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ASPNIDRAFT_44553-T1, ASPNIDRAFT_44553-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_44553-T1
Unique NameASPNIDRAFT_44553-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000015.1:1309736..1311649-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_44553-T1 ID=ASPNIDRAFT_44553-T1|Name=ASPNIDRAFT_44553-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=1914bp|location=Sequence derived from alignment at ACJE01000015.1:1309736..1311649- (Aspergillus niger ATCC 1015)
ATGTCGAAGAAGCCTGACCAATATTCAGATGAACAAGAAGGAGGAAATGA
CGGCCGCCAGATTATGCTCAATCCAGTCCCATCCAGCGATCCCAATGAAC
CGTTGGTAGGTATCCCAAGTTTCAGCAGCAATCAAATTCCCTGACAGTCA
TAGAATTGGAGCACAGCACGAAAAATATGCAACTTTACCCTCGTTCTCGC
AGTGACAGCACTCATATTCACAGCGTGGGTTACTTCTATGGGTCATGGAT
GGCACTGATCTAATAGTGGTCGATAGGCTTTCGATCCAGGCAATCTTTTG
GCAATTGATGGTGGTGGATCTCAATGTGACATATACACAACTGAATCGTG
CCATGTCAGTGAACTTCGTTGGTCTTGCCGTGGGTTGCGTATTCTTCATT
CCCCTAGCGAAGAAGTTCGGACGAAGGCCCGTGTATCTCGTTTCGACTGC
CCTCATGTTGGCGACTTCCTTTTGGACGTCGAGGTTGCAATCTCTTGCGG
AATTGTATGCTACAAATCTGCTTCAGGGGTTAGCTGGAGCTACCAATGAG
TCGATTGTCCAGATTACGGTAGCGCAGCCCTTCCGGTTAAAGTAACCATT
ACTGACTGCTACAGATTTCTGACCTCTTCTTCGTGCACCATCGCGGGGGG
ATGAATGGTTTGTATATGACTATGGTTATGATCGGTGTAGGTCAAATCTC
TTGGGCAATGACTATTATCTGCCTGACCCCGTCATACTTACTAATCCCTT
GACAGAGCTTTCTCACCCCCATGGCAGCCGGGACTCAAGCAACAAACCAA
GGCTGGCGGGCATCATACCAAGCACTTGGTATCACTAACGCGGTTCTATT
CGTCCTATTCTTGTTTTTCTACGAGGAAACCAAATATACTCCAATCATTC
CCGGGGTCGACGAATCCCCAGAGGCTACAATAGACAGCATCAAGGCCGAT
CACAAACGCGATATTGAGTGTTCTACCAGTAGAGCCGAAACAAGCCCGAT
ACCAGCAGACCACCACGAGCTAGATTATAGGATTCCGATGAGAACATGGA
GACAGCGATTTGCCTTGATAACATACACCCCCGAGTCCATTTGGCCCTAC
TTCTATCGTCCCTTCTACGTTGTGGCCTCCTTTCCTGCCGTCCTCTTCTG
TGCCTTGCAGTATGCCTTTGGCGTGGTCTGGCTGACTATCCTATCCTCCA
CCCTGAGCTTAGTATTCCCATTGCCGCCCTATCTATTCACTTCGGAGCAG
ATTGGGTTCATGAGTGTTGGCCCGTTCATTGGGAATTTGATCGGATCGGT
CTATGGTGGGTTCCTCGGTGATTGGTCGATCTTGTTCTTTTCCAAGCGCA
