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KYF_007889-T1, KYF_007889-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_007889-T1
Unique NameKYF_007889-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch6:1928240..1931395+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_007889-T1 ID=KYF_007889-T1|Name=KYF_007889-T1|organism=Aspergillus niger KYF3|type=mRNA|length=3156bp|location=Sequence derived from alignment at ch6:1928240..1931395+ (Aspergillus niger KYF3)
ATGACCTCTTCACATTCAGGTCATGCTCCCAAGCTGGATGCCAATGCCAG
CGCATTTCAAAGTCCATCGGAAAATGATGTTGTTCTACAAAGTAACAGTA
ATGTCGACGGCCCATTACTTGTTCCTGGTGACGAAGGGATAGAAGCGGTT
GAACCGAACAACTGCGACTTTGATTCAGCAGAAACAGATTCCGGAAGTAT
TCTACCAAGGGATATACAATTGAAGACACCCACTTACGATTATGCATTTG
AAAAGTCAATGAGCCACGCTGAAGCAAAGCTCTTTTACCAGCATCACCAA
ATCGCATCTCGGAATCTTGATGGGGATCATCACAACGAAGCATCAGCTAT
GGCAACTTTAGCAGGCGACTCTGATCCTAGAGACATGGCAGGGTCACCTC
CAACTATCAAAGTCACTACTGTTTCGCCGACCAACAAACCAGATATGACT
TCCCCAAATGGCAAACATGCCACAAACTATTCTGCGTCTCGACAACACCC
CGAGCCACATGATGTGCAAAAGGATGAAACGTCTTTGTCACGTTCGCTTA
ATGCAGAGAATACTAGCGACTCCTCGGGGGCAGTTCAGGGTATGATGAAC
ATCTCGGCAGATAGCAGCGCGGTCACTTCTGAGTTGAATGTTATCTGTCG
CAAGATGAAAAATTTGCTTGACCGCCGGACAAAGTATATACAACTATCTC
TGCAGGGGCCTGAGGATAACCCGAAAGATCATCCCGACTGGGAGATATAC
CCCCCTCCCCCGGAACCAGCCTGGGATAACGAGGGGGACATTGGTAGAAG
TACCGATAGCTCCCGTATCGATCAAAAAAGGCGGAAAATGGGCCAAGATG
TTGGGGAAGATTTTGACATGGCCCATTGCTTGCCGCTTCCTAGAGAGTCC
CGCTGGGTATACAGACTGGATGAAAATAGTGTATATCAAGTCTATGAAAA
CGATGCAGCGGCTGATCTACGGCAGCCTGTGGTCAAGATCCCATCCTTGC
GGGATTTTTATATGGACCTTGATGCGGTAACGGACGTGTCAACAGATGGC
CCAGCTAAAAGCTTTGCGTTCAAGCGGCTTTCCTACTTGGAAGGGAAGTT
TCAGCTATATGCTCTCCTAAACGAATACCAAGAGATTGCCGACAGCAAGA
AAGTACCCCATAGAGATTTTTACAATGTCCGAAAAGTCGACACACATGTT
CATCACTCTGCGTGTATGAATCAGAAACATCTTCTTCGCTTCATCAAGAG
CAAGATGAAGAAATCCCCCGATGAAGTAGTATTGTTTCGCGACGGCAAGC
ATCTGACACTAAGAGAAGTCTTTGAGAGTATCAATCTGACGGCTTATGAC
TTGAGTATCGATACTCTTGATATGCATGTATGTCTCAAAGCATTACCTTA
AACCGTTCTGCTACTAAGTGTGGTACAGGCACACACCGATTCCTTCCACC
GTTTTGACAAGTTCAATCTCAAGTACAACCCTGTGGGTGAATCGAGGTTG
CGTGAAATATTCCTGAAGACGGACAATTTCATTAAAGGACGCTACCTGGC
CGAGATAACCAAGGAAGTAATTTCTGACTTGGAATCAAGCAAATACCAAA
TGGTGGAATGGCGCATCTCCATATATGGAAGATCCATCCAAGAGTGGGAC
