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ATCC64974_46000-T1, ATCC64974_46000-T1 (mRNA) Aspergillus niger N402

Overview
NameATCC64974_46000-T1
Unique NameATCC64974_46000-T1
TypemRNA
OrganismAspergillus niger N402
Sequences
The following sequences are available for this feature:

mRNA from alignment at OGUI01000007.1:885777..890845+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC64974_46000-T1 ID=ATCC64974_46000-T1|Name=ATCC64974_46000-T1|organism=Aspergillus niger N402|type=mRNA|length=5069bp|location=Sequence derived from alignment at OGUI01000007.1:885777..890845+ (Aspergillus niger N402)
ATGGCGGTCGACTGCCACGGGCCCATTTGGGCTATCGATGATGTTTCCCG
TTGCTTCCAACGCAAGTACGTCAACTATGTCGCTGCTACCATTGTTTTTA
ACCCCCGAGATTCGCCGGCTAACGTATAACTGTCAATTGTAGCTATCTCC
AAGTAATATTTCCACTCACGGCCTGCGGGCTCTCATTACTATTCGTCATT
TTTCGCGTCGCATACCAATGTACCGTTTCTCGAAAAAGCGCCTCCTACAA
GTTACTGGATCACAATGCGGCTGAAGGCGACACACAGGTTGCAACCTTGG
ATGATGAAGGGGAGGAAAGCGACCTAATGCTCAGCAAAGCGGCACAATCC
GAGTTACCGACATTCGAAGTTGATCGTCCCCGCGGAGAAATCGCAACTCT
AACGTTGGAGATCCTTGCGCTCGTAGGAGAAGTAGCCGTCTTCGTGGCTG
TCCTTTCCACAGGCGCATGGGGTCGCCAGGGTACTCTTCCCGCCATCGCC
AAGCTCGTTTCCTGGGGCTACATATTGTTCCTGGCATTGGTTAGATTGCT
GCTTTCGACATTCGACCTCCATTCATCTCCCAGGCTGTGGAACCATACGG
CATCTTTGTACGGACTGCAATGGGTTTTCACCGTCTTCGTGTTTCGCTCC
GCCGTTATCCACCCCTTGTCAAATCGGGCCATGATCTTCAGCTCCATTGA
ATTTGGCTTGTCCACTTTGCTTTTGCTCATCGCGGTCACTACCCGTAGAG
GAAACAAAGTGGTTTTGGTGTCGCATGATGAGGGCCTGGAGCCTGCGAGA
CATCCCACAGCCAGCTTGTTCTCGCTGGCTACTTTTGCTTGGCTGGATCC
TCTCATTCTCAAGGGCTACAGGCAGCCGCTGGAGCTCGAAGATGTCTGGG
ATCTGACAGCGTCTCAGAAAGCAGCCACAGTGTTAGAAGACTTCCGCCGT
AGGAACTATCAGGGCTCACTGGTGTGGAAACTGTGTCGGTACTTCTACGG
TACCCTCCTTCTCCAAGGTGCCTGGACCATCTTTTCGAACCTGTTCACCT
ACCTGCCCACCATCCTCCTCCGGGTACTTCTGCAATACGTGGAGGATCCA
AGGTCGTCGACTGCAAACGCCGCGTGGCTCTATGCTATCTTACTGTTCTG
CTCTGGGGCTATTCAAGGTATCGCCGATGGTCAGGCTCTTTGGATTGGAC
GCAAGCTGGGTGTCAAACTTCGGGCTATTATTATTGGCGAAATTTACGCG
AAGGCCCTCAGGCGGAAAGCGGGTTCGACTGTAGAATCCGCGAAGAAGCA
GCCGGAAGAGCCTGCGAAGGATCAGAAGAAAGGCGGTTTCTTCTCATTTG
GCCGGAAGAACAAGAAGGCAACAACCGACCCCGAGACTAATAATGCAAAG
GCGAAGAAGTCGGAAGATGAGGAGGAGGACAAAGAACACATGGCTAACAT
TGGTACTATCATCAATTTGATGGCGATTGACTCTTTCAAAGTTAGCGAAG
TCGGCGCCTACCTGCACTTTTTGTGGGCTAGCGTGCCAGTGCAGATCATC
