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ATCC10864_006659-T1, ATCC10864_006659-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_006659-T1
Unique NameATCC10864_006659-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000169:310814..312833+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_006659-T1 ID=ATCC10864_006659-T1|Name=ATCC10864_006659-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2020bp|location=Sequence derived from alignment at MCQH01000169:310814..312833+ (Aspergillus niger ATCC 10864)
ATGGCACAACATCAGCCCTGCGACCCACCATTTCTTGACCCACACGACAA
TCTGCCACCAGGGACGTTCCTTCTGATCCAGGGTACGAAGAGACTAGCCT
AATATCATGTCGAAGAAGCCTGACCAATATTCAGATGAACAAGAAGGAGG
AAATGACGGCCGCCAGATTATGCTCAATCCAGTCCCATCCAGCGATCCCA
ATGAACCGTTGGTAGGTATCCCAAGTTTCAGCAGCAATCAAATTCCCTGA
CAGTCATAGAATTGGAGCACAGCACGAAAAATATGCAACTTTACCCTCGT
TCTCGCAGTGACAGCACTCATATTCACAGCGTGGGTTACTTCTATGGGTC
ATGGATGGCACTGATCTAATAGTGGTCGATAGGCTTTCGATCCAGGCAAT
CTTTTGGCAATTGATGGTGGTGGATCTCAATGTGACATATACACAACTGA
ATCGTGCCATGTCAGTGAACTTCGTTGGTCTTGCCGTGGGTTGCGTATTC
TTCATTCCCCTAGCGAAGAAGTTCGGACGAAGGCCCGTGTATCTCGTTTC
GACTGCCCTCATGTTGGCGACTTCCTTTTGGACGTCGAGGTTGCAATCTC
TTGCGGAATTGTATGCTACAAATCTGCTTCAGGGGTTAGCTGGAGCTACC
AATGAGTCGATTGTCCAGATTACGGTAGCGCAGCCCTTCCGGTTAAAGTA
ACCATTACTGACTGCTACAGATTTCTGACCTCTTCTTCGTGCACCATCGC
GGGGGGATGAATGGTTTGTATATGACTATGGTTATGATCGGTGTAGGTCA
AATCTCTTGGGCAATGACTATTATCTGCCTGACCCCGTCATACTTACTAA
TCCCTTGACAGAGCTTTCTCACCCCCATGGCAGCCGGGACTCAAGCAACA
AACCAAGGCTGGCGGGCATCATACCAAGCACTTGGTATCACTAACGCGGT
TCTATTCGTCCTATTCTTGTTTTTCTACGAGGAAACCAAATATACTCCAA
TCATTCCCGGGGTGGACGAATCCCCAGAGGCTACAATAGACAGCATCAAG
GCCGATCACAAACGCGATATTGAGTGTTCTACCAGTAGAGCCGAAACAAG
CCCGATACCAGCAGACCACCACGAGCTAGATTATAGGATTCCGATGAGAA
CATGGAGACAGCGATTTGCCTTGATAACATACACCCCCGAGTCCATTTGG
CCCTACTTCTATCGTCCCTTCTACGTTGTGGCCTCCTTTCCTGCCGTCCT
CTTCTGTGCCTTGCAGTATGCCTTTGGCGTGGTCTGGCTGACTATCCTAT
CCTCCACCCTGAGCTTAGTATTCCCATTGCCGCCCTATCTATTCACTTCG
GAGCAGATTGGGTTCATGAGTGTTGGCCCGTTCATTGGGAATTTGATCGG
ATCGGTCTATGGTGGGTTCCTCGGTGATTGGTCGATCTTGTTCTTTTCCA
AGCGCAACAAGGGATACTATGAACCTGAGATGCGATTGTATATTCTTCAC
TTGCCGGCTCTGGCAATGGCTGGGGGTCTGATAATGTTTGGGGCCACAAT
TGCACGGGTAAGCCTTTAAGCTTGTTTAACGTCGTTCGGAAACAAGCTAA
TGGAATTCATTCAGGGCATGCACTGGATCTACCCCAGTATCGGTGGTGCT
TTGTTTGGCTTCGGACTGGGCAGTATCAGCGATGCAGCACTGACGTTGGT
