>dna.fa_1338	1083_dna	1	3338
GGGGGGGGGGGGGGGAACGGAATGGAGGAGCGGCCCACGGGTGGACAAGCATCTGGAGTCCTGGAGGTGAGCGCAGTAGGAGTCAGGGCTTCTCAGACAG
GGCGTCTAGACTGTCAGACGTCTAGGACGACTAGACGCCACCAAAGAAATCCCGTTTACGCTCAGAGTAGACCCATTCAGCTTCTCCCAGGTTCGGTTTG
CGATTCGATGGCGCCCAGGTAATACAAAAGAAATGTAGAAACAGCAACTGTAATTCCCTTTGTGAACAATCAATCAAGAAATGTTTTGGAAGGGGGCCGG
TGCAGAGACAGGCCTCGTACTGCAGAGACAGGCCTCGTACTGCAGAGACAGGCCTCGTACTGCAGAGACAGGCCTCGTACTGCAGTCTGATCTGGTACCT
CTCAGTGTCCCGCTCCACTTGCTGGTTCAGAGATGACACTGTGCAACTTTGACTTAGTTTTACCAACCAAACCGCCAAAGAAAGGCGTGTTGAGGAGCAC
CTGGGCCAGAGAGCACTTAAGGCTAATATTAGTGCTGAGGAAACAAACGTGAACATGACAAGTACAAAGGTCTTTTGAACCCTCATCGTTGGCTCCGGGC
ATGCTGGGAATGGTAGTTTTGTTTTTAATTTGGGGATTCAGGGGCGAAGGAACGTTTTTAAATGGCAGCTTCTTCGATTGCTTCTTCTTCTTCTTCTTGA
AAAAAAAAACGAACCAAAAGACACTTCACACGATATTTACGGGAAAAAACTCCTTAAAAGGTTCTTTTTATTGAGTCATTTGTCTCTGTTTCATGTTTTT
CTTCTGTTGTATTCCAGGAACACCAGAGTAAATCCCCACCCAAGTGTTAAAAGAACTGGGACATAAAAAGACAAGGTGAGTGTGGAAGGGATGAGGGTCT
GCAGTCTAATGTGTGAAGACCCCAGCCTTCAGCTATACCAGTCACACTTCAACTGATACTGATTATCGCCACATGATTTGCTTGGTTTTGCTCCTGTTTA
GTTGAAATGTTTTTTCTTCTTCTCTCTCTTCTTTCTCTGCTGGCAGGCACAGCGGGGGGTGGGGGGTGGGGGAGGGTGTTGTGGGTAGTGTGACCCTACA
TGGACTCTCCACTCAGCAGGTCTCCAGGCAGCAGTGTGTTGATAGGGGTGGGGCTACCGATCACGCGGCCGTCGTCTCCGCTGGGGGGCCCCCACAGGCT
TGAGTACTGAGGCACGCCCCCCCACAGCAGGTCGCCGCCCCCACCGCCCGTCTTGCCTCCGAGCCCGCCGCCGCCACTGCTCCAGTGGCCGATGGCGTGT
GACTGCGACGCCCCGCCCATCCGCGTCACGTGATTGGTGCCCGGGTTGGCTTGCCAGCTGGTGGTGGGCGGGAGCGACTGGCCTTGTGCAAAGAAGCGGT
TGACCTCCTCTTCCCCGGCAAACTCGGCCAGGATGGTGGTGTTTCCCAGCACGCACCTGGGAGCAGACAAAGGGACACAAGGTGACGCAGGGACCCAACC
AAACGCAAGCTTTGCTAACAGGTGGAGGGAGCGTCTTACATGTGCAGGGACTTCTGGGCCTTGGCAGCCTCCTCCTTGGAGCTGTAGCGCACCAAGGCGT
TGCCCTGGGTCAGGTTGAGGTGGAATGTGGTGAGGGGCGTGCTGGCATGCACAGCGTGGCAGAGTGGAGCCTCGACTAGAGGCGGGGGGGGGGGGGGAGG
GGGGGGGGGGGCGGGGGGGGGGGGGGGGGGGGGAGAGGATATGGGTGAACGCTGGTTGAAGGGAGGAAAACCTGCTTTTGGGGTGTGGGGAGGTTTCTAA
AGATGTAATCAAACAGTCTGAATGTTGGTGAATCATTTGGTTTTATTGTGGTTTGTTCCAACACTTGTTTTGACGCTTCAGTGACAGCTTCTGTACCCTA
GTAGAGTCCTTTCTCTCTCTCCCCCACTCCCCCTCTCCTTCTCTCTCTCCTCTCCTCCTCTCTCTCTCCCCCTCTCATTCTCTCTCTTCCCCATACCTGG
ACCCTAGTAGTCCTTTCTCTCTCTTGGAGAAGTGAAATATAACTTGTTTGAATAAAAATTGTCTGACCAATAAAGGGATCTTGACAAGTCAAGTGTGTCT
CTCTTTCCCTCCACACCTCATCTTATACCCTTATAAGGTACTCTCTCTTTCCCTCCACACCTCCTCTCTCTCCCTCCTCTTATCTCCCAATAGAGTACTC
TCTCTTTCCCTCCACACCTCCTCTCTCTCCCTCCTCTTATCTCCCAGTAGAGTACTCTATCTTTCCCTCCATACCCCCTCTCTCTACTTCAACCTCCACC
CCAATAGAGTACTCTGTCTCTCTTTGCACTAGCCCCCTGCTCACATACTTCAACCTCCACCCCAATAGAGTACTCTGTCTCTCTTTGCACTAGCCCCCTG
CTCACATACTAAAGGAATGTCTCCTGTGATGAAACTGCCTAGCTAGCTGGCAGTTCTAACTGACCAATAAAGTGATCTTTACAAATTAAGCTGTTTTTCC
ACACCGCGACAACAGCGCATGCACGCACATTCAACCACACACGCCTACAAACACGCATGCATACACACACACGCAACCACACACACCGACACGCACACAC
CACACACCACGGCACACACACACGCACACACAGCACACACGCACACACACACACCACACACGACAACACACACAGCACACCACACACATTTCGCTTCCAC
AAACCTATCTCGTCCCCCAAAAGAGTGCTCTCTCTACCTCCACTCTTTCCCTTCACCTCCACTCCACCCTAATAGAGTACTCTCTACTTCAACCTCCACC
CTAATAGAGTACTCTCTACTTCAACCTCCACCCTAATAGAGTACTCTCTCTCTCTTTGCACTAGCCCCCTGCTCACACACTAAAGGAATGTCTGCTGTGA
TGAAACTGCCTAGCTAGCTGGCAGGTTGAACTGACCAATAAAGTGATCTTTACAAATGAACCACACTTGTACCCCAGTGGTCTTCTCTCTCCCCACACCT
CCACCCCAGTAGTTTTCCTTCTCCACCCCAGTAGTCTTCCTTCTCCACCCCAGTAGTCTTCTTTCTCCACCCCAGTAGTCGTCTTTCTCCACCCCAGTAG
TTTTCCTTCTCTACCCCAGTAGTCTTCCTTCTCTACCCCAGTAGTCTTCCTTCTCCACCCCAGTAGTCTTCTTTCTCCACCCCAGTAGTCTTCTTTCTCC
ACCCCAGTAGTCTTCTTTCTCCACCCCAGTAGTCGTCTTTCTCCACCCCAGTAGTTTTCCTTCTCCACCCCAGTAGTCTTCCTTCTCCACCCCAGTAGTC
TTCCTTCTCCACCCCAGTAGTCTTCCTTCTCCACCCCA