>dna.fa_1443	1188_dna	1	3000
GGCTGGTCCCTACAGTTCCGTATCCTGATACTGCTGGTTGTAGCTACGCTTGGTGTGCTCTTCCAGCTGTCTGCGGTACGCCTCTTCCTCTTCCTCCTCC
TCTTCCTCGCTGTAGAACAAGCGGTTTCCAGAGAACACCTTGGAGGGCGGGGCCTGTGGCTCAGGACGACAGCTGGATCTGGACACACACGTGCACACAC
ACAAACTCCTGAGTGCACTGCTACAAAAGCACATTCTGACGATAGATATGATCCTTATGTATGATAAACAGCCTGGAGTACATGTATATTGATGAAGAGA
GGAGGATACAAGGACTGAGAGCCCTCCTCCTGTCCTACCCTATAGGCTGGGGTCTCCCTTGCTCCAGTCGGGGAGTCTTCAGGGGAACAGTATAGATGTC
AGGGTGCTTCTGGGAGATCTCCAGCTGATACACACAACAGATCAGTATCTCTGCTCATCCCAGAGGAAACACCACAGTTCAGGAAACAAAGCAGCAAGAC
AGTGAGGGACAGAATGGTCACAAACACACCCACACAAACACACACACAGAAACACACACACAGAAACACACACAGAAACACACACACAGAAACACACACA
CAGAAACACACACACAGAAACACACCCACAGAAACACACACAGAAACACACACAGAAACACACCCACAGAAACACACACACACAAACACACCCACAGAAA
CACACACAGAAACACACACACAGAAACACACACACAGAAACACACACACACAAACACACCCACACAAACACACACACAGAAACACACCCACACAAACACA
CACACAGAAACACACACACAGAAACACACACACAGAAACACACACACAGAAACACACCCACACAAACACACCCACACAAACACATCCACAGAAACACACA
CACAGAAACACACACACAGAAACACACCCACAGAAACACACCCACACAAACACACCCACAGAAACACACCCACAGAAACACACCCACAGAAACACACACA
CAGAAACACACCCACAGAAACACACCCACAGAAACACACCCACAGAAACACACCCACAGAAACACACACACAGAAACACACACACAGAAACACACACGCA
CCTACTGAGCACACTCTCGTATTAAGAAACACACTCATACAGAAACACACACGTGCCAACAGAAACACTGGCAAACAGAAACACACACATGCAAACAGAA
ACACTGGCAAACAGAAACACACACGTGCCAACAGAAACACTGGCAAACAGAAACACTGGCAAACAGAAACACACACGTGCCAACAGAAACACTGGCAAAC
AGAAACACTGGCAAACAGAAACACTGGCAAACAGAAACACACACATGCAAACAGAAACACTGGCAAACAGAAACACTGGCAAACAGAAACACTGGCAAAC
AGAAACACACACATGCAAACAGAAACACATGCAAACAGAAACACACACATGCAAACAGAAACACACTTTTATTTCTTTGATTGCATTTGAGTCAAATCTA
AATGAATGAATCTTGCTTTGCTTTTAATCTCTGCACAATATTGACAGTAGAACAAATATTGCACTGGAAATCATTGCCTCAATTGCAAAATTTGAATCCA
TCTAGCACAGTTCAAAACTAGATCCACGTACCAAAGAAACAAACCCAAACCCAGGATAGAGTGGCTGCAGAAGAGACACTGTAAAAGAACAGAGTACCTG
CCATGTGATCCAGGTACACTCCTAATCTGGAGGACATGGGGCCTGACAACTCAGTAGCAACATTATTGTATCTGAAACTATGACCACCATCATAACATTG
CAAGCTCCACAACTTGTCGTCGCATCCAAATCCACAGTTAGCATTCCACCCTGTTTCGCAGAAATCTTTTTAGGAGAGTGCTATATAAACCAACTGTACT
CTACCTCCCAGTAACAGCGTGCAGATACATCACCTTTACACAGCACCTGCAAACACTCAGAGAATCTTTCTGAATGGTTAGGGTTAGGCTGTGGCCACAC
ACATTCCTCCTTTCAGTTCCCGTTAGAGAGACGGATGTGTTTGTTTGCTGTTTGAGCCAGTTTGAGGGAGGTGTGAGGGAACAGGAATCTGGGAGAAGAG
CAAGGAACAAATAAGAAAAATACGTATTGATAGATACTGCACAAGCTAACTGGATCCTGTAGTGTAATACTCCCCCCCCCCAAGTCAATGTTTGTCTCAG
TCTTAATATGTATTATCTCAGTTTACATTTAAAAATTACATTTTAAGAAGTCAAATCTTGTCTTAGTGGCAGTACAATATCAATCAAACTCACTAAAAAC
ACAAAAAGATTCAAATTACGGCAAATCACATCCTTAGGCATGAAGTTATCATTTAAAAGTGCTTGTGTGAGCCAACCACTGGTTTTGTACCCACCTTTAG
TTGGGTTGTTAAGCCACTCCCCTTTCAAGAGGCCATCTAATTTCATCCTCAGCTCTGAAAGAGCCAAAATACAATGGAGGAGGGATTAGGATGATGGTTA
AATCTGAGGATAGACTGGAGAGAAATGATAGTACTGTAGAACTGTGCACTTTAAATCCTTGATCTTCTCATGTACTTTCGATTTTCTCACTGCTTTGGTT
TAAAAGGGACCACTAGGAATAGGATATTTCTTGTATATGTAAGTATTTAATCATAGTCACAGTTCTACGTGTTTTATATAGAAAACTTATGAAAATGCCT
TTTATTTGTTGCGCAACCTTCTGGGTCAAGGTCATTTCAGGGCTGGTCCCAATAAAACAAGTCAATCAAGCAATAAAAGAATAGCAATAAATAGAAATAA
AAACAATGACCTACTAATAATATAACATAATAACATAATAAATAAACATAATAAACTACTTCAAGGGAAACATTTTGAGTCTTTTGAAAAATCGACAGAT
TTTTGAGTCTAGTCAAGAGGAGGCAGAGTAGTAGACCAGGCGTCCTAACATTGTATCCTACCTGTTAGACTGACCTGCCAGGGCTTACTGCACATGTGCA