AAGCTTGCAGCCTGGGTCGTTGATAATAAGCTCTTTTCTCCTAATGTCCG
TTGGCTGATCCAGGTACCTCGACTTTATGATGTGTACAAGTCGAGCGGCA
TGATGGAGAATTTCGAGCAGGTGATCACAAACGTTTTCCAGCCATTATTC
GAAGTGACGAAGGATCCAAATAGCCACCCAAAGCTCCATATCTTTTTGCA
ACGTGTGGTTGGATTTGACAGTGTTGATGACGAGAGCAAAGCGGAGCGGC
GACTATACAGGAAATATCCAATTCCAAGGGAATGGAATACAAAGCAAAAT
CCTCCGTACAGCTATTGGATATATTTCATGTTTGCCAACATCGCATCTCT
CAATACTTGGCGCAAGCAACGCGGTTTTAACACATTCGTCTTGAGGCCAC
ACTGTGGCGAGGCTGGGGATCCCGATCATCTTGCAGTGGGATTCCTGTGC
TGCCATAGTATCAGTCATGGAATCCTTCTGAGAAAGGTACCCCTGCTGCA
GTACCTATATTATCTCGACCAGATAGGCATTGCTATGTCACCCCTCAGTA
ACAATGCGCTGTTTCTAACCTATGACAAGAACCCCTGTGCTAACTTTTTC
AAGAGAGGCCTCAACGTTTCCTTGTCTACTGATGATCCCTTGCAGTTTGC
TTTTACCAAAGAGCCTCTTATTGAGGAATATTCAGTTGCTGCGCAGATAT
ACAAGTTTAGTGCGGTAGATATGTGTGAGCTTGCAAAGCATTCAGTCGAA
CAGAGCGGATTTGAGACATCTTTGAAGAAGAGATGGTTAGGCAACAACTG
CTGCCTACAGGGAGTTGCAGGAAACAATGTTGCCAAAAGCAATGTCCCTG
ACATTCGTGAACAATTTAGACATGAAACTTTGATTGGTGAATTGACACTG
TAGGTTTCAATCCCTTGGAATGCGCCGAAAGATGCCGTGTTATTAAACAG
AATGGAGGATATAAGCTAACTCTAGGTTCCTTAGAATCGAGCGGCATGCA
AATACGGGGGACGATACAACAGCTCGGTTGAAAGGTTCCACTGTTGCCGC
TATCAATCACTTGGGATCCTCGGGGCCACTGCTTCCTCAAGTACCAGGTG
ATTCGAGTTCAGGTATGCTTTTACATATCTAAGTATCGAGTGATCTGGCC
CTTATGCTGTCATAGTCTCATTGGGATGTACCGATGACTCTTCAACTTCT
CAATACCAAAGAGCAAGTGTAGGAGAGGACTGCATGGTTCCGCAGCCTGC
GAGCCCAAACGTCAGAAAAAGTGCATCTGTTGGGGGCTTTACAGCACAAG
AGCCTGAAACAAGCATTCTCAGTGCTCCTGGGGAGTTCAGCACATCCTTT
AGCAGTACTAGCACTACTGGCAAATCTGCACTCAACGCGGACCGTATGCC
AGAACAGAAGATCTTCCCAGGCATTGTGCATGAAAGAGCTCACCGGAGTA
ACATGCCATTTGAGGGCATAAATACGGATGACGGAGAGGATTTATTGCTA
GAATGA
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Coding sequence (CDS) from alignment at ch6:1928240..1931395+

>KYF_007889-T1 ID=KYF_007889-T1|Name=KYF_007889-T1|organism=Aspergillus niger KYF3|type=CDS|length=11868bp|location=Sequence derived from alignment at ch6:1928240..1931395+ (Aspergillus niger KYF3)
ATGACCTCTTCACATTCAGGTCATGCTCCCAAGCTGGATGCCAATGCCAG
CGCATTTCAAAGTCCATCGGAAAATGATGTTGTTCTACAAAGTAACAGTA
ATGTCGACGGCCCATTACTTGTTCCTGGTGACGAAGGGATAGAAGCGGTT
GAACCGAACAACTGCGACTTTGATTCAGCAGAAACAGATTCCGGAAGTAT
TCTACCAAGGGATATACAATTGAAGACACCCACTTACGATTATGCATTTG
AAAAGTCAATGAGCCACGCTGAAGCAAAGCTCTTTTACCAGCATCACCAA
ATCGCATCTCGGAATCTTGATGGGGATCATCACAACGAAGCATCAGCTAT