ATTGCCGTAACACTATTGTACCGCCTCCTGGGCTTCAGCTCGTTTGCTGG
AATTGTTATTATGGTCTTTATGTTGCCTATCAACCTTACGATCGCCAAAC
AGTTTACGAAGGTTCAGAATCGGATCCTGAAAGGCACTGATGCTCGGATT
CATAGCACCAACGAGATCCTCCAGAATATCCGAATCATCAAGTACTTCGC
CTGGGAGCAGCGTTTTGAAGACATTGTCAACGAGAAGCGAAAGGCGGAGC
TTAAGGCCTTGCGTTTCCGGTACATCATCTGGTCTACGGCGGCGACTGTC
TGGTATGGCACGCCCATCCTTATCACGTTCGCCTCATTCTTCTTGTATAC
GGTGGTGGAGGGAAAGAAGTTGACACCCTCGATCGCATTCCCGGCACTGT
CGATGTTCTCATTGCTCCGCGTTCCCCTAGACCAGCTAGCCGACATGGTA
GCACACGTTCAAGAGTCCAAGGTCTCCCTTGATCGTGTTGACACTTACCT
AAACGAAGAAGAGACTCAGAAATACCGTCAACTCGAGGAGGAGAACTCTG
ATGGACAACCGCCCAAGATCGCGTTGGAAAATGCTACCCTTACCTGGGGA
TCTGCCCCGGGCCAGTACAAAGATGATCCGTCAGAAGAGGTCGCGGATGG
TTTCCGTCTGATCAATATGGACGTGGACTTCCAGATTGGCAAACTCAACC
TGATTACTGGTCCGACTGGCTCTGGCAAGACGTCGCTGCTTATGGCGCTT
CTTGGCGAAATGAAGCTTCTGCAAGGAAAGGTTCACTTGCCTGGAGGCAC
GGCTAACCGCTCCGAACTCCCGGTCGATCCTCAGACAGGTCTCATCGAAA
GCGTTGCCTACTGCGCACAAGAAGCATGGCTCGTGAATGCTACTGTCAAG
GATAACATCGTGTTTGCTTCCCCCTTTGATCAACGCCGATACAATGCTGT
AATCAAGGCCTGTGCCTTGGAGCGGGACCTGGCAATTCTCGATGCAGGCG
ACCAGACCCTTGTGGGAGAAAAGGGCATCAGTCTTTCAGGAGGCCAGAAA
CAGAGAATATCGCTTGCGCGCGCTGTGTACAGCAGAGCTCGGCACTTGCT
TCTGGATGATTGCCTGAGTGCAGTCGATTCGCACACCGCTAAGCACATCT
TCCGACAGGCTTTGACCGGTCCCTTGATGATGAACCGAACTTGTGTTCTG
GTCACACACAATGTTGCTCTAACCGTGTTTGAAGCTGCCCATGTCATTGC
ACTTGATAATGGTAAAATCATTGCTCAGGGTCCTCCAGACGAAGTGGCGG
CATCTGGTGCGTTGGGTGATGAACTCCTCAAATCCCGACCGACTTCCAGG
ACTACTACCCCCCGTCCTTCCCGCAGACCTTCGGATCATGCAGAGCAAGA
TGACGAATCTCTTACGAACGGAAATGCTACCAACGCCCCCAACGGAAAGG
CCAAGGACAGTTCCGAACCTAAGTTGGTAGAGTCAAAGGCTGTTGGCAGT
ATCAAGTTGTCTACGGTTAAGATGTACCTTCAATCGATGGGATCCTGGCG
TTACTGGATCGTGGCTGTGCTTGTTTTTTGCCTGCAACAGCTTGGGTCTG
TGTCGACCAATATCTGGATCAGACAATGGGCCAATTCTTACCAGACTGAG
GACGTCGGGGCGGATCCTGGTGACTACGCGGCGATGGCGGCCTTCAAGAT
TCCGTCGTTCAATGTTGGCGGTGTTCCTCGCACATCCACTTTTAGCGCAC
CCCAATTTGGCACGCAGTCAGTAACCGTCAATGCCAACGGCAATGTGAAT
GTATCATATTATCTCGGAGTCTACGCATTATTGGGAGTTGCTTTCGTTGC
TATTTCGCTAATCAGAGAGGGTGTCCTTTTCTGGGGTTCCCTGCACGCGT
CTTTCAAGATCCACCAGCGCCTGTTGAGAGCGGTCATGCATGCAAAGTTC
AAGTTCTTTGATTCGACCCCCCTGGGTCAACTGATGAACCGATTCTCCAA
GGATGTGGAATCCGTTGATCAGGAAGTCGCTCCCGTAGCGATTGGCATGC
TCCATAGTCTGGCATCGGTCGTGATGATTGTCATTCTTATTTCCGTCATC
ACGCCCGGATTCTTGATCGCGGGTATCTTCATCACCTTGGTTTATGTCGC
TCTCGGTGCCGTCTACTTGAACGCCTCTCGCGACCTTAAGCGACTTGAAT
CCGTGCAGCGGAGTCCTCTGTACCAGCAGTTTGGTGAGACCTTGAACGGT
ATTGTTACCATCCGTGCCTATGGAGATGGACCGAGATTCATCGTTGACAA
TCACCGTCGCATCAACGCCTACAACCGCCCTCACATCTATCTGTGGGCGA
GTAATCGCTGGTTGGCGCTCCGTGTTGATGTAACAGGTGCCCTGGTGTCA
TTCTTCACCGCTGTCTTTGTCCTGATAAACATTGGGAAGATTGATGCCGG
TGCTGCTGGACTTTCGCTGACATACGCAGTCACGTTCACCGAGAACGTTC
TCTGGCTAGTCCGGCTGTACTCGGAGGTTCAACAGAACATGAACTCTGTC
GAACGTGTCAGGGAGTACCTCGAAGTCGAGCAAGAGGCAGATGCAGTTAT
TCCTGACTCTAGACCGCCGGCCAACTGGCCCAGTGGCGGCGCGGTTGACT
TCATTGGGTATACAACTCGGTATCGACCCGACCTTGACCCCGTTCTCAGG
AACGTCTCATTCACCGTGCAACCTGGAGAGAAGGTCGGTATCGTCGGCCG
CACTGGTGCTGGCAAGAGCTCGCTTGCTCTGGCGCTTTTCCGTGGCCTCG
AAGCTGAAAAGGGCCGCATCGTCATTGACGGCGTGGACACCAGCGCAATC
GGTCTCCGTGACTTGCGAGAGTCGATTACCATCGTTCCCCAAGACCCTAC
TCTGTTTACAGGAACTATCCGCAGCAATCTGGACCCGTTCGACCTCTTCA
CGGATGAGCAGATTTTTACCGCCCTGCGACGTGTGCACTTGATCGGCCCT
GGTACCTCTGGCACCGCGACTCCATTGACCACTAGTACGCTCGCGGAGCC
CAGTTCTGCAACTCCCACCGGTGTCACTAGTAGCGCTATCCTGGACAACA
AGAACATCTTCCTCAACCTGGACACTGCGGTCTCCGAATCCGGGTCCAAC
CTGTCCCAAGGCCAGCGACAGCTCTTGTGTCTTGCACGTGCACTACTCAA
GAATCCCAAGGTCTTGATGATGGACGAAGCCACCGCCTCCATAGACTACA
ACACCGACTCCAAGATCCAAGAAACCCTCCGGGAACTCCGGGAAAGCACC
ATTATCACCATTGCGCACCGTCTACAGACAATCATTGACTACGACAAGGT
CTTGGTCCTGGATCACGGCCGAGTTATCGAGTACGACCACCCCTGGACAT
TAATAAATAAGGGTGACGGTCTCTTCCGAAGCATGTGTGAAAACAGCGGT
AACATGGATAGTCTTCTGGAAGGAGCCAAGAAAGCGTGGGATCATAAAAA
TAGTGGTAATGATTCATAG
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Coding sequence (CDS) from alignment at OGUI01000007.1:885777..890845+

>ATCC64974_46000-T1 ID=ATCC64974_46000-T1|Name=ATCC64974_46000-T1|organism=Aspergillus niger N402|type=CDS|length=9984bp|location=Sequence derived from alignment at OGUI01000007.1:885777..890845+ (Aspergillus niger N402)
ATGGCGGTCGACTGCCACGGGCCCATTTGGGCTATCGATGATGTTTCCCG
TTGCTTCCAACGCAACTATCTCCAAGTAATATTTCCACTCACGGCCTGCG
GGCTCTCATTACTATTCGTCATTTTTCGCGTCGCATACCAATGTACCGTT
TCTCGAAAAAGCGCCTCCTACAAGTTACTGGATCACAATGCGGCTGAAGG
CGACACACAGGTTGCAACCTTGGATGATGAAGGGGAGGAAAGCGACCTAA
TGCTCAGCAAAGCGGCACAATCCGAGTTACCGACATTCGAAGTTGATCGT
CCCCGCGGAGAAATCGCAACTCTAACGTTGGAGATCCTTGCGCTCGTAGG
AGAAGTAGCCGTCTTCGTGGCTGTCCTTTCCACAGGCGCATGGGGTCGCC
AGGGTACTCTTCCCGCCATCGCCAAGCTCGTTTCCTGGGGCTACATATTG
TTCCTGGCATTGGTTAGATTGCTGCTTTCGACATTCGACCTCCATTCATC
TCCCAGGCTGTGGAACCATACGGCATCTTTGTACGGACTGCAATGGGTTT
TCACCGTCTTCGTGTTTCGCTCCGCCGTTATCCACCCCTTGTCAAATCGG
GCCATGATCTTCAGCTCCATTGAATTTGGCTTGTCCACTTTGCTTTTGCT
CATCGCGGTCACTACCCGTAGAGGAAACAAAGTGGTTTTGGTGTCGCATG
ATGAGGGCCTGGAGCCTGCGAGACATCCCACAGCCAGCTTGTTCTCGCTG
GCTACTTTTGCTTGGCTGGATCCTCTCATTCTCAAGGGCTACAGGCAGCC
GCTGGAGCTCGAAGATGTCTGGGATCTGACAGCGTCTCAGAAAGCAGCCA
CAGTGTTAGAAGACTTCCGCCGTAGGAACTATCAGGGCTCACTGGTGTGG
AAACTGTGTCGGTACTTCTACGGTACCCTCCTTCTCCAAGGTGCCTGGAC
CATCTTTTCGAACCTGTTCACCTACCTGCCCACCATCCTCCTCCGGGTAC
TTCTGCAATACGTGGAGGATCCAAGGTCGTCGACTGCAAACGCCGCGTGG
CTCTATGCTATCTTACTGTTCTGCTCTGGGGCTATTCAAGGTATCGCCGA
TGGTCAGGCTCTTTGGATTGGACGCAAGCTGGGTGTCAAACTTCGGGCTA
TTATTATTGGCGAAATTTACGCGAAGGCCCTCAGGCGGAAAGCGGGTTCG
ACTGTAGAATCCGCGAAGAAGCAGCCGGAAGAGCCTGCGAAGGATCAGAA
GAAAGGCGGTTTCTTCTCATTTGGCCGGAAGAACAAGAAGGCAACAACCG
ACCCCGAGACTAATAATGCAAAGGCGAAGAAGTCGGAAGATGAGGAGGAG
GACAAAGAACACATGGCTAACATTGGTACTATCATCAATTTGATGGCGAT
TGACTCTTTCAAAGTTAGCGAAGTCGGCGCCTACCTGCACTTTTTGTGGG
CTAGCGTGCCAGTGCAGATCATCATTGCCGTAACACTATTGTACCGCCTC
CTGGGCTTCAGCTCGTTTGCTGGAATTGTTATTATGGTCTTTATGTTGCC
TATCAACCTTACGATCGCCAAACAGTTTACGAAGGTTCAGAATCGGATCC
TGAAAGGCACTGATGCTCGGATTCATAGCACCAACGAGATCCTCCAGAAT
ATCCGAATCATCAAGTACTTCGCCTGGGAGCAGCGTTTTGAAGACATTGT
CAACGAGAAGCGAAAGGCGGAGCTTAAGGCCTTGCGTTTCCGGTACATCA
TCTGGTCTACGGCGGCGACTGTCTGGTATGGCACGCCCATCCTTATCACG
TTCGCCTCATTCTTCTTGTATACGGTGGTGGAGGGAAAGAAGTTGACACC
CTCGATCGCATTCCCGGCACTGTCGATGTTCTCATTGCTCCGCGTTCCCC
TAGACCAGCTAGCCGACATGGTAGCACACGTTCAAGAGTCCAAGGTCTCC
CTTGATCGTGTTGACACTTACCTAAACGAAGAAGAGACTCAGAAATACCG
TCAACTCGAGGAGGAGAACTCTGATGGACAACCGCCCAAGATCGCGTTGG
AAAATGCTACCCTTACCTGGGGATCTGCCCCGGGCCAGTACAAAGATGAT
CCGTCAGAAGAGGTCGCGGATGGTTTCCGTCTGATCAATATGGACGTGGA
CTTCCAGATTGGCAAACTCAACCTGATTACTGGTCCGACTGGCTCTGGCA
AGACGTCGCTGCTTATGGCGCTTCTTGGCGAAATGAAGCTTCTGCAAGGA
AAGGTTCACTTGCCTGGAGGCACGGCTAACCGCTCCGAACTCCCGGTCGA
TCCTCAGACAGGTCTCATCGAAAGCGTTGCCTACTGCGCACAAGAAGCAT
GGCTCGTGAATGCTACTGTCAAGGATAACATCGTGTTTGCTTCCCCCTTT
GATCAACGCCGATACAATGCTGTAATCAAGGCCTGTGCCTTGGAGCGGGA
CCTGGCAATTCTCGATGCAGGCGACCAGACCCTTGTGGGAGAAAAGGGCA
TCAGTCTTTCAGGAGGCCAGAAACAGAGAATATCGCTTGCGCGCGCTGTG