ACAAGGGATACTATGAACCTGAGATGCGATTGTATATTCTTCACTTGCCG
GCACTGGCAATGGCTGGGGGTCTGATAATGTTTGGGGCCACAATTGCACG
GGTAAGCCTTTTAGCTTGTTTAACGTCGTTTGGAAACAAGCTAATGAAAT
CCAATCAGGGCATGCACTGGATCTATCCCAGTATCGGTGGTGCTTTGTTT
GGCTTCGGACTGGGCAGTATTAGCGATGCAGCACTGACGTTGGTTATCGA
CTCATATCGTGATGTAAGAATCTGCCGCTTTTTAGTACCTTTCCATGATA
CTCGAACACTCTTACTCATTGTCCTATCATGAGCAGATCACTGGGGACGC
CTTCACAGGAGTCGCCTTCATGCGAAATGCCATCAGTATCGGCATTCCCT
TTGCAATAAGTCCGTGGCTATCCCGATCCGGCGCGCAAAACATGTTCATT
GCATGTGGATTCATCAGCTTGGCAATCACTTTGACTATTGTTCCTATGGT
AATTTGGGGCAAGCGGATGAGGAGGGCAACTGCAGAGAGGTATCGGGTTA
TGGCTGGGAAGTAA
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Coding sequence (CDS) from alignment at ACJE01000015.1:1309736..1311649-

>ASPNIDRAFT_44553-T1 ID=ASPNIDRAFT_44553-T1|Name=ASPNIDRAFT_44553-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=10983bp|location=Sequence derived from alignment at ACJE01000015.1:1309736..1311649- (Aspergillus niger ATCC 1015)
ATCACTGGGGACGCCTTCACAGGAGTCGCCTTCATGCGAAATGCCATCAG
TATCGGCATTCCCTTTGCAATAAGTCCGTGGCTATCCCGATCCGGCGCGC
AAAACATGTTCATTGCATGTGGATTCATCAGCTTGGCAATCACTTTGACT
ATTGTTCCTATGGTAATTTGGGGCAAGCGGATGAGGAGGGCAACTGCAGA
GAGGTATCGGGTTATGGCTGGGAAGTAAGGCATGCACTGGATCTATCCCA
GTATCGGTGGTGCTTTGTTTGGCTTCGGACTGGGCAGTATTAGCGATGCA
GCACTGACGTTGGTTATCGACTCATATCGTGATAGCTTTCTCACCCCCAT
GGCAGCCGGGACTCAAGCAACAAACCAAGGCTGGCGGGCATCATACCAAG
CACTTGGTATCACTAACGCGGTTCTATTCGTCCTATTCTTGTTTTTCTAC
GAGGAAACCAAATATACTCCAATCATTCCCGGGGTCGACGAATCCCCAGA
GGCTACAATAGACAGCATCAAGGCCGATCACAAACGCGATATTGAGTGTT
CTACCAGTAGAGCCGAAACAAGCCCGATACCAGCAGACCACCACGAGCTA
GATTATAGGATTCCGATGAGAACATGGAGACAGCGATTTGCCTTGATAAC
ATACACCCCCGAGTCCATTTGGCCCTACTTCTATCGTCCCTTCTACGTTG
TGGCCTCCTTTCCTGCCGTCCTCTTCTGTGCCTTGCAGTATGCCTTTGGC
GTGGTCTGGCTGACTATCCTATCCTCCACCCTGAGCTTAGTATTCCCATT
GCCGCCCTATCTATTCACTTCGGAGCAGATTGGGTTCATGAGTGTTGGCC
CGTTCATTGGGAATTTGATCGGATCGGTCTATGGTGGGTTCCTCGGTGAT
TGGTCGATCTTGTTCTTTTCCAAGCGCAACAAGGGATACTATGAACCTGA
GATGCGATTGTATATTCTTCACTTGCCGGCACTGGCAATGGCTGGGGGTC
