3R:29718663..29722388 ยท 3726 bases
All overlapping genes and alternative exon structures in this D. melanogaster region are shown, on both strands. The sequence is oriented to the selected gene. Padding is limited to 100,000 bases on each side and stops at chromosome boundaries.
| Feature | Appearance |
|---|---|
| Intergenic region | acgtac |
| UTR or noncoding exon | ACGTAC |
| CDS | ACGTAC |
| Intron | acgtac |
>FBgn0039686 3R:29718663..29722388 GCGTTCGCTCAACGTCCCCAGAAGCCCACTGAATCGCCACTGAAAACCAAGAAACGCGCG TGCGCAGCCGCAAAAAGAGCCAGTCGGTCGTCGGCAGTCTCCGCGTGAAGTCAACTCAAC TGAATCCCACTCAAGTCGGCCCAACCGAATTGAAATCGTGATCTGTGTTCTCCCGAGTGA ACTGCACTTCATACACATTATCATTTGCAGCAACTTGTTTTCAAAGTCATTTCGTATTTC GTGTCGGCGGCCAGTCGCTAAACAAATTGTGCATTTTTAAAGACAATTGCATGTGCGAAT CAGACAGTTTATGATATCTCTTTTTGTTTTGGCGGTTTCTGGAGCTTCCTGACACATCTG ACTGCATCACTTGCATACTTAAGTCCAAGGAAACAGATCACAAGCAAACGGGGAAATCAA ATCACACGGCCACTATGCAAATGGAAAAGgtaagcggcgtctgtgataactttatgcgct gattaatcattgaattaaatacacatcgagttgcacaagggagcatttagtggccgccac actttcttggaactttcactttcgacgcccagtctaagattcaatcatagattcagccca agatccagtttagacccgggtttaaggttacgccactgccatcgattgcctttgaactgg tcttagccatgaatccaacgccatttggctctgagtcagcctacaacgagccaacaatgt gcacatgcagtcgactctatgaaccaagagattggcttagaacccaccaaaggaatcact taaaatggcagtacttttagtaatttcacaaatattactatacgtttatgcagcaaaagc gattgaagtgaaacatagcattcaattaaatatttaaatttactcataaatgtagttcaa gcttctctttattatcatgaaattatcaactcagtacttaatctaatctaactactttga ttgaaaaacaaataacaacaattatgcaattataacactgaactatctgtcaaacaatta agttgcaaagcacaaacttttaaaatcactAGTCATTAGAATAATCTCTCAACTAACCGA CGTGGTTTTAAGATCGTCTATGGGTCAAGTGGGTTCGTCACTCGATTCTCCCTCCTCCAC TGAGTGACCGCCGAGTGACCACCCACCTGGATTTATCGGCACGCCACTGAGCCTATGGAA ACACCCATGGCCAAGAGGCGACTCCGAGCCATTGAACCATTTGGAACTATCACTTTTAAC GCGCATTACAATGGCACTCGAGGTGGCCCAATTTCGTGGCTTGGAGTGCACTTGATCACC GATTATTGTCTGCTGATTCGAGCCGAATCCATTTAATTTCACTGCTGCCAGATGCCCACG AGATCGAAAACGAAAACGAAATCGAAACTAGAAACTAGAAAATAAAAGGAAAAGGAAAAG CGTCGAAAATTGCTCCCTCGAAGCGAGTGAAAAGATCACGGCCATTGGGAGTGGGAGTGG GTGAGATGTGGAGGAAAGTCAAAGTGAAATGCTTGGAAAGCAAACCAAATTGCCAGTCAG TCACTTAGTCAGTCAGTCAGTCTCTTGGACCACAAACTCACAAACAACAATAGCAATAGG