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ATCC10864_009604-T1, ATCC10864_009604-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_009604-T1
Unique NameATCC10864_009604-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000215:209302..211396-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_009604-T1 ID=ATCC10864_009604-T1|Name=ATCC10864_009604-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2095bp|location=Sequence derived from alignment at MCQH01000215:209302..211396- (Aspergillus niger ATCC 10864)
ATGTCTTCAGAAGCAGCATCTCAAGTCTCCGTTGGGGCACTCAGGTCAGT
TTCCTGGAACTCACTGTGCATTATCTCACTAATATCCCTCAAGCGCTATC
TTCGATGATACAAAGCCTCAAACGCGTGAGCCTGTTGTTCAGTGTGTCCA
GATAAAGCCATTGCCAGCTCAGCAGAGCCACCCGGAACGCTACCGAGCTG
TATTCAGTGATATTTCAAATTATGTGCAGACGATGCTTGCGACCCGTAAG
TGTGCCATAGTTCTAATGGATTGCCAAAGAAACTGCTAATATCCTTGATC
TTCCAGAATTGAACCCCATGGTTTCTAGTAAGCTATTACGGAAGGGGTGT
TTCGTTCGCCTGAAGTCATTCCAAGCGAACTCCGTGAAAGGCAAAAAGTA
AGTGACCACAAACGTCTTCATCACCAATAGTATACCTGACCTACGAGGCA
GGATTCTTATTATTCTCGACCTTGAAGTCTTGGAGGGACTAGGAGAGGCC
GAGAAGATTGGCGATCCGAAACCACTCGAAAGTAAAACAGATGAAGACGA
GAAGCACCAGCCCACTACAATCTCCAGCAATGGTTTCTATGGATCGAAGA
TATCAGGAGCACAGGTCCAGTCAAATACCGGAGTGCAGTCAGCACGACCT
GTTTTGGCCGCAACGCATGCTACTATATATCCCATCGAAGCTATTTCACC
ATATTCTCACAAATGGACGATCAAAGCACGCTGTACGAGCAAAACAAATA
TTAGGACCTGGCACAACAGGAATACCGAAGGGAGGCTCTTCAGCGTTAAT
CTACTGGACGACAGTGGCGAAATACGAGCTACTGGATTTAATGACCAATG
CGATATGCTGTATGACGTCTTCCAGGAGGGCGGTGTATACTATATTTCCA
ACTGCCGCGTGCAGATTGCGAAAAAGCAGTACACGAACCTGAACAATGAT
TATGAGCTCACTTTCGAAAGGGATACGGTGGTTGAAAAGGTCAGTCAGAA
TGCTCAGTTCAAATTGCTCTCTTAACTTACCATATCGCATTAGGCAGAGG
ATCAGACCGATGTTCCCCAAGTTCGATTCAATTTCACTTCTATCGGTGAC
CTCCAATCGGTAGAAAAAGATACTACAATCGATGTGATAGGTGTACTGAA
GGAGGCCATGGATGTTACACAGATCACATCCAAAACTACAAACAAACCCT
ATGACAAGCGTGAGCTAATCATGGTTGACAATACTGGGTTCTCCGTTCGC
CTGACCATCTGGGGCTCTACGGCGCAGAAATTCAATGCCTCGCCCGAGTC
TGTGATAGCTTTCAAAGGTGTGAAGGTCTCTGACTTTGGTGGGCGAAGTC
TGAGTTTGCTGAGCTCGGGTTCAATGGCGGTTGATCCTGACATTGAGGAA
GCCCACAAGCTCAAAGGCTGGTATGACGCACAAGGTAGGGATGAGAATTT