TGATAATGTTTGGGGCCACAATTGCACGGATTTCTGACCTCTTCTTCGTG
CACCATCGCGGGGGGATGAATGGTTTGTATATGACTATGGTTATGATCGG
TGCTTTCGATCCAGGCAATCTTTTGGCAATTGATGGTGGTGGATCTCAAT
GTGACATATACACAACTGAATCGTGCCATGTCAGTGAACTTCGTTGGTCT
TGCCGTGGGTTGCGTATTCTTCATTCCCCTAGCGAAGAAGTTCGGACGAA
GGCCCGTGTATCTCGTTTCGACTGCCCTCATGTTGGCGACTTCCTTTTGG
ACGTCGAGGTTGCAATCTCTTGCGGAATTGTATGCTACAAATCTGCTTCA
GGGGTTAGCTGGAGCTACCAATGAGTCGATTGTCCAGATTACGAATTGGA
GCACAGCACGAAAAATATGCAACTTTACCCTCGTTCTCGCAGTGACAGCA
CTCATATTCACAGCATGTCGAAGAAGCCTGACCAATATTCAGATGAACAA
GAAGGAGGAAATGACGGCCGCCAGATTATGCTCAATCCAGTCCCATCCAG
CGATCCCAATGAACCGTTGATCACTGGGGACGCCTTCACAGGAGTCGCCT
TCATGCGAAATGCCATCAGTATCGGCATTCCCTTTGCAATAAGTCCGTGG
CTATCCCGATCCGGCGCGCAAAACATGTTCATTGCATGTGGATTCATCAG
CTTGGCAATCACTTTGACTATTGTTCCTATGGTAATTTGGGGCAAGCGGA
TGAGGAGGGCAACTGCAGAGAGGTATCGGGTTATGGCTGGGAAGTAAGGC
ATGCACTGGATCTATCCCAGTATCGGTGGTGCTTTGTTTGGCTTCGGACT
GGGCAGTATTAGCGATGCAGCACTGACGTTGGTTATCGACTCATATCGTG
ATAGCTTTCTCACCCCCATGGCAGCCGGGACTCAAGCAACAAACCAAGGC
TGGCGGGCATCATACCAAGCACTTGGTATCACTAACGCGGTTCTATTCGT
CCTATTCTTGTTTTTCTACGAGGAAACCAAATATACTCCAATCATTCCCG
GGGTCGACGAATCCCCAGAGGCTACAATAGACAGCATCAAGGCCGATCAC
AAACGCGATATTGAGTGTTCTACCAGTAGAGCCGAAACAAGCCCGATACC
AGCAGACCACCACGAGCTAGATTATAGGATTCCGATGAGAACATGGAGAC
AGCGATTTGCCTTGATAACATACACCCCCGAGTCCATTTGGCCCTACTTC
TATCGTCCCTTCTACGTTGTGGCCTCCTTTCCTGCCGTCCTCTTCTGTGC
CTTGCAGTATGCCTTTGGCGTGGTCTGGCTGACTATCCTATCCTCCACCC
TGAGCTTAGTATTCCCATTGCCGCCCTATCTATTCACTTCGGAGCAGATT
GGGTTCATGAGTGTTGGCCCGTTCATTGGGAATTTGATCGGATCGGTCTA
TGGTGGGTTCCTCGGTGATTGGTCGATCTTGTTCTTTTCCAAGCGCAACA
AGGGATACTATGAACCTGAGATGCGATTGTATATTCTTCACTTGCCGGCA
CTGGCAATGGCTGGGGGTCTGATAATGTTTGGGGCCACAATTGCACGGAT
TTCTGACCTCTTCTTCGTGCACCATCGCGGGGGGATGAATGGTTTGTATA
TGACTATGGTTATGATCGGTGCTTTCGATCCAGGCAATCTTTTGGCAATT
GATGGTGGTGGATCTCAATGTGACATATACACAACTGAATCGTGCCATGT
CAGTGAACTTCGTTGGTCTTGCCGTGGGTTGCGTATTCTTCATTCCCCTA
GCGAAGAAGTTCGGACGAAGGCCCGTGTATCTCGTTTCGACTGCCCTCAT