TATTGACTCCTATCGTGATGTAAGAACCTGCCGCCCTTTACTACCTTTCC
ATGATACTCGAACACTCTTACTCATTGTCCTACCACGTGCAGATCACCGG
GGACGCCTTCACAGGAGTCGCCTTCATGCGAAATGCCATCAGTATCGGCA
TTCCCTTTGCAATAAGTCCGTGGCTAGCCCAATCAGGCGCGCAAAACATG
TTCATTGCATGTGGATTCATCAGCTTGGCAATCACTTTGACTATTGTCCC
TATGGTAATTTGGGGCAAGCGGATGAGGAGGGCAACTGCAGAGAGGTATC
GGGTTATGGCTGGGAAGTAA
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Coding sequence (CDS) from alignment at MCQH01000169:310814..312833+

>ATCC10864_006659-T1 ID=ATCC10864_006659-T1|Name=ATCC10864_006659-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=12984bp|location=Sequence derived from alignment at MCQH01000169:310814..312833+ (Aspergillus niger ATCC 10864)
ATGGCACAACATCAGCCCTGCGACCCACCATTTCTTGACCCACACGACAA
TCTGCCACCAGGGACGTTCCTTCTGATCCAGGATGAACAAGAAGGAGGAA
ATGACGGCCGCCAGATTATGCTCAATCCAGTCCCATCCAGCGATCCCAAT
GAACCGTTGAATTGGAGCACAGCACGAAAAATATGCAACTTTACCCTCGT
TCTCGCAGTGACAGCACTCATATTCACAGCGCTTTCGATCCAGGCAATCT
TTTGGCAATTGATGGTGGTGGATCTCAATGTGACATATACACAACTGAAT
CGTGCCATGTCAGTGAACTTCGTTGGTCTTGCCGTGGGTTGCGTATTCTT
CATTCCCCTAGCGAAGAAGTTCGGACGAAGGCCCGTGTATCTCGTTTCGA
CTGCCCTCATGTTGGCGACTTCCTTTTGGACGTCGAGGTTGCAATCTCTT
GCGGAATTGTATGCTACAAATCTGCTTCAGGGGTTAGCTGGAGCTACCAA
TGAGTCGATTGTCCAGATTACGATTTCTGACCTCTTCTTCGTGCACCATC
GCGGGGGGATGAATGGTTTGTATATGACTATGGTTATGATCGGTAGCTTT
CTCACCCCCATGGCAGCCGGGACTCAAGCAACAAACCAAGGCTGGCGGGC
ATCATACCAAGCACTTGGTATCACTAACGCGGTTCTATTCGTCCTATTCT
TGTTTTTCTACGAGGAAACCAAATATACTCCAATCATTCCCGGGGTGGAC
GAATCCCCAGAGGCTACAATAGACAGCATCAAGGCCGATCACAAACGCGA
TATTGAGTGTTCTACCAGTAGAGCCGAAACAAGCCCGATACCAGCAGACC
ACCACGAGCTAGATTATAGGATTCCGATGAGAACATGGAGACAGCGATTT
GCCTTGATAACATACACCCCCGAGTCCATTTGGCCCTACTTCTATCGTCC
CTTCTACGTTGTGGCCTCCTTTCCTGCCGTCCTCTTCTGTGCCTTGCAGT
ATGCCTTTGGCGTGGTCTGGCTGACTATCCTATCCTCCACCCTGAGCTTA
GTATTCCCATTGCCGCCCTATCTATTCACTTCGGAGCAGATTGGGTTCAT
GAGTGTTGGCCCGTTCATTGGGAATTTGATCGGATCGGTCTATGGTGGGT
TCCTCGGTGATTGGTCGATCTTGTTCTTTTCCAAGCGCAACAAGGGATAC
TATGAACCTGAGATGCGATTGTATATTCTTCACTTGCCGGCTCTGGCAAT
GGCTGGGGGTCTGATAATGTTTGGGGCCACAATTGCACGGGGCATGCACT
GGATCTACCCCAGTATCGGTGGTGCTTTGTTTGGCTTCGGACTGGGCAGT
ATCAGCGATGCAGCACTGACGTTGGTTATTGACTCCTATCGTGATATCAC
CGGGGACGCCTTCACAGGAGTCGCCTTCATGCGAAATGCCATCAGTATCG
GCATTCCCTTTGCAATAAGTCCGTGGCTAGCCCAATCAGGCGCGCAAAAC
ATGTTCATTGCATGTGGATTCATCAGCTTGGCAATCACTTTGACTATTGT