CTCTTCACATGCTTCCTTATTAGGCACAGCCTCATCAACGATGAAGTCGG
ATCAATTCAAGACCATCGCCCAAATAAGAGAGGAGCAATTGGGTATGTCG
GAGGAGGCGGTTTACTTTTCGCTGAAAGCAACAGTCATCTATATTAAGCA
GGATAATATGTCTTTTGCTTATCCTGCTTGTCTCTCAGAAGGTTGCAACA
AGAAGGTGACCGAGCTTGATCCTGGTCAGTGGCGCTGTGAGCGCTGCGAT
AAGACTCACCCCCAACCTGACTACCGCTACATAATGCATGTCAATGTCAG
CGATCATACCGGCCAACTTTGGCTGAGCTGCTTTGACGACGTGGGCAGAT
CGATGATGGACATTTCGGCCAATCAGTTAATGGAGCTGTTTCAAACGGAC
GAAAAAGCAGCTGGCGACGTATTCCAGGATGCCAATTGCCGGACCTGGAA
TTTCCGATGCCGTGCCAAAATAGACCATTTCGGCGAACAACAACGGTAAG
GCGATCCGCTTTGTGGCTTAGATGGCACTGCTAATATCAACTCTCTACCA
GTATACGGTATCAGGTATCCTCGGCCAAACCGATTAATTATTCCCACGAG
GCTGGACGCCTTGCTGATCTGATTGGATCTTACACTGTATCTTGA
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Coding sequence (CDS) from alignment at MCQH01000215:209302..211396-

>ATCC10864_009604-T1 ID=ATCC10864_009604-T1|Name=ATCC10864_009604-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=10926bp|location=Sequence derived from alignment at MCQH01000215:209302..211396- (Aspergillus niger ATCC 10864)
TATACGGTATCAGGTATCCTCGGCCAAACCGATTAATTATTCCCACGAGG
CTGGACGCCTTGCTGATCTGATTGGATCTTACACTGTATCTTGAGCAGAG
GATCAGACCGATGTTCCCCAAGTTCGATTCAATTTCACTTCTATCGGTGA
CCTCCAATCGGTAGAAAAAGATACTACAATCGATGTGATAGGTGTACTGA
AGGAGGCCATGGATGTTACACAGATCACATCCAAAACTACAAACAAACCC
TATGACAAGCGTGAGCTAATCATGGTTGACAATACTGGGTTCTCCGTTCG
CCTGACCATCTGGGGCTCTACGGCGCAGAAATTCAATGCCTCGCCCGAGT
CTGTGATAGCTTTCAAAGGTGTGAAGGTCTCTGACTTTGGTGGGCGAAGT
CTGAGTTTGCTGAGCTCGGGTTCAATGGCGGTTGATCCTGACATTGAGGA
AGCCCACAAGCTCAAAGGCTGGTATGACGCACAAGGTAGGGATGAGAATT
TCTCTTCACATGCTTCCTTATTAGGCACAGCCTCATCAACGATGAAGTCG
GATCAATTCAAGACCATCGCCCAAATAAGAGAGGAGCAATTGGGTATGTC
GGAGGAGGCGGTTTACTTTTCGCTGAAAGCAACAGTCATCTATATTAAGC
AGGATAATATGTCTTTTGCTTATCCTGCTTGTCTCTCAGAAGGTTGCAAC
AAGAAGGTGACCGAGCTTGATCCTGGTCAGTGGCGCTGTGAGCGCTGCGA
TAAGACTCACCCCCAACCTGACTACCGCTACATAATGCATGTCAATGTCA
GCGATCATACCGGCCAACTTTGGCTGAGCTGCTTTGACGACGTGGGCAGA
TCGATGATGGACATTTCGGCCAATCAGTTAATGGAGCTGTTTCAAACGGA
CGAAAAAGCAGCTGGCGACGTATTCCAGGATGCCAATTGCCGGACCTGGA
