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Sequences
The following sequences are available for this feature:
mRNA from alignment at ACJE01000010.1:2699728..2702263- Legend: polypeptideCDSexon Hold the cursor over a type above to highlight its positions in the sequence below. >ASPNIDRAFT_129928-T1 ID=ASPNIDRAFT_129928-T1|Name=ASPNIDRAFT_129928-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=2536bp|location=Sequence derived from alignment at ACJE01000010.1:2699728..2702263- (Aspergillus niger ATCC 1015)
AGGGCAGATCTGAACGTTTTCGAACTGGCAGACAATCATCCCTTCTATAT
ACCCTCCTCCGCCGCTCCCGACCACCCTGACCCTCCTATCCCCCGCCAAT
CTACATCGTCCCGTCCACTCACTTCCGCTCCGGGCGGCCCTTCCCCGTTT
TTCCTCCAAAGACCAACAGCCAACTACAACTACGGTACAGCGGGCTCTCT
CGGAAACCCGTATTCATCCTCTTCTCGTCGACGGCGCCGTAGTAGTACAC
CGGATACGCCTGAACACACCCTCGAGGGAACAGGAGGTTTCGTGGAGGAT
CGCACGGCAAGCGAGGCCAGGTCTCGAACATCCAGCAGTATTCAGTCACG
CGTCCCATCAGAGGGCCCCGAACCGTACCCCAAGCGCAGGCGCCTGGCAA
ATATGCGCCCGGATGGCATTTCCAGTACGAACGGCTCCTCCCACACGTTA
AATGGCTCAAATGCATCCCCGTCCCAGAAGACAGCTTTCGCCCACTCTCT
GAACGGCCAAACGAGTTTCACAGCCTCCAACGGAGATGTACGCACGAATG
GATCTCAAAAGGCATCAGTCGGCCCTCCGTCATACTATGGTCATGACCGA
GAAGAAGTTACCCGAATCTTGATTCAAGCCCTGTTTGACCTTGGCTATGA
TGGGGCCGCGACGCTTCTAAGCAAAGAGAGTGGATACCAATTGGAGAGCC
CAGCGGTTGCTACGTTTAGGAATGCGGTGTTGGAGGGGCGTTGGACCGAG
GCGGAACATATACTGGTGCAGTCATTCTATCCAGATCGAGGTGGTTGGAG
AAGTAATACCGGCGACCAAGCGTCAAATAGGGAGAAGCTGGTTTTGGTGG
AAGATGCTCAGAAGAACGAAATGCTTTTTTACCTGCGACAGCAAAAATTC
CTCGAATTGTTGGAAGCCCGCGATTTGGCGGCGGCCCTAATAGTTCTGAG
ACATGAACTGACACCTCTAAATTATGACATAGGACGGTTACACGCCCTGT
CCAGGTGAGCACACAATGCTGACAAGCTCTCAGCGGTCCCACGATGAGTG
AAACTGACTTCAGTGCTAGTCTACTCATGTGTCCCCCAGAACACCTCCAC
GACCAGGCCGGCTGGGACGGTCCCATAAGCTCTTCTCGAGAACGTTTGTT
ATCGGAATTGTCTAGTGAGTTCCTGAACCCAGGACTCGGAGCTGTAACAG
TGCACACCGCTAACAACGTCGCAGGGTCAATATCGCCCTCTGTTATGATT
CCGGACAATCGTCTTGCTATTCTGCTGGATCACGTCAAGCAAACACAGAT
CAACCAGTGCTTATACCACAATTCTGCATCACCTCCTTCGTTATATTCAG
ATCACATGTGTGATCGGAAAGACTTTCCTTTGCGAACCGGGATTGAGTTG
AACCAACATTCCGACGAGGTATGGTGGTGCCAGTTCTCGAACGACGGGAC
GAAACTGGTCACTGCCAGCAAAGATCAGACTGTAATCATTTACGAGACCA
GCACCTTCTCTGTGATACAGAAGCTGTTAGGCCATGAGGATGGTGTTGCA