GTTGGCGACTTCCTTTTGGACGTCGAGGTTGCAATCTCTTGCGGAATTGT
ATGCTACAAATCTGCTTCAGGGGTTAGCTGGAGCTACCAATGAGTCGATT
GTCCAGATTACGAATTGGAGCACAGCACGAAAAATATGCAACTTTACCCT
CGTTCTCGCAGTGACAGCACTCATATTCACAGCATGTCGAAGAAGCCTGA
CCAATATTCAGATGAACAAGAAGGAGGAAATGACGGCCGCCAGATTATGC
TCAATCCAGTCCCATCCAGCGATCCCAATGAACCGTTGATCACTGGGGAC
GCCTTCACAGGAGTCGCCTTCATGCGAAATGCCATCAGTATCGGCATTCC
CTTTGCAATAAGTCCGTGGCTATCCCGATCCGGCGCGCAAAACATGTTCA
TTGCATGTGGATTCATCAGCTTGGCAATCACTTTGACTATTGTTCCTATG
GTAATTTGGGGCAAGCGGATGAGGAGGGCAACTGCAGAGAGGTATCGGGT
TATGGCTGGGAAGTAAGGCATGCACTGGATCTATCCCAGTATCGGTGGTG
CTTTGTTTGGCTTCGGACTGGGCAGTATTAGCGATGCAGCACTGACGTTG
GTTATCGACTCATATCGTGATAGCTTTCTCACCCCCATGGCAGCCGGGAC
TCAAGCAACAAACCAAGGCTGGCGGGCATCATACCAAGCACTTGGTATCA
CTAACGCGGTTCTATTCGTCCTATTCTTGTTTTTCTACGAGGAAACCAAA
TATACTCCAATCATTCCCGGGGTCGACGAATCCCCAGAGGCTACAATAGA
CAGCATCAAGGCCGATCACAAACGCGATATTGAGTGTTCTACCAGTAGAG
CCGAAACAAGCCCGATACCAGCAGACCACCACGAGCTAGATTATAGGATT
CCGATGAGAACATGGAGACAGCGATTTGCCTTGATAACATACACCCCCGA
GTCCATTTGGCCCTACTTCTATCGTCCCTTCTACGTTGTGGCCTCCTTTC
CTGCCGTCCTCTTCTGTGCCTTGCAGTATGCCTTTGGCGTGGTCTGGCTG
ACTATCCTATCCTCCACCCTGAGCTTAGTATTCCCATTGCCGCCCTATCT
ATTCACTTCGGAGCAGATTGGGTTCATGAGTGTTGGCCCGTTCATTGGGA
ATTTGATCGGATCGGTCTATGGTGGGTTCCTCGGTGATTGGTCGATCTTG
TTCTTTTCCAAGCGCAACAAGGGATACTATGAACCTGAGATGCGATTGTA
TATTCTTCACTTGCCGGCACTGGCAATGGCTGGGGGTCTGATAATGTTTG
GGGCCACAATTGCACGGATTTCTGACCTCTTCTTCGTGCACCATCGCGGG
GGGATGAATGGTTTGTATATGACTATGGTTATGATCGGTGCTTTCGATCC
AGGCAATCTTTTGGCAATTGATGGTGGTGGATCTCAATGTGACATATACA
CAACTGAATCGTGCCATGTCAGTGAACTTCGTTGGTCTTGCCGTGGGTTG
CGTATTCTTCATTCCCCTAGCGAAGAAGTTCGGACGAAGGCCCGTGTATC
TCGTTTCGACTGCCCTCATGTTGGCGACTTCCTTTTGGACGTCGAGGTTG
CAATCTCTTGCGGAATTGTATGCTACAAATCTGCTTCAGGGGTTAGCTGG
AGCTACCAATGAGTCGATTGTCCAGATTACGAATTGGAGCACAGCACGAA
AAATATGCAACTTTACCCTCGTTCTCGCAGTGACAGCACTCATATTCACA
GCATGTCGAAGAAGCCTGACCAATATTCAGATGAACAAGAAGGAGGAAAT
GACGGCCGCCAGATTATGCTCAATCCAGTCCCATCCAGCGATCCCAATGA
ACCGTTGATCACTGGGGACGCCTTCACAGGAGTCGCCTTCATGCGAAATG