ATTTCCGATGCCGTGCCAAAATAGACCATTTCGGCGAACAACAACGGATT
CTTATTATTCTCGACCTTGAAGTCTTGGAGGGACTAGGAGAGGCCGAGAA
GATTGGCGATCCGAAACCACTCGAAAGTAAAACAGATGAAGACGAGAAGC
ACCAGCCCACTACAATCTCCAGCAATGGTTTCTATGGATCGAAGATATCA
GGAGCACAGGTCCAGTCAAATACCGGAGTGCAGTCAGCACGACCTGTTTT
GGCCGCAACGCATGCTACTATATATCCCATCGAAGCTATTTCACCATATT
CTCACAAATGGACGATCAAAGCACGCTGTACGAGCAAAACAAATATTAGG
ACCTGGCACAACAGGAATACCGAAGGGAGGCTCTTCAGCGTTAATCTACT
GGACGACAGTGGCGAAATACGAGCTACTGGATTTAATGACCAATGCGATA
TGCTGTATGACGTCTTCCAGGAGGGCGGTGTATACTATATTTCCAACTGC
CGCGTGCAGATTGCGAAAAAGCAGTACACGAACCTGAACAATGATTATGA
GCTCACTTTCGAAAGGGATACGGTGGTTGAAAAGAATTGAACCCCATGGT
TTCTAGTAAGCTATTACGGAAGGGGTGTTTCGTTCGCCTGAAGTCATTCC
AAGCGAACTCCGTGAAAGGCAAAAACGCTATCTTCGATGATACAAAGCCT
CAAACGCGTGAGCCTGTTGTTCAGTGTGTCCAGATAAAGCCATTGCCAGC
TCAGCAGAGCCACCCGGAACGCTACCGAGCTGTATTCAGTGATATTTCAA
ATTATGTGCAGACGATGCTTGCGACCCATGTCTTCAGAAGCAGCATCTCA
AGTCTCCGTTGGGGCACTCAGTATACGGTATCAGGTATCCTCGGCCAAAC
CGATTAATTATTCCCACGAGGCTGGACGCCTTGCTGATCTGATTGGATCT
TACACTGTATCTTGAGCAGAGGATCAGACCGATGTTCCCCAAGTTCGATT
CAATTTCACTTCTATCGGTGACCTCCAATCGGTAGAAAAAGATACTACAA
TCGATGTGATAGGTGTACTGAAGGAGGCCATGGATGTTACACAGATCACA
TCCAAAACTACAAACAAACCCTATGACAAGCGTGAGCTAATCATGGTTGA
CAATACTGGGTTCTCCGTTCGCCTGACCATCTGGGGCTCTACGGCGCAGA
AATTCAATGCCTCGCCCGAGTCTGTGATAGCTTTCAAAGGTGTGAAGGTC
TCTGACTTTGGTGGGCGAAGTCTGAGTTTGCTGAGCTCGGGTTCAATGGC
GGTTGATCCTGACATTGAGGAAGCCCACAAGCTCAAAGGCTGGTATGACG
CACAAGGTAGGGATGAGAATTTCTCTTCACATGCTTCCTTATTAGGCACA
GCCTCATCAACGATGAAGTCGGATCAATTCAAGACCATCGCCCAAATAAG
AGAGGAGCAATTGGGTATGTCGGAGGAGGCGGTTTACTTTTCGCTGAAAG
CAACAGTCATCTATATTAAGCAGGATAATATGTCTTTTGCTTATCCTGCT
TGTCTCTCAGAAGGTTGCAACAAGAAGGTGACCGAGCTTGATCCTGGTCA
GTGGCGCTGTGAGCGCTGCGATAAGACTCACCCCCAACCTGACTACCGCT
ACATAATGCATGTCAATGTCAGCGATCATACCGGCCAACTTTGGCTGAGC
TGCTTTGACGACGTGGGCAGATCGATGATGGACATTTCGGCCAATCAGTT
AATGGAGCTGTTTCAAACGGACGAAAAAGCAGCTGGCGACGTATTCCAGG
ATGCCAATTGCCGGACCTGGAATTTCCGATGCCGTGCCAAAATAGACCAT
TTCGGCGAACAACAACGGATTCTTATTATTCTCGACCTTGAAGTCTTGGA
GGGACTAGGAGAGGCCGAGAAGATTGGCGATCCGAAACCACTCGAAAGTA