CAGTGTGCATGGAGCCCGGATGACTCGAAGATCATTACCTGTTCGCAGGA
CAAGACCGCCCGCGTATGGAGCGTTGAGGTACAGTGACCCCTTCTCAAGT
TGGAGGACGGTGTTTGTGCTGACAGTTGGCAAAGACTGGTCGTTGCCTTC
TGACCATCAACCACCACCGTCATCCTGTGACAGCTGCAGCGTGGGCTCCA
GATGGAGAGTCTTTTGTAACAGCCGCTCTCGACGTGAGCTCGCAACTCTG
CCATTGGGGCATGCGTGGACAGACCCTATACATGTGGCCCGAAGGCTTCC
GCGTTCAGGATTGTGCTATCACGCCCGATGGCCGGAGACTTATCGCGGCA
GACCTTGATCAAAAGGTCCACGTCTACAACCTTGCGACCCGCGATGAAGA
ATACTGCCTAGCCTTGAAAAGCAAGCCAACCTCTGTTGCTGTTAGCAGGG
ATTCCCGCCACATGCTAATCAACTCTGCCGACGGACAAATACAGCTTGTT
GACATCAACACAACAGACGTTGTTCGCCGATTCTCAGGGCAGAAACAAGG
GCATTTCGTCATTCGCAGTGTCTTTGGTGGTGCGGCGGAGAACTTCATTG
TTAGTGGAAGTGAAGGTGAGCATTATCTGAACACATACCCACCTTCTTTG
GCTAACTGTACTAGATTCTCGTGTTTATATCTTTCACAAAGAAGCCGGCA
CACTTGTGGAGGCTTTAGAGGGGCATGTACGAGGATGTGTAAATTCCATG
TCCTGGAATCCCCGAGACCCAGGAATGTTTGCTTCTGCTGGCGACGACTG
CTTGGTTAGAATGTGAGCAACCGCCCATTCAAAACACTCCCTCCACCCAG
ATAGTCTTTTGACTGACGTATCTCCAGTTGGACACGTGAACGTGACATAC
GACCAAATGTTTCAGCGAGCAAGCACAGGGCAGTATCGACAAGTGGATTC
ACTCGCACCAGCGCTCTGCGTTCAACATCAAGCTTC back to topCoding sequence (CDS) from alignment at ACJE01000010.1:2699728..2702263- >ASPNIDRAFT_129928-T1 ID=ASPNIDRAFT_129928-T1|Name=ASPNIDRAFT_129928-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=12618bp|location=Sequence derived from alignment at ACJE01000010.1:2699728..2702263- (Aspergillus niger ATCC 1015)
TTGGACACGTGAACGTGACATACGACCAAATGTTTCAGCGAGCAAGCACA
GGGCAGTATCGACAAGTGGATTCACTCGCACCAGCGCTCTGCGTTCAACA
TCAAGCTTCAAGCCGGCACACTTGTGGAGGCTTTAGAGGGGCATGTACGA
GGATGTGTAAATTCCATGTCCTGGAATCCCCGAGACCCAGGAATGTTTGC
TTCTGCTGGCGACGACTGCTTGGTTAGAATACTGGTCGTTGCCTTCTGAC
CATCAACCACCACCGTCATCCTGTGACAGCTGCAGCGTGGGCTCCAGATG
GAGAGTCTTTTGTAACAGCCGCTCTCGACGTGAGCTCGCAACTCTGCCAT
TGGGGCATGCGTGGACAGACCCTATACATGTGGCCCGAAGGCTTCCGCGT
TCAGGATTGTGCTATCACGCCCGATGGCCGGAGACTTATCGCGGCAGACC
TTGATCAAAAGGTCCACGTCTACAACCTTGCGACCCGCGATGAAGAATAC
TGCCTAGCCTTGAAAAGCAAGCCAACCTCTGTTGCTGTTAGCAGGGATTC
CCGCCACATGCTAATCAACTCTGCCGACGGACAAATACAGCTTGTTGACA
TCAACACAACAGACGTTGTTCGCCGATTCTCAGGGCAGAAACAAGGGCAT
TTCGTCATTCGCAGTGTCTTTGGTGGTGCGGCGGAGAACTTCATTGTTAG
TGGAAGTGAAGATCAACCAGTGCTTATACCACAATTCTGCATCACCTCCT
TCGTTATATTCAGATCACATGTGTGATCGGAAAGACTTTCCTTTGCGAAC
