KJC3_007493-T1, KJC3_007493-T1 (mRNA) Aspergillus niger KJC3

Overview


Name	KJC3_007493-T1
Unique Name	KJC3_007493-T1
Type	mRNA
Organism	Aspergillus niger KJC3

Sequences

The following sequences are available for this feature:

mRNA from alignment at ch5:2629245..2633593+
coding sequence from alignment at ch5:2629245..2633593+

mRNA from alignment at ch5:2629245..2633593+

Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

>KJC3_007493-T1 ID=KJC3_007493-T1|Name=KJC3_007493-T1|organism=Aspergillus niger KJC3|type=mRNA|length=4349bp|location=Sequence derived from alignment at ch5:2629245..2633593+ (Aspergillus niger KJC3)
ACTAGTGCTTACAGGCCGAGGTACATGCGCTGAGTTTTGATTACGATTTG
GTACTCTGGACTCATTGATCTACAAAGGACCATGATCCACTCTCATCAGC
CCCATGACGTTCGCCTCTATGATTGTCCTGGTATGCACTCGGACGGCCTT
CTGACTGGGGAATCCCTTTCGCATATGATGGCGTGGAGTGATGACGCTCC
ATTTGCAGTGGACTCATGCACCATCATCGGGAATGCGACCCCTCCGACCG
CAGCGTTCTTAGAATCCACGGAGTATAAAGTCTCCTTCCTGCATTGATCT
GTTCACCATTTCATTCATCGAAGTGTGACCGTCAGGTGATCTATGGTCGC
TGAGAGAAATTCAAATCCCGTGTTGTTCCACCGGACCTTGTGAGAACTAG
ACACATACACTGTCAACAATTCAAGTTCAATCGGCACCAATTCATATCGA
TATACCATCATGGGCAGCGTAAAGCCTGTTCCTATCCCAGGCCCCAAGGG
CGTTCCATTTCTTGGAAATGTCTACGATATTGACCAAGAGATGCCAGTCC
GAAGTTTTGAGTTGATGGCAGATCAATATGGTAACCCCGCCCTTACCCCT
CCACGATTCCCTGTGTGCTTTTTTGACCCCTTTTGATCCCACCGTAAAGG
ATCAGTTAGCTTTTGCTCTTTCCCTTCCCCATTGAGAGTATTATATATGC
TAACTGCGATGTATCGGTCAAGGCCCGATCTACCGACTGACAACTTTTGG
CTTGTCGAGAGTAGTCGTTTCTACTCAAGAACTCGTCGACGAAGTATGCA
ATGAGGAGCGATTCGCTAAATCGGTGGATGGGGGTTTGGGCCAACTTCGG
AATCTCCTCCACGACGGTTTATTCACGGCTCGGTACCCCGGCGAGGAGAA
CTGGGCGCTTGCGCACCGTGTCCTTATTCCTGCTTTTGGGCCCCTGTCTA
TCAGAGGCATGTTCGATGGTAAGCAACCCATCACCATCCAACCCCTATCG
CACCGGACTAATGAGTTATCGCTCTGCCACAGAGATGCAAGATATAGCCA
ACCAGCTCGTCATGAAATGGGCTCGACAGGGACCTGAGACTCCTATTGTG
GTCACAGAAGATTTCACCCGCCTGACTCTTGACTCCATCGCCCTCTGCGC
CATGGGAACCCGCTTCAACTCCTTTTACCACGATAGCATGCACCCCTTCG
TCGAGGCGATGGTTGGTGGGATGCAGGTAGCTAGTTATAGGGCACAGCGC
CCATCGTTCTTGAACCAACTGCCCACAAGCGAAAATAATGCTTTCTGGAA
CGATATTTCTTATATGAGAAACTTAGCGAAGGAGTTGATCGAAGATAGGA
GAAAGCATCCATCAGACAAGAAGGACCTGCTCAACGCTCTCATCCTTGGC
CGAGACCCTCAGTCAGGGAAGGGCCTCAGTGATGAGTCGATCATTGACAA
CATGATCACCTTTTTGATTGCAGGTAAGTACTTTGTCTTAGTTGGGTCGT
TATTATCTATCATGTTTTGACGCTTTTTTCCTATAGGCCACGAAACCACT
TCTGGAATGCTGTCGTTCGTTTTCTACTATCTACTAAAAAACGCACATGC
GTATAAAAAGGCACAGGAAGAAGTCGACAGGGTGATTGGCCGACGGAAGA
TCACCGTGGATGATCTCTCCAAGTTGCCGTATATCAATGCAGTCATGCGA
GAAGCGCTACGCCTCAACCCGCCAGCGAGTGTCATGAGAGTCCATGCGCA
TCCGACTAAGAACAAAGAAGACCCAGTGACCTTGGGTAATGGAAGATATG
TTCTGAACAAGGACGAGCCAATCACGGTTCTCCTCCCGAAATTACACCGC
