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ASPNIDRAFT_37666-T1, ASPNIDRAFT_37666-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_37666-T1
Unique NameASPNIDRAFT_37666-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000021.1:3270996..3274662-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_37666-T1 ID=ASPNIDRAFT_37666-T1|Name=ASPNIDRAFT_37666-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=3667bp|location=Sequence derived from alignment at ACJE01000021.1:3270996..3274662- (Aspergillus niger ATCC 1015)
ATGTCGATGCTTCTCGGTGTCCGCGGAACACGAGATCAGTCATCCTACAT
TGGTGGAAGGGACTACGGTGTATAAGAAGTAATATATTTACTTTGGAGCC
AGCACCCAAGAGTTATACTACTTCTAGCTTCATCCTTATATTAATCTCCA
TAATATATCTCCGAACTTCTTAGTTTTCTGGCAAAAAGAGATGAGAGACG
CTGAGCGCATTCCTGGGCCGACACGTAAGCCAACCCATGAGCAGCTCGAT
CCCGCAAACACTCGTTCCAATTTGATACCTGTACTAAATATACGTCTATT
AAGCCCTGCCGGTGGTGGGAAATCTATTCGACATCGATCTTGAGCATGTT
CTGCAATCCGTCATTGGATTAGCAAACAAATATGGTATATATCCCTAATC
ATGCATATCTGGTAGGATATGATAGAAAAGACGCATCTTTAACCTCTCAT
ATAGGACCCCTCTTCCAAATCACTATCAATGGTGAAAAGCAGATCTTTGC
GACTAGCCAGGCCCTGGTAGACGAGCTCTGTGACGAGTCGCGCTTCCACA
AAGCCGTAGCCTCTGGCCTCGAGAATTTACGAATGCTGGCCCACGATGGT
CTCTTCACAGCCTACCATGGAGAGCGCGGCTGGGGGATTGCTCATCGCAT
TCTAGTGCCTGCCTTTGGCCCGCTGCGTATCCAGAGCATGTTCGACGATA
TGGGCGATTTAGCGCAACAGCTATGTTTGAAGTGGTGGGTGCTTCTGGAT
ATTGATAACAGGAAATTAGATGAAACTAATTATTTTGTTTCCTTTCGTTG
TCGATGCAGGGCCCGCCAGGGAGCTTCAAACAGTATCAACATCACCGATG
ATTTCACACGCCTCACTTTAGACACTATTGCCCTTTGCACTATGGACTTC
CGGCTGAACAGCTTTTATAATAACGACACTATGCACCCATTTGTCGAATC
CATGTTGTACGTACTGAGGGAAGCAGATGTTCAGTCTGCGCTTCCCGGGA
TTGCAAACTCGGTACGCATAATGGCGCATCGGCGCATGTTGAAGAACATT
GAGGCGATGAGAACTATAGCTCGCGACATTATACACGACCGCAGAAAGAA
AGAGAATCCCGCCGACGACCTTCTGAACACGTTATTGAACGGGCGGGACC
CAGTCACCGGAGAAGGCATGAGCGATGAGTCGATCATCGACAACGTCATC
ACGTTCTTGGTTGCGGGTCACGAAACAACCTCCGGCCTGCTATCCTTTAC
ATTTTATTATCTGGTACAACACCCAGACATCTTGAAGAAGGCCCAGAAAG
AAGTGGACGAGACCGTCGGCCAGGCCCAGATCTCGGTGCAACACCTCGCA
GAGCTTCCGTACATAGATGCCATACTGAAAGAGAGTCTGCGCATGATGCC
TACTGCCCCGGGCTTCACCGTCACTCCGAAGAAAGCAGAGACTCTGGGCG
GGAAATGGTTGTTGAATGCCGGCCAGCCTATCAATGTGCTGCTGCCTGCC
TGTCTGCGAGACCGGAGTATTTTCGGGCCCAACGCAGACGAGTTCAGTCC
GGAACGCATGTTGGCAGAGAATTTCTCTAAGCTCCCACCCAATTCTTGGA
AGCCTTTCGGCAATGGCGAGCGGAGCTGCATTGGCAGGGCCTTCGCTTGG
CAGGAAGCCCAGCTGGTGGTTGCGATGATCCTTCAAAACTTCGATTTGGT
GCCTGACGATCCGTCCTACACCCTGCGCATTAAAGAGACTCTCACCATCA
AGCCCGATGGGTTCCGAGTCCGAGCCACACTACGCCACCGCCAAACTGCC
ACCGGGCTATTCCAACACACTCTGTCGGCGCGCAATGATACGAGCTTAGC
GTCGTCATCGGCTCATTTCATCAAGAAAAGCGAGGATCAGGCACCGGCGG