CCCTATGGTAATTTGGGGCAAGCGGATGAGGAGGGCAACTGCAGAGAGGT
ATCGGGTTATGGCTGGGAAGTAAATGGCACAACATCAGCCCTGCGACCCA
CCATTTCTTGACCCACACGACAATCTGCCACCAGGGACGTTCCTTCTGAT
CCAGGATGAACAAGAAGGAGGAAATGACGGCCGCCAGATTATGCTCAATC
CAGTCCCATCCAGCGATCCCAATGAACCGTTGAATTGGAGCACAGCACGA
AAAATATGCAACTTTACCCTCGTTCTCGCAGTGACAGCACTCATATTCAC
AGCGCTTTCGATCCAGGCAATCTTTTGGCAATTGATGGTGGTGGATCTCA
ATGTGACATATACACAACTGAATCGTGCCATGTCAGTGAACTTCGTTGGT
CTTGCCGTGGGTTGCGTATTCTTCATTCCCCTAGCGAAGAAGTTCGGACG
AAGGCCCGTGTATCTCGTTTCGACTGCCCTCATGTTGGCGACTTCCTTTT
GGACGTCGAGGTTGCAATCTCTTGCGGAATTGTATGCTACAAATCTGCTT
CAGGGGTTAGCTGGAGCTACCAATGAGTCGATTGTCCAGATTACGATTTC
TGACCTCTTCTTCGTGCACCATCGCGGGGGGATGAATGGTTTGTATATGA
CTATGGTTATGATCGGTAGCTTTCTCACCCCCATGGCAGCCGGGACTCAA
GCAACAAACCAAGGCTGGCGGGCATCATACCAAGCACTTGGTATCACTAA
CGCGGTTCTATTCGTCCTATTCTTGTTTTTCTACGAGGAAACCAAATATA
CTCCAATCATTCCCGGGGTGGACGAATCCCCAGAGGCTACAATAGACAGC
ATCAAGGCCGATCACAAACGCGATATTGAGTGTTCTACCAGTAGAGCCGA
AACAAGCCCGATACCAGCAGACCACCACGAGCTAGATTATAGGATTCCGA
TGAGAACATGGAGACAGCGATTTGCCTTGATAACATACACCCCCGAGTCC
ATTTGGCCCTACTTCTATCGTCCCTTCTACGTTGTGGCCTCCTTTCCTGC
CGTCCTCTTCTGTGCCTTGCAGTATGCCTTTGGCGTGGTCTGGCTGACTA
TCCTATCCTCCACCCTGAGCTTAGTATTCCCATTGCCGCCCTATCTATTC
ACTTCGGAGCAGATTGGGTTCATGAGTGTTGGCCCGTTCATTGGGAATTT
GATCGGATCGGTCTATGGTGGGTTCCTCGGTGATTGGTCGATCTTGTTCT
TTTCCAAGCGCAACAAGGGATACTATGAACCTGAGATGCGATTGTATATT
CTTCACTTGCCGGCTCTGGCAATGGCTGGGGGTCTGATAATGTTTGGGGC
CACAATTGCACGGGGCATGCACTGGATCTACCCCAGTATCGGTGGTGCTT
TGTTTGGCTTCGGACTGGGCAGTATCAGCGATGCAGCACTGACGTTGGTT
ATTGACTCCTATCGTGATATCACCGGGGACGCCTTCACAGGAGTCGCCTT
CATGCGAAATGCCATCAGTATCGGCATTCCCTTTGCAATAAGTCCGTGGC
TAGCCCAATCAGGCGCGCAAAACATGTTCATTGCATGTGGATTCATCAGC
TTGGCAATCACTTTGACTATTGTCCCTATGGTAATTTGGGGCAAGCGGAT
GAGGAGGGCAACTGCAGAGAGGTATCGGGTTATGGCTGGGAAGTAAATGG
CACAACATCAGCCCTGCGACCCACCATTTCTTGACCCACACGACAATCTG
CCACCAGGGACGTTCCTTCTGATCCAGGATGAACAAGAAGGAGGAAATGA
CGGCCGCCAGATTATGCTCAATCCAGTCCCATCCAGCGATCCCAATGAAC
CGTTGAATTGGAGCACAGCACGAAAAATATGCAACTTTACCCTCGTTCTC
GCAGTGACAGCACTCATATTCACAGCGCTTTCGATCCAGGCAATCTTTTG
GCAATTGATGGTGGTGGATCTCAATGTGACATATACACAACTGAATCGTG
CCATGTCAGTGAACTTCGTTGGTCTTGCCGTGGGTTGCGTATTCTTCATT
CCCCTAGCGAAGAAGTTCGGACGAAGGCCCGTGTATCTCGTTTCGACTGC
CCTCATGTTGGCGACTTCCTTTTGGACGTCGAGGTTGCAATCTCTTGCGG
AATTGTATGCTACAAATCTGCTTCAGGGGTTAGCTGGAGCTACCAATGAG
TCGATTGTCCAGATTACGATTTCTGACCTCTTCTTCGTGCACCATCGCGG
GGGGATGAATGGTTTGTATATGACTATGGTTATGATCGGTAGCTTTCTCA
CCCCCATGGCAGCCGGGACTCAAGCAACAAACCAAGGCTGGCGGGCATCA
TACCAAGCACTTGGTATCACTAACGCGGTTCTATTCGTCCTATTCTTGTT
TTTCTACGAGGAAACCAAATATACTCCAATCATTCCCGGGGTGGACGAAT
CCCCAGAGGCTACAATAGACAGCATCAAGGCCGATCACAAACGCGATATT
GAGTGTTCTACCAGTAGAGCCGAAACAAGCCCGATACCAGCAGACCACCA
CGAGCTAGATTATAGGATTCCGATGAGAACATGGAGACAGCGATTTGCCT
TGATAACATACACCCCCGAGTCCATTTGGCCCTACTTCTATCGTCCCTTC
TACGTTGTGGCCTCCTTTCCTGCCGTCCTCTTCTGTGCCTTGCAGTATGC
CTTTGGCGTGGTCTGGCTGACTATCCTATCCTCCACCCTGAGCTTAGTAT
TCCCATTGCCGCCCTATCTATTCACTTCGGAGCAGATTGGGTTCATGAGT
GTTGGCCCGTTCATTGGGAATTTGATCGGATCGGTCTATGGTGGGTTCCT
CGGTGATTGGTCGATCTTGTTCTTTTCCAAGCGCAACAAGGGATACTATG
AACCTGAGATGCGATTGTATATTCTTCACTTGCCGGCTCTGGCAATGGCT
GGGGGTCTGATAATGTTTGGGGCCACAATTGCACGGGGCATGCACTGGAT
CTACCCCAGTATCGGTGGTGCTTTGTTTGGCTTCGGACTGGGCAGTATCA
GCGATGCAGCACTGACGTTGGTTATTGACTCCTATCGTGATATCACCGGG
GACGCCTTCACAGGAGTCGCCTTCATGCGAAATGCCATCAGTATCGGCAT
TCCCTTTGCAATAAGTCCGTGGCTAGCCCAATCAGGCGCGCAAAACATGT
TCATTGCATGTGGATTCATCAGCTTGGCAATCACTTTGACTATTGTCCCT
ATGGTAATTTGGGGCAAGCGGATGAGGAGGGCAACTGCAGAGAGGTATCG
GGTTATGGCTGGGAAGTAAATGGCACAACATCAGCCCTGCGACCCACCAT
TTCTTGACCCACACGACAATCTGCCACCAGGGACGTTCCTTCTGATCCAG
GATGAACAAGAAGGAGGAAATGACGGCCGCCAGATTATGCTCAATCCAGT
CCCATCCAGCGATCCCAATGAACCGTTGAATTGGAGCACAGCACGAAAAA
TATGCAACTTTACCCTCGTTCTCGCAGTGACAGCACTCATATTCACAGCG
CTTTCGATCCAGGCAATCTTTTGGCAATTGATGGTGGTGGATCTCAATGT
GACATATACACAACTGAATCGTGCCATGTCAGTGAACTTCGTTGGTCTTG
CCGTGGGTTGCGTATTCTTCATTCCCCTAGCGAAGAAGTTCGGACGAAGG
CCCGTGTATCTCGTTTCGACTGCCCTCATGTTGGCGACTTCCTTTTGGAC
GTCGAGGTTGCAATCTCTTGCGGAATTGTATGCTACAAATCTGCTTCAGG
GGTTAGCTGGAGCTACCAATGAGTCGATTGTCCAGATTACGATTTCTGAC
CTCTTCTTCGTGCACCATCGCGGGGGGATGAATGGTTTGTATATGACTAT
GGTTATGATCGGTAGCTTTCTCACCCCCATGGCAGCCGGGACTCAAGCAA
CAAACCAAGGCTGGCGGGCATCATACCAAGCACTTGGTATCACTAACGCG
GTTCTATTCGTCCTATTCTTGTTTTTCTACGAGGAAACCAAATATACTCC
AATCATTCCCGGGGTGGACGAATCCCCAGAGGCTACAATAGACAGCATCA
AGGCCGATCACAAACGCGATATTGAGTGTTCTACCAGTAGAGCCGAAACA
AGCCCGATACCAGCAGACCACCACGAGCTAGATTATAGGATTCCGATGAG
AACATGGAGACAGCGATTTGCCTTGATAACATACACCCCCGAGTCCATTT
GGCCCTACTTCTATCGTCCCTTCTACGTTGTGGCCTCCTTTCCTGCCGTC
CTCTTCTGTGCCTTGCAGTATGCCTTTGGCGTGGTCTGGCTGACTATCCT
ATCCTCCACCCTGAGCTTAGTATTCCCATTGCCGCCCTATCTATTCACTT
CGGAGCAGATTGGGTTCATGAGTGTTGGCCCGTTCATTGGGAATTTGATC
GGATCGGTCTATGGTGGGTTCCTCGGTGATTGGTCGATCTTGTTCTTTTC
CAAGCGCAACAAGGGATACTATGAACCTGAGATGCGATTGTATATTCTTC
ACTTGCCGGCTCTGGCAATGGCTGGGGGTCTGATAATGTTTGGGGCCACA
ATTGCACGGGGCATGCACTGGATCTACCCCAGTATCGGTGGTGCTTTGTT
TGGCTTCGGACTGGGCAGTATCAGCGATGCAGCACTGACGTTGGTTATTG
ACTCCTATCGTGATATCACCGGGGACGCCTTCACAGGAGTCGCCTTCATG
CGAAATGCCATCAGTATCGGCATTCCCTTTGCAATAAGTCCGTGGCTAGC
CCAATCAGGCGCGCAAAACATGTTCATTGCATGTGGATTCATCAGCTTGG
CAATCACTTTGACTATTGTCCCTATGGTAATTTGGGGCAAGCGGATGAGG
AGGGCAACTGCAGAGAGGTATCGGGTTATGGCTGGGAAGTAAATGGCACA
ACATCAGCCCTGCGACCCACCATTTCTTGACCCACACGACAATCTGCCAC
CAGGGACGTTCCTTCTGATCCAGGATGAACAAGAAGGAGGAAATGACGGC
CGCCAGATTATGCTCAATCCAGTCCCATCCAGCGATCCCAATGAACCGTT
GAATTGGAGCACAGCACGAAAAATATGCAACTTTACCCTCGTTCTCGCAG
TGACAGCACTCATATTCACAGCGCTTTCGATCCAGGCAATCTTTTGGCAA
TTGATGGTGGTGGATCTCAATGTGACATATACACAACTGAATCGTGCCAT
GTCAGTGAACTTCGTTGGTCTTGCCGTGGGTTGCGTATTCTTCATTCCCC
TAGCGAAGAAGTTCGGACGAAGGCCCGTGTATCTCGTTTCGACTGCCCTC
ATGTTGGCGACTTCCTTTTGGACGTCGAGGTTGCAATCTCTTGCGGAATT
GTATGCTACAAATCTGCTTCAGGGGTTAGCTGGAGCTACCAATGAGTCGA
TTGTCCAGATTACGATTTCTGACCTCTTCTTCGTGCACCATCGCGGGGGG
ATGAATGGTTTGTATATGACTATGGTTATGATCGGTAGCTTTCTCACCCC
CATGGCAGCCGGGACTCAAGCAACAAACCAAGGCTGGCGGGCATCATACC
AAGCACTTGGTATCACTAACGCGGTTCTATTCGTCCTATTCTTGTTTTTC
TACGAGGAAACCAAATATACTCCAATCATTCCCGGGGTGGACGAATCCCC
AGAGGCTACAATAGACAGCATCAAGGCCGATCACAAACGCGATATTGAGT
GTTCTACCAGTAGAGCCGAAACAAGCCCGATACCAGCAGACCACCACGAG
CTAGATTATAGGATTCCGATGAGAACATGGAGACAGCGATTTGCCTTGAT
AACATACACCCCCGAGTCCATTTGGCCCTACTTCTATCGTCCCTTCTACG
TTGTGGCCTCCTTTCCTGCCGTCCTCTTCTGTGCCTTGCAGTATGCCTTT
GGCGTGGTCTGGCTGACTATCCTATCCTCCACCCTGAGCTTAGTATTCCC
ATTGCCGCCCTATCTATTCACTTCGGAGCAGATTGGGTTCATGAGTGTTG
GCCCGTTCATTGGGAATTTGATCGGATCGGTCTATGGTGGGTTCCTCGGT
GATTGGTCGATCTTGTTCTTTTCCAAGCGCAACAAGGGATACTATGAACC
TGAGATGCGATTGTATATTCTTCACTTGCCGGCTCTGGCAATGGCTGGGG
GTCTGATAATGTTTGGGGCCACAATTGCACGGGGCATGCACTGGATCTAC
CCCAGTATCGGTGGTGCTTTGTTTGGCTTCGGACTGGGCAGTATCAGCGA
TGCAGCACTGACGTTGGTTATTGACTCCTATCGTGATATCACCGGGGACG
CCTTCACAGGAGTCGCCTTCATGCGAAATGCCATCAGTATCGGCATTCCC
TTTGCAATAAGTCCGTGGCTAGCCCAATCAGGCGCGCAAAACATGTTCAT
TGCATGTGGATTCATCAGCTTGGCAATCACTTTGACTATTGTCCCTATGG
TAATTTGGGGCAAGCGGATGAGGAGGGCAACTGCAGAGAGGTATCGGGTT
ATGGCTGGGAAGTAAATGGCACAACATCAGCCCTGCGACCCACCATTTCT
TGACCCACACGACAATCTGCCACCAGGGACGTTCCTTCTGATCCAGGATG
AACAAGAAGGAGGAAATGACGGCCGCCAGATTATGCTCAATCCAGTCCCA
TCCAGCGATCCCAATGAACCGTTGAATTGGAGCACAGCACGAAAAATATG
CAACTTTACCCTCGTTCTCGCAGTGACAGCACTCATATTCACAGCGCTTT
CGATCCAGGCAATCTTTTGGCAATTGATGGTGGTGGATCTCAATGTGACA
TATACACAACTGAATCGTGCCATGTCAGTGAACTTCGTTGGTCTTGCCGT
GGGTTGCGTATTCTTCATTCCCCTAGCGAAGAAGTTCGGACGAAGGCCCG
TGTATCTCGTTTCGACTGCCCTCATGTTGGCGACTTCCTTTTGGACGTCG
AGGTTGCAATCTCTTGCGGAATTGTATGCTACAAATCTGCTTCAGGGGTT
AGCTGGAGCTACCAATGAGTCGATTGTCCAGATTACGATTTCTGACCTCT
TCTTCGTGCACCATCGCGGGGGGATGAATGGTTTGTATATGACTATGGTT
ATGATCGGTAGCTTTCTCACCCCCATGGCAGCCGGGACTCAAGCAACAAA
CCAAGGCTGGCGGGCATCATACCAAGCACTTGGTATCACTAACGCGGTTC
TATTCGTCCTATTCTTGTTTTTCTACGAGGAAACCAAATATACTCCAATC
ATTCCCGGGGTGGACGAATCCCCAGAGGCTACAATAGACAGCATCAAGGC
CGATCACAAACGCGATATTGAGTGTTCTACCAGTAGAGCCGAAACAAGCC
CGATACCAGCAGACCACCACGAGCTAGATTATAGGATTCCGATGAGAACA
TGGAGACAGCGATTTGCCTTGATAACATACACCCCCGAGTCCATTTGGCC
CTACTTCTATCGTCCCTTCTACGTTGTGGCCTCCTTTCCTGCCGTCCTCT
TCTGTGCCTTGCAGTATGCCTTTGGCGTGGTCTGGCTGACTATCCTATCC
TCCACCCTGAGCTTAGTATTCCCATTGCCGCCCTATCTATTCACTTCGGA
GCAGATTGGGTTCATGAGTGTTGGCCCGTTCATTGGGAATTTGATCGGAT
CGGTCTATGGTGGGTTCCTCGGTGATTGGTCGATCTTGTTCTTTTCCAAG
CGCAACAAGGGATACTATGAACCTGAGATGCGATTGTATATTCTTCACTT
GCCGGCTCTGGCAATGGCTGGGGGTCTGATAATGTTTGGGGCCACAATTG
CACGGGGCATGCACTGGATCTACCCCAGTATCGGTGGTGCTTTGTTTGGC
TTCGGACTGGGCAGTATCAGCGATGCAGCACTGACGTTGGTTATTGACTC
CTATCGTGATATCACCGGGGACGCCTTCACAGGAGTCGCCTTCATGCGAA
ATGCCATCAGTATCGGCATTCCCTTTGCAATAAGTCCGTGGCTAGCCCAA
TCAGGCGCGCAAAACATGTTCATTGCATGTGGATTCATCAGCTTGGCAAT
CACTTTGACTATTGTCCCTATGGTAATTTGGGGCAAGCGGATGAGGAGGG
CAACTGCAGAGAGGTATCGGGTTATGGCTGGGAAGTAAATGGCACAACAT
CAGCCCTGCGACCCACCATTTCTTGACCCACACGACAATCTGCCACCAGG
GACGTTCCTTCTGATCCAGGATGAACAAGAAGGAGGAAATGACGGCCGCC
AGATTATGCTCAATCCAGTCCCATCCAGCGATCCCAATGAACCGTTGAAT
TGGAGCACAGCACGAAAAATATGCAACTTTACCCTCGTTCTCGCAGTGAC
AGCACTCATATTCACAGCGCTTTCGATCCAGGCAATCTTTTGGCAATTGA
TGGTGGTGGATCTCAATGTGACATATACACAACTGAATCGTGCCATGTCA
GTGAACTTCGTTGGTCTTGCCGTGGGTTGCGTATTCTTCATTCCCCTAGC
GAAGAAGTTCGGACGAAGGCCCGTGTATCTCGTTTCGACTGCCCTCATGT
TGGCGACTTCCTTTTGGACGTCGAGGTTGCAATCTCTTGCGGAATTGTAT
GCTACAAATCTGCTTCAGGGGTTAGCTGGAGCTACCAATGAGTCGATTGT
CCAGATTACGATTTCTGACCTCTTCTTCGTGCACCATCGCGGGGGGATGA
ATGGTTTGTATATGACTATGGTTATGATCGGTAGCTTTCTCACCCCCATG
GCAGCCGGGACTCAAGCAACAAACCAAGGCTGGCGGGCATCATACCAAGC
ACTTGGTATCACTAACGCGGTTCTATTCGTCCTATTCTTGTTTTTCTACG
AGGAAACCAAATATACTCCAATCATTCCCGGGGTGGACGAATCCCCAGAG
GCTACAATAGACAGCATCAAGGCCGATCACAAACGCGATATTGAGTGTTC
TACCAGTAGAGCCGAAACAAGCCCGATACCAGCAGACCACCACGAGCTAG
ATTATAGGATTCCGATGAGAACATGGAGACAGCGATTTGCCTTGATAACA
TACACCCCCGAGTCCATTTGGCCCTACTTCTATCGTCCCTTCTACGTTGT
GGCCTCCTTTCCTGCCGTCCTCTTCTGTGCCTTGCAGTATGCCTTTGGCG
TGGTCTGGCTGACTATCCTATCCTCCACCCTGAGCTTAGTATTCCCATTG
CCGCCCTATCTATTCACTTCGGAGCAGATTGGGTTCATGAGTGTTGGCCC
GTTCATTGGGAATTTGATCGGATCGGTCTATGGTGGGTTCCTCGGTGATT
GGTCGATCTTGTTCTTTTCCAAGCGCAACAAGGGATACTATGAACCTGAG
ATGCGATTGTATATTCTTCACTTGCCGGCTCTGGCAATGGCTGGGGGTCT
GATAATGTTTGGGGCCACAATTGCACGGGGCATGCACTGGATCTACCCCA
GTATCGGTGGTGCTTTGTTTGGCTTCGGACTGGGCAGTATCAGCGATGCA
GCACTGACGTTGGTTATTGACTCCTATCGTGATATCACCGGGGACGCCTT
CACAGGAGTCGCCTTCATGCGAAATGCCATCAGTATCGGCATTCCCTTTG
CAATAAGTCCGTGGCTAGCCCAATCAGGCGCGCAAAACATGTTCATTGCA
TGTGGATTCATCAGCTTGGCAATCACTTTGACTATTGTCCCTATGGTAAT
TTGGGGCAAGCGGATGAGGAGGGCAACTGCAGAGAGGTATCGGGTTATGG
CTGGGAAGTAAATGGCACAACATCAGCCCTGCGACCCACCATTTCTTGAC
CCACACGACAATCTGCCACCAGGGACGTTCCTTCTGATCCAGGATGAACA
AGAAGGAGGAAATGACGGCCGCCAGATTATGCTCAATCCAGTCCCATCCA
GCGATCCCAATGAACCGTTGAATTGGAGCACAGCACGAAAAATATGCAAC
TTTACCCTCGTTCTCGCAGTGACAGCACTCATATTCACAGCGCTTTCGAT
CCAGGCAATCTTTTGGCAATTGATGGTGGTGGATCTCAATGTGACATATA
CACAACTGAATCGTGCCATGTCAGTGAACTTCGTTGGTCTTGCCGTGGGT
TGCGTATTCTTCATTCCCCTAGCGAAGAAGTTCGGACGAAGGCCCGTGTA
TCTCGTTTCGACTGCCCTCATGTTGGCGACTTCCTTTTGGACGTCGAGGT
TGCAATCTCTTGCGGAATTGTATGCTACAAATCTGCTTCAGGGGTTAGCT
GGAGCTACCAATGAGTCGATTGTCCAGATTACGATTTCTGACCTCTTCTT
CGTGCACCATCGCGGGGGGATGAATGGTTTGTATATGACTATGGTTATGA
TCGGTAGCTTTCTCACCCCCATGGCAGCCGGGACTCAAGCAACAAACCAA
GGCTGGCGGGCATCATACCAAGCACTTGGTATCACTAACGCGGTTCTATT
CGTCCTATTCTTGTTTTTCTACGAGGAAACCAAATATACTCCAATCATTC
CCGGGGTGGACGAATCCCCAGAGGCTACAATAGACAGCATCAAGGCCGAT
CACAAACGCGATATTGAGTGTTCTACCAGTAGAGCCGAAACAAGCCCGAT
ACCAGCAGACCACCACGAGCTAGATTATAGGATTCCGATGAGAACATGGA
GACAGCGATTTGCCTTGATAACATACACCCCCGAGTCCATTTGGCCCTAC
TTCTATCGTCCCTTCTACGTTGTGGCCTCCTTTCCTGCCGTCCTCTTCTG
TGCCTTGCAGTATGCCTTTGGCGTGGTCTGGCTGACTATCCTATCCTCCA
CCCTGAGCTTAGTATTCCCATTGCCGCCCTATCTATTCACTTCGGAGCAG
ATTGGGTTCATGAGTGTTGGCCCGTTCATTGGGAATTTGATCGGATCGGT
CTATGGTGGGTTCCTCGGTGATTGGTCGATCTTGTTCTTTTCCAAGCGCA
ACAAGGGATACTATGAACCTGAGATGCGATTGTATATTCTTCACTTGCCG