CCATCAGTATCGGCATTCCCTTTGCAATAAGTCCGTGGCTATCCCGATCC
GGCGCGCAAAACATGTTCATTGCATGTGGATTCATCAGCTTGGCAATCAC
TTTGACTATTGTTCCTATGGTAATTTGGGGCAAGCGGATGAGGAGGGCAA
CTGCAGAGAGGTATCGGGTTATGGCTGGGAAGTAAGGCATGCACTGGATC
TATCCCAGTATCGGTGGTGCTTTGTTTGGCTTCGGACTGGGCAGTATTAG
CGATGCAGCACTGACGTTGGTTATCGACTCATATCGTGATAGCTTTCTCA
CCCCCATGGCAGCCGGGACTCAAGCAACAAACCAAGGCTGGCGGGCATCA
TACCAAGCACTTGGTATCACTAACGCGGTTCTATTCGTCCTATTCTTGTT
TTTCTACGAGGAAACCAAATATACTCCAATCATTCCCGGGGTCGACGAAT
CCCCAGAGGCTACAATAGACAGCATCAAGGCCGATCACAAACGCGATATT
GAGTGTTCTACCAGTAGAGCCGAAACAAGCCCGATACCAGCAGACCACCA
CGAGCTAGATTATAGGATTCCGATGAGAACATGGAGACAGCGATTTGCCT
TGATAACATACACCCCCGAGTCCATTTGGCCCTACTTCTATCGTCCCTTC
TACGTTGTGGCCTCCTTTCCTGCCGTCCTCTTCTGTGCCTTGCAGTATGC
CTTTGGCGTGGTCTGGCTGACTATCCTATCCTCCACCCTGAGCTTAGTAT
TCCCATTGCCGCCCTATCTATTCACTTCGGAGCAGATTGGGTTCATGAGT
GTTGGCCCGTTCATTGGGAATTTGATCGGATCGGTCTATGGTGGGTTCCT
CGGTGATTGGTCGATCTTGTTCTTTTCCAAGCGCAACAAGGGATACTATG
AACCTGAGATGCGATTGTATATTCTTCACTTGCCGGCACTGGCAATGGCT
GGGGGTCTGATAATGTTTGGGGCCACAATTGCACGGATTTCTGACCTCTT
CTTCGTGCACCATCGCGGGGGGATGAATGGTTTGTATATGACTATGGTTA
TGATCGGTGCTTTCGATCCAGGCAATCTTTTGGCAATTGATGGTGGTGGA
TCTCAATGTGACATATACACAACTGAATCGTGCCATGTCAGTGAACTTCG
TTGGTCTTGCCGTGGGTTGCGTATTCTTCATTCCCCTAGCGAAGAAGTTC
GGACGAAGGCCCGTGTATCTCGTTTCGACTGCCCTCATGTTGGCGACTTC
CTTTTGGACGTCGAGGTTGCAATCTCTTGCGGAATTGTATGCTACAAATC
TGCTTCAGGGGTTAGCTGGAGCTACCAATGAGTCGATTGTCCAGATTACG
AATTGGAGCACAGCACGAAAAATATGCAACTTTACCCTCGTTCTCGCAGT
GACAGCACTCATATTCACAGCATGTCGAAGAAGCCTGACCAATATTCAGA
TGAACAAGAAGGAGGAAATGACGGCCGCCAGATTATGCTCAATCCAGTCC
CATCCAGCGATCCCAATGAACCGTTGATCACTGGGGACGCCTTCACAGGA
GTCGCCTTCATGCGAAATGCCATCAGTATCGGCATTCCCTTTGCAATAAG
TCCGTGGCTATCCCGATCCGGCGCGCAAAACATGTTCATTGCATGTGGAT
TCATCAGCTTGGCAATCACTTTGACTATTGTTCCTATGGTAATTTGGGGC
AAGCGGATGAGGAGGGCAACTGCAGAGAGGTATCGGGTTATGGCTGGGAA
GTAAGGCATGCACTGGATCTATCCCAGTATCGGTGGTGCTTTGTTTGGCT
TCGGACTGGGCAGTATTAGCGATGCAGCACTGACGTTGGTTATCGACTCA
TATCGTGATAGCTTTCTCACCCCCATGGCAGCCGGGACTCAAGCAACAAA