GAGGACGACCAATTTGCTTCTTCTACGGCTCTAATAGTGGAACTTGCAAG
GCTCTCGCCCATCGTTTGGCATCGGACTTGATGCCCTATGGCTTTACTGA
TCAGAAGCTTGCCGTCCTCGATACTGCTGTCGACAATCTGCCGAGAGATC
AGCCGGTTATTATTTTGACGACAACGTACGATGGTCAACCCACGGACGAT
GCAAAGAAGTTTGTCGCCTGGCTCGAAAGCGGCAAAGTACCGGCTCTCCA
AGGCATATCGTACGCAGTCTTCGGCTGCGGTCACCATGACTGGACTCAAA
CATTCTATCGTATCCCGACTTTGATTGATGAACTGATGCACAAGGCCGGA
GCCACACGCCTTGCACCACGAGGGACAGCCAATGCTGCTGTCAGCGATCT
ATTCTCGGATCTCGAAGCGTGGGAAGAGACAAGCCTGCTGCCCGCCCTTC
GTGAAACATTTCTTCTGTCTAGCAGCAGCGACTTGGAGCCCCGCAACCTG
CACCAGTTACAGATCAGCCTCAGTAAACCCAGGAGGATCGATCTGCACAA
AGACCTTATGGAGGCAAGAGTGACTACTGTTCGAATACTAACTAACCCCG
ACACCCCAGAGAAGCGACATATTGAATTCCGTTTCCAGGGAGACACCACC
TTGCGCCCAGGTGATCATGTCAATGTTCTCCCAGTCAATCCGCCAAGCAC
GGTCCTGAGAGTGCTGGCGCAGTTCAATCTTGCTCCGGACTACAGCATCA
CCATCAATTCGTTCAACACGCTGGGTCTGCCTCAGGCCACACCGGTGTCG
GCATCTGAGCTGTTTAGCGCCTATGTGGAGCTATCCCAACCAGCCACACG
TAATGTACGTAATGACGAGCATTTTCCTCGACCCGGAAGAACCTAGCTAA
TTGAAGATATCCCAGAACCTCAGAATTCTCGCGGCAACCGCACAGTCAGA
TGAAGACAAACAAGAGTTAATCCATTTGCAGGATTCATACGATTCGCTCG
TCCGGGACAAACGCGTCTCGGTCTTGGATCTCCTCGAACAGTTCCCCTCC
GTCTCCCTTCCCATCGCCGCATTTATCTCCATGCTCCCGGCTCTGCGCTT
GCGGACCTATTCTCTCTCCCTGGCCCCCTCCTTCAAACCCTCCCACGGTT
CTCTCACATTTTCGGTGGTCAATGAGCCGGCAAGAAACGGCAACAGGCGA
TATCTGGGTGTCGGGTCGAATTACCTTGCGTCGCTCACACCAGGGTCTAT
TCTTTACTTATCTCCACGGCCAGCCAAGGAGGCATTCCATCTACCGGTAG
ACCAATCCAGAATACCCATCATAATGATCTGCGCGGGTAGTGGTCTGGCC
CCTTTCCTTAGCTTCATACAAGACCGCATGATCTGGCAACAGCAGGACAA
ACCACTGGCGAGGGCATTGTTGTTCTTTGGCTGTGGTGGGCGATTTTTGG
ATGACCTTTACCATGAGGAACTATCTGAGTTCGAAGCTGCAGGAGTGGTT
GATGTTCGGAGAGCATACAGTAAAGTCCTAGATTATGATATGGCGAGGGG
ATGCAAATACGTGCAAGACCGGCTGGTGGCGGAAGCTAATGCTATCCGGC
ATCTTTGGGCTCAAGATGCCACGATCTATGTCTGCGGCTCTGCAGATATG
GCCAAGGGGGTCGAGGGAGTGTTGGAAAAACTGTTGGGAATGCTGCCCAG
GGAGCGATATGTTACGGAGATATATCAAATGCAAACACGCGATAACGTAT
CTGAATGGCTGATCTAA
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Coding sequence (CDS) from alignment at ACJE01000021.1:3270996..3274662-

>ASPNIDRAFT_37666-T1 ID=ASPNIDRAFT_37666-T1|Name=ASPNIDRAFT_37666-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=12816bp|location=Sequence derived from alignment at ACJE01000021.1:3270996..3274662- (Aspergillus niger ATCC 1015)
GATTCATACGATTCGCTCGTCCGGGACAAACGCGTCTCGGTCTTGGATCT
CCTCGAACAGTTCCCCTCCGTCTCCCTTCCCATCGCCGCATTTATCTCCA
TGCTCCCGGCTCTGCGCTTGCGGACCTATTCTCTCTCCCTGGCCCCCTCC
TTCAAACCCTCCCACGGTTCTCTCACATTTTCGGTGGTCAATGAGCCGGC
AAGAAACGGCAACAGGCGATATCTGGGTGTCGGGTCGAATTACCTTGCGT