CGGGATTGAGTTGAACCAACATTCCGACGAGGTATGGTGGTGCCAGTTCT
CGAACGACGGGACGAAACTGGTCACTGCCAGCAAAGATCAGACTGTAATC
ATTTACGAGACCAGCACCTTCTCTGTGATACAGAAGCTGTTAGGCCATGA
GGATGGTGTTGCACAGTGTGCATGGAGCCCGGATGACTCGAAGATCATTA
CCTGTTCGCAGGACAAGACCGCCCGCGTATGGAGCGTTGAGAGTGCTAGT
CTACTCATGTGTCCCCCAGAACACCTCCACGACCAGGCCGGCTGGGACGA
GGGCAGATCTGAACGTTTTCGAACTGGCAGACAATCATCCCTTCTATATA
CCCTCCTCCGCCGCTCCCGACCACCCTGACCCTCCTATCCCCCGCCAATC
TACATCGTCCCGTCCACTCACTTCCGCTCCGGGCGGCCCTTCCCCGTTTT
TCCTCCAAAGACCAACAGCCAACTACAACTACGGTACAGCGGGCTCTCTC
GGAAACCCGTATTCATCCTCTTCTCGTCGACGGCGCCGTAGTAGTACACC
GGATACGCCTGAACACACCCTCGAGGGAACAGGAGGTTTCGTGGAGGATC
GCACGGCAAGCGAGGCCAGGTCTCGAACATCCAGCAGTATTCAGTCACGC
GTCCCATCAGAGGGCCCCGAACCGTACCCCAAGCGCAGGCGCCTGGCAAA
TATGCGCCCGGATGGCATTTCCAGTACGAACGGCTCCTCCCACACGTTAA
ATGGCTCAAATGCATCCCCGTCCCAGAAGACAGCTTTCGCCCACTCTCTG
AACGGCCAAACGAGTTTCACAGCCTCCAACGGAGATGTACGCACGAATGG
ATCTCAAAAGGCATCAGTCGGCCCTCCGTCATACTATGGTCATGACCGAG
AAGAAGTTACCCGAATCTTGATTCAAGCCCTGTTTGACCTTGGCTATGAT
GGGGCCGCGACGCTTCTAAGCAAAGAGAGTGGATACCAATTGGAGAGCCC
AGCGGTTGCTACGTTTAGGAATGCGGTGTTGGAGGGGCGTTGGACCGAGG
CGGAACATATACTGGTGCAGTCATTCTATCCAGATCGAGGTGGTTGGAGA
AGTAATACCGGCGACCAAGCGTCAAATAGGGAGAAGCTGGTTTTGGTGGA
AGATGCTCAGAAGAACGAAATGCTTTTTTACCTGCGACAGCAAAAATTCC
TCGAATTGTTGGAAGCCCGCGATTTGGCGGCGGCCCTAATAGTTCTGAGA
CATGAACTGACACCTCTAAATTATGACATAGGACGGTTACACGCCCTGTC
CAGTTGGACACGTGAACGTGACATACGACCAAATGTTTCAGCGAGCAAGC
ACAGGGCAGTATCGACAAGTGGATTCACTCGCACCAGCGCTCTGCGTTCA
ACATCAAGCTTCAAGCCGGCACACTTGTGGAGGCTTTAGAGGGGCATGTA
CGAGGATGTGTAAATTCCATGTCCTGGAATCCCCGAGACCCAGGAATGTT
TGCTTCTGCTGGCGACGACTGCTTGGTTAGAATACTGGTCGTTGCCTTCT
GACCATCAACCACCACCGTCATCCTGTGACAGCTGCAGCGTGGGCTCCAG
ATGGAGAGTCTTTTGTAACAGCCGCTCTCGACGTGAGCTCGCAACTCTGC
CATTGGGGCATGCGTGGACAGACCCTATACATGTGGCCCGAAGGCTTCCG
CGTTCAGGATTGTGCTATCACGCCCGATGGCCGGAGACTTATCGCGGCAG
ACCTTGATCAAAAGGTCCACGTCTACAACCTTGCGACCCGCGATGAAGAA
TACTGCCTAGCCTTGAAAAGCAAGCCAACCTCTGTTGCTGTTAGCAGGGA
TTCCCGCCACATGCTAATCAACTCTGCCGACGGACAAATACAGCTTGTTG
ACATCAACACAACAGACGTTGTTCGCCGATTCTCAGGGCAGAAACAAGGG
CATTTCGTCATTCGCAGTGTCTTTGGTGGTGCGGCGGAGAACTTCATTGT
TAGTGGAAGTGAAGATCAACCAGTGCTTATACCACAATTCTGCATCACCT
