTATG
CCTTCAATGCAAGACATTCAAACACTGTGCTTGCTGACGCTGCTCTCTATGACGATATGG
TTGCACCGAACTTGGCAATCATTGACAACGTAGCAACCACCGCACAAATTGAAGAGATCG
TGCGCACCGTTATGGCAGATGATGATAAGCCAGACCTTGTCATCATTGACTATATTCAGC
AATACCAGACAGGCACTCCAGACATTGACAAGCAAGAATACACTCGCGTCTCTCAAGTTG
CTACCAATCTTCAAATGCTTGCTTTTGATACGCAAATTCCTTTCCTTGTGCTCTCTAGTT
TGAAGAAGCTAGACGCGAAGGATGAACCTTCCTTGGACTGGTTCCGTGGCTCTGGAGTTG
TTGGCTATGCGTCCTGGGCAGCACTCATCTTGACTAAAGGTGAGATTGATACTCCTCAAT
TCAAAGAAGTGGCACTACACACAGTTAAGAACAAAGCAGGTAGAACTGGCATTTTAGTGC
CCGCAAAATTAAAGGGTGCCTATTCAACATTTATTCAGAATGGAGGTGTTTCTATTGCCT
AAACAGGTCAAATATCTTCTATGCCCCTTCACAGGCTCTGAGTGCGCTTCTACGTGTGCC
TTGGCTGGAGTTATTAACGATAAGAGAGTTTGCGCCTTAGCGTGTCTCTCAGATAGCGAT
AAAGCGATATTTAAGCGAAACGCACTTGCTCCAAACGTATCGGAGCGAGAACTGAAAAAA
GAGGAACTAAGAGAGCGAGTTGAGATGACTCGCTTTCTTTATGAGAAAGGAGAGCTGAAG
TGAATGGATTCAGACGCAGCTATGAAGAACTAGATCACTCCCACTTCACAGAAAAAGAGA
TTGCAATTATTGAGCGAGAAGTACCGAAGCATGGACCTACTTGGTCAGGGTTCAAGCGTC
TTATGCCTAACCGCTCAATCACTGATATCAAAGTGTTTGCGAGGTCTCGTGGACTTCAAA
GCAAAACAAGTCTTACACGCTCACACAGAATTTGGAGTGAGAAGGAAGATGCACTCATTG
TTGCAATCTTGGAGACTCTATCCAAGAAGCTGCAACGTGAGCCACAGATGGTTTGCAATC
ATGCGTACCGACTCTTTAGCCAAAGGGAGAAGCTCAATGAGCAAGCGTAGAAAACAAGAT
GAAATAAATGTTTCATCTCTTTCATCATCTTCAAGAAGAGGGAGACGAACATACCAGTCC
TGGACTTGGTCAGAGCTTGAGACACTCTGGCGAAACCCTTCCATGACAGCTCGTGAACTC
CACGAGCTTATTCCAACGCATTCGGTACAAGCAATCACTATGGTGCGTCATCGCTATGGA
AGGTATCGCACAGAGGGCATTGTGCCTTTATGCCAGAAGTGTGGGCAGCATCCTGTGTGG
ATTGATGCAGAGGATGCGAAGCGTTGGGGACTCTGCAAAGAGTGTGCGCTTGATGAGCGC
GAGTACTTGAGAAAGCACACGCAAGAGCTTGAGCGCAAGCAGAATTTGGAGCGTCAGCTT
GCCTTTAAGATGAAGAGGAAGAAGGAGCGAAAAGCAAAGGTCAAAGGCATTGAAGACGCA
ACCACTCACAAACGCAAACCATGAGAAGTATGTGCTCGCTAGAGTTGCTGGCAAGAGCCA
GCGACAAGCA