CGATCCAAGGAGGAGGGCGGCCCAGCCACACCCGACTTGGATGTCTGGGTAATCCAATAG CGGCAATTAGAGTGCCGCCCCCGGGGATCCGGAGATCGGGGGATCGAGATCAGAAACGCG GTCACAGTTCCGCAGATCGCCCCAGTGCATTTCCATGCTCCAGTACCAGCTGCAGTGCCA TTACCATCAAACCTCCTCCATGGGCAACTCGTCTAACCGGACCTAGACTCCATCTCTCCG AGGAAATGCCTTTGCCATAGCTCCACTTGAACCCATGCACTGGCAAAAGAATTGGTTCTC AATAGAAGATGGAATGTAGAAATGAAGTATGCCTTAACCTTTTCAAGTGAACGATGTACA CGTTCTGAATAGACTTTTTTCGCTCAGTGTAAGAGGTAGCAGCGCCGTCCGGTTCGATCG GCTACTCCGTAATCCAATTAAAGGAACAATCTACATTTCAATTCAAAACTAATGAAGTGT AGAGAATTCGCAACAAAGGCTGACATGTGTTGATTGTTTCGACGACTGCAGTGCTGGTAT TTGAAAGTCGTGGGTTTCTTCTGACTCCATATAGTCCATACAGACACGTAATACCTGGCT TTTTAAAGCCATTACTAACAAGCTTCCCTGTAGAGCACCCAGAGTTCCAGCTGCACAACT TCCGTCCAGCACAAGCACACATTGTGCGTAGTCCAAACAATTCATTGATTGATTGTCGAT ATGGCGATCAATTAGACAGATTATGGTTTTCATTGATCGCCATCCAGCAGCAGTAGTGAC AAACCCAGGGACAGCTGTCAATGGTCACTTGTATCTACTTCTATATGCACAATATATAAA CGCCGACTTCGATTTCGATTTCTATTCTCGGCAGCACACCATTTTGATTCTCCTACTGCT ACTGGGACTTGTTCTGTGGACCGATTCCTCGCTGGCCGCCCGTCGCCTGAGGAAGAAGCC CAAGGTCTACAACGCTCTCATCACCACCGACGACAACCTGACCTCCAGCCGCGCCTATCC GGTCATCCAGCCCACCATTCACGAGCCGGGCTACGCCCCCTTTGGACCCTACAATCCCTA CGGATTCTACAGTCCGCCGATTGTGAGATTCGGCCAACCGATTGTCCCGGGATTGACGCC AAATGAGAGGgtgagcttatgggtttcattaagttgctaacactgataaacttagcgaaa tatttcgcaagattaaattactgctagctataataagacaatgattaatttaataatagg tatcataaaaagctcactctagaaatctctgactagagcaatgaaccgcactcaaaaaag aaatatagtagtttaaactattgaaaccttaatattacagCTCCCTTACCCTCTGCCATC TGCCGCCCAGTATCCCGCTGGCTATGCTCCATATGAACCCCAACAACCGGTGGAGGCGCC AGTGGAGCAGCAGCCGCAGTCGGCGTCGCCACCCGGAACCGTGGAGCGCCAGGAGATGCC CAAGGAGCAGATGCCAGTGCCGTTGAATCAGCAGGGATTGCCGCCCGTGCTGATACCACT GCCCTCCCAGTTCAGAGGCCAACCCATGCACCTGCCACCGTATCCTTACAGCCAGTATCC AGTGATCTATGACCAAGCGGGCTTCATAAGGCAGAACTACTTGCCGCCGTACGACTACTA TCCCAGCCAGGGTTATCCCCTGCGGGCAGCCACTTTGCCGCGCGCGGAGCAGGAACAGCC ACTGAATCCCGTCCAGAGTCCACCTTCGCCACAGCCACTTCCCCTGGAGAATCTGGAGCC GGCGCAGCCCAGTTTCGAGGACATTCGCAACGGTTCGGAGAGCAAAAACAGCGCGGTGCC GGATGTTCCACCTCCGCCAATACCCTCCGGACCCAAGCGTCCACGGCCCGCGGAACCGGA ACCGGAACCGGAAGCGGAACGCAAACCGGAAACGGACAACTGATTGCGGGCTGACCAAAA TTCCACACACGTATTTATTACCATTTCGCTTAGGCATAATATCGATTCGATTGTACAATG TCGCCTTAACCCGTAAGCTAAAGTAAGAGTTCATTCAGAGATAACGAATAAAAAACATAA AATCGC