GGCAACTTTAGCAGGCGACTCTGATCCTAGAGACATGGCAGGGTCACCTC
CAACTATCAAAGTCACTACTGTTTCGCCGACCAACAAACCAGATATGACT
TCCCCAAATGGCAAACATGCCACAAACTATTCTGCGTCTCGACAACACCC
CGAGCCACATGATGTGCAAAAGGATGAAACGTCTTTGTCACGTTCGCTTA
ATGCAGAGAATACTAGCGACTCCTCGGGGGCAGTTCAGGGTATGATGAAC
ATCTCGGCAGATAGCAGCGCGGTCACTTCTGAGTTGAATGTTATCTGTCG
CAAGATGAAAAATTTGCTTGACCGCCGGACAAAGTATATACAACTATCTC
TGCAGGGGCCTGAGGATAACCCGAAAGATCATCCCGACTGGGAGATATAC
CCCCCTCCCCCGGAACCAGCCTGGGATAACGAGGGGGACATTGGTAGAAG
TACCGATAGCTCCCGTATCGATCAAAAAAGGCGGAAAATGGGCCAAGATG
TTGGGGAAGATTTTGACATGGCCCATTGCTTGCCGCTTCCTAGAGAGTCC
CGCTGGGTATACAGACTGGATGAAAATAGTGTATATCAAGTCTATGAAAA
CGATGCAGCGGCTGATCTACGGCAGCCTGTGGTCAAGATCCCATCCTTGC
GGGATTTTTATATGGACCTTGATGCGGTAACGGACGTGTCAACAGATGGC
CCAGCTAAAAGCTTTGCGTTCAAGCGGCTTTCCTACTTGGAAGGGAAGTT
TCAGCTATATGCTCTCCTAAACGAATACCAAGAGATTGCCGACAGCAAGA
AAGTACCCCATAGAGATTTTTACAATGTCCGAAAAGTCGACACACATGTT
CATCACTCTGCGTGTATGAATCAGAAACATCTTCTTCGCTTCATCAAGAG
CAAGATGAAGAAATCCCCCGATGAAGTAGTATTGTTTCGCGACGGCAAGC
ATCTGACACTAAGAGAAGTCTTTGAGAGTATCAATCTGACGGCTTATGAC
TTGAGTATCGATACTCTTGATATGCATGCACACACCGATTCCTTCCACCG
TTTTGACAAGTTCAATCTCAAGTACAACCCTGTGGGTGAATCGAGGTTGC
GTGAAATATTCCTGAAGACGGACAATTTCATTAAAGGACGCTACCTGGCC
GAGATAACCAAGGAAGTAATTTCTGACTTGGAATCAAGCAAATACCAAAT
GGTGGAATGGCGCATCTCCATATATGGAAGATCCATCCAAGAGTGGGACA
AGCTTGCAGCCTGGGTCGTTGATAATAAGCTCTTTTCTCCTAATGTCCGT
TGGCTGATCCAGGTACCTCGACTTTATGATGTGTACAAGTCGAGCGGCAT
GATGGAGAATTTCGAGCAGGTGATCACAAACGTTTTCCAGCCATTATTCG
AAGTGACGAAGGATCCAAATAGCCACCCAAAGCTCCATATCTTTTTGCAA
CGTGTGGTTGGATTTGACAGTGTTGATGACGAGAGCAAAGCGGAGCGGCG
ACTATACAGGAAATATCCAATTCCAAGGGAATGGAATACAAAGCAAAATC
CTCCGTACAGCTATTGGATATATTTCATGTTTGCCAACATCGCATCTCTC
AATACTTGGCGCAAGCAACGCGGTTTTAACACATTCGTCTTGAGGCCACA
CTGTGGCGAGGCTGGGGATCCCGATCATCTTGCAGTGGGATTCCTGTGCT
GCCATAGTATCAGTCATGGAATCCTTCTGAGAAAGGTACCCCTGCTGCAG
TACCTATATTATCTCGACCAGATAGGCATTGCTATGTCACCCCTCAGTAA
CAATGCGCTGTTTCTAACCTATGACAAGAACCCCTGTGCTAACTTTTTCA
AGAGAGGCCTCAACGTTTCCTTGTCTACTGATGATCCCTTGCAGTTTGCT
TTTACCAAAGAGCCTCTTATTGAGGAATATTCAGTTGCTGCGCAGATATA
CAAGTTTAGTGCGGTAGATATGTGTGAGCTTGCAAAGCATTCAGTCGAAC
AGAGCGGATTTGAGACATCTTTGAAGAAGAGATGGTTAGGCAACAACTGC
TGCCTACAGGGAGTTGCAGGAAACAATGTTGCCAAAAGCAATGTCCCTGA
CATTCGTGAACAATTTAGACATGAAACTTTGATTGGTGAATTGACACTAA