AAACAGATGAAGACGAGAAGCACCAGCCCACTACAATCTCCAGCAATGGT
TTCTATGGATCGAAGATATCAGGAGCACAGGTCCAGTCAAATACCGGAGT
GCAGTCAGCACGACCTGTTTTGGCCGCAACGCATGCTACTATATATCCCA
TCGAAGCTATTTCACCATATTCTCACAAATGGACGATCAAAGCACGCTGT
ACGAGCAAAACAAATATTAGGACCTGGCACAACAGGAATACCGAAGGGAG
GCTCTTCAGCGTTAATCTACTGGACGACAGTGGCGAAATACGAGCTACTG
GATTTAATGACCAATGCGATATGCTGTATGACGTCTTCCAGGAGGGCGGT
GTATACTATATTTCCAACTGCCGCGTGCAGATTGCGAAAAAGCAGTACAC
GAACCTGAACAATGATTATGAGCTCACTTTCGAAAGGGATACGGTGGTTG
AAAAGAATTGAACCCCATGGTTTCTAGTAAGCTATTACGGAAGGGGTGTT
TCGTTCGCCTGAAGTCATTCCAAGCGAACTCCGTGAAAGGCAAAAACGCT
ATCTTCGATGATACAAAGCCTCAAACGCGTGAGCCTGTTGTTCAGTGTGT
CCAGATAAAGCCATTGCCAGCTCAGCAGAGCCACCCGGAACGCTACCGAG
CTGTATTCAGTGATATTTCAAATTATGTGCAGACGATGCTTGCGACCCAT
GTCTTCAGAAGCAGCATCTCAAGTCTCCGTTGGGGCACTCAGTATACGGT
ATCAGGTATCCTCGGCCAAACCGATTAATTATTCCCACGAGGCTGGACGC
CTTGCTGATCTGATTGGATCTTACACTGTATCTTGAGCAGAGGATCAGAC
CGATGTTCCCCAAGTTCGATTCAATTTCACTTCTATCGGTGACCTCCAAT
CGGTAGAAAAAGATACTACAATCGATGTGATAGGTGTACTGAAGGAGGCC
ATGGATGTTACACAGATCACATCCAAAACTACAAACAAACCCTATGACAA
GCGTGAGCTAATCATGGTTGACAATACTGGGTTCTCCGTTCGCCTGACCA
TCTGGGGCTCTACGGCGCAGAAATTCAATGCCTCGCCCGAGTCTGTGATA
GCTTTCAAAGGTGTGAAGGTCTCTGACTTTGGTGGGCGAAGTCTGAGTTT
GCTGAGCTCGGGTTCAATGGCGGTTGATCCTGACATTGAGGAAGCCCACA
AGCTCAAAGGCTGGTATGACGCACAAGGTAGGGATGAGAATTTCTCTTCA
CATGCTTCCTTATTAGGCACAGCCTCATCAACGATGAAGTCGGATCAATT
CAAGACCATCGCCCAAATAAGAGAGGAGCAATTGGGTATGTCGGAGGAGG
CGGTTTACTTTTCGCTGAAAGCAACAGTCATCTATATTAAGCAGGATAAT
ATGTCTTTTGCTTATCCTGCTTGTCTCTCAGAAGGTTGCAACAAGAAGGT
GACCGAGCTTGATCCTGGTCAGTGGCGCTGTGAGCGCTGCGATAAGACTC
ACCCCCAACCTGACTACCGCTACATAATGCATGTCAATGTCAGCGATCAT
ACCGGCCAACTTTGGCTGAGCTGCTTTGACGACGTGGGCAGATCGATGAT
GGACATTTCGGCCAATCAGTTAATGGAGCTGTTTCAAACGGACGAAAAAG
CAGCTGGCGACGTATTCCAGGATGCCAATTGCCGGACCTGGAATTTCCGA
TGCCGTGCCAAAATAGACCATTTCGGCGAACAACAACGGATTCTTATTAT
TCTCGACCTTGAAGTCTTGGAGGGACTAGGAGAGGCCGAGAAGATTGGCG
ATCCGAAACCACTCGAAAGTAAAACAGATGAAGACGAGAAGCACCAGCCC
ACTACAATCTCCAGCAATGGTTTCTATGGATCGAAGATATCAGGAGCACA
GGTCCAGTCAAATACCGGAGTGCAGTCAGCACGACCTGTTTTGGCCGCAA
CGCATGCTACTATATATCCCATCGAAGCTATTTCACCATATTCTCACAAA
TGGACGATCAAAGCACGCTGTACGAGCAAAACAAATATTAGGACCTGGCA
CAACAGGAATACCGAAGGGAGGCTCTTCAGCGTTAATCTACTGGACGACA
GTGGCGAAATACGAGCTACTGGATTTAATGACCAATGCGATATGCTGTAT
GACGTCTTCCAGGAGGGCGGTGTATACTATATTTCCAACTGCCGCGTGCA
GATTGCGAAAAAGCAGTACACGAACCTGAACAATGATTATGAGCTCACTT
TCGAAAGGGATACGGTGGTTGAAAAGAATTGAACCCCATGGTTTCTAGTA
AGCTATTACGGAAGGGGTGTTTCGTTCGCCTGAAGTCATTCCAAGCGAAC
TCCGTGAAAGGCAAAAACGCTATCTTCGATGATACAAAGCCTCAAACGCG
TGAGCCTGTTGTTCAGTGTGTCCAGATAAAGCCATTGCCAGCTCAGCAGA
GCCACCCGGAACGCTACCGAGCTGTATTCAGTGATATTTCAAATTATGTG
CAGACGATGCTTGCGACCCATGTCTTCAGAAGCAGCATCTCAAGTCTCCG
TTGGGGCACTCAGTATACGGTATCAGGTATCCTCGGCCAAACCGATTAAT
TATTCCCACGAGGCTGGACGCCTTGCTGATCTGATTGGATCTTACACTGT
ATCTTGAGCAGAGGATCAGACCGATGTTCCCCAAGTTCGATTCAATTTCA
CTTCTATCGGTGACCTCCAATCGGTAGAAAAAGATACTACAATCGATGTG
ATAGGTGTACTGAAGGAGGCCATGGATGTTACACAGATCACATCCAAAAC
TACAAACAAACCCTATGACAAGCGTGAGCTAATCATGGTTGACAATACTG
GGTTCTCCGTTCGCCTGACCATCTGGGGCTCTACGGCGCAGAAATTCAAT
GCCTCGCCCGAGTCTGTGATAGCTTTCAAAGGTGTGAAGGTCTCTGACTT
TGGTGGGCGAAGTCTGAGTTTGCTGAGCTCGGGTTCAATGGCGGTTGATC
CTGACATTGAGGAAGCCCACAAGCTCAAAGGCTGGTATGACGCACAAGGT
AGGGATGAGAATTTCTCTTCACATGCTTCCTTATTAGGCACAGCCTCATC
AACGATGAAGTCGGATCAATTCAAGACCATCGCCCAAATAAGAGAGGAGC
AATTGGGTATGTCGGAGGAGGCGGTTTACTTTTCGCTGAAAGCAACAGTC
ATCTATATTAAGCAGGATAATATGTCTTTTGCTTATCCTGCTTGTCTCTC
AGAAGGTTGCAACAAGAAGGTGACCGAGCTTGATCCTGGTCAGTGGCGCT
GTGAGCGCTGCGATAAGACTCACCCCCAACCTGACTACCGCTACATAATG
CATGTCAATGTCAGCGATCATACCGGCCAACTTTGGCTGAGCTGCTTTGA
CGACGTGGGCAGATCGATGATGGACATTTCGGCCAATCAGTTAATGGAGC
TGTTTCAAACGGACGAAAAAGCAGCTGGCGACGTATTCCAGGATGCCAAT
TGCCGGACCTGGAATTTCCGATGCCGTGCCAAAATAGACCATTTCGGCGA
ACAACAACGGATTCTTATTATTCTCGACCTTGAAGTCTTGGAGGGACTAG
GAGAGGCCGAGAAGATTGGCGATCCGAAACCACTCGAAAGTAAAACAGAT
GAAGACGAGAAGCACCAGCCCACTACAATCTCCAGCAATGGTTTCTATGG
ATCGAAGATATCAGGAGCACAGGTCCAGTCAAATACCGGAGTGCAGTCAG
CACGACCTGTTTTGGCCGCAACGCATGCTACTATATATCCCATCGAAGCT
ATTTCACCATATTCTCACAAATGGACGATCAAAGCACGCTGTACGAGCAA
AACAAATATTAGGACCTGGCACAACAGGAATACCGAAGGGAGGCTCTTCA
GCGTTAATCTACTGGACGACAGTGGCGAAATACGAGCTACTGGATTTAAT
GACCAATGCGATATGCTGTATGACGTCTTCCAGGAGGGCGGTGTATACTA
TATTTCCAACTGCCGCGTGCAGATTGCGAAAAAGCAGTACACGAACCTGA
ACAATGATTATGAGCTCACTTTCGAAAGGGATACGGTGGTTGAAAAGAAT
TGAACCCCATGGTTTCTAGTAAGCTATTACGGAAGGGGTGTTTCGTTCGC
CTGAAGTCATTCCAAGCGAACTCCGTGAAAGGCAAAAACGCTATCTTCGA
TGATACAAAGCCTCAAACGCGTGAGCCTGTTGTTCAGTGTGTCCAGATAA
AGCCATTGCCAGCTCAGCAGAGCCACCCGGAACGCTACCGAGCTGTATTC
AGTGATATTTCAAATTATGTGCAGACGATGCTTGCGACCCATGTCTTCAG
AAGCAGCATCTCAAGTCTCCGTTGGGGCACTCAGTATACGGTATCAGGTA
TCCTCGGCCAAACCGATTAATTATTCCCACGAGGCTGGACGCCTTGCTGA
TCTGATTGGATCTTACACTGTATCTTGAGCAGAGGATCAGACCGATGTTC
CCCAAGTTCGATTCAATTTCACTTCTATCGGTGACCTCCAATCGGTAGAA
AAAGATACTACAATCGATGTGATAGGTGTACTGAAGGAGGCCATGGATGT
TACACAGATCACATCCAAAACTACAAACAAACCCTATGACAAGCGTGAGC
TAATCATGGTTGACAATACTGGGTTCTCCGTTCGCCTGACCATCTGGGGC
TCTACGGCGCAGAAATTCAATGCCTCGCCCGAGTCTGTGATAGCTTTCAA
AGGTGTGAAGGTCTCTGACTTTGGTGGGCGAAGTCTGAGTTTGCTGAGCT
CGGGTTCAATGGCGGTTGATCCTGACATTGAGGAAGCCCACAAGCTCAAA
GGCTGGTATGACGCACAAGGTAGGGATGAGAATTTCTCTTCACATGCTTC
CTTATTAGGCACAGCCTCATCAACGATGAAGTCGGATCAATTCAAGACCA
TCGCCCAAATAAGAGAGGAGCAATTGGGTATGTCGGAGGAGGCGGTTTAC
TTTTCGCTGAAAGCAACAGTCATCTATATTAAGCAGGATAATATGTCTTT
TGCTTATCCTGCTTGTCTCTCAGAAGGTTGCAACAAGAAGGTGACCGAGC
TTGATCCTGGTCAGTGGCGCTGTGAGCGCTGCGATAAGACTCACCCCCAA
CCTGACTACCGCTACATAATGCATGTCAATGTCAGCGATCATACCGGCCA
ACTTTGGCTGAGCTGCTTTGACGACGTGGGCAGATCGATGATGGACATTT
CGGCCAATCAGTTAATGGAGCTGTTTCAAACGGACGAAAAAGCAGCTGGC
GACGTATTCCAGGATGCCAATTGCCGGACCTGGAATTTCCGATGCCGTGC
CAAAATAGACCATTTCGGCGAACAACAACGGATTCTTATTATTCTCGACC
TTGAAGTCTTGGAGGGACTAGGAGAGGCCGAGAAGATTGGCGATCCGAAA
CCACTCGAAAGTAAAACAGATGAAGACGAGAAGCACCAGCCCACTACAAT
CTCCAGCAATGGTTTCTATGGATCGAAGATATCAGGAGCACAGGTCCAGT
CAAATACCGGAGTGCAGTCAGCACGACCTGTTTTGGCCGCAACGCATGCT
ACTATATATCCCATCGAAGCTATTTCACCATATTCTCACAAATGGACGAT
CAAAGCACGCTGTACGAGCAAAACAAATATTAGGACCTGGCACAACAGGA
ATACCGAAGGGAGGCTCTTCAGCGTTAATCTACTGGACGACAGTGGCGAA
ATACGAGCTACTGGATTTAATGACCAATGCGATATGCTGTATGACGTCTT
CCAGGAGGGCGGTGTATACTATATTTCCAACTGCCGCGTGCAGATTGCGA
AAAAGCAGTACACGAACCTGAACAATGATTATGAGCTCACTTTCGAAAGG