CCTTCGTTATATTCAGATCACATGTGTGATCGGAAAGACTTTCCTTTGCG
AACCGGGATTGAGTTGAACCAACATTCCGACGAGGTATGGTGGTGCCAGT
TCTCGAACGACGGGACGAAACTGGTCACTGCCAGCAAAGATCAGACTGTA
ATCATTTACGAGACCAGCACCTTCTCTGTGATACAGAAGCTGTTAGGCCA
TGAGGATGGTGTTGCACAGTGTGCATGGAGCCCGGATGACTCGAAGATCA
TTACCTGTTCGCAGGACAAGACCGCCCGCGTATGGAGCGTTGAGAGTGCT
AGTCTACTCATGTGTCCCCCAGAACACCTCCACGACCAGGCCGGCTGGGA
CGAGGGCAGATCTGAACGTTTTCGAACTGGCAGACAATCATCCCTTCTAT
ATACCCTCCTCCGCCGCTCCCGACCACCCTGACCCTCCTATCCCCCGCCA
ATCTACATCGTCCCGTCCACTCACTTCCGCTCCGGGCGGCCCTTCCCCGT
TTTTCCTCCAAAGACCAACAGCCAACTACAACTACGGTACAGCGGGCTCT
CTCGGAAACCCGTATTCATCCTCTTCTCGTCGACGGCGCCGTAGTAGTAC
ACCGGATACGCCTGAACACACCCTCGAGGGAACAGGAGGTTTCGTGGAGG
ATCGCACGGCAAGCGAGGCCAGGTCTCGAACATCCAGCAGTATTCAGTCA
CGCGTCCCATCAGAGGGCCCCGAACCGTACCCCAAGCGCAGGCGCCTGGC
AAATATGCGCCCGGATGGCATTTCCAGTACGAACGGCTCCTCCCACACGT
TAAATGGCTCAAATGCATCCCCGTCCCAGAAGACAGCTTTCGCCCACTCT
CTGAACGGCCAAACGAGTTTCACAGCCTCCAACGGAGATGTACGCACGAA
TGGATCTCAAAAGGCATCAGTCGGCCCTCCGTCATACTATGGTCATGACC
GAGAAGAAGTTACCCGAATCTTGATTCAAGCCCTGTTTGACCTTGGCTAT
GATGGGGCCGCGACGCTTCTAAGCAAAGAGAGTGGATACCAATTGGAGAG
CCCAGCGGTTGCTACGTTTAGGAATGCGGTGTTGGAGGGGCGTTGGACCG
AGGCGGAACATATACTGGTGCAGTCATTCTATCCAGATCGAGGTGGTTGG
AGAAGTAATACCGGCGACCAAGCGTCAAATAGGGAGAAGCTGGTTTTGGT
GGAAGATGCTCAGAAGAACGAAATGCTTTTTTACCTGCGACAGCAAAAAT
TCCTCGAATTGTTGGAAGCCCGCGATTTGGCGGCGGCCCTAATAGTTCTG
AGACATGAACTGACACCTCTAAATTATGACATAGGACGGTTACACGCCCT
GTCCAGTTGGACACGTGAACGTGACATACGACCAAATGTTTCAGCGAGCA
AGCACAGGGCAGTATCGACAAGTGGATTCACTCGCACCAGCGCTCTGCGT
TCAACATCAAGCTTCAAGCCGGCACACTTGTGGAGGCTTTAGAGGGGCAT
GTACGAGGATGTGTAAATTCCATGTCCTGGAATCCCCGAGACCCAGGAAT
GTTTGCTTCTGCTGGCGACGACTGCTTGGTTAGAATACTGGTCGTTGCCT
TCTGACCATCAACCACCACCGTCATCCTGTGACAGCTGCAGCGTGGGCTC
CAGATGGAGAGTCTTTTGTAACAGCCGCTCTCGACGTGAGCTCGCAACTC
TGCCATTGGGGCATGCGTGGACAGACCCTATACATGTGGCCCGAAGGCTT
CCGCGTTCAGGATTGTGCTATCACGCCCGATGGCCGGAGACTTATCGCGG
CAGACCTTGATCAAAAGGTCCACGTCTACAACCTTGCGACCCGCGATGAA
GAATACTGCCTAGCCTTGAAAAGCAAGCCAACCTCTGTTGCTGTTAGCAG
GGATTCCCGCCACATGCTAATCAACTCTGCCGACGGACAAATACAGCTTG
TTGACATCAACACAACAGACGTTGTTCGCCGATTCTCAGGGCAGAAACAA
GGGCATTTCGTCATTCGCAGTGTCTTTGGTGGTGCGGCGGAGAACTTCAT
TGTTAGTGGAAGTGAAGATCAACCAGTGCTTATACCACAATTCTGCATCA