GATCCCAAGGTCTACGGTGCGGATGCCGAGGAGTTCAAGCCGGAGAGGAT
GCTAGATGAAAATTTCAACAGTCTCCCTCGGAATTCCTGGAAGCCTTTTG
GGAACGGCATGCGCGGTTGTATTGGACGGCCATTTGCCTGGCAAGAAGGC
TTACTGGCTATTGCTTTGCTATTGCAGAATTTCAACTTCCAGCTGGATGA
TCCAAGCTATGACCTGCGCATCAAACAGACACTCACCATCAAGCCGAAGG
ACTTCAAGATGAGAGCAACTCTCAGGCATGGGTTGGACCCAATAACTTTG
GAGCCAGCTCTGAACAGTGGTTCTGTGCCTCGTGAATCCTCCACGGTAGC
TAGCAGGGAACGTAAGAAGGATGCAGCCCTTTCCGAGGGAGACATGAAGC
CGATGCACATATTTTTTGGCAGTAATACTGGAACCTGCGAGGCTTTGGCT
CGGAGACTGGCAGATGATGCTGTCGCATGGGGATTTAGTGCCAAAGTCAA
TTCGCTAGATTCCGCCACTGAGAATGTTCCGAAAGGGGATCCAGTGGTTT
TCATTGCTGCATCTTACGAAGGCCAACCCGCTGATAATGCGGCTCATTTT
TTCGAGTGGCTTAGCGCAGCAAATGATAATGAACTCGAAGGGATAAATTA
TGCCGTATTCGGTTGTGGACATCGTGAGTCTCTCATTTTCATTCATGTGT
GCTCTTTTATGTGTGACTTCGCTGCTCACTAATTTTTCAAGATGATTGGA
CTGCCACATTTTACCGGATCCCCAAAGCTATCAACGAGCTGGTGAAAGAG
CATGGTGGGAATCGCTTGTGTGATATCGGATTAGTTGATACCGCCATTGC
AGACATGTTCACTGATTTCGATAACTGGAGTGAGTCGGCGTTATGGCCTG
CCATAAGCTCGAAATTTGGCTCCAAAAGTCAGGGCCAGGCTGGTAAAAAA
GCCAGTTCGGGCCTACAAGTCGAACTCAGCTCAGAAAAGCGAGTGACTAC
CTTGGGCCTTCAGCTGCAGGAAGGATATGTGATCGAGAACAAGCTTCTAA
CAGCACCCGACGTTTCAGCGAAACGACTGGTGAGAATCAAGCTTCCAAGC
GACATGACTTATCAGTGCGGTGATTACCTTGCTGTGCTTCCCGTGAACCC
AACTAGCATCGTCCGTCGAGCAATGCGTCGGTTCAAACTGCCTTGGGATG
CCTTTTTGACTGTTCGCAAGTCATCCCAGACCCAAAATGGACCGTCAGCC
ATTCCCACTGACACCCCCATTTCCGCCTTCGCACTCCTCTCCTCCTATGT
TGAACTATCCCAGCCCGCGTCCAAACGAGACCTGACTGCCCTGGCAGATG
CAGCCGTGGCCGACGAAGAATCCCAGGCCGAGCTGCGATACATGGCCAAC
AGTCCTAGCCGCTTCAATGAGGAGGTCGTCACAAAACGCCTCAGCTTGCT
GGACATCTTGGATCGTTATCCTTCCATCGGTCTACCGCTCGGCGACTTCC
TAGCTATGCTCCCGCCCATGCGAGTACGCCAGTACTCTATATCATCCTCA
CCCCTTACGGACCCGACAGAATGCTCTATTACAGTGTCCGTGCTCAACGC
ACCCTCTCTCTCCGGCACAGACGAGCCGTACATGGGCGTAGCTTCTACAT
ACCTTTCCATTCTCCAAGCTGACGAACGCATTCACATCGCCGTCCGCCCG
TCCCACTCCGGCTTCAAACCTCCCGCAGACCTCAATACGCCAATGATAAT
GGCCTGCGCAGGAAGCGGCTTAGGGCCTTTCCGCGGATTTGTCATGGACC
GGGCAGAAAAGATTCTCAGCCGAAGCGACTCTATCACTGAAAAGCCCGCC
CCGGCTATCCTCTACGTCGGCTGTCGCACCAAAGGCAAGGATGACATTCA
CGCAGAAGAGCTCGCTGAATGGTCTCGCCAGGGCATCGTCGACGTCAGGT
GGGCATACAGCCGTCCCTCTGACGGCTCCGTTGCCCAGCACATTCAGGAC
CGGATTACAAGTGATCGCGACGAAGTGGTCTCACTTTTTGAGCAAGGCGC
TAGGATCTATGTGTGTGGAAGTGCGGAGGTAGGCAAAGCGGTGCGCCAAG
CGTTTAAGAACATTTACGTCGATGTGAAACAGGAGCGTCGTCGGGTAGCG
TTGGAGACGAAGCAGGAAGAAGTCCCGTCTGAAGTGAATGACGAGGATGT
TGAGAAGTTCTTCGATGATCTCAAGGCAAGCATGCGTTATGCGACGGACG
TGTTTACTTAGATACGCTTCGAGAATTGCATGCCTATGTCTAGTGCCTTG
CTAGTTTCTGGATAGTCTTTCATTTCTCATTATTTAAAAATCAGAACGCA
CCCCACTATTTTCTTTTTTCTTGGTTAAGATAACCTATTCATATTCATAG
TTAATGTCTGAGAAATACTAGATTACGGAAGTGCCTAATGCCAAATCAGT
TATGACTGCTAAACGTCACCTACCCGACAGCTAGGGACGTTGCTACTAC