CCAAGGCTGGCGGGCATCATACCAAGCACTTGGTATCACTAACGCGGTTC
TATTCGTCCTATTCTTGTTTTTCTACGAGGAAACCAAATATACTCCAATC
ATTCCCGGGGTCGACGAATCCCCAGAGGCTACAATAGACAGCATCAAGGC
CGATCACAAACGCGATATTGAGTGTTCTACCAGTAGAGCCGAAACAAGCC
CGATACCAGCAGACCACCACGAGCTAGATTATAGGATTCCGATGAGAACA
TGGAGACAGCGATTTGCCTTGATAACATACACCCCCGAGTCCATTTGGCC
CTACTTCTATCGTCCCTTCTACGTTGTGGCCTCCTTTCCTGCCGTCCTCT
TCTGTGCCTTGCAGTATGCCTTTGGCGTGGTCTGGCTGACTATCCTATCC
TCCACCCTGAGCTTAGTATTCCCATTGCCGCCCTATCTATTCACTTCGGA
GCAGATTGGGTTCATGAGTGTTGGCCCGTTCATTGGGAATTTGATCGGAT
CGGTCTATGGTGGGTTCCTCGGTGATTGGTCGATCTTGTTCTTTTCCAAG
CGCAACAAGGGATACTATGAACCTGAGATGCGATTGTATATTCTTCACTT
GCCGGCACTGGCAATGGCTGGGGGTCTGATAATGTTTGGGGCCACAATTG
CACGGATTTCTGACCTCTTCTTCGTGCACCATCGCGGGGGGATGAATGGT
TTGTATATGACTATGGTTATGATCGGTGCTTTCGATCCAGGCAATCTTTT
GGCAATTGATGGTGGTGGATCTCAATGTGACATATACACAACTGAATCGT
GCCATGTCAGTGAACTTCGTTGGTCTTGCCGTGGGTTGCGTATTCTTCAT
TCCCCTAGCGAAGAAGTTCGGACGAAGGCCCGTGTATCTCGTTTCGACTG
CCCTCATGTTGGCGACTTCCTTTTGGACGTCGAGGTTGCAATCTCTTGCG
GAATTGTATGCTACAAATCTGCTTCAGGGGTTAGCTGGAGCTACCAATGA
GTCGATTGTCCAGATTACGAATTGGAGCACAGCACGAAAAATATGCAACT
TTACCCTCGTTCTCGCAGTGACAGCACTCATATTCACAGCATGTCGAAGA
AGCCTGACCAATATTCAGATGAACAAGAAGGAGGAAATGACGGCCGCCAG
ATTATGCTCAATCCAGTCCCATCCAGCGATCCCAATGAACCGTTGATCAC
TGGGGACGCCTTCACAGGAGTCGCCTTCATGCGAAATGCCATCAGTATCG
GCATTCCCTTTGCAATAAGTCCGTGGCTATCCCGATCCGGCGCGCAAAAC
ATGTTCATTGCATGTGGATTCATCAGCTTGGCAATCACTTTGACTATTGT
TCCTATGGTAATTTGGGGCAAGCGGATGAGGAGGGCAACTGCAGAGAGGT
ATCGGGTTATGGCTGGGAAGTAAGGCATGCACTGGATCTATCCCAGTATC
GGTGGTGCTTTGTTTGGCTTCGGACTGGGCAGTATTAGCGATGCAGCACT
GACGTTGGTTATCGACTCATATCGTGATAGCTTTCTCACCCCCATGGCAG
CCGGGACTCAAGCAACAAACCAAGGCTGGCGGGCATCATACCAAGCACTT
GGTATCACTAACGCGGTTCTATTCGTCCTATTCTTGTTTTTCTACGAGGA
AACCAAATATACTCCAATCATTCCCGGGGTCGACGAATCCCCAGAGGCTA
CAATAGACAGCATCAAGGCCGATCACAAACGCGATATTGAGTGTTCTACC
AGTAGAGCCGAAACAAGCCCGATACCAGCAGACCACCACGAGCTAGATTA
TAGGATTCCGATGAGAACATGGAGACAGCGATTTGCCTTGATAACATACA
CCCCCGAGTCCATTTGGCCCTACTTCTATCGTCCCTTCTACGTTGTGGCC