TCGAGCGGCATGCAAATACGGGGGACGATACAACAGCTCGGTTGAAAGGT
TCCACTGTTGCCGCTATCAATCACTTGGGATCCTCGGGGCCACTGCTTCC
TCAAGTACCAGGTGATTCGAGTTCAGTCTCATTGGGATGTACCGATGACT
CTTCAACTTCTCAATACCAAAGAGCAAGTGTAGGAGAGGACTGCATGGTT
CCGCAGCCTGCGAGCCCAAACGTCAGAAAAAGTGCATCTGTTGGGGGCTT
TACAGCACAAGAGCCTGAAACAAGCATTCTCAGTGCTCCTGGGGAGTTCA
GCACATCCTTTAGCAGTACTAGCACTACTGGCAAATCTGCACTCAACGCG
GACCGTATGCCAGAACAGAAGATCTTCCCAGGCATTGTGCATGAAAGAGC
TCACCGGAGTAACATGCCATTTGAGGGCATAAATACGGATGACGGAGAGG
ATTTATTGCTAGAATGAATGACCTCTTCACATTCAGGTCATGCTCCCAAG
CTGGATGCCAATGCCAGCGCATTTCAAAGTCCATCGGAAAATGATGTTGT
TCTACAAAGTAACAGTAATGTCGACGGCCCATTACTTGTTCCTGGTGACG
AAGGGATAGAAGCGGTTGAACCGAACAACTGCGACTTTGATTCAGCAGAA
ACAGATTCCGGAAGTATTCTACCAAGGGATATACAATTGAAGACACCCAC
TTACGATTATGCATTTGAAAAGTCAATGAGCCACGCTGAAGCAAAGCTCT
TTTACCAGCATCACCAAATCGCATCTCGGAATCTTGATGGGGATCATCAC
AACGAAGCATCAGCTATGGCAACTTTAGCAGGCGACTCTGATCCTAGAGA
CATGGCAGGGTCACCTCCAACTATCAAAGTCACTACTGTTTCGCCGACCA
ACAAACCAGATATGACTTCCCCAAATGGCAAACATGCCACAAACTATTCT
GCGTCTCGACAACACCCCGAGCCACATGATGTGCAAAAGGATGAAACGTC
TTTGTCACGTTCGCTTAATGCAGAGAATACTAGCGACTCCTCGGGGGCAG
TTCAGGGTATGATGAACATCTCGGCAGATAGCAGCGCGGTCACTTCTGAG
TTGAATGTTATCTGTCGCAAGATGAAAAATTTGCTTGACCGCCGGACAAA
GTATATACAACTATCTCTGCAGGGGCCTGAGGATAACCCGAAAGATCATC
CCGACTGGGAGATATACCCCCCTCCCCCGGAACCAGCCTGGGATAACGAG
GGGGACATTGGTAGAAGTACCGATAGCTCCCGTATCGATCAAAAAAGGCG
GAAAATGGGCCAAGATGTTGGGGAAGATTTTGACATGGCCCATTGCTTGC
CGCTTCCTAGAGAGTCCCGCTGGGTATACAGACTGGATGAAAATAGTGTA
TATCAAGTCTATGAAAACGATGCAGCGGCTGATCTACGGCAGCCTGTGGT
CAAGATCCCATCCTTGCGGGATTTTTATATGGACCTTGATGCGGTAACGG
ACGTGTCAACAGATGGCCCAGCTAAAAGCTTTGCGTTCAAGCGGCTTTCC
TACTTGGAAGGGAAGTTTCAGCTATATGCTCTCCTAAACGAATACCAAGA
GATTGCCGACAGCAAGAAAGTACCCCATAGAGATTTTTACAATGTCCGAA
AAGTCGACACACATGTTCATCACTCTGCGTGTATGAATCAGAAACATCTT
CTTCGCTTCATCAAGAGCAAGATGAAGAAATCCCCCGATGAAGTAGTATT
GTTTCGCGACGGCAAGCATCTGACACTAAGAGAAGTCTTTGAGAGTATCA
ATCTGACGGCTTATGACTTGAGTATCGATACTCTTGATATGCATGCACAC
ACCGATTCCTTCCACCGTTTTGACAAGTTCAATCTCAAGTACAACCCTGT
GGGTGAATCGAGGTTGCGTGAAATATTCCTGAAGACGGACAATTTCATTA
AAGGACGCTACCTGGCCGAGATAACCAAGGAAGTAATTTCTGACTTGGAA
TCAAGCAAATACCAAATGGTGGAATGGCGCATCTCCATATATGGAAGATC
CATCCAAGAGTGGGACAAGCTTGCAGCCTGGGTCGTTGATAATAAGCTCT
TTTCTCCTAATGTCCGTTGGCTGATCCAGGTACCTCGACTTTATGATGTG