TACAGCAGAGCTCGGCACTTGCTTCTGGATGATTGCCTGAGTGCAGTCGA
TTCGCACACCGCTAAGCACATCTTCCGACAGGCTTTGACCGGTCCCTTGA
TGATGAACCGAACTTGTGTTCTGGTCACACACAATGTTGCTCTAACCGTG
TTTGAAGCTGCCCATGTCATTGCACTTGATAATGGTAAAATCATTGCTCA
GGGTCCTCCAGACGAAGTGGCGGCATCTGGTGCGTTGGGTGATGAACTCC
TCAAATCCCGACCGACTTCCAGGACTACTACCCCCCGTCCTTCCCGCAGA
CCTTCGGATCATGCAGAGCAAGATGACGAATCTCTTACGAACGGAAATGC
TACCAACGCCCCCAACGGAAAGGCCAAGGACAGTTCCGAACCTAAGTTGG
TAGAGTCAAAGGCTGTTGGCAGTATCAAGTTGTCTACGGTTAAGATGTAC
CTTCAATCGATGGGATCCTGGCGTTACTGGATCGTGGCTGTGCTTGTTTT
TTGCCTGCAACAGCTTGGGTCTGTGTCGACCAATATCTGGATCAGACAAT
GGGCCAATTCTTACCAGACTGAGGACGTCGGGGCGGATCCTGGTGACTAC
GCGGCGATGGCGGCCTTCAAGATTCCGTCGTTCAATGTTGGCGGTGTTCC
TCGCACATCCACTTTTAGCGCACCCCAATTTGGCACGCAGTCAGTAACCG
TCAATGCCAACGGCAATGTGAATGTATCATATTATCTCGGAGTCTACGCA
TTATTGGGAGTTGCTTTCGTTGCTATTTCGCTAATCAGAGAGGGTGTCCT
TTTCTGGGGTTCCCTGCACGCGTCTTTCAAGATCCACCAGCGCCTGTTGA
GAGCGGTCATGCATGCAAAGTTCAAGTTCTTTGATTCGACCCCCCTGGGT
CAACTGATGAACCGATTCTCCAAGGATGTGGAATCCGTTGATCAGGAAGT
CGCTCCCGTAGCGATTGGCATGCTCCATAGTCTGGCATCGGTCGTGATGA
TTGTCATTCTTATTTCCGTCATCACGCCCGGATTCTTGATCGCGGGTATC
TTCATCACCTTGGTTTATGTCGCTCTCGGTGCCGTCTACTTGAACGCCTC
TCGCGACCTTAAGCGACTTGAATCCGTGCAGCGGAGTCCTCTGTACCAGC
AGTTTGGTGAGACCTTGAACGGTATTGTTACCATCCGTGCCTATGGAGAT
GGACCGAGATTCATCGTTGACAATCACCGTCGCATCAACGCCTACAACCG
CCCTCACATCTATCTGTGGGCGAGTAATCGCTGGTTGGCGCTCCGTGTTG
ATGTAACAGGTGCCCTGGTGTCATTCTTCACCGCTGTCTTTGTCCTGATA
AACATTGGGAAGATTGATGCCGGTGCTGCTGGACTTTCGCTGACATACGC
AGTCACGTTCACCGAGAACGTTCTCTGGCTAGTCCGGCTGTACTCGGAGG
TTCAACAGAACATGAACTCTGTCGAACGTGTCAGGGAGTACCTCGAAGTC
GAGCAAGAGGCAGATGCAGTTATTCCTGACTCTAGACCGCCGGCCAACTG
GCCCAGTGGCGGCGCGGTTGACTTCATTGGGTATACAACTCGGTATCGAC
CCGACCTTGACCCCGTTCTCAGGAACGTCTCATTCACCGTGCAACCTGGA
GAGAAGGTCGGTATCGTCGGCCGCACTGGTGCTGGCAAGAGCTCGCTTGC
TCTGGCGCTTTTCCGTGGCCTCGAAGCTGAAAAGGGCCGCATCGTCATTG
ACGGCGTGGACACCAGCGCAATCGGTCTCCGTGACTTGCGAGAGTCGATT
ACCATCGTTCCCCAAGACCCTACTCTGTTTACAGGAACTATCCGCAGCAA
TCTGGACCCGTTCGACCTCTTCACGGATGAGCAGATTTTTACCGCCCTGC
GACGTGTGCACTTGATCGGCCCTGGTACCTCTGGCACCGCGACTCCATTG
ACCACTAGTACGCTCGCGGAGCCCAGTTCTGCAACTCCCACCGGTGTCAC
TAGTAGCGCTATCCTGGACAACAAGAACATCTTCCTCAACCTGGACACTG
CGGTCTCCGAATCCGGGTCCAACCTGTCCCAAGGCCAGCGACAGCTCTTG
TGTCTTGCACGTGCACTACTCAAGAATCCCAAGGTCTTGATGATGGACGA
AGCCACCGCCTCCATAGACTACAACACCGACTCCAAGATCCAAGAAACCC
TCCGGGAACTCCGGGAAAGCACCATTATCACCATTGCGCACCGTCTACAG
ACAATCATTGACTACGACAAGGTCTTGGTCCTGGATCACGGCCGAGTTAT
CGAGTACGACCACCCCTGGACATTAATAAATAAGGGTGACGGTCTCTTCC
GAAGCATGTGTGAAAACAGCGGTAACATGGATAGTCTTCTGGAAGGAGCC
AAGAAAGCGTGGGATCATAAAAATAGTGGTAATGATTCATAGATGGCGGT
CGACTGCCACGGGCCCATTTGGGCTATCGATGATGTTTCCCGTTGCTTCC
AACGCAACTATCTCCAAGTAATATTTCCACTCACGGCCTGCGGGCTCTCA
TTACTATTCGTCATTTTTCGCGTCGCATACCAATGTACCGTTTCTCGAAA
AAGCGCCTCCTACAAGTTACTGGATCACAATGCGGCTGAAGGCGACACAC
AGGTTGCAACCTTGGATGATGAAGGGGAGGAAAGCGACCTAATGCTCAGC
AAAGCGGCACAATCCGAGTTACCGACATTCGAAGTTGATCGTCCCCGCGG
AGAAATCGCAACTCTAACGTTGGAGATCCTTGCGCTCGTAGGAGAAGTAG
CCGTCTTCGTGGCTGTCCTTTCCACAGGCGCATGGGGTCGCCAGGGTACT
CTTCCCGCCATCGCCAAGCTCGTTTCCTGGGGCTACATATTGTTCCTGGC
ATTGGTTAGATTGCTGCTTTCGACATTCGACCTCCATTCATCTCCCAGGC
TGTGGAACCATACGGCATCTTTGTACGGACTGCAATGGGTTTTCACCGTC
TTCGTGTTTCGCTCCGCCGTTATCCACCCCTTGTCAAATCGGGCCATGAT
CTTCAGCTCCATTGAATTTGGCTTGTCCACTTTGCTTTTGCTCATCGCGG
TCACTACCCGTAGAGGAAACAAAGTGGTTTTGGTGTCGCATGATGAGGGC
CTGGAGCCTGCGAGACATCCCACAGCCAGCTTGTTCTCGCTGGCTACTTT
TGCTTGGCTGGATCCTCTCATTCTCAAGGGCTACAGGCAGCCGCTGGAGC
TCGAAGATGTCTGGGATCTGACAGCGTCTCAGAAAGCAGCCACAGTGTTA
GAAGACTTCCGCCGTAGGAACTATCAGGGCTCACTGGTGTGGAAACTGTG
TCGGTACTTCTACGGTACCCTCCTTCTCCAAGGTGCCTGGACCATCTTTT
CGAACCTGTTCACCTACCTGCCCACCATCCTCCTCCGGGTACTTCTGCAA
TACGTGGAGGATCCAAGGTCGTCGACTGCAAACGCCGCGTGGCTCTATGC
TATCTTACTGTTCTGCTCTGGGGCTATTCAAGGTATCGCCGATGGTCAGG
CTCTTTGGATTGGACGCAAGCTGGGTGTCAAACTTCGGGCTATTATTATT
GGCGAAATTTACGCGAAGGCCCTCAGGCGGAAAGCGGGTTCGACTGTAGA
ATCCGCGAAGAAGCAGCCGGAAGAGCCTGCGAAGGATCAGAAGAAAGGCG
GTTTCTTCTCATTTGGCCGGAAGAACAAGAAGGCAACAACCGACCCCGAG
ACTAATAATGCAAAGGCGAAGAAGTCGGAAGATGAGGAGGAGGACAAAGA
ACACATGGCTAACATTGGTACTATCATCAATTTGATGGCGATTGACTCTT
TCAAAGTTAGCGAAGTCGGCGCCTACCTGCACTTTTTGTGGGCTAGCGTG
CCAGTGCAGATCATCATTGCCGTAACACTATTGTACCGCCTCCTGGGCTT
CAGCTCGTTTGCTGGAATTGTTATTATGGTCTTTATGTTGCCTATCAACC
TTACGATCGCCAAACAGTTTACGAAGGTTCAGAATCGGATCCTGAAAGGC
ACTGATGCTCGGATTCATAGCACCAACGAGATCCTCCAGAATATCCGAAT
CATCAAGTACTTCGCCTGGGAGCAGCGTTTTGAAGACATTGTCAACGAGA
AGCGAAAGGCGGAGCTTAAGGCCTTGCGTTTCCGGTACATCATCTGGTCT
ACGGCGGCGACTGTCTGGTATGGCACGCCCATCCTTATCACGTTCGCCTC
ATTCTTCTTGTATACGGTGGTGGAGGGAAAGAAGTTGACACCCTCGATCG
CATTCCCGGCACTGTCGATGTTCTCATTGCTCCGCGTTCCCCTAGACCAG
CTAGCCGACATGGTAGCACACGTTCAAGAGTCCAAGGTCTCCCTTGATCG
TGTTGACACTTACCTAAACGAAGAAGAGACTCAGAAATACCGTCAACTCG
AGGAGGAGAACTCTGATGGACAACCGCCCAAGATCGCGTTGGAAAATGCT
ACCCTTACCTGGGGATCTGCCCCGGGCCAGTACAAAGATGATCCGTCAGA
AGAGGTCGCGGATGGTTTCCGTCTGATCAATATGGACGTGGACTTCCAGA
TTGGCAAACTCAACCTGATTACTGGTCCGACTGGCTCTGGCAAGACGTCG
CTGCTTATGGCGCTTCTTGGCGAAATGAAGCTTCTGCAAGGAAAGGTTCA
CTTGCCTGGAGGCACGGCTAACCGCTCCGAACTCCCGGTCGATCCTCAGA
CAGGTCTCATCGAAAGCGTTGCCTACTGCGCACAAGAAGCATGGCTCGTG
AATGCTACTGTCAAGGATAACATCGTGTTTGCTTCCCCCTTTGATCAACG
CCGATACAATGCTGTAATCAAGGCCTGTGCCTTGGAGCGGGACCTGGCAA
TTCTCGATGCAGGCGACCAGACCCTTGTGGGAGAAAAGGGCATCAGTCTT
TCAGGAGGCCAGAAACAGAGAATATCGCTTGCGCGCGCTGTGTACAGCAG
AGCTCGGCACTTGCTTCTGGATGATTGCCTGAGTGCAGTCGATTCGCACA
CCGCTAAGCACATCTTCCGACAGGCTTTGACCGGTCCCTTGATGATGAAC
CGAACTTGTGTTCTGGTCACACACAATGTTGCTCTAACCGTGTTTGAAGC
TGCCCATGTCATTGCACTTGATAATGGTAAAATCATTGCTCAGGGTCCTC
CAGACGAAGTGGCGGCATCTGGTGCGTTGGGTGATGAACTCCTCAAATCC
CGACCGACTTCCAGGACTACTACCCCCCGTCCTTCCCGCAGACCTTCGGA
TCATGCAGAGCAAGATGACGAATCTCTTACGAACGGAAATGCTACCAACG
CCCCCAACGGAAAGGCCAAGGACAGTTCCGAACCTAAGTTGGTAGAGTCA
AAGGCTGTTGGCAGTATCAAGTTGTCTACGGTTAAGATGTACCTTCAATC
GATGGGATCCTGGCGTTACTGGATCGTGGCTGTGCTTGTTTTTTGCCTGC
AACAGCTTGGGTCTGTGTCGACCAATATCTGGATCAGACAATGGGCCAAT
TCTTACCAGACTGAGGACGTCGGGGCGGATCCTGGTGACTACGCGGCGAT
GGCGGCCTTCAAGATTCCGTCGTTCAATGTTGGCGGTGTTCCTCGCACAT
CCACTTTTAGCGCACCCCAATTTGGCACGCAGTCAGTAACCGTCAATGCC
AACGGCAATGTGAATGTATCATATTATCTCGGAGTCTACGCATTATTGGG
AGTTGCTTTCGTTGCTATTTCGCTAATCAGAGAGGGTGTCCTTTTCTGGG
GTTCCCTGCACGCGTCTTTCAAGATCCACCAGCGCCTGTTGAGAGCGGTC
ATGCATGCAAAGTTCAAGTTCTTTGATTCGACCCCCCTGGGTCAACTGAT
GAACCGATTCTCCAAGGATGTGGAATCCGTTGATCAGGAAGTCGCTCCCG
TAGCGATTGGCATGCTCCATAGTCTGGCATCGGTCGTGATGATTGTCATT
CTTATTTCCGTCATCACGCCCGGATTCTTGATCGCGGGTATCTTCATCAC
CTTGGTTTATGTCGCTCTCGGTGCCGTCTACTTGAACGCCTCTCGCGACC
TTAAGCGACTTGAATCCGTGCAGCGGAGTCCTCTGTACCAGCAGTTTGGT
GAGACCTTGAACGGTATTGTTACCATCCGTGCCTATGGAGATGGACCGAG
ATTCATCGTTGACAATCACCGTCGCATCAACGCCTACAACCGCCCTCACA
TCTATCTGTGGGCGAGTAATCGCTGGTTGGCGCTCCGTGTTGATGTAACA
GGTGCCCTGGTGTCATTCTTCACCGCTGTCTTTGTCCTGATAAACATTGG
GAAGATTGATGCCGGTGCTGCTGGACTTTCGCTGACATACGCAGTCACGT
TCACCGAGAACGTTCTCTGGCTAGTCCGGCTGTACTCGGAGGTTCAACAG