GATACGGTGGTTGAAAAGAATTGAACCCCATGGTTTCTAGTAAGCTATTA
CGGAAGGGGTGTTTCGTTCGCCTGAAGTCATTCCAAGCGAACTCCGTGAA
AGGCAAAAACGCTATCTTCGATGATACAAAGCCTCAAACGCGTGAGCCTG
TTGTTCAGTGTGTCCAGATAAAGCCATTGCCAGCTCAGCAGAGCCACCCG
GAACGCTACCGAGCTGTATTCAGTGATATTTCAAATTATGTGCAGACGAT
GCTTGCGACCCATGTCTTCAGAAGCAGCATCTCAAGTCTCCGTTGGGGCA
CTCAGTATACGGTATCAGGTATCCTCGGCCAAACCGATTAATTATTCCCA
CGAGGCTGGACGCCTTGCTGATCTGATTGGATCTTACACTGTATCTTGAG
CAGAGGATCAGACCGATGTTCCCCAAGTTCGATTCAATTTCACTTCTATC
GGTGACCTCCAATCGGTAGAAAAAGATACTACAATCGATGTGATAGGTGT
ACTGAAGGAGGCCATGGATGTTACACAGATCACATCCAAAACTACAAACA
AACCCTATGACAAGCGTGAGCTAATCATGGTTGACAATACTGGGTTCTCC
GTTCGCCTGACCATCTGGGGCTCTACGGCGCAGAAATTCAATGCCTCGCC
CGAGTCTGTGATAGCTTTCAAAGGTGTGAAGGTCTCTGACTTTGGTGGGC
GAAGTCTGAGTTTGCTGAGCTCGGGTTCAATGGCGGTTGATCCTGACATT
GAGGAAGCCCACAAGCTCAAAGGCTGGTATGACGCACAAGGTAGGGATGA
GAATTTCTCTTCACATGCTTCCTTATTAGGCACAGCCTCATCAACGATGA
AGTCGGATCAATTCAAGACCATCGCCCAAATAAGAGAGGAGCAATTGGGT
ATGTCGGAGGAGGCGGTTTACTTTTCGCTGAAAGCAACAGTCATCTATAT
TAAGCAGGATAATATGTCTTTTGCTTATCCTGCTTGTCTCTCAGAAGGTT
GCAACAAGAAGGTGACCGAGCTTGATCCTGGTCAGTGGCGCTGTGAGCGC
TGCGATAAGACTCACCCCCAACCTGACTACCGCTACATAATGCATGTCAA
TGTCAGCGATCATACCGGCCAACTTTGGCTGAGCTGCTTTGACGACGTGG
GCAGATCGATGATGGACATTTCGGCCAATCAGTTAATGGAGCTGTTTCAA
ACGGACGAAAAAGCAGCTGGCGACGTATTCCAGGATGCCAATTGCCGGAC
CTGGAATTTCCGATGCCGTGCCAAAATAGACCATTTCGGCGAACAACAAC
GGATTCTTATTATTCTCGACCTTGAAGTCTTGGAGGGACTAGGAGAGGCC
GAGAAGATTGGCGATCCGAAACCACTCGAAAGTAAAACAGATGAAGACGA
GAAGCACCAGCCCACTACAATCTCCAGCAATGGTTTCTATGGATCGAAGA
TATCAGGAGCACAGGTCCAGTCAAATACCGGAGTGCAGTCAGCACGACCT
GTTTTGGCCGCAACGCATGCTACTATATATCCCATCGAAGCTATTTCACC
ATATTCTCACAAATGGACGATCAAAGCACGCTGTACGAGCAAAACAAATA
TTAGGACCTGGCACAACAGGAATACCGAAGGGAGGCTCTTCAGCGTTAAT
CTACTGGACGACAGTGGCGAAATACGAGCTACTGGATTTAATGACCAATG
CGATATGCTGTATGACGTCTTCCAGGAGGGCGGTGTATACTATATTTCCA
ACTGCCGCGTGCAGATTGCGAAAAAGCAGTACACGAACCTGAACAATGAT
TATGAGCTCACTTTCGAAAGGGATACGGTGGTTGAAAAGAATTGAACCCC
ATGGTTTCTAGTAAGCTATTACGGAAGGGGTGTTTCGTTCGCCTGAAGTC
ATTCCAAGCGAACTCCGTGAAAGGCAAAAACGCTATCTTCGATGATACAA