CCTCCTTCGTTATATTCAGATCACATGTGTGATCGGAAAGACTTTCCTTT
GCGAACCGGGATTGAGTTGAACCAACATTCCGACGAGGTATGGTGGTGCC
AGTTCTCGAACGACGGGACGAAACTGGTCACTGCCAGCAAAGATCAGACT
GTAATCATTTACGAGACCAGCACCTTCTCTGTGATACAGAAGCTGTTAGG
CCATGAGGATGGTGTTGCACAGTGTGCATGGAGCCCGGATGACTCGAAGA
TCATTACCTGTTCGCAGGACAAGACCGCCCGCGTATGGAGCGTTGAGAGT
GCTAGTCTACTCATGTGTCCCCCAGAACACCTCCACGACCAGGCCGGCTG
GGACGAGGGCAGATCTGAACGTTTTCGAACTGGCAGACAATCATCCCTTC
TATATACCCTCCTCCGCCGCTCCCGACCACCCTGACCCTCCTATCCCCCG
CCAATCTACATCGTCCCGTCCACTCACTTCCGCTCCGGGCGGCCCTTCCC
CGTTTTTCCTCCAAAGACCAACAGCCAACTACAACTACGGTACAGCGGGC
TCTCTCGGAAACCCGTATTCATCCTCTTCTCGTCGACGGCGCCGTAGTAG
TACACCGGATACGCCTGAACACACCCTCGAGGGAACAGGAGGTTTCGTGG
AGGATCGCACGGCAAGCGAGGCCAGGTCTCGAACATCCAGCAGTATTCAG
TCACGCGTCCCATCAGAGGGCCCCGAACCGTACCCCAAGCGCAGGCGCCT
GGCAAATATGCGCCCGGATGGCATTTCCAGTACGAACGGCTCCTCCCACA
CGTTAAATGGCTCAAATGCATCCCCGTCCCAGAAGACAGCTTTCGCCCAC
TCTCTGAACGGCCAAACGAGTTTCACAGCCTCCAACGGAGATGTACGCAC
GAATGGATCTCAAAAGGCATCAGTCGGCCCTCCGTCATACTATGGTCATG
ACCGAGAAGAAGTTACCCGAATCTTGATTCAAGCCCTGTTTGACCTTGGC
TATGATGGGGCCGCGACGCTTCTAAGCAAAGAGAGTGGATACCAATTGGA
GAGCCCAGCGGTTGCTACGTTTAGGAATGCGGTGTTGGAGGGGCGTTGGA
CCGAGGCGGAACATATACTGGTGCAGTCATTCTATCCAGATCGAGGTGGT
TGGAGAAGTAATACCGGCGACCAAGCGTCAAATAGGGAGAAGCTGGTTTT
GGTGGAAGATGCTCAGAAGAACGAAATGCTTTTTTACCTGCGACAGCAAA
AATTCCTCGAATTGTTGGAAGCCCGCGATTTGGCGGCGGCCCTAATAGTT
CTGAGACATGAACTGACACCTCTAAATTATGACATAGGACGGTTACACGC
CCTGTCCAGTTGGACACGTGAACGTGACATACGACCAAATGTTTCAGCGA
GCAAGCACAGGGCAGTATCGACAAGTGGATTCACTCGCACCAGCGCTCTG
CGTTCAACATCAAGCTTCAAGCCGGCACACTTGTGGAGGCTTTAGAGGGG
CATGTACGAGGATGTGTAAATTCCATGTCCTGGAATCCCCGAGACCCAGG
AATGTTTGCTTCTGCTGGCGACGACTGCTTGGTTAGAATACTGGTCGTTG
CCTTCTGACCATCAACCACCACCGTCATCCTGTGACAGCTGCAGCGTGGG
CTCCAGATGGAGAGTCTTTTGTAACAGCCGCTCTCGACGTGAGCTCGCAA
CTCTGCCATTGGGGCATGCGTGGACAGACCCTATACATGTGGCCCGAAGG
CTTCCGCGTTCAGGATTGTGCTATCACGCCCGATGGCCGGAGACTTATCG
CGGCAGACCTTGATCAAAAGGTCCACGTCTACAACCTTGCGACCCGCGAT
GAAGAATACTGCCTAGCCTTGAAAAGCAAGCCAACCTCTGTTGCTGTTAG
CAGGGATTCCCGCCACATGCTAATCAACTCTGCCGACGGACAAATACAGC
TTGTTGACATCAACACAACAGACGTTGTTCGCCGATTCTCAGGGCAGAAA
CAAGGGCATTTCGTCATTCGCAGTGTCTTTGGTGGTGCGGCGGAGAACTT
CATTGTTAGTGGAAGTGAAGATCAACCAGTGCTTATACCACAATTCTGCA
TCACCTCCTTCGTTATATTCAGATCACATGTGTGATCGGAAAGACTTTCC
TTTGCGAACCGGGATTGAGTTGAACCAACATTCCGACGAGGTATGGTGGT
GCCAGTTCTCGAACGACGGGACGAAACTGGTCACTGCCAGCAAAGATCAG
ACTGTAATCATTTACGAGACCAGCACCTTCTCTGTGATACAGAAGCTGTT
AGGCCATGAGGATGGTGTTGCACAGTGTGCATGGAGCCCGGATGACTCGA
AGATCATTACCTGTTCGCAGGACAAGACCGCCCGCGTATGGAGCGTTGAG
AGTGCTAGTCTACTCATGTGTCCCCCAGAACACCTCCACGACCAGGCCGG
CTGGGACGAGGGCAGATCTGAACGTTTTCGAACTGGCAGACAATCATCCC
TTCTATATACCCTCCTCCGCCGCTCCCGACCACCCTGACCCTCCTATCCC
CCGCCAATCTACATCGTCCCGTCCACTCACTTCCGCTCCGGGCGGCCCTT
CCCCGTTTTTCCTCCAAAGACCAACAGCCAACTACAACTACGGTACAGCG
GGCTCTCTCGGAAACCCGTATTCATCCTCTTCTCGTCGACGGCGCCGTAG
TAGTACACCGGATACGCCTGAACACACCCTCGAGGGAACAGGAGGTTTCG
TGGAGGATCGCACGGCAAGCGAGGCCAGGTCTCGAACATCCAGCAGTATT
CAGTCACGCGTCCCATCAGAGGGCCCCGAACCGTACCCCAAGCGCAGGCG
CCTGGCAAATATGCGCCCGGATGGCATTTCCAGTACGAACGGCTCCTCCC
ACACGTTAAATGGCTCAAATGCATCCCCGTCCCAGAAGACAGCTTTCGCC
CACTCTCTGAACGGCCAAACGAGTTTCACAGCCTCCAACGGAGATGTACG
CACGAATGGATCTCAAAAGGCATCAGTCGGCCCTCCGTCATACTATGGTC
ATGACCGAGAAGAAGTTACCCGAATCTTGATTCAAGCCCTGTTTGACCTT
GGCTATGATGGGGCCGCGACGCTTCTAAGCAAAGAGAGTGGATACCAATT
GGAGAGCCCAGCGGTTGCTACGTTTAGGAATGCGGTGTTGGAGGGGCGTT
GGACCGAGGCGGAACATATACTGGTGCAGTCATTCTATCCAGATCGAGGT
GGTTGGAGAAGTAATACCGGCGACCAAGCGTCAAATAGGGAGAAGCTGGT
TTTGGTGGAAGATGCTCAGAAGAACGAAATGCTTTTTTACCTGCGACAGC
AAAAATTCCTCGAATTGTTGGAAGCCCGCGATTTGGCGGCGGCCCTAATA
GTTCTGAGACATGAACTGACACCTCTAAATTATGACATAGGACGGTTACA
CGCCCTGTCCAGTTGGACACGTGAACGTGACATACGACCAAATGTTTCAG
CGAGCAAGCACAGGGCAGTATCGACAAGTGGATTCACTCGCACCAGCGCT
CTGCGTTCAACATCAAGCTTCAAGCCGGCACACTTGTGGAGGCTTTAGAG
GGGCATGTACGAGGATGTGTAAATTCCATGTCCTGGAATCCCCGAGACCC
AGGAATGTTTGCTTCTGCTGGCGACGACTGCTTGGTTAGAATACTGGTCG
TTGCCTTCTGACCATCAACCACCACCGTCATCCTGTGACAGCTGCAGCGT
GGGCTCCAGATGGAGAGTCTTTTGTAACAGCCGCTCTCGACGTGAGCTCG
CAACTCTGCCATTGGGGCATGCGTGGACAGACCCTATACATGTGGCCCGA
AGGCTTCCGCGTTCAGGATTGTGCTATCACGCCCGATGGCCGGAGACTTA
TCGCGGCAGACCTTGATCAAAAGGTCCACGTCTACAACCTTGCGACCCGC
GATGAAGAATACTGCCTAGCCTTGAAAAGCAAGCCAACCTCTGTTGCTGT
TAGCAGGGATTCCCGCCACATGCTAATCAACTCTGCCGACGGACAAATAC
AGCTTGTTGACATCAACACAACAGACGTTGTTCGCCGATTCTCAGGGCAG
AAACAAGGGCATTTCGTCATTCGCAGTGTCTTTGGTGGTGCGGCGGAGAA
CTTCATTGTTAGTGGAAGTGAAGATCAACCAGTGCTTATACCACAATTCT
GCATCACCTCCTTCGTTATATTCAGATCACATGTGTGATCGGAAAGACTT
TCCTTTGCGAACCGGGATTGAGTTGAACCAACATTCCGACGAGGTATGGT
GGTGCCAGTTCTCGAACGACGGGACGAAACTGGTCACTGCCAGCAAAGAT
CAGACTGTAATCATTTACGAGACCAGCACCTTCTCTGTGATACAGAAGCT
GTTAGGCCATGAGGATGGTGTTGCACAGTGTGCATGGAGCCCGGATGACT
CGAAGATCATTACCTGTTCGCAGGACAAGACCGCCCGCGTATGGAGCGTT
GAGAGTGCTAGTCTACTCATGTGTCCCCCAGAACACCTCCACGACCAGGC
CGGCTGGGACGAGGGCAGATCTGAACGTTTTCGAACTGGCAGACAATCAT
CCCTTCTATATACCCTCCTCCGCCGCTCCCGACCACCCTGACCCTCCTAT
CCCCCGCCAATCTACATCGTCCCGTCCACTCACTTCCGCTCCGGGCGGCC
CTTCCCCGTTTTTCCTCCAAAGACCAACAGCCAACTACAACTACGGTACA
GCGGGCTCTCTCGGAAACCCGTATTCATCCTCTTCTCGTCGACGGCGCCG
TAGTAGTACACCGGATACGCCTGAACACACCCTCGAGGGAACAGGAGGTT
TCGTGGAGGATCGCACGGCAAGCGAGGCCAGGTCTCGAACATCCAGCAGT
ATTCAGTCACGCGTCCCATCAGAGGGCCCCGAACCGTACCCCAAGCGCAG
GCGCCTGGCAAATATGCGCCCGGATGGCATTTCCAGTACGAACGGCTCCT
CCCACACGTTAAATGGCTCAAATGCATCCCCGTCCCAGAAGACAGCTTTC
GCCCACTCTCTGAACGGCCAAACGAGTTTCACAGCCTCCAACGGAGATGT
ACGCACGAATGGATCTCAAAAGGCATCAGTCGGCCCTCCGTCATACTATG
GTCATGACCGAGAAGAAGTTACCCGAATCTTGATTCAAGCCCTGTTTGAC
CTTGGCTATGATGGGGCCGCGACGCTTCTAAGCAAAGAGAGTGGATACCA
ATTGGAGAGCCCAGCGGTTGCTACGTTTAGGAATGCGGTGTTGGAGGGGC
GTTGGACCGAGGCGGAACATATACTGGTGCAGTCATTCTATCCAGATCGA
GGTGGTTGGAGAAGTAATACCGGCGACCAAGCGTCAAATAGGGAGAAGCT
GGTTTTGGTGGAAGATGCTCAGAAGAACGAAATGCTTTTTTACCTGCGAC
AGCAAAAATTCCTCGAATTGTTGGAAGCCCGCGATTTGGCGGCGGCCCTA
ATAGTTCTGAGACATGAACTGACACCTCTAAATTATGACATAGGACGGTT
ACACGCCCTGTCCAGTTGGACACGTGAACGTGACATACGACCAAATGTTT
CAGCGAGCAAGCACAGGGCAGTATCGACAAGTGGATTCACTCGCACCAGC
GCTCTGCGTTCAACATCAAGCTTCAAGCCGGCACACTTGTGGAGGCTTTA
GAGGGGCATGTACGAGGATGTGTAAATTCCATGTCCTGGAATCCCCGAGA
CCCAGGAATGTTTGCTTCTGCTGGCGACGACTGCTTGGTTAGAATACTGG
TCGTTGCCTTCTGACCATCAACCACCACCGTCATCCTGTGACAGCTGCAG
CGTGGGCTCCAGATGGAGAGTCTTTTGTAACAGCCGCTCTCGACGTGAGC
TCGCAACTCTGCCATTGGGGCATGCGTGGACAGACCCTATACATGTGGCC
CGAAGGCTTCCGCGTTCAGGATTGTGCTATCACGCCCGATGGCCGGAGAC
TTATCGCGGCAGACCTTGATCAAAAGGTCCACGTCTACAACCTTGCGACC
CGCGATGAAGAATACTGCCTAGCCTTGAAAAGCAAGCCAACCTCTGTTGC
TGTTAGCAGGGATTCCCGCCACATGCTAATCAACTCTGCCGACGGACAAA
TACAGCTTGTTGACATCAACACAACAGACGTTGTTCGCCGATTCTCAGGG
CAGAAACAAGGGCATTTCGTCATTCGCAGTGTCTTTGGTGGTGCGGCGGA