CGCTCACACCAGGGTCTATTCTTTACTTATCTCCACGGCCAGCCAAGGAG
GCATTCCATCTACCGGTAGACCAATCCAGAATACCCATCATAATGATCTG
CGCGGGTAGTGGTCTGGCCCCTTTCCTTAGCTTCATACAAGACCGCATGA
TCTGGCAACAGCAGGACAAACCACTGGCGAGGGCATTGTTGTTCTTTGGC
TGTGGTGGGCGATTTTTGGATGACCTTTACCATGAGGAACTATCTGAGTT
CGAAGCTGCAGGAGTGGTTGATGTTCGGAGAGCATACAGTAAAGTCCTAG
ATTATGATATGGCGAGGGGATGCAAATACGTGCAAGACCGGCTGGTGGCG
GAAGCTAATGCTATCCGGCATCTTTGGGCTCAAGATGCCACGATCTATGT
CTGCGGCTCTGCAGATATGGCCAAGGGGGTCGAGGGAGTGTTGGAAAAAC
TGTTGGGAATGCTGCCCAGGGAGCGATATGTTACGGAGATATATCAAATG
CAAACACGCGATAACGTATCTGAATGGCTGATCTAAGACCCCTCTTCCAA
ATCACTATCAATGGTGAAAAGCAGATCTTTGCGACTAGCCAGGCCCTGGT
AGACGAGCTCTGTGACGAGTCGCGCTTCCACAAAGCCGTAGCCTCTGGCC
TCGAGAATTTACGAATGCTGGCCCACGATGGTCTCTTCACAGCCTACCAT
GGAGAGCGCGGCTGGGGGATTGCTCATCGCATTCTAGTGCCTGCCTTTGG
CCCGCTGCGTATCCAGAGCATGTTCGACGATATGGGCGATTTAGCGCAAC
AGCTATGTTTGAAGTGGTGGGTGCTTCTGGATATTGATAACAGGAAATTA
GATGAAACTAATTATTTTGTTTCCTTTCGTTGTCGATGCAGGGCCCGCCA
GGGAGCTTCAAACAGTATCAACATCACCGATGATTTCACACGCCTCACTT
TAGACACTATTGCCCTTTGCACTATGGACTTCCGGCTGAACAGCTTTTAT
AATAACGACACTATGCACCCATTTGTCGAATCCATGTTGTACGTACTGAG
GGAAGCAGATGTTCAGTCTGCGCTTCCCGGGATTGCAAACTCGGTACGCA
TAATGGCGCATCGGCGCATGTTGAAGAACATTGAGGCGATGAGAACTATA
GCTCGCGACATTATACACGACCGCAGAAAGAAAGAGAATCCCGCCGACGA
CCTTCTGAACACGTTATTGAACGGGCGGGACCCAGTCACCGGAGAAGGCA
TGAGCGATGAGTCGATCATCGACAACGTCATCACGTTCTTGGTTGCGGGT
CACGAAACAACCTCCGGCCTGCTATCCTTTACATTTTATTATCTGGTACA
ACACCCAGACATCTTGAAGAAGGCCCAGAAAGAAGTGGACGAGACCGTCG
GCCAGGCCCAGATCTCGGTGCAACACCTCGCAGAGCTTCCGTACATAGAT
GCCATACTGAAAGAGAGTCTGCGCATGATGCCTACTGCCCCGGGCTTCAC
CGTCACTCCGAAGAAAGCAGAGACTCTGGGCGGGAAATGGTTGTTGAATG
CCGGCCAGCCTATCAATGTGCTGCTGCCTGCCTGTCTGCGAGACCGGAGT
ATTTTCGGGCCCAACGCAGACGAGTTCAGTCCGGAACGCATGTTGGCAGA
GAATTTCTCTAAGCTCCCACCCAATTCTTGGAAGCCTTTCGGCAATGGCG
AGCGGAGCTGCATTGGCAGGGCCTTCGCTTGGCAGGAAGCCCAGCTGGTG
GTTGCGATGATCCTTCAAAACTTCGATTTGGTGCCTGACGATCCGTCCTA
CACCCTGCGCATTAAAGAGACTCTCACCATCAAGCCCGATGGGTTCCGAG
TCCGAGCCACACTACGCCACCGCCAAACTGCCACCGGGCTATTCCAACAC
ACTCTGTCGGCGCGCAATGATACGAGCTTAGCGTCGTCATCGGCTCATTT
CATCAAGAAAAGCGAGGATCAGGCACCGGCGGGAGGACGACCAATTTGCT
TCTTCTACGGCTCTAATAGTGGAACTTGCAAGGCTCTCGCCCATCGTTTG
GCATCGGACTTGATGCCCTATGGCTTTACTGATCAGAAGCTTGCCGTCCT
CGATACTGCTGTCGACAATCTGCCGAGAGATCAGCCGGTTATTATTTTGA
CGACAACGTACGATGGTCAACCCACGGACGATGCAAAGAAGTTTGTCGCC
TGGCTCGAAAGCGGCAAAGTACCGGCTCTCCAAGGCATATCGTACGCAGT
CTTCGGCTGCGGTCACCATGACTGGACTCAAACATTCTATCGTATCCCGA
CTTTGATTGATGAACTGATGCACAAGGCCGGAGCCACACGCCTTGCACCA
CGAGGGACAGCCAATGCTGCTGTCAGCGATCTATTCTCGGATCTCGAAGC