Coding sequence (CDS) from alignment at ch5:2629245..2633593+

>KJC3_007493-T1 ID=KJC3_007493-T1|Name=KJC3_007493-T1|organism=Aspergillus niger KJC3|type=CDS|length=16575bp|location=Sequence derived from alignment at ch5:2629245..2633593+ (Aspergillus niger KJC3)
ATGGGCAGCGTAAAGCCTGTTCCTATCCCAGGCCCCAAGGGCGTTCCATT
TCTTGGAAATGTCTACGATATTGACCAAGAGATGCCAGTCCGAAGTTTTG
AGTTGATGGCAGATCAATATGGCCCGATCTACCGACTGACAACTTTTGGC
TTGTCGAGAGTAGTCGTTTCTACTCAAGAACTCGTCGACGAAGTATGCAA
TGAGGAGCGATTCGCTAAATCGGTGGATGGGGGTTTGGGCCAACTTCGGA
ATCTCCTCCACGACGGTTTATTCACGGCTCGGTACCCCGGCGAGGAGAAC
TGGGCGCTTGCGCACCGTGTCCTTATTCCTGCTTTTGGGCCCCTGTCTAT
CAGAGGCATGTTCGATGAGATGCAAGATATAGCCAACCAGCTCGTCATGA
AATGGGCTCGACAGGGACCTGAGACTCCTATTGTGGTCACAGAAGATTTC
ACCCGCCTGACTCTTGACTCCATCGCCCTCTGCGCCATGGGAACCCGCTT
CAACTCCTTTTACCACGATAGCATGCACCCCTTCGTCGAGGCGATGGTTG
GTGGGATGCAGGTAGCTAGTTATAGGGCACAGCGCCCATCGTTCTTGAAC
CAACTGCCCACAAGCGAAAATAATGCTTTCTGGAACGATATTTCTTATAT
GAGAAACTTAGCGAAGGAGTTGATCGAAGATAGGAGAAAGCATCCATCAG
ACAