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ASPNIDRAFT_118881-T1, ASPNIDRAFT_118881-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_118881-T1
Unique NameASPNIDRAFT_118881-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000004.1:2202104..2206461-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_118881-T1 ID=ASPNIDRAFT_118881-T1|Name=ASPNIDRAFT_118881-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=4358bp|location=Sequence derived from alignment at ACJE01000004.1:2202104..2206461- (Aspergillus niger ATCC 1015)
AGAAATTCGATATCCGAAGTTGGATCTCTGTCATCAAAACGATCCCGGAT
GACAGACCAGAAGATCAACAATATGTTGGTCTATACAGAAACCCGTGCTT
CTCTAGATCCAACCGAGAAGTTACATCTTATCAAGCTTGCCAATGATGAA
GTCTTTGCTCGTGTCAGTCAACTGACCAATGCCTCGTCCGGCAAGCCGTA
TCTTAGCCCAGAATGCCGAGATTTCGATTTATACGGGTGGCTTCGAAATA
CCATGCAAATGTTAAACCAGGGCACATACAAAGAGATCTCGGCAATGGGA
TTTCAAAACCTGCGTGTTATGGGAACTAGGCCCCAGGTTCATCGTAAACT
GACGGCTCTGAGCGTCTTTTCCGCCCTACTGCGTCCGCGAGAAACATTCA
GCGCGAGCCACAAATCGCCCAAGGAGATCATACGGAATCTAAATGGCGTG
TTAGATCATGGAGAACTGCTGCTTGTCTTAGGACGGCCTGGAGCTGGAGG
CAGTACTGTCGCAAAATCATTGTGCGGAGAGCTTAATGGCTTGAAGCTGG
GTCCTGAATCGGTTATTCATTACAATGGCATCCCACACCAGCAGGCACCC
AGTAATGTCAAGAGAGCGATGCTTTATAGCTCCGGAACCGACAAACATTT
CCCGCATTTGACGGTTGGACAGACCTTGGAGATTGCAGCATCTGTACGAG
CTCCCATCCAGAATCTCCAGGGAATAACGCGGACAGAATATGCAAAAGCT
ATGACGAAAGTTGTTATTGCCGTGTTCGGTCTGAGCCACACGTATAGCAC
TAAAGTCAAAGATGTGACAGAAGATGAGCGCAAGCGAGTCAGTATTGCCG
AGATTATCCTGTCGGGAGCATCTTTAGCTGCATGGGACAAGTCAACTCAG
GGTCTAGCTCCAACAGAGGCATTGAAATTTGCGCAGTCTTTGCGGCTGGC
CGCAGATCTGGGCTCATCATCCCATGTTGTAGCTGCATATGAAGCCAGCG
AAGCAATGTATGGTCTCTTTGACAAAACCTTGTTGTTATACGAGGGCCGC
CAGATATTTTACGGCTCTTCTTCTGAAGCCAAGGGCTTTTTCGAGCGCCA
AGGGTGGTATTGCCATCCACAGCAGAGTACTGCCGAATTTTTGACCTCAA
TTACCAATCCCACAGAGAGGCAGCCACGTCGGGATATGGAGAACAGAGTT
CCTCGAACTTCGGAAGAGTTTGAGACGTACTGGTGCCAGTCCGCAGAGTA
TCAAGGGCTGCAGAGGGAGATGAGTGATCATAAGCAGATAGCGGTGTCCC
ACTCGAGAGAACAACTGCCAAATCCTAATCTGGACGAACAACAGAAGCAG
CCAGTCCAAAAACAAAATAATTGGCAGTACCCTAGTCTGATGCTGCAAGT
CAGACTGACTATAATACGCGCTTTTCAGCGTGTTTGGAACGAACGTGCTT
CAGCAGCATGCAAGATCACAGTTAACTTCATTATAGCGCTGCTTATTGGC
TCAATGTTCTACAACACGCCTGCAACGACAGCCGGATTTTTCTCCAAGGG
TGCAGTGCTCTTTTACCTAGTGATGCTCAACTCTCTTCTACCACTTACCG
AGTTGACCAGTCAGCTTTCCCAGCGTCCGGTGGTGGAAAAACATGCCTCA
TTTGGCTTCTACCATCCCATGGCCGAATCACTAGCCGTGCTCCTGAGTGA
AATCCCAATTAATTTTCTACTTGTCTTGGTGAACACTATTGTCATCTATT
TCATGAGCAACCTTCGTCGTGAACCTTCGCAATTCTTCATATGCTTCCTG
ATCAACTTCGTGTTGATCCATGTGACAAGTGCAGCCTTTCACATGACAGC
AGCAGTAACAAAAACGCTCGCGCAAGCACAAGCTCTTGCTGGGATGCTGG
TACTTTGGGTTTTCATATTTACGGGCTTCATTATCCCCGTCCCTCGGATG
CATCATTGGTTCGAATTCGTCCATGATATCAACCCCGTCTACTACGCATA
TGAAGCCCTAGTCGCCAACGAGTTCCACGGTAGGGAGTTTGGATGTGCTG
AGTTCATACCATCTCACCCCAACCTCCAGACGAATGCATATATCTGCTCA
GCTGTCGGAGCTCTCGCTGGCCGTCGTACTGTTAGTGGTGATGATTATAT
ATGGCAGACCTACAGGTATACCTACGACCACGTGTGGAGAAATTTTGGTA
TTCTTATTGTTTTCCTGGTCGGTTGGATGGGTCTTTATTTCGTTGCGACG
CAATTTATTTCACACCCAACTATCCATTCTGGAAGACTTTCTTTGCTTCA
AGGAAGTAAATCTGCTTGCGTTAGGCACGAAGAGCATCACAAAGAGGACG
AAGAAGCTGGGAAAGGTTCTGTGACTCGCGGCCAAGATACCGCTGGCAAT
GTGGGATTGAATCATTTTAGTTTCATTGAGCCTCAGCGAAACAGTTTGAG
CTGGCACGATGTGATATACGAAACAAACACAAGCAGTGGAAACCATCGGG
TCCTGGACAAGGTGACTGGCTGGGCTAAGCCAGGGACAATCACCGCATTG
ATGAGCCTTAACAGTACACAGAAGACGGAATTACTCAGAGTGTTGGCGCA
ACGTACCACAATAGGAGCTGTCAGTGGGGACATACTCTTCAGCAACTGCC
TTTTGAGCCCAAGTTTCCAGCGAAAAATCGGGTATGTTCAACAGCAGGAT
ATCCATTTGGAAACGGCCACGGTTCGTGAGGCTTTGCGTTTCAGCGCATT
GCTACGTCACCCAGAATCTGTCTCCAAGGGAAGCAAATACACATATGTCG
AGCAAATAATCAAGGCACTGGATATGGAGGATTACGCTGAGGCTGTTATT
GGAGTTGTTGGAGAGGGCTTGAACGTCAAGCAGCGGAGGCTTTTGAGTAT
TGGAGTAGAGTTAACTGCGAAGCCAGATGTTCTGTTCGTGGAAGAGCCTG
ACAGGTAAGCTTTCGCAAAATGTATTCTTTGGATAAAGCAGGAGCTAATG
TCTGTAACAGCGGCCTTGACGTGCAAAGTTCACGCACAATCTATCGTATC
CTTCAGAAACTGGCCGACGCCGGACAAACAATCATCTGCACAATGCCACC
CAGCTTGATGGCATTCAAGCAAGTAGACCAGCTCTTATTTCTCTCCAGCG
AGGGTAGAACTGTATACTTTGGACCCACCGGCGAGAATGCACAAACCCTG
CTAAACTATCTCGAATCAAACGGTGCCCACCGGATCCGCACAGAAGACGA
AGACTCCGCCAGCTACATAGTTGAAACCCTTTCCACCGCCACCAATAAAC
ACGGGGAGGCATGGTCGGATGTCTGGGTCAGAAACAACAAAGTCGACCCT
ATCCGCGAAGAATTCGAGAGTATCAACACCCTGAACAACAATCCAACAGA
AGACAAAGCATACGCCATTCCACTATACCTCCAATTCCCCATCGTCTTCC
GCCGAACCCTTCAATACTACTGGCGCTCGCCCCTCTACATCATATCAAGA
ATACTACTCCAAATATGCGCCGCACTCATCATCAGCTTCTCCTTCTACAA
ACACGGCACCTCGGTAAGCGGCCTCCAAGAAACCATCTTCTCCGCGTTCA
TGATCTGCACTCTGTTCGTCCCCCTCGTCCCCCAGATCACCCCTCTCCTC
ACCAAACAACACATCATATACGAAACCCGCGAACGCCACACCAAAACGTA
CTCCAGACTATCCCTCCTCCTCTCCATAATCCTCACCGAACTTCTCTACC
AAATCATCCTCAGCATCTGCGTCTGGGCAAGCTACTACTACCCCATCTCA
GGAACTACCCAATCATCACCCCGCCAAGGTCTCGTCCTCCTCTTCTTCAT
CCAATTCTTCATCTACGCGATAACCTTCGCCCTCCTGGCGGTCACCACCT
CCACCCTCATAACAGGTATATGCTCTTTCATGGCCCTCACCTTCAACGGC
GTCATGCAGCCGCCCCACTCTCTCCCCGGTTTCTGGATGTTCATGTACCG
CGTCTCCCCGTTTACGTACTTCGTTGCTGGAGTGACGTCAACTCAGCTCC
ATGGTGTCACGGTTAATTGTACCAGGACGGAGATGGTGGTGTTTAATCCG
CCTTCGGGGCAATCGTGTATCGAGTATCTGGGAGATTATTTGCGGACGGT
GCCGGGGCAGTTGATGAACCCGGATGCGATGAGGAGCTGCGAGTATTGTC
CGTACTCGGTTGCGGATCAGTTCCTGGCGGAGAGGGAATATCGGTATGAT
CGGAGGTGGATGTATTTTGGCGTCGGGTGGGCTTTTGTGGGGTTTAATAT
TGGGGTCGCTGGGTTGGTTTATTATGTTTTTTGGGTGAGGAGGTGGAGGC
CGGGGTTT
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Coding sequence (CDS) from alignment at ACJE01000004.1:2202104..2206461-

>ASPNIDRAFT_118881-T1 ID=ASPNIDRAFT_118881-T1|Name=ASPNIDRAFT_118881-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=8604bp|location=Sequence derived from alignment at ACJE01000004.1:2202104..2206461- (Aspergillus niger ATCC 1015)
CGGCCTTGACGTGCAAAGTTCACGCACAATCTATCGTATCCTTCAGAAAC
TGGCCGACGCCGGACAAACAATCATCTGCACAATGCCACCCAGCTTGATG
GCATTCAAGCAAGTAGACCAGCTCTTATTTCTCTCCAGCGAGGGTAGAAC
TGTATACTTTGGACCCACCGGCGAGAATGCACAAACCCTGCTAAACTATC
TCGAATCAAACGGTGCCCACCGGATCCGCACAGAAGACGAAGACTCCGCC
AGCTACATAGTTGAAACCCTTTCCACCGCCACCAATAAACACGGGGAGGC
ATGGTCGGATGTCTGGGTCAGAAACAACAAAGTCGACCCTATCCGCGAAG
AATTCGAGAGTATCAACACCCTGAACAACAATCCAACAGAAGACAAAGCA
TACGCCATTCCACTATACCTCCAATTCCCCATCGTCTTCCGCCGAACCCT
TCAATACTACTGGCGCTCGCCCCTCTACATCATATCAAGAATACTACTCC
AAATATGCGCCGCACTCATCATCAGCTTCTCCTTCTACAAACACGGCACC
TCGGTAAGCGGCCTCCAAGAAACCATCTTCTCCGCGTTCATGATCTGCAC
TCTGTTCGTCCCCCTCGTCCCCCAGATCACCCCTCTCCTCACCAAACAAC
ACATCATATACGAAACCCGCGAACGCCACACCAAAACGTACTCCAGACTA
TCCCTCCTCCTCTCCATAATCCTCACCGAACTTCTCTACCAAATCATCCT
CAGCATCTGCGTCTGGGCAAGCTACTACTACCCCATCTCAGGAACTACCC
AATCATCACCCCGCCAAGGTCTCGTCCTCCTCTTCTTCATCCAATTCTTC
ATCTACGCGATAACCTTCGCCCTCCTGGCGGTCACCACCTCCACCCTCAT
AACAGGTATATGCTCTTTCATGGCCCTCACCTTCAACGGCGTCATGCAGC
CGCCCCACTCTCTCCCCGGTTTCTGGATGTTCATGTACCGCGTCTCCCCG
TTTACGTACTTCGTTGCTGGAGTGACGTCAACTCAGCTCCATGGTGTCAC
GGTTAATTGTACCAGGACGGAGATGGTGGTGTTTAATCCGCCTTCGGGGC
AATCGTGTATCGAGTATCTGGGAGATTATTTGCGGACGGTGCCGGGGCAG
TTGATGAACCCGGATGCGATGAGGAGCTGCGAGTATTGTCCGTACTCGGT
TGCGGATCAGTTCCTGGCGGAGAGGGAATATCGGTATGATCGGAGGTGGA
TGTATTTTGGCGTCGGGTGGGCTTTTGTGGGGTTTAATATTGGGGTCGCT
GGGTTGGTTTATTATGTTTTTTGGGTGAGGAGGTGGAGGCCGGGGTTTAG
AAATTCGATATCCGAAGTTGGATCTCTGTCATCAAAACGATCCCGGATGA
CAGACCAGAAGATCAACAATATGTTGGTCTATACAGAAACCCGTGCTTCT
CTAGATCCAACCGAGAAGTTACATCTTATCAAGCTTGCCAATGATGAAGT
CTTTGCTCGTGTCAGTCAACTGACCAATGCCTCGTCCGGCAAGCCGTATC
TTAGCCCAGAATGCCGAGATTTCGATTTATACGGGTGGCTTCGAAATACC
ATGCAAATGTTAAACCAGGGCACATACAAAGAGATCTCGGCAATGGGATT
TCAAAACCTGCGTGTTATGGGAACTAGGCCCCAGGTTCATCGTAAACTGA
CGGCTCTGAGCGTCTTTTCCGCCCTACTGCGTCCGCGAGAAACATTCAGC
GCGAGCCACAAATCGCCCAAGGAGATCATACGGAATCTAAATGGCGTGTT
AGATCATGGAGAACTGCTGCTTGTCTTAGGACGGCCTGGAGCTGGAGGCA
GTACTGTCGCAAAATCATTGTGCGGAGAGCTTAATGGCTTGAAGCTGGGT
CCTGAATCGGTTATTCATTACAATGGCATCCCACACCAGCAGGCACCCAG
TAATGTCAAGAGAGCGATGCTTTATAGCTCCGGAACCGACAAACATTTCC
CGCATTTGACGGTTGGACAGACCTTGGAGATTGCAGCATCTGTACGAGCT
CCCATCCAGAATCTCCAGGGAATAACGCGGACAGAATATGCAAAAGCTAT
GACGAAAGTTGTTATTGCCGTGTTCGGTCTGAGCCACACGTATAGCACTA
AAGTCAAAGATGTGACAGAAGATGAGCGCAAGCGAGTCAGTATTGCCGAG
ATTATCCTGTCGGGAGCATCTTTAGCTGCATGGGACAAGTCAACTCAGGG
TCTAGCTCCAACAGAGGCATTGAAATTTGCGCAGTCTTTGCGGCTGGCCG
CAGATCTGGGCTCATCATCCCATGTTGTAGCTGCATATGAAGCCAGCGAA
GCAATGTATGGTCTCTTTGACAAAACCTTGTTGTTATACGAGGGCCGCCA
GATATTTTACGGCTCTTCTTCTGAAGCCAAGGGCTTTTTCGAGCGCCAAG
GGTGGTATTGCCATCCACAGCAGAGTACTGCCGAATTTTTGACCTCAATT
ACCAATCCCACAGAGAGGCAGCCACGTCGGGATATGGAGAACAGAGTTCC
TCGAACTTCGGAAGAGTTTGAGACGTACTGGTGCCAGTCCGCAGAGTATC
AAGGGCTGCAGAGGGAGATGAGTGATCATAAGCAGATAGCGGTGTCCCAC
TCGAGAGAACAACTGCCAAATCCTAATCTGGACGAACAACAGAAGCAGCC
AGTCCAAAAACAAAATAATTGGCAGTACCCTAGTCTGATGCTGCAAGTCA
GACTGACTATAATACGCGCTTTTCAGCGTGTTTGGAACGAACGTGCTTCA
GCAGCATGCAAGATCACAGTTAACTTCATTATAGCGCTGCTTATTGGCTC
AATGTTCTACAACACGCCTGCAACGACAGCCGGATTTTTCTCCAAGGGTG
CAGTGCTCTTTTACCTAGTGATGCTCAACTCTCTTCTACCACTTACCGAG
TTGACCAGTCAGCTTTCCCAGCGTCCGGTGGTGGAAAAACATGCCTCATT
TGGCTTCTACCATCCCATGGCCGAATCACTAGCCGTGCTCCTGAGTGAAA
TCCCAATTAATTTTCTACTTGTCTTGGTGAACACTATTGTCATCTATTTC
ATGAGCAACCTTCGTCGTGAACCTTCGCAATTCTTCATATGCTTCCTGAT
CAACTTCGTGTTGATCCATGTGACAAGTGCAGCCTTTCACATGACAGCAG
CAGTAACAAAAACGCTCGCGCAAGCACAAGCTCTTGCTGGGATGCTGGTA
CTTTGGGTTTTCATATTTACGGGCTTCATTATCCCCGTCCCTCGGATGCA
TCATTGGTTCGAATTCGTCCATGATATCAACCCCGTCTACTACGCATATG
AAGCCCTAGTCGCCAACGAGTTCCACGGTAGGGAGTTTGGATGTGCTGAG
TTCATACCATCTCACCCCAACCTCCAGACGAATGCATATATCTGCTCAGC
TGTCGGAGCTCTCGCTGGCCGTCGTACTGTTAGTGGTGATGATTATATAT
GGCAGACCTACAGGTATACCTACGACCACGTGTGGAGAAATTTTGGTATT
CTTATTGTTTTCCTGGTCGGTTGGATGGGTCTTTATTTCGTTGCGACGCA
ATTTATTTCACACCCAACTATCCATTCTGGAAGACTTTCTTTGCTTCAAG
GAAGTAAATCTGCTTGCGTTAGGCACGAAGAGCATCACAAAGAGGACGAA
GAAGCTGGGAAAGGTTCTGTGACTCGCGGCCAAGATACCGCTGGCAATGT
GGGATTGAATCATTTTAGTTTCATTGAGCCTCAGCGAAACAGTTTGAGCT
GGCACGATGTGATATACGAAACAAACACAAGCAGTGGAAACCATCGGGTC
CTGGACAAGGTGACTGGCTGGGCTAAGCCAGGGACAATCACCGCATTGAT
GAGCCTTAACAGTACACAGAAGACGGAATTACTCAGAGTGTTGGCGCAAC
GTACCACAATAGGAGCTGTCAGTGGGGACATACTCTTCAGCAACTGCCTT
TTGAGCCCAAGTTTCCAGCGAAAAATCGGGTATGTTCAACAGCAGGATAT
CCATTTGGAAACGGCCACGGTTCGTGAGGCTTTGCGTTTCAGCGCATTGC
TACGTCACCCAGAATCTGTCTCCAAGGGAAGCAAATACACATATGTCGAG
CAAATAATCAAGGCACTGGATATGGAGGATTACGCTGAGGCTGTTATTGG
AGTTGTTGGAGAGGGCTTGAACGTCAAGCAGCGGAGGCTTTTGAGTATTG
GAGTAGAGTTAACTGCGAAGCCAGATGTTCTGTTCGTGGAAGAGCCTGAC
AGCGGCCTTGACGTGCAAAGTTCACGCACAATCTATCGTATCCTTCAGAA
ACTGGCCGACGCCGGACAAACAATCATCTGCACAATGCCACCCAGCTTGA
TGGCATTCAAGCAAGTAGACCAGCTCTTATTTCTCTCCAGCGAGGGTAGA
ACTGTATACTTTGGACCCACCGGCGAGAATGCACAAACCCTGCTAAACTA
TCTCGAATCAAACGGTGCCCACCGGATCCGCACAGAAGACGAAGACTCCG
CCAGCTACATAGTTGAAACCCTTTCCACCGCCACCAATAAACACGGGGAG
GCATGGTCGGATGTCTGGGTCAGAAACAACAAAGTCGACCCTATCCGCGA
AGAATTCGAGAGTATCAACACCCTGAACAACAATCCAACAGAAGACAAAG
CATACGCCATTCCACTATACCTCCAATTCCCCATCGTCTTCCGCCGAACC
CTTCAATACTACTGGCGCTCGCCCCTCTACATCATATCAAGAATACTACT
CCAAATATGCGCCGCACTCATCATCAGCTTCTCCTTCTACAAACACGGCA
CCTCGGTAAGCGGCCTCCAAGAAACCATCTTCTCCGCGTTCATGATCTGC
ACTCTGTTCGTCCCCCTCGTCCCCCAGATCACCCCTCTCCTCACCAAACA
ACACATCATATACGAAACCCGCGAACGCCACACCAAAACGTACTCCAGAC
TATCCCTCCTCCTCTCCATAATCCTCACCGAACTTCTCTACCAAATCATC
CTCAGCATCTGCGTCTGGGCAAGCTACTACTACCCCATCTCAGGAACTAC
CCAATCATCACCCCGCCAAGGTCTCGTCCTCCTCTTCTTCATCCAATTCT
TCATCTACGCGATAACCTTCGCCCTCCTGGCGGTCACCACCTCCACCCTC
ATAACAGGTATATGCTCTTTCATGGCCCTCACCTTCAACGGCGTCATGCA
GCCGCCCCACTCTCTCCCCGGTTTCTGGATGTTCATGTACCGCGTCTCCC
CGTTTACGTACTTCGTTGCTGGAGTGACGTCAACTCAGCTCCATGGTGTC
ACGGTTAATTGTACCAGGACGGAGATGGTGGTGTTTAATCCGCCTTCGGG
GCAATCGTGTATCGAGTATCTGGGAGATTATTTGCGGACGGTGCCGGGGC
AGTTGATGAACCCGGATGCGATGAGGAGCTGCGAGTATTGTCCGTACTCG
GTTGCGGATCAGTTCCTGGCGGAGAGGGAATATCGGTATGATCGGAGGTG
GATGTATTTTGGCGTCGGGTGGGCTTTTGTGGGGTTTAATATTGGGGTCG
CTGGGTTGGTTTATTATGTTTTTTGGGTGAGGAGGTGGAGGCCGGGGTTT
AGAAATTCGATATCCGAAGTTGGATCTCTGTCATCAAAACGATCCCGGAT
GACAGACCAGAAGATCAACAATATGTTGGTCTATACAGAAACCCGTGCTT
CTCTAGATCCAACCGAGAAGTTACATCTTATCAAGCTTGCCAATGATGAA
GTCTTTGCTCGTGTCAGTCAACTGACCAATGCCTCGTCCGGCAAGCCGTA
TCTTAGCCCAGAATGCCGAGATTTCGATTTATACGGGTGGCTTCGAAATA
CCATGCAAATGTTAAACCAGGGCACATACAAAGAGATCTCGGCAATGGGA
TTTCAAAACCTGCGTGTTATGGGAACTAGGCCCCAGGTTCATCGTAAACT
GACGGCTCTGAGCGTCTTTTCCGCCCTACTGCGTCCGCGAGAAACATTCA
GCGCGAGCCACAAATCGCCCAAGGAGATCATACGGAATCTAAATGGCGTG
TTAGATCATGGAGAACTGCTGCTTGTCTTAGGACGGCCTGGAGCTGGAGG
CAGTACTGTCGCAAAATCATTGTGCGGAGAGCTTAATGGCTTGAAGCTGG
GTCCTGAATCGGTTATTCATTACAATGGCATCCCACACCAGCAGGCACCC
AGTAATGTCAAGAGAGCGATGCTTTATAGCTCCGGAACCGACAAACATTT
CCCGCATTTGACGGTTGGACAGACCTTGGAGATTGCAGCATCTGTACGAG
CTCCCATCCAGAATCTCCAGGGAATAACGCGGACAGAATATGCAAAAGCT
ATGACGAAAGTTGTTATTGCCGTGTTCGGTCTGAGCCACACGTATAGCAC
TAAAGTCAAAGATGTGACAGAAGATGAGCGCAAGCGAGTCAGTATTGCCG
AGATTATCCTGTCGGGAGCATCTTTAGCTGCATGGGACAAGTCAACTCAG
GGTCTAGCTCCAACAGAGGCATTGAAATTTGCGCAGTCTTTGCGGCTGGC
CGCAGATCTGGGCTCATCATCCCATGTTGTAGCTGCATATGAAGCCAGCG
AAGCAATGTATGGTCTCTTTGACAAAACCTTGTTGTTATACGAGGGCCGC
CAGATATTTTACGGCTCTTCTTCTGAAGCCAAGGGCTTTTTCGAGCGCCA
AGGGTGGTATTGCCATCCACAGCAGAGTACTGCCGAATTTTTGACCTCAA
TTACCAATCCCACAGAGAGGCAGCCACGTCGGGATATGGAGAACAGAGTT
CCTCGAACTTCGGAAGAGTTTGAGACGTACTGGTGCCAGTCCGCAGAGTA
TCAAGGGCTGCAGAGGGAGATGAGTGATCATAAGCAGATAGCGGTGTCCC
ACTCGAGAGAACAACTGCCAAATCCTAATCTGGACGAACAACAGAAGCAG
CCAGTCCAAAAACAAAATAATTGGCAGTACCCTAGTCTGATGCTGCAAGT
CAGACTGACTATAATACGCGCTTTTCAGCGTGTTTGGAACGAACGTGCTT
CAGCAGCATGCAAGATCACAGTTAACTTCATTATAGCGCTGCTTATTGGC
TCAATGTTCTACAACACGCCTGCAACGACAGCCGGATTTTTCTCCAAGGG
TGCAGTGCTCTTTTACCTAGTGATGCTCAACTCTCTTCTACCACTTACCG
AGTTGACCAGTCAGCTTTCCCAGCGTCCGGTGGTGGAAAAACATGCCTCA
TTTGGCTTCTACCATCCCATGGCCGAATCACTAGCCGTGCTCCTGAGTGA
AATCCCAATTAATTTTCTACTTGTCTTGGTGAACACTATTGTCATCTATT
TCATGAGCAACCTTCGTCGTGAACCTTCGCAATTCTTCATATGCTTCCTG
ATCAACTTCGTGTTGATCCATGTGACAAGTGCAGCCTTTCACATGACAGC
AGCAGTAACAAAAACGCTCGCGCAAGCACAAGCTCTTGCTGGGATGCTGG
TACTTTGGGTTTTCATATTTACGGGCTTCATTATCCCCGTCCCTCGGATG
CATCATTGGTTCGAATTCGTCCATGATATCAACCCCGTCTACTACGCATA
TGAAGCCCTAGTCGCCAACGAGTTCCACGGTAGGGAGTTTGGATGTGCTG
AGTTCATACCATCTCACCCCAACCTCCAGACGAATGCATATATCTGCTCA
GCTGTCGGAGCTCTCGCTGGCCGTCGTACTGTTAGTGGTGATGATTATAT
ATGGCAGACCTACAGGTATACCTACGACCACGTGTGGAGAAATTTTGGTA
TTCTTATTGTTTTCCTGGTCGGTTGGATGGGTCTTTATTTCGTTGCGACG
CAATTTATTTCACACCCAACTATCCATTCTGGAAGACTTTCTTTGCTTCA
AGGAAGTAAATCTGCTTGCGTTAGGCACGAAGAGCATCACAAAGAGGACG
AAGAAGCTGGGAAAGGTTCTGTGACTCGCGGCCAAGATACCGCTGGCAAT
GTGGGATTGAATCATTTTAGTTTCATTGAGCCTCAGCGAAACAGTTTGAG
CTGGCACGATGTGATATACGAAACAAACACAAGCAGTGGAAACCATCGGG
TCCTGGACAAGGTGACTGGCTGGGCTAAGCCAGGGACAATCACCGCATTG
ATGAGCCTTAACAGTACACAGAAGACGGAATTACTCAGAGTGTTGGCGCA
ACGTACCACAATAGGAGCTGTCAGTGGGGACATACTCTTCAGCAACTGCC
TTTTGAGCCCAAGTTTCCAGCGAAAAATCGGGTATGTTCAACAGCAGGAT
ATCCATTTGGAAACGGCCACGGTTCGTGAGGCTTTGCGTTTCAGCGCATT
GCTACGTCACCCAGAATCTGTCTCCAAGGGAAGCAAATACACATATGTCG
AGCAAATAATCAAGGCACTGGATATGGAGGATTACGCTGAGGCTGTTATT
GGAGTTGTTGGAGAGGGCTTGAACGTCAAGCAGCGGAGGCTTTTGAGTAT
TGGAGTAGAGTTAACTGCGAAGCCAGATGTTCTGTTCGTGGAAGAGCCTG
ACAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0016021integral component of membrane
GO:0016020membrane
Vocabulary: Biological Process
TermDefinition
GO:0055085transmembrane transport
Vocabulary: Molecular Function
TermDefinition
GO:0042626ATPase-coupled transmembrane transporter activity
GO:0016887ATPase activity
GO:0005524ATP binding
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_118881ASPNIDRAFT_118881Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_118881-T1ASPNIDRAFT_118881-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_118881-T1.cdsASPNIDRAFT_118881-T1.cdsAspergillus niger ATCC 1015CDS


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_118881-T1.exon2ASPNIDRAFT_118881-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_118881-T1.exon1ASPNIDRAFT_118881-T1.exon1Aspergillus niger ATCC 1015exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR010929
DBxrefInterPro:IPR013525
DBxrefInterPro:IPR003439
DBxrefPFAM:PF06422
DBxrefPFAM:PF00005
DBxrefPFAM:PF01061
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
ACJE01000004.1supercontigACJE01000004.1:2202104..2206461 -
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