AGCCTCAAACGCGTGAGCCTGTTGTTCAGTGTGTCCAGATAAAGCCATTG
CCAGCTCAGCAGAGCCACCCGGAACGCTACCGAGCTGTATTCAGTGATAT
TTCAAATTATGTGCAGACGATGCTTGCGACCCATGTCTTCAGAAGCAGCA
TCTCAAGTCTCCGTTGGGGCACTCAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0006281DNA repair
GO:0006260DNA replication
GO:0006310DNA recombination
Vocabulary: Cellular Component
TermDefinition
GO:0005634nucleus
Vocabulary: Molecular Function
TermDefinition
GO:0003677DNA binding
GO:0003676nucleic acid binding
Relationships

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

Feature NameUnique NameSpeciesType
ATCC10864_009604ATCC10864_009604Aspergillus niger ATCC 10864gene


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

Feature NameUnique NameSpeciesType
ATCC10864_009604-T1ATCC10864_009604-T1-proteinAspergillus niger ATCC 10864polypeptide


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

Feature NameUnique NameSpeciesType
ATCC10864_009604-T1.cdsATCC10864_009604-T1.cdsAspergillus niger ATCC 10864CDS


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

Feature NameUnique NameSpeciesType
ATCC10864_009604-T1.exon6ATCC10864_009604-T1.exon6Aspergillus niger ATCC 10864exon
ATCC10864_009604-T1.exon5ATCC10864_009604-T1.exon5Aspergillus niger ATCC 10864exon
ATCC10864_009604-T1.exon4ATCC10864_009604-T1.exon4Aspergillus niger ATCC 10864exon
ATCC10864_009604-T1.exon3ATCC10864_009604-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_009604-T1.exon2ATCC10864_009604-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_009604-T1.exon1ATCC10864_009604-T1.exon1Aspergillus niger ATCC 10864exon


Cross References
External references for this mRNA
DatabaseAccession
InterProIPR007199
PFAMPF01336
PFAMPF08646
InterProIPR012340
PFAMPF04057
InterProIPR031657
InterProIPR013955
PFAMPF16900
InterProIPR004591
InterProIPR004365
Properties
Property NameValue
NoteBUSCO:EOG09262387
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
MCQH01000215supercontigMCQH01000215:209302..211396 -
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