CACACTCACA CACATATATA TAGTCACATA CACATAAATA CATATGCACC CACACACAAA 60
CACATACACA CACATACACT CACACACACA CATACACTCA CACAGAAACA CATACATACA 120
CATATACACT CATACACAAA TGCACATACA CTCACACACA CTCACACACA TATACATAGT 180
CACATACACA TAAATACATA TGCACCCACA CACAAACATA CACACACATA CACTCACACA 240
CACACATACA CTCACACACA TACACTCACA ACAAACATAC ATACACATAC CCTCTCTCAC 300
ACACATACAC ATACATACAC TCACACACAA ACATACATGC TCTCTCACAC ACTCACACAC 360
ATACACATTC ACACACACAC ACACACACAC ACACACACAC ACACACACTT TCACTTCACT 420
TTCCCAAGAG TAAGGGATGA GAAAAACCCA CTGCAGATGG ACCGCTTTCA ATCCTGTCTG 480
TGTGCTTAGA TATCCCCCAT CTGGCCTACA GAAGTAGTCC ACATGAGGAG GCTGCTGTCC 540
CTGGAGAGGA ACAGGAACCA TCTATAGTGG TTACAGCTCT AACGTCCTTT TCCTGGGTAC 600
CTCCTTCCTG CAGGGTGAGG CAGGAAGTGG CCACCAGCTG CCTTCCCTGC CAACTCAGCT 660
GTGTGGCCTG CAGTCAGATG TCCTCACATC TCCGCTGGTC CTTTGGGTGA AGGTGTTCTC 720
CTTTCCTGGT AAAGCGATAT TTAAGGGGCA GGAAACTCAA GTGCAGAAGA GAGGCCTGCG 780
GCGTGGTTGG AGGCAGAGCG AGGGCCAGGA CAGGGAAGTG AAATGTCCTC TCCTTCTGTT 840
TTCTTGTCAT TGCTGAGCAA CACTCTCTGT GTCCACAAAC CTCTAAGTGT TTGCTTTTAT 900
AACATCTCAC ATTCTGTGCT AAATTTGTCT AGCCACTGTG CTCCAGCCAT TTTTAGCAAA 960
GGTACATTGG CTGTTTTCTT TGCAGAATAA AACCCAAGTT TCATCTACAT AAAAGCTGCA 1020
CACAGAAAGA GGTGACATTT CCTGATCAGC CCTACAGGCC TGCCATGAGC TCAGACAGGG 1080
CTCCTGGCTG ACTTCCTAAA ACGTCTCAGG AGCTAGGGAT ATCTCAAAAC ACCCAGTCCC 1140
AGTGGGATCA GACATTCAGG ACGACAGGAA CGATCGTTTG TGGAAGTGTC ATGGTGGGGG 1200
AGAATAGAAA CTTCTGGCTA TAAAACACCT AGTTGTAGCG CATCCAAATA ATAAATGTGG 1260
CCCTAAAGGC ATGGTGAGCC ATTTTTGAAA TATTACCCAA TTCTGAAATA GTGCCCAAGC 1320
CTACAAAACG TGATGAGCAG CTCCCAGCTT GTGCACAGCC CTGGGTTCAA CCCTCAACAC 1380
TACCCCACCC CCAAGTCACC AAATATAGTG TCGGAGACAA AAAAAAAAAA TCCATAAAAG 1440
GCATCCAGAT ATCAGAAAGA AGTTGGGAAT TGTGGGAAAA ATAATTAGAA TGTAAGGAGG 1500
GTAAAATTAT GAGCAAAGGG GACCCAGTCA GTAAAGGGTT GGCCAGACAG CATGAGAACT 1560
CGAGTTTGGA TCCCAAAGCC ACACAAAAGT GAGGTGGGGT CTCTTGTGTA GACGGTAACA 1620
CCGGTGCTGG GATCAGGGAG GGGTCCAACC TTGGAACTCA TTGTCTAATC TGAAATTAAG 1680
GACTCCAGAG TGAGTAAGAT GCCCTATCTC AAAAAGTCAG GTGGAAAGCA ATCAAGGAGT 1740
ATACCTGACA TGGACCCCTG TCCTCTATAA GTCCATACAC GTGTGTACAG CCCTGCTCCC 1800
CACCCCCCAT AATCTTATAC CTACACCACA CACACACACA CACACACACA CACACATGCA 1860
CAAGTTATGA GAAAGGAATT 1880
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