AACATGAACTCTGTCGAACGTGTCAGGGAGTACCTCGAAGTCGAGCAAGA
GGCAGATGCAGTTATTCCTGACTCTAGACCGCCGGCCAACTGGCCCAGTG
GCGGCGCGGTTGACTTCATTGGGTATACAACTCGGTATCGACCCGACCTT
GACCCCGTTCTCAGGAACGTCTCATTCACCGTGCAACCTGGAGAGAAGGT
CGGTATCGTCGGCCGCACTGGTGCTGGCAAGAGCTCGCTTGCTCTGGCGC
TTTTCCGTGGCCTCGAAGCTGAAAAGGGCCGCATCGTCATTGACGGCGTG
GACACCAGCGCAATCGGTCTCCGTGACTTGCGAGAGTCGATTACCATCGT
TCCCCAAGACCCTACTCTGTTTACAGGAACTATCCGCAGCAATCTGGACC
CGTTCGACCTCTTCACGGATGAGCAGATTTTTACCGCCCTGCGACGTGTG
CACTTGATCGGCCCTGGTACCTCTGGCACCGCGACTCCATTGACCACTAG
TACGCTCGCGGAGCCCAGTTCTGCAACTCCCACCGGTGTCACTAGTAGCG
CTATCCTGGACAACAAGAACATCTTCCTCAACCTGGACACTGCGGTCTCC
GAATCCGGGTCCAACCTGTCCCAAGGCCAGCGACAGCTCTTGTGTCTTGC
ACGTGCACTACTCAAGAATCCCAAGGTCTTGATGATGGACGAAGCCACCG
CCTCCATAGACTACAACACCGACTCCAAGATCCAAGAAACCCTCCGGGAA
CTCCGGGAAAGCACCATTATCACCATTGCGCACCGTCTACAGACAATCAT
TGACTACGACAAGGTCTTGGTCCTGGATCACGGCCGAGTTATCGAGTACG
ACCACCCCTGGACATTAATAAATAAGGGTGACGGTCTCTTCCGAAGCATG
TGTGAAAACAGCGGTAACATGGATAGTCTTCTGGAAGGAGCCAAGAAAGC
GTGGGATCATAAAAATAGTGGTAATGATTCATAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0016021integral component of membrane
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
ATCC64974_46000ATCC64974_46000Aspergillus niger N402gene


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

Feature NameUnique NameSpeciesType
ATCC64974_46000-T1.exon1ATCC64974_46000-T1.exon1Aspergillus niger N402exon
ATCC64974_46000-T1.exon2ATCC64974_46000-T1.exon2Aspergillus niger N402exon


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

Feature NameUnique NameSpeciesType
ATCC64974_46000-T1.cdsATCC64974_46000-T1.cdsAspergillus niger N402CDS


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

Feature NameUnique NameSpeciesType
ATCC64974_46000-T1ATCC64974_46000-T1-proteinAspergillus niger N402polypeptide


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR017871
DBxrefInterPro:IPR011527
DBxrefInterPro:IPR003439
DBxrefInterPro:IPR036640
DBxrefInterPro:IPR003593
DBxrefPFAM:PF00005
DBxrefPFAM:PF00664
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger N402 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
OGUI01000007.1supercontigOGUI01000007.1:885777..890845 +
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