TCCTTTCCTGCCGTCCTCTTCTGTGCCTTGCAGTATGCCTTTGGCGTGGT
CTGGCTGACTATCCTATCCTCCACCCTGAGCTTAGTATTCCCATTGCCGC
CCTATCTATTCACTTCGGAGCAGATTGGGTTCATGAGTGTTGGCCCGTTC
ATTGGGAATTTGATCGGATCGGTCTATGGTGGGTTCCTCGGTGATTGGTC
GATCTTGTTCTTTTCCAAGCGCAACAAGGGATACTATGAACCTGAGATGC
GATTGTATATTCTTCACTTGCCGGCACTGGCAATGGCTGGGGGTCTGATA
ATGTTTGGGGCCACAATTGCACGGATTTCTGACCTCTTCTTCGTGCACCA
TCGCGGGGGGATGAATGGTTTGTATATGACTATGGTTATGATCGGTGCTT
TCGATCCAGGCAATCTTTTGGCAATTGATGGTGGTGGATCTCAATGTGAC
ATATACACAACTGAATCGTGCCATGTCAGTGAACTTCGTTGGTCTTGCCG
TGGGTTGCGTATTCTTCATTCCCCTAGCGAAGAAGTTCGGACGAAGGCCC
GTGTATCTCGTTTCGACTGCCCTCATGTTGGCGACTTCCTTTTGGACGTC
GAGGTTGCAATCTCTTGCGGAATTGTATGCTACAAATCTGCTTCAGGGGT
TAGCTGGAGCTACCAATGAGTCGATTGTCCAGATTACGAATTGGAGCACA
GCACGAAAAATATGCAACTTTACCCTCGTTCTCGCAGTGACAGCACTCAT
ATTCACAGCATGTCGAAGAAGCCTGACCAATATTCAGATGAACAAGAAGG
AGGAAATGACGGCCGCCAGATTATGCTCAATCCAGTCCCATCCAGCGATC
CCAATGAACCGTTGATCACTGGGGACGCCTTCACAGGAGTCGCCTTCATG
CGAAATGCCATCAGTATCGGCATTCCCTTTGCAATAAGTCCGTGGCTATC
CCGATCCGGCGCGCAAAACATGTTCATTGCATGTGGATTCATCAGCTTGG
CAATCACTTTGACTATTGTTCCTATGGTAATTTGGGGCAAGCGGATGAGG
AGGGCAACTGCAGAGAGGTATCGGGTTATGGCTGGGAAGTAAGGCATGCA
CTGGATCTATCCCAGTATCGGTGGTGCTTTGTTTGGCTTCGGACTGGGCA
GTATTAGCGATGCAGCACTGACGTTGGTTATCGACTCATATCGTGATAGC
TTTCTCACCCCCATGGCAGCCGGGACTCAAGCAACAAACCAAGGCTGGCG
GGCATCATACCAAGCACTTGGTATCACTAACGCGGTTCTATTCGTCCTAT
TCTTGTTTTTCTACGAGGAAACCAAATATACTCCAATCATTCCCGGGGTC
GACGAATCCCCAGAGGCTACAATAGACAGCATCAAGGCCGATCACAAACG
CGATATTGAGTGTTCTACCAGTAGAGCCGAAACAAGCCCGATACCAGCAG
ACCACCACGAGCTAGATTATAGGATTCCGATGAGAACATGGAGACAGCGA
TTTGCCTTGATAACATACACCCCCGAGTCCATTTGGCCCTACTTCTATCG
TCCCTTCTACGTTGTGGCCTCCTTTCCTGCCGTCCTCTTCTGTGCCTTGC
AGTATGCCTTTGGCGTGGTCTGGCTGACTATCCTATCCTCCACCCTGAGC
TTAGTATTCCCATTGCCGCCCTATCTATTCACTTCGGAGCAGATTGGGTT
CATGAGTGTTGGCCCGTTCATTGGGAATTTGATCGGATCGGTCTATGGTG
GGTTCCTCGGTGATTGGTCGATCTTGTTCTTTTCCAAGCGCAACAAGGGA
TACTATGAACCTGAGATGCGATTGTATATTCTTCACTTGCCGGCACTGGC
AATGGCTGGGGGTCTGATAATGTTTGGGGCCACAATTGCACGGATTTCTG