TACAAGTCGAGCGGCATGATGGAGAATTTCGAGCAGGTGATCACAAACGT
TTTCCAGCCATTATTCGAAGTGACGAAGGATCCAAATAGCCACCCAAAGC
TCCATATCTTTTTGCAACGTGTGGTTGGATTTGACAGTGTTGATGACGAG
AGCAAAGCGGAGCGGCGACTATACAGGAAATATCCAATTCCAAGGGAATG
GAATACAAAGCAAAATCCTCCGTACAGCTATTGGATATATTTCATGTTTG
CCAACATCGCATCTCTCAATACTTGGCGCAAGCAACGCGGTTTTAACACA
TTCGTCTTGAGGCCACACTGTGGCGAGGCTGGGGATCCCGATCATCTTGC
AGTGGGATTCCTGTGCTGCCATAGTATCAGTCATGGAATCCTTCTGAGAA
AGGTACCCCTGCTGCAGTACCTATATTATCTCGACCAGATAGGCATTGCT
ATGTCACCCCTCAGTAACAATGCGCTGTTTCTAACCTATGACAAGAACCC
CTGTGCTAACTTTTTCAAGAGAGGCCTCAACGTTTCCTTGTCTACTGATG
ATCCCTTGCAGTTTGCTTTTACCAAAGAGCCTCTTATTGAGGAATATTCA
GTTGCTGCGCAGATATACAAGTTTAGTGCGGTAGATATGTGTGAGCTTGC
AAAGCATTCAGTCGAACAGAGCGGATTTGAGACATCTTTGAAGAAGAGAT
GGTTAGGCAACAACTGCTGCCTACAGGGAGTTGCAGGAAACAATGTTGCC
AAAAGCAATGTCCCTGACATTCGTGAACAATTTAGACATGAAACTTTGAT
TGGTGAATTGACACTAATCGAGCGGCATGCAAATACGGGGGACGATACAA
CAGCTCGGTTGAAAGGTTCCACTGTTGCCGCTATCAATCACTTGGGATCC
TCGGGGCCACTGCTTCCTCAAGTACCAGGTGATTCGAGTTCAGTCTCATT
GGGATGTACCGATGACTCTTCAACTTCTCAATACCAAAGAGCAAGTGTAG
GAGAGGACTGCATGGTTCCGCAGCCTGCGAGCCCAAACGTCAGAAAAAGT
GCATCTGTTGGGGGCTTTACAGCACAAGAGCCTGAAACAAGCATTCTCAG
TGCTCCTGGGGAGTTCAGCACATCCTTTAGCAGTACTAGCACTACTGGCA
AATCTGCACTCAACGCGGACCGTATGCCAGAACAGAAGATCTTCCCAGGC
ATTGTGCATGAAAGAGCTCACCGGAGTAACATGCCATTTGAGGGCATAAA
TACGGATGACGGAGAGGATTTATTGCTAGAATGAATGACCTCTTCACATT
CAGGTCATGCTCCCAAGCTGGATGCCAATGCCAGCGCATTTCAAAGTCCA
TCGGAAAATGATGTTGTTCTACAAAGTAACAGTAATGTCGACGGCCCATT
ACTTGTTCCTGGTGACGAAGGGATAGAAGCGGTTGAACCGAACAACTGCG
ACTTTGATTCAGCAGAAACAGATTCCGGAAGTATTCTACCAAGGGATATA
CAATTGAAGACACCCACTTACGATTATGCATTTGAAAAGTCAATGAGCCA
CGCTGAAGCAAAGCTCTTTTACCAGCATCACCAAATCGCATCTCGGAATC
TTGATGGGGATCATCACAACGAAGCATCAGCTATGGCAACTTTAGCAGGC
GACTCTGATCCTAGAGACATGGCAGGGTCACCTCCAACTATCAAAGTCAC
TACTGTTTCGCCGACCAACAAACCAGATATGACTTCCCCAAATGGCAAAC
ATGCCACAAACTATTCTGCGTCTCGACAACACCCCGAGCCACATGATGTG
CAAAAGGATGAAACGTCTTTGTCACGTTCGCTTAATGCAGAGAATACTAG
CGACTCCTCGGGGGCAGTTCAGGGTATGATGAACATCTCGGCAGATAGCA
GCGCGGTCACTTCTGAGTTGAATGTTATCTGTCGCAAGATGAAAAATTTG
CTTGACCGCCGGACAAAGTATATACAACTATCTCTGCAGGGGCCTGAGGA
TAACCCGAAAGATCATCCCGACTGGGAGATATACCCCCCTCCCCCGGAAC
CAGCCTGGGATAACGAGGGGGACATTGGTAGAAGTACCGATAGCTCCCGT
ATCGATCAAAAAAGGCGGAAAATGGGCCAAGATGTTGGGGAAGATTTTGA
CATGGCCCATTGCTTGCCGCTTCCTAGAGAGTCCCGCTGGGTATACAGAC
TGGATGAAAATAGTGTATATCAAGTCTATGAAAACGATGCAGCGGCTGAT
CTACGGCAGCCTGTGGTCAAGATCCCATCCTTGCGGGATTTTTATATGGA
CCTTGATGCGGTAACGGACGTGTCAACAGATGGCCCAGCTAAAAGCTTTG
CGTTCAAGCGGCTTTCCTACTTGGAAGGGAAGTTTCAGCTATATGCTCTC
CTAAACGAATACCAAGAGATTGCCGACAGCAAGAAAGTACCCCATAGAGA
TTTTTACAATGTCCGAAAAGTCGACACACATGTTCATCACTCTGCGTGTA
TGAATCAGAAACATCTTCTTCGCTTCATCAAGAGCAAGATGAAGAAATCC
CCCGATGAAGTAGTATTGTTTCGCGACGGCAAGCATCTGACACTAAGAGA
AGTCTTTGAGAGTATCAATCTGACGGCTTATGACTTGAGTATCGATACTC
TTGATATGCATGCACACACCGATTCCTTCCACCGTTTTGACAAGTTCAAT
CTCAAGTACAACCCTGTGGGTGAATCGAGGTTGCGTGAAATATTCCTGAA
GACGGACAATTTCATTAAAGGACGCTACCTGGCCGAGATAACCAAGGAAG
TAATTTCTGACTTGGAATCAAGCAAATACCAAATGGTGGAATGGCGCATC
TCCATATATGGAAGATCCATCCAAGAGTGGGACAAGCTTGCAGCCTGGGT
CGTTGATAATAAGCTCTTTTCTCCTAATGTCCGTTGGCTGATCCAGGTAC
CTCGACTTTATGATGTGTACAAGTCGAGCGGCATGATGGAGAATTTCGAG
CAGGTGATCACAAACGTTTTCCAGCCATTATTCGAAGTGACGAAGGATCC
AAATAGCCACCCAAAGCTCCATATCTTTTTGCAACGTGTGGTTGGATTTG
ACAGTGTTGATGACGAGAGCAAAGCGGAGCGGCGACTATACAGGAAATAT
CCAATTCCAAGGGAATGGAATACAAAGCAAAATCCTCCGTACAGCTATTG
GATATATTTCATGTTTGCCAACATCGCATCTCTCAATACTTGGCGCAAGC
AACGCGGTTTTAACACATTCGTCTTGAGGCCACACTGTGGCGAGGCTGGG
GATCCCGATCATCTTGCAGTGGGATTCCTGTGCTGCCATAGTATCAGTCA
TGGAATCCTTCTGAGAAAGGTACCCCTGCTGCAGTACCTATATTATCTCG
ACCAGATAGGCATTGCTATGTCACCCCTCAGTAACAATGCGCTGTTTCTA
ACCTATGACAAGAACCCCTGTGCTAACTTTTTCAAGAGAGGCCTCAACGT
TTCCTTGTCTACTGATGATCCCTTGCAGTTTGCTTTTACCAAAGAGCCTC
TTATTGAGGAATATTCAGTTGCTGCGCAGATATACAAGTTTAGTGCGGTA
GATATGTGTGAGCTTGCAAAGCATTCAGTCGAACAGAGCGGATTTGAGAC
ATCTTTGAAGAAGAGATGGTTAGGCAACAACTGCTGCCTACAGGGAGTTG
CAGGAAACAATGTTGCCAAAAGCAATGTCCCTGACATTCGTGAACAATTT
AGACATGAAACTTTGATTGGTGAATTGACACTAATCGAGCGGCATGCAAA
TACGGGGGACGATACAACAGCTCGGTTGAAAGGTTCCACTGTTGCCGCTA
TCAATCACTTGGGATCCTCGGGGCCACTGCTTCCTCAAGTACCAGGTGAT
TCGAGTTCAGTCTCATTGGGATGTACCGATGACTCTTCAACTTCTCAATA
CCAAAGAGCAAGTGTAGGAGAGGACTGCATGGTTCCGCAGCCTGCGAGCC
CAAACGTCAGAAAAAGTGCATCTGTTGGGGGCTTTACAGCACAAGAGCCT
GAAACAAGCATTCTCAGTGCTCCTGGGGAGTTCAGCACATCCTTTAGCAG
TACTAGCACTACTGGCAAATCTGCACTCAACGCGGACCGTATGCCAGAAC
AGAAGATCTTCCCAGGCATTGTGCATGAAAGAGCTCACCGGAGTAACATG
CCATTTGAGGGCATAAATACGGATGACGGAGAGGATTTATTGCTAGAATG
AATGACCTCTTCACATTCAGGTCATGCTCCCAAGCTGGATGCCAATGCCA
GCGCATTTCAAAGTCCATCGGAAAATGATGTTGTTCTACAAAGTAACAGT
AATGTCGACGGCCCATTACTTGTTCCTGGTGACGAAGGGATAGAAGCGGT
TGAACCGAACAACTGCGACTTTGATTCAGCAGAAACAGATTCCGGAAGTA
TTCTACCAAGGGATATACAATTGAAGACACCCACTTACGATTATGCATTT
GAAAAGTCAATGAGCCACGCTGAAGCAAAGCTCTTTTACCAGCATCACCA
AATCGCATCTCGGAATCTTGATGGGGATCATCACAACGAAGCATCAGCTA
TGGCAACTTTAGCAGGCGACTCTGATCCTAGAGACATGGCAGGGTCACCT
CCAACTATCAAAGTCACTACTGTTTCGCCGACCAACAAACCAGATATGAC
TTCCCCAAATGGCAAACATGCCACAAACTATTCTGCGTCTCGACAACACC
CCGAGCCACATGATGTGCAAAAGGATGAAACGTCTTTGTCACGTTCGCTT
AATGCAGAGAATACTAGCGACTCCTCGGGGGCAGTTCAGGGTATGATGAA
CATCTCGGCAGATAGCAGCGCGGTCACTTCTGAGTTGAATGTTATCTGTC
GCAAGATGAAAAATTTGCTTGACCGCCGGACAAAGTATATACAACTATCT
CTGCAGGGGCCTGAGGATAACCCGAAAGATCATCCCGACTGGGAGATATA
CCCCCCTCCCCCGGAACCAGCCTGGGATAACGAGGGGGACATTGGTAGAA
GTACCGATAGCTCCCGTATCGATCAAAAAAGGCGGAAAATGGGCCAAGAT
GTTGGGGAAGATTTTGACATGGCCCATTGCTTGCCGCTTCCTAGAGAGTC
CCGCTGGGTATACAGACTGGATGAAAATAGTGTATATCAAGTCTATGAAA
ACGATGCAGCGGCTGATCTACGGCAGCCTGTGGTCAAGATCCCATCCTTG
CGGGATTTTTATATGGACCTTGATGCGGTAACGGACGTGTCAACAGATGG
CCCAGCTAAAAGCTTTGCGTTCAAGCGGCTTTCCTACTTGGAAGGGAAGT
TTCAGCTATATGCTCTCCTAAACGAATACCAAGAGATTGCCGACAGCAAG
AAAGTACCCCATAGAGATTTTTACAATGTCCGAAAAGTCGACACACATGT
TCATCACTCTGCGTGTATGAATCAGAAACATCTTCTTCGCTTCATCAAGA
GCAAGATGAAGAAATCCCCCGATGAAGTAGTATTGTTTCGCGACGGCAAG
CATCTGACACTAAGAGAAGTCTTTGAGAGTATCAATCTGACGGCTTATGA
CTTGAGTATCGATACTCTTGATATGCATGCACACACCGATTCCTTCCACC
GTTTTGACAAGTTCAATCTCAAGTACAACCCTGTGGGTGAATCGAGGTTG
CGTGAAATATTCCTGAAGACGGACAATTTCATTAAAGGACGCTACCTGGC
CGAGATAACCAAGGAAGTAATTTCTGACTTGGAATCAAGCAAATACCAAA
TGGTGGAATGGCGCATCTCCATATATGGAAGATCCATCCAAGAGTGGGAC
AAGCTTGCAGCCTGGGTCGTTGATAATAAGCTCTTTTCTCCTAATGTCCG
TTGGCTGATCCAGGTACCTCGACTTTATGATGTGTACAAGTCGAGCGGCA
TGATGGAGAATTTCGAGCAGGTGATCACAAACGTTTTCCAGCCATTATTC
GAAGTGACGAAGGATCCAAATAGCCACCCAAAGCTCCATATCTTTTTGCA
ACGTGTGGTTGGATTTGACAGTGTTGATGACGAGAGCAAAGCGGAGCGGC
GACTATACAGGAAATATCCAATTCCAAGGGAATGGAATACAAAGCAAAAT
CCTCCGTACAGCTATTGGATATATTTCATGTTTGCCAACATCGCATCTCT
CAATACTTGGCGCAAGCAACGCGGTTTTAACACATTCGTCTTGAGGCCAC
ACTGTGGCGAGGCTGGGGATCCCGATCATCTTGCAGTGGGATTCCTGTGC
TGCCATAGTATCAGTCATGGAATCCTTCTGAGAAAGGTACCCCTGCTGCA
GTACCTATATTATCTCGACCAGATAGGCATTGCTATGTCACCCCTCAGTA
ACAATGCGCTGTTTCTAACCTATGACAAGAACCCCTGTGCTAACTTTTTC
AAGAGAGGCCTCAACGTTTCCTTGTCTACTGATGATCCCTTGCAGTTTGC
TTTTACCAAAGAGCCTCTTATTGAGGAATATTCAGTTGCTGCGCAGATAT
ACAAGTTTAGTGCGGTAGATATGTGTGAGCTTGCAAAGCATTCAGTCGAA
CAGAGCGGATTTGAGACATCTTTGAAGAAGAGATGGTTAGGCAACAACTG
CTGCCTACAGGGAGTTGCAGGAAACAATGTTGCCAAAAGCAATGTCCCTG
ACATTCGTGAACAATTTAGACATGAAACTTTGATTGGTGAATTGACACTA
ATCGAGCGGCATGCAAATACGGGGGACGATACAACAGCTCGGTTGAAAGG
TTCCACTGTTGCCGCTATCAATCACTTGGGATCCTCGGGGCCACTGCTTC
CTCAAGTACCAGGTGATTCGAGTTCAGTCTCATTGGGATGTACCGATGAC
TCTTCAACTTCTCAATACCAAAGAGCAAGTGTAGGAGAGGACTGCATGGT
TCCGCAGCCTGCGAGCCCAAACGTCAGAAAAAGTGCATCTGTTGGGGGCT
TTACAGCACAAGAGCCTGAAACAAGCATTCTCAGTGCTCCTGGGGAGTTC
AGCACATCCTTTAGCAGTACTAGCACTACTGGCAAATCTGCACTCAACGC
GGACCGTATGCCAGAACAGAAGATCTTCCCAGGCATTGTGCATGAAAGAG
CTCACCGGAGTAACATGCCATTTGAGGGCATAAATACGGATGACGGAGAG
GATTTATTGCTAGAATGA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0009168purine ribonucleoside monophosphate biosynthetic process
GO:0032264IMP salvage
Vocabulary: Molecular Function
TermDefinition
GO:0003876AMP deaminase activity
GO:0019239deaminase activity
Relationships

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

Feature NameUnique NameSpeciesType
KYF_007889KYF_007889Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_007889-T1.exon1KYF_007889-T1.exon1Aspergillus niger KYF3exon
KYF_007889-T1.exon2KYF_007889-T1.exon2Aspergillus niger KYF3exon
KYF_007889-T1.exon3KYF_007889-T1.exon3Aspergillus niger KYF3exon
KYF_007889-T1.exon4KYF_007889-T1.exon4Aspergillus niger KYF3exon


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

Feature NameUnique NameSpeciesType
KYF_007889-T1.cdsKYF_007889-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_007889-T1KYF_007889-T1-proteinAspergillus niger KYF3polypeptide


Properties
Property NameValue
NoteBUSCO:EOG09260BYL
DBxrefInterPro:IPR032466
DBxrefInterPro:IPR006650
DBxrefInterPro:IPR006329
DBxrefInterPro:IPR001365
DBxrefPFAM:PF00962
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Whole Genome Assembly and Annotation of Aspergillus Aspergillus niger KYF32020-10-09
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ch6supercontigch6:1928240..1931395 +
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