ID DMP XX DE D.MELANOGASTER TRANSPOSABLE ELEMENT P XX KW INSERTION ELEMENT; TRANSPOSON; TRANSPOSON P XX OS Drosophila melanogaster (fruit fly) OC EUKARYOTA; ANIMALIA; METAZOA; ARTHROPODA; UNIRAMIA; INSECTA; OC PTERYGOTA; NEOPTERA; HOLOMETABOLA; DIPTERA; BRACHYCERA; CYCLORRHAPHA; OC SCHIZOPHORA; DROSOPHILOIDEA; DROSOPHILIDAE XX RA O'HARE,K. AND RUBIN,G.M RT STRUCTURES OF P TRANSPOSABLE ELEMENTS AND THEIR SITES OF INSERTION RT AND EXCISION IN THE DROSOPHILA MELANOGASTER GENOME RL CELL 34, 25-35 (1983) XX FG Giperssilka; XX SQ Sequence 2907 BP; 989 A; 491 C; 582 G; 845 T; 0 other; CATGATGAAA TAACATAAGG TGGTCCCGTC GAAAGCCGAA GCTTACCGAA GTATACACTT AAATTCAGTG CACGTTTGCT TGTTGAGAGG AAAGGTTGTG TGCGGACGAA TTTTTTTTTG AAAACATTAA CCCTTACGTG GAATAAAAAA AAATGAAATA TTGCAAATTT TGCTGCAAAG CTGTGACTGG AGTAAAATTA ATTCACGTGC CGAAGTGTGC TATTAAGAGA AAATTGTGGG AGCAGAGCCT TGGGTGCAGC CTTGGTGAAA ACTCCCAAAT TTGTGATACC CACTTTAATG ATTCGCAGTG GAAGGCTGCA CCTGCAAAAG GTCAGACATT TAAAAGGAGG CGACTCAACG CAGATGCCGT ACCTAGTAAA GTGATAGAGC CTGAACCAGA AAAGATAAAA GAAGGCTATA CCAGTGGGAG TACACAAACA GAGTAAGTTT GAATAGTAAA AAAAATCATT TATGTAAACA ATAACGTGAC TGTGCGTTAG GTCCTGTTCA TTGTTTAATG AAAATAAGAG CTTGAGGGAA AAAATTCGTA CTTTGGAGTA CGAAATGCGT CGTTTAGAGC AGCAGCTGAG GGAGTCTCAA CAGTTGGAGG AGTCTCTACG CAAAATCTTC ACGGACACGC AGATACGGAT ACTGAAGAAT GGTGGACAAA GAGCTACGTT CAATTCCGAC GACATTTCTA CAGCTATTTG TCTCCACACC GCAGGCCCTC GAGCGTATAA CCATCTGTAC AAAAAAGGAT TTCCTTTGCC CAGTCGTACG ACTTTGTACA GATGGTTATC AGATGTGGAC ATAAAAAGAG GATGTTTGGA TGTGGTCATA GACCTAATGG ACAGTGATGG AGTTGATGAC GCCGACAAGC TTTGCGTACT CGCTTTCGAC GAGATGAAGG TCGCTGCTGC CTTCGAGTAT GACAGCTCTG CTGATATTGT TTACGAGCCA AGCGACTATG TCCAACTGGC TATTGTTCGT GGTCTAAAAA AATCGTGGAA GCAGCCAGTT TTTTTCGATT TTAATACCCG AATGGACCCG GATACTCTTA ACAATATATT AAGGAAACTG CATAGGAAAG GATATTTAGT AGTTGCTATT GTATCCGATT TAGGTACCGG AAACCAAAAG CTATGGACAG AGCTCGGTAT ATCAGAATGT AAGTTTCGTA TATTACAAAA ATCAGATAAT CCTTGAAATT CCATTTTTTA GCAAAAACCT GGTTTAGCCA TCCTGCAGAT GACCATTTAA AGATTTTCGT TTTTTCGGAT ACGCCACATT TAATTAAGTT AGTCCGTAAC CACTATGTGG ATTCCGGATT AACAATAAAT GGGAAAAAAT TAACAAAAAA AACAATTCAG GAGGCACTTC ATCTTTGCAA CAAGTCCGAT CTGTCTATCC TCTTTAAAAT TAATGAAAAT CACATTAATG TTCGATCGCT CGCAAAACAG AAGGTTAAAT TGGCTACCCA GCTGTTTTCG AATACCACCG CTAGCTCGAT CAGACGCTGC TATTCATTGG GGTATGACAT TGAAAATGCC ACCGAAACTG CGGACTTCTT CAAATTGATG AATGATTGGT TCGACATTTT TAATTCTAAA TTGTCCACAT CCAATTGCAT TGAGTGCTCG CAACCTTATG GCAAGCAGTT GGATATACAG AATGATATTT TGAATCGAAT GTCGGAAATT ATGCGAACAG GAATTCTGGA TAAACCCAAA AGGCTCCCAT TTCAAAAAGG TATCATTGTG AATAATGCTT CGCTTGATGG CTTGTATAAA TATTTGCAAG AAAACTTCAG TATGCAATAC ATATTAACAA GCCGTCTCAA CCAAGACATT GTGGAGCATT TTTTTGGCAG CATGCGATCG AGAGGTGGAC AATTCGACCA TCCCACTCCA CTGCAGTTTA AGTATAGGTT AAGAAAATAT ATAATAGGTA TGACAAATTT AAAAGAATGC GTAAACAAAA ATGTAATTCC ATGATTTATA ATTGTTTAAT GTTTAGCTAT ATGTTTCAGG AAAGTTTCAG TTGAGAATGT AGGTAGTTAT GTGCTGTCTA TTGTGTTTTG TCTTTTATCT GTTTCTTTTC ATTTTATTAT TTAATCATTA TCCTTTTGCT TATCCAGCCA GGAATACAGA AATGTTAAGA AATTCGGGAA ATATCGAAGA GGACAACTCT GAAAGCTGGC TTAATTTAGA TTTCAGTTCT AAAGAAAACG AAAATAAAAG TAAAGATGAT GAGCCTGTCG ATGATGAGCC TGTCGATGAG ATGTTAAGCA ATATAGATTT CACCGAAATG GATGAGTTGA CGGAGGATGC GATGGAATAT ATCGCGGGCT ATGTCATTAA AAAATTGAGA ATCAGTGACA AAGTAAAAGA AAATTTGACA TTTACATACG TCGACGAGGT GTCTCACGGC GGACTTATTA AGCCGTCCGA AAAATTTCAA GAGAAGTTAA AAGAGCTAGA ATGTATTTTT TTGCATTATA CAAATAATAA TAATTTTGAA ATTACAAATA ATGTAAAGGA AAAATTAATA TTAGCAGCGC GAAACGTCGA TGTTGATAAA CAAGTAAAAT CTTTTTATTT TAAAATTAGA ATATATTTTA GAATTAAGTA CTTCAACAAA AAAATTGAAA TTAAAAATCA AAAACAAAAG TTAATTGGAA ACTCCAAATT ATTAAAAATA AAACTTTAAA AATAATTTCG TCTAATTAAT ATTATGAGTT AATTCAAACC CCACGGACAT GCTAAGGGTT AATCAACAAT CATATCGCTG TCTCACTCAG ACTCAATACG ACACTCAGAA TACTATTCCT TTCACTCGCA CTTATTGCAA GCATACGTTA AGTGGATGTC TCTTGCCGAC GGGACCACCT TATGTTATTT CATCATG //