GAACTTCATTGTTAGTGGAAGTGAAGATCAACCAGTGCTTATACCACAAT
TCTGCATCACCTCCTTCGTTATATTCAGATCACATGTGTGATCGGAAAGA
CTTTCCTTTGCGAACCGGGATTGAGTTGAACCAACATTCCGACGAGGTAT
GGTGGTGCCAGTTCTCGAACGACGGGACGAAACTGGTCACTGCCAGCAAA
GATCAGACTGTAATCATTTACGAGACCAGCACCTTCTCTGTGATACAGAA
GCTGTTAGGCCATGAGGATGGTGTTGCACAGTGTGCATGGAGCCCGGATG
ACTCGAAGATCATTACCTGTTCGCAGGACAAGACCGCCCGCGTATGGAGC
GTTGAGAGTGCTAGTCTACTCATGTGTCCCCCAGAACACCTCCACGACCA
GGCCGGCTGGGACGAGGGCAGATCTGAACGTTTTCGAACTGGCAGACAAT
CATCCCTTCTATATACCCTCCTCCGCCGCTCCCGACCACCCTGACCCTCC
TATCCCCCGCCAATCTACATCGTCCCGTCCACTCACTTCCGCTCCGGGCG
GCCCTTCCCCGTTTTTCCTCCAAAGACCAACAGCCAACTACAACTACGGT
ACAGCGGGCTCTCTCGGAAACCCGTATTCATCCTCTTCTCGTCGACGGCG
CCGTAGTAGTACACCGGATACGCCTGAACACACCCTCGAGGGAACAGGAG
GTTTCGTGGAGGATCGCACGGCAAGCGAGGCCAGGTCTCGAACATCCAGC
AGTATTCAGTCACGCGTCCCATCAGAGGGCCCCGAACCGTACCCCAAGCG
CAGGCGCCTGGCAAATATGCGCCCGGATGGCATTTCCAGTACGAACGGCT
CCTCCCACACGTTAAATGGCTCAAATGCATCCCCGTCCCAGAAGACAGCT
TTCGCCCACTCTCTGAACGGCCAAACGAGTTTCACAGCCTCCAACGGAGA
TGTACGCACGAATGGATCTCAAAAGGCATCAGTCGGCCCTCCGTCATACT
ATGGTCATGACCGAGAAGAAGTTACCCGAATCTTGATTCAAGCCCTGTTT
GACCTTGGCTATGATGGGGCCGCGACGCTTCTAAGCAAAGAGAGTGGATA
CCAATTGGAGAGCCCAGCGGTTGCTACGTTTAGGAATGCGGTGTTGGAGG
GGCGTTGGACCGAGGCGGAACATATACTGGTGCAGTCATTCTATCCAGAT
CGAGGTGGTTGGAGAAGTAATACCGGCGACCAAGCGTCAAATAGGGAGAA
GCTGGTTTTGGTGGAAGATGCTCAGAAGAACGAAATGCTTTTTTACCTGC
GACAGCAAAAATTCCTCGAATTGTTGGAAGCCCGCGATTTGGCGGCGGCC
CTAATAGTTCTGAGACATGAACTGACACCTCTAAATTATGACATAGGACG
GTTACACGCCCTGTCCAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0005515 | protein binding |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following exon feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| Note | BUSCO:EOG0926312D |
| DBxref | InterPro:IPR036322 |
| DBxref | InterPro:IPR017986 |
| DBxref | InterPro:IPR015943 |
| DBxref | InterPro:IPR006595 |
| DBxref | InterPro:IPR001680 |
| DBxref | PFAM:PF00400 |
| Product | hypothetical protein |
Analyses
This mRNA is derived from or has results from the following analyses
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| ACJE01000010.1 | supercontig | ACJE01000010.1:2699728..2702263 - |
|