ACCTCTTCTTCGTGCACCATCGCGGGGGGATGAATGGTTTGTATATGACT
ATGGTTATGATCGGTGCTTTCGATCCAGGCAATCTTTTGGCAATTGATGG
TGGTGGATCTCAATGTGACATATACACAACTGAATCGTGCCATGTCAGTG
AACTTCGTTGGTCTTGCCGTGGGTTGCGTATTCTTCATTCCCCTAGCGAA
GAAGTTCGGACGAAGGCCCGTGTATCTCGTTTCGACTGCCCTCATGTTGG
CGACTTCCTTTTGGACGTCGAGGTTGCAATCTCTTGCGGAATTGTATGCT
ACAAATCTGCTTCAGGGGTTAGCTGGAGCTACCAATGAGTCGATTGTCCA
GATTACGAATTGGAGCACAGCACGAAAAATATGCAACTTTACCCTCGTTC
TCGCAGTGACAGCACTCATATTCACAGCATGTCGAAGAAGCCTGACCAAT
ATTCAGATGAACAAGAAGGAGGAAATGACGGCCGCCAGATTATGCTCAAT
CCAGTCCCATCCAGCGATCCCAATGAACCGTTG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005887integral component of plasma membrane
Vocabulary: Biological Process
TermDefinition
GO:0055085transmembrane transport
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_44553ASPNIDRAFT_44553Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_44553-T1ASPNIDRAFT_44553-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_44553-T1.cdsASPNIDRAFT_44553-T1.cdsAspergillus niger ATCC 1015CDS


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_44553-T1.exon7ASPNIDRAFT_44553-T1.exon7Aspergillus niger ATCC 1015exon
ASPNIDRAFT_44553-T1.exon6ASPNIDRAFT_44553-T1.exon6Aspergillus niger ATCC 1015exon
ASPNIDRAFT_44553-T1.exon5ASPNIDRAFT_44553-T1.exon5Aspergillus niger ATCC 1015exon
ASPNIDRAFT_44553-T1.exon4ASPNIDRAFT_44553-T1.exon4Aspergillus niger ATCC 1015exon
ASPNIDRAFT_44553-T1.exon3ASPNIDRAFT_44553-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_44553-T1.exon2ASPNIDRAFT_44553-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_44553-T1.exon1ASPNIDRAFT_44553-T1.exon1Aspergillus niger ATCC 1015exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR036259
DBxrefInterPro:IPR020846
DBxrefInterPro:IPR011701
DBxrefPFAM:PF07690
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
ACJE01000015.1supercontigACJE01000015.1:1309736..1311649 -
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