GTGGGAAGAGACAAGCCTGCTGCCCGCCCTTCGTGAAACATTTCTTCTGT
CTAGCAGCAGCGACTTGGAGCCCCGCAACCTGCACCAGTTACAGATCAGC
CTCAGTAAACCCAGGAGGATCGATCTGCACAAAGACCTTATGGAGGCAAG
AGTGACTACTGTTCGAATACTAACTAACCCCGACACCCCAGAGAAGCGAC
ATATTGAATTCCGTTTCCAGGGAGACACCACCTTGCGCCCAGGTGATCAT
GTCAATGTTCTCCCAGTCAATCCGCCAAGCACGGTCCTGAGAGTGCTGGC
GCAGTTCAATCTTGCTCCGGACTACAGCATCACCATCAATTCGTTCAACA
CGCTGGGTCTGCCTCAGGCCACACCGGTGTCGGCATCTGAGCTGTTTAGC
GCCTATGTGGAGCTATCCCAACCAGCCACACGTAATTTTTCTGGCAAAAA
GAGATGAGAGACGCTGAGCGCATTCCTGGGCCGACACATGTCGATGCTTC
TCGGTGTCCGCGGAACACGAGATCAGTCATCCTACATTGGTGGAAGGGAC
TACGGATTCATACGATTCGCTCGTCCGGGACAAACGCGTCTCGGTCTTGG
ATCTCCTCGAACAGTTCCCCTCCGTCTCCCTTCCCATCGCCGCATTTATC
TCCATGCTCCCGGCTCTGCGCTTGCGGACCTATTCTCTCTCCCTGGCCCC
CTCCTTCAAACCCTCCCACGGTTCTCTCACATTTTCGGTGGTCAATGAGC
CGGCAAGAAACGGCAACAGGCGATATCTGGGTGTCGGGTCGAATTACCTT
GCGTCGCTCACACCAGGGTCTATTCTTTACTTATCTCCACGGCCAGCCAA
GGAGGCATTCCATCTACCGGTAGACCAATCCAGAATACCCATCATAATGA
TCTGCGCGGGTAGTGGTCTGGCCCCTTTCCTTAGCTTCATACAAGACCGC
ATGATCTGGCAACAGCAGGACAAACCACTGGCGAGGGCATTGTTGTTCTT
TGGCTGTGGTGGGCGATTTTTGGATGACCTTTACCATGAGGAACTATCTG
AGTTCGAAGCTGCAGGAGTGGTTGATGTTCGGAGAGCATACAGTAAAGTC
CTAGATTATGATATGGCGAGGGGATGCAAATACGTGCAAGACCGGCTGGT
GGCGGAAGCTAATGCTATCCGGCATCTTTGGGCTCAAGATGCCACGATCT
ATGTCTGCGGCTCTGCAGATATGGCCAAGGGGGTCGAGGGAGTGTTGGAA
AAACTGTTGGGAATGCTGCCCAGGGAGCGATATGTTACGGAGATATATCA
AATGCAAACACGCGATAACGTATCTGAATGGCTGATCTAAGACCCCTCTT
CCAAATCACTATCAATGGTGAAAAGCAGATCTTTGCGACTAGCCAGGCCC
TGGTAGACGAGCTCTGTGACGAGTCGCGCTTCCACAAAGCCGTAGCCTCT
GGCCTCGAGAATTTACGAATGCTGGCCCACGATGGTCTCTTCACAGCCTA
CCATGGAGAGCGCGGCTGGGGGATTGCTCATCGCATTCTAGTGCCTGCCT
TTGGCCCGCTGCGTATCCAGAGCATGTTCGACGATATGGGCGATTTAGCG
CAACAGCTATGTTTGAAGTGGTGGGTGCTTCTGGATATTGATAACAGGAA
ATTAGATGAAACTAATTATTTTGTTTCCTTTCGTTGTCGATGCAGGGCCC
GCCAGGGAGCTTCAAACAGTATCAACATCACCGATGATTTCACACGCCTC
ACTTTAGACACTATTGCCCTTTGCACTATGGACTTCCGGCTGAACAGCTT
TTATAATAACGACACTATGCACCCATTTGTCGAATCCATGTTGTACGTAC
TGAGGGAAGCAGATGTTCAGTCTGCGCTTCCCGGGATTGCAAACTCGGTA
CGCATAATGGCGCATCGGCGCATGTTGAAGAACATTGAGGCGATGAGAAC
TATAGCTCGCGACATTATACACGACCGCAGAAAGAAAGAGAATCCCGCCG
ACGACCTTCTGAACACGTTATTGAACGGGCGGGACCCAGTCACCGGAGAA
GGCATGAGCGATGAGTCGATCATCGACAACGTCATCACGTTCTTGGTTGC
GGGTCACGAAACAACCTCCGGCCTGCTATCCTTTACATTTTATTATCTGG
TACAACACCCAGACATCTTGAAGAAGGCCCAGAAAGAAGTGGACGAGACC
GTCGGCCAGGCCCAGATCTCGGTGCAACACCTCGCAGAGCTTCCGTACAT
AGATGCCATACTGAAAGAGAGTCTGCGCATGATGCCTACTGCCCCGGGCT
TCACCGTCACTCCGAAGAAAGCAGAGACTCTGGGCGGGAAATGGTTGTTG
AATGCCGGCCAGCCTATCAATGTGCTGCTGCCTGCCTGTCTGCGAGACCG
GAGTATTTTCGGGCCCAACGCAGACGAGTTCAGTCCGGAACGCATGTTGG
CAGAGAATTTCTCTAAGCTCCCACCCAATTCTTGGAAGCCTTTCGGCAAT
GGCGAGCGGAGCTGCATTGGCAGGGCCTTCGCTTGGCAGGAAGCCCAGCT
GGTGGTTGCGATGATCCTTCAAAACTTCGATTTGGTGCCTGACGATCCGT
CCTACACCCTGCGCATTAAAGAGACTCTCACCATCAAGCCCGATGGGTTC
CGAGTCCGAGCCACACTACGCCACCGCCAAACTGCCACCGGGCTATTCCA
ACACACTCTGTCGGCGCGCAATGATACGAGCTTAGCGTCGTCATCGGCTC
ATTTCATCAAGAAAAGCGAGGATCAGGCACCGGCGGGAGGACGACCAATT
TGCTTCTTCTACGGCTCTAATAGTGGAACTTGCAAGGCTCTCGCCCATCG
TTTGGCATCGGACTTGATGCCCTATGGCTTTACTGATCAGAAGCTTGCCG
TCCTCGATACTGCTGTCGACAATCTGCCGAGAGATCAGCCGGTTATTATT
TTGACGACAACGTACGATGGTCAACCCACGGACGATGCAAAGAAGTTTGT
CGCCTGGCTCGAAAGCGGCAAAGTACCGGCTCTCCAAGGCATATCGTACG
CAGTCTTCGGCTGCGGTCACCATGACTGGACTCAAACATTCTATCGTATC
CCGACTTTGATTGATGAACTGATGCACAAGGCCGGAGCCACACGCCTTGC
ACCACGAGGGACAGCCAATGCTGCTGTCAGCGATCTATTCTCGGATCTCG
AAGCGTGGGAAGAGACAAGCCTGCTGCCCGCCCTTCGTGAAACATTTCTT
CTGTCTAGCAGCAGCGACTTGGAGCCCCGCAACCTGCACCAGTTACAGAT
CAGCCTCAGTAAACCCAGGAGGATCGATCTGCACAAAGACCTTATGGAGG
CAAGAGTGACTACTGTTCGAATACTAACTAACCCCGACACCCCAGAGAAG
CGACATATTGAATTCCGTTTCCAGGGAGACACCACCTTGCGCCCAGGTGA
TCATGTCAATGTTCTCCCAGTCAATCCGCCAAGCACGGTCCTGAGAGTGC
TGGCGCAGTTCAATCTTGCTCCGGACTACAGCATCACCATCAATTCGTTC
AACACGCTGGGTCTGCCTCAGGCCACACCGGTGTCGGCATCTGAGCTGTT
TAGCGCCTATGTGGAGCTATCCCAACCAGCCACACGTAATTTTTCTGGCA
AAAAGAGATGAGAGACGCTGAGCGCATTCCTGGGCCGACACATGTCGATG
CTTCTCGGTGTCCGCGGAACACGAGATCAGTCATCCTACATTGGTGGAAG
GGACTACGGATTCATACGATTCGCTCGTCCGGGACAAACGCGTCTCGGTC
TTGGATCTCCTCGAACAGTTCCCCTCCGTCTCCCTTCCCATCGCCGCATT
TATCTCCATGCTCCCGGCTCTGCGCTTGCGGACCTATTCTCTCTCCCTGG
CCCCCTCCTTCAAACCCTCCCACGGTTCTCTCACATTTTCGGTGGTCAAT
GAGCCGGCAAGAAACGGCAACAGGCGATATCTGGGTGTCGGGTCGAATTA
CCTTGCGTCGCTCACACCAGGGTCTATTCTTTACTTATCTCCACGGCCAG
CCAAGGAGGCATTCCATCTACCGGTAGACCAATCCAGAATACCCATCATA
ATGATCTGCGCGGGTAGTGGTCTGGCCCCTTTCCTTAGCTTCATACAAGA
CCGCATGATCTGGCAACAGCAGGACAAACCACTGGCGAGGGCATTGTTGT
TCTTTGGCTGTGGTGGGCGATTTTTGGATGACCTTTACCATGAGGAACTA
TCTGAGTTCGAAGCTGCAGGAGTGGTTGATGTTCGGAGAGCATACAGTAA
AGTCCTAGATTATGATATGGCGAGGGGATGCAAATACGTGCAAGACCGGC
TGGTGGCGGAAGCTAATGCTATCCGGCATCTTTGGGCTCAAGATGCCACG
ATCTATGTCTGCGGCTCTGCAGATATGGCCAAGGGGGTCGAGGGAGTGTT
GGAAAAACTGTTGGGAATGCTGCCCAGGGAGCGATATGTTACGGAGATAT
ATCAAATGCAAACACGCGATAACGTATCTGAATGGCTGATCTAAGACCCC
TCTTCCAAATCACTATCAATGGTGAAAAGCAGATCTTTGCGACTAGCCAG
GCCCTGGTAGACGAGCTCTGTGACGAGTCGCGCTTCCACAAAGCCGTAGC
CTCTGGCCTCGAGAATTTACGAATGCTGGCCCACGATGGTCTCTTCACAG
CCTACCATGGAGAGCGCGGCTGGGGGATTGCTCATCGCATTCTAGTGCCT
GCCTTTGGCCCGCTGCGTATCCAGAGCATGTTCGACGATATGGGCGATTT
AGCGCAACAGCTATGTTTGAAGTGGTGGGTGCTTCTGGATATTGATAACA
GGAAATTAGATGAAACTAATTATTTTGTTTCCTTTCGTTGTCGATGCAGG
GCCCGCCAGGGAGCTTCAAACAGTATCAACATCACCGATGATTTCACACG
CCTCACTTTAGACACTATTGCCCTTTGCACTATGGACTTCCGGCTGAACA
GCTTTTATAATAACGACACTATGCACCCATTTGTCGAATCCATGTTGTAC
GTACTGAGGGAAGCAGATGTTCAGTCTGCGCTTCCCGGGATTGCAAACTC
GGTACGCATAATGGCGCATCGGCGCATGTTGAAGAACATTGAGGCGATGA
GAACTATAGCTCGCGACATTATACACGACCGCAGAAAGAAAGAGAATCCC
GCCGACGACCTTCTGAACACGTTATTGAACGGGCGGGACCCAGTCACCGG
AGAAGGCATGAGCGATGAGTCGATCATCGACAACGTCATCACGTTCTTGG
TTGCGGGTCACGAAACAACCTCCGGCCTGCTATCCTTTACATTTTATTAT
CTGGTACAACACCCAGACATCTTGAAGAAGGCCCAGAAAGAAGTGGACGA
GACCGTCGGCCAGGCCCAGATCTCGGTGCAACACCTCGCAGAGCTTCCGT
ACATAGATGCCATACTGAAAGAGAGTCTGCGCATGATGCCTACTGCCCCG
GGCTTCACCGTCACTCCGAAGAAAGCAGAGACTCTGGGCGGGAAATGGTT
GTTGAATGCCGGCCAGCCTATCAATGTGCTGCTGCCTGCCTGTCTGCGAG
ACCGGAGTATTTTCGGGCCCAACGCAGACGAGTTCAGTCCGGAACGCATG
TTGGCAGAGAATTTCTCTAAGCTCCCACCCAATTCTTGGAAGCCTTTCGG
CAATGGCGAGCGGAGCTGCATTGGCAGGGCCTTCGCTTGGCAGGAAGCCC
AGCTGGTGGTTGCGATGATCCTTCAAAACTTCGATTTGGTGCCTGACGAT
CCGTCCTACACCCTGCGCATTAAAGAGACTCTCACCATCAAGCCCGATGG
GTTCCGAGTCCGAGCCACACTACGCCACCGCCAAACTGCCACCGGGCTAT
TCCAACACACTCTGTCGGCGCGCAATGATACGAGCTTAGCGTCGTCATCG
GCTCATTTCATCAAGAAAAGCGAGGATCAGGCACCGGCGGGAGGACGACC
AATTTGCTTCTTCTACGGCTCTAATAGTGGAACTTGCAAGGCTCTCGCCC
ATCGTTTGGCATCGGACTTGATGCCCTATGGCTTTACTGATCAGAAGCTT
GCCGTCCTCGATACTGCTGTCGACAATCTGCCGAGAGATCAGCCGGTTAT
TATTTTGACGACAACGTACGATGGTCAACCCACGGACGATGCAAAGAAGT
TTGTCGCCTGGCTCGAAAGCGGCAAAGTACCGGCTCTCCAAGGCATATCG
TACGCAGTCTTCGGCTGCGGTCACCATGACTGGACTCAAACATTCTATCG
TATCCCGACTTTGATTGATGAACTGATGCACAAGGCCGGAGCCACACGCC
TTGCACCACGAGGGACAGCCAATGCTGCTGTCAGCGATCTATTCTCGGAT
CTCGAAGCGTGGGAAGAGACAAGCCTGCTGCCCGCCCTTCGTGAAACATT
TCTTCTGTCTAGCAGCAGCGACTTGGAGCCCCGCAACCTGCACCAGTTAC
AGATCAGCCTCAGTAAACCCAGGAGGATCGATCTGCACAAAGACCTTATG
GAGGCAAGAGTGACTACTGTTCGAATACTAACTAACCCCGACACCCCAGA
GAAGCGACATATTGAATTCCGTTTCCAGGGAGACACCACCTTGCGCCCAG
GTGATCATGTCAATGTTCTCCCAGTCAATCCGCCAAGCACGGTCCTGAGA
GTGCTGGCGCAGTTCAATCTTGCTCCGGACTACAGCATCACCATCAATTC
GTTCAACACGCTGGGTCTGCCTCAGGCCACACCGGTGTCGGCATCTGAGC
TGTTTAGCGCCTATGTGGAGCTATCCCAACCAGCCACACGTAATTTTTCT
GGCAAAAAGAGATGAGAGACGCTGAGCGCATTCCTGGGCCGACACATGTC
GATGCTTCTCGGTGTCCGCGGAACACGAGATCAGTCATCCTACATTGGTG
GAAGGGACTACGGATTCATACGATTCGCTCGTCCGGGACAAACGCGTCTC
GGTCTTGGATCTCCTCGAACAGTTCCCCTCCGTCTCCCTTCCCATCGCCG
CATTTATCTCCATGCTCCCGGCTCTGCGCTTGCGGACCTATTCTCTCTCC
CTGGCCCCCTCCTTCAAACCCTCCCACGGTTCTCTCACATTTTCGGTGGT
CAATGAGCCGGCAAGAAACGGCAACAGGCGATATCTGGGTGTCGGGTCGA
ATTACCTTGCGTCGCTCACACCAGGGTCTATTCTTTACTTATCTCCACGG
CCAGCCAAGGAGGCATTCCATCTACCGGTAGACCAATCCAGAATACCCAT
CATAATGATCTGCGCGGGTAGTGGTCTGGCCCCTTTCCTTAGCTTCATAC
AAGACCGCATGATCTGGCAACAGCAGGACAAACCACTGGCGAGGGCATTG
TTGTTCTTTGGCTGTGGTGGGCGATTTTTGGATGACCTTTACCATGAGGA
ACTATCTGAGTTCGAAGCTGCAGGAGTGGTTGATGTTCGGAGAGCATACA
GTAAAGTCCTAGATTATGATATGGCGAGGGGATGCAAATACGTGCAAGAC
CGGCTGGTGGCGGAAGCTAATGCTATCCGGCATCTTTGGGCTCAAGATGC
CACGATCTATGTCTGCGGCTCTGCAGATATGGCCAAGGGGGTCGAGGGAG
TGTTGGAAAAACTGTTGGGAATGCTGCCCAGGGAGCGATATGTTACGGAG
ATATATCAAATGCAAACACGCGATAACGTATCTGAATGGCTGATCTAAGA
CCCCTCTTCCAAATCACTATCAATGGTGAAAAGCAGATCTTTGCGACTAG
CCAGGCCCTGGTAGACGAGCTCTGTGACGAGTCGCGCTTCCACAAAGCCG
TAGCCTCTGGCCTCGAGAATTTACGAATGCTGGCCCACGATGGTCTCTTC
ACAGCCTACCATGGAGAGCGCGGCTGGGGGATTGCTCATCGCATTCTAGT
GCCTGCCTTTGGCCCGCTGCGTATCCAGAGCATGTTCGACGATATGGGCG
ATTTAGCGCAACAGCTATGTTTGAAGTGGTGGGTGCTTCTGGATATTGAT
AACAGGAAATTAGATGAAACTAATTATTTTGTTTCCTTTCGTTGTCGATG
CAGGGCCCGCCAGGGAGCTTCAAACAGTATCAACATCACCGATGATTTCA
CACGCCTCACTTTAGACACTATTGCCCTTTGCACTATGGACTTCCGGCTG
AACAGCTTTTATAATAACGACACTATGCACCCATTTGTCGAATCCATGTT
GTACGTACTGAGGGAAGCAGATGTTCAGTCTGCGCTTCCCGGGATTGCAA
ACTCGGTACGCATAATGGCGCATCGGCGCATGTTGAAGAACATTGAGGCG
ATGAGAACTATAGCTCGCGACATTATACACGACCGCAGAAAGAAAGAGAA
TCCCGCCGACGACCTTCTGAACACGTTATTGAACGGGCGGGACCCAGTCA
CCGGAGAAGGCATGAGCGATGAGTCGATCATCGACAACGTCATCACGTTC
TTGGTTGCGGGTCACGAAACAACCTCCGGCCTGCTATCCTTTACATTTTA
TTATCTGGTACAACACCCAGACATCTTGAAGAAGGCCCAGAAAGAAGTGG
ACGAGACCGTCGGCCAGGCCCAGATCTCGGTGCAACACCTCGCAGAGCTT
CCGTACATAGATGCCATACTGAAAGAGAGTCTGCGCATGATGCCTACTGC
CCCGGGCTTCACCGTCACTCCGAAGAAAGCAGAGACTCTGGGCGGGAAAT
GGTTGTTGAATGCCGGCCAGCCTATCAATGTGCTGCTGCCTGCCTGTCTG
CGAGACCGGAGTATTTTCGGGCCCAACGCAGACGAGTTCAGTCCGGAACG
CATGTTGGCAGAGAATTTCTCTAAGCTCCCACCCAATTCTTGGAAGCCTT
TCGGCAATGGCGAGCGGAGCTGCATTGGCAGGGCCTTCGCTTGGCAGGAA
GCCCAGCTGGTGGTTGCGATGATCCTTCAAAACTTCGATTTGGTGCCTGA
CGATCCGTCCTACACCCTGCGCATTAAAGAGACTCTCACCATCAAGCCCG
ATGGGTTCCGAGTCCGAGCCACACTACGCCACCGCCAAACTGCCACCGGG
CTATTCCAACACACTCTGTCGGCGCGCAATGATACGAGCTTAGCGTCGTC
ATCGGCTCATTTCATCAAGAAAAGCGAGGATCAGGCACCGGCGGGAGGAC
GACCAATTTGCTTCTTCTACGGCTCTAATAGTGGAACTTGCAAGGCTCTC
GCCCATCGTTTGGCATCGGACTTGATGCCCTATGGCTTTACTGATCAGAA
GCTTGCCGTCCTCGATACTGCTGTCGACAATCTGCCGAGAGATCAGCCGG
TTATTATTTTGACGACAACGTACGATGGTCAACCCACGGACGATGCAAAG
AAGTTTGTCGCCTGGCTCGAAAGCGGCAAAGTACCGGCTCTCCAAGGCAT
ATCGTACGCAGTCTTCGGCTGCGGTCACCATGACTGGACTCAAACATTCT
ATCGTATCCCGACTTTGATTGATGAACTGATGCACAAGGCCGGAGCCACA
CGCCTTGCACCACGAGGGACAGCCAATGCTGCTGTCAGCGATCTATTCTC
GGATCTCGAAGCGTGGGAAGAGACAAGCCTGCTGCCCGCCCTTCGTGAAA
CATTTCTTCTGTCTAGCAGCAGCGACTTGGAGCCCCGCAACCTGCACCAG
TTACAGATCAGCCTCAGTAAACCCAGGAGGATCGATCTGCACAAAGACCT
TATGGAGGCAAGAGTGACTACTGTTCGAATACTAACTAACCCCGACACCC
CAGAGAAGCGACATATTGAATTCCGTTTCCAGGGAGACACCACCTTGCGC
CCAGGTGATCATGTCAATGTTCTCCCAGTCAATCCGCCAAGCACGGTCCT
GAGAGTGCTGGCGCAGTTCAATCTTGCTCCGGACTACAGCATCACCATCA
ATTCGTTCAACACGCTGGGTCTGCCTCAGGCCACACCGGTGTCGGCATCT
GAGCTGTTTAGCGCCTATGTGGAGCTATCCCAACCAGCCACACGTAATTT
TTCTGGCAAAAAGAGATGAGAGACGCTGAGCGCATTCCTGGGCCGACACA
TGTCGATGCTTCTCGGTGTCCGCGGAACACGAGATCAGTCATCCTACATT
GGTGGAAGGGACTACG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0055114oxidation-reduction process
Vocabulary: Molecular Function
TermDefinition
GO:0010181FMN binding
GO:0016491oxidoreductase activity
GO:0003958NADPH-hemoprotein reductase activity
GO:0070330aromatase activity
GO:0020037heme binding
GO:0005506iron ion binding
GO:0016705oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen
Relationships

This mRNA is a part of the following gene feature(s):

Feature NameUnique NameSpeciesType
ASPNIDRAFT_37666ASPNIDRAFT_37666Aspergillus niger ATCC 1015gene


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesType
ASPNIDRAFT_37666-T1ASPNIDRAFT_37666-T1-proteinAspergillus niger ATCC 1015polypeptide


The following CDS feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
ASPNIDRAFT_37666-T1.cdsASPNIDRAFT_37666-T1.cdsAspergillus niger ATCC 1015CDS


The following exon feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
ASPNIDRAFT_37666-T1.exon4ASPNIDRAFT_37666-T1.exon4Aspergillus niger ATCC 1015exon
ASPNIDRAFT_37666-T1.exon3ASPNIDRAFT_37666-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_37666-T1.exon2ASPNIDRAFT_37666-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_37666-T1.exon1ASPNIDRAFT_37666-T1.exon1Aspergillus niger ATCC 1015exon


Properties
Property NameValue
DBxrefInterPro:IPR017938
DBxrefInterPro:IPR017927
DBxrefInterPro:IPR017972
DBxrefInterPro:IPR023173
DBxrefInterPro:IPR001433
DBxrefInterPro:IPR008254
DBxrefInterPro:IPR039261
DBxrefInterPro:IPR029039
DBxrefInterPro:IPR003097
DBxrefInterPro:IPR023206
DBxrefInterPro:IPR036396
DBxrefInterPro:IPR002401
DBxrefInterPro:IPR001128
DBxrefPFAM:PF00067
DBxrefPFAM:PF00175
DBxrefPFAM:PF00258
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 1015 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ACJE01000021.1supercontigACJE01000021.1:3270996..3274662 -
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