GCTCTGGCAATGGCTGGGGGTCTGATAATGTTTGGGGCCACAATTGCACG
GGGCATGCACTGGATCTACCCCAGTATCGGTGGTGCTTTGTTTGGCTTCG
GACTGGGCAGTATCAGCGATGCAGCACTGACGTTGGTTATTGACTCCTAT
CGTGATATCACCGGGGACGCCTTCACAGGAGTCGCCTTCATGCGAAATGC
CATCAGTATCGGCATTCCCTTTGCAATAAGTCCGTGGCTAGCCCAATCAG
GCGCGCAAAACATGTTCATTGCATGTGGATTCATCAGCTTGGCAATCACT
TTGACTATTGTCCCTATGGTAATTTGGGGCAAGCGGATGAGGAGGGCAAC
TGCAGAGAGGTATCGGGTTATGGCTGGGAAGTAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0055085transmembrane transport
Vocabulary: Molecular Function
TermDefinition
GO:0022857transmembrane transporter activity
Relationships

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

Feature NameUnique NameSpeciesType
ATCC10864_006659ATCC10864_006659Aspergillus niger ATCC 10864gene


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

Feature NameUnique NameSpeciesType
ATCC10864_006659-T1ATCC10864_006659-T1-proteinAspergillus niger ATCC 10864polypeptide


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

Feature NameUnique NameSpeciesType
ATCC10864_006659-T1.exon1ATCC10864_006659-T1.exon1Aspergillus niger ATCC 10864exon
ATCC10864_006659-T1.exon2ATCC10864_006659-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_006659-T1.exon3ATCC10864_006659-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_006659-T1.exon4ATCC10864_006659-T1.exon4Aspergillus niger ATCC 10864exon
ATCC10864_006659-T1.exon5ATCC10864_006659-T1.exon5Aspergillus niger ATCC 10864exon
ATCC10864_006659-T1.exon6ATCC10864_006659-T1.exon6Aspergillus niger ATCC 10864exon
ATCC10864_006659-T1.exon7ATCC10864_006659-T1.exon7Aspergillus niger ATCC 10864exon
ATCC10864_006659-T1.exon8ATCC10864_006659-T1.exon8Aspergillus niger ATCC 10864exon


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

Feature NameUnique NameSpeciesType
ATCC10864_006659-T1.cdsATCC10864_006659-T1.cdsAspergillus niger ATCC 10864CDS


Cross References
External references for this mRNA
DatabaseAccession
InterProIPR036259
InterProIPR011701
PFAMPF07690
InterProIPR020846
Properties
Property NameValue
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 10864 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
MCQH01000169supercontigMCQH01000169:310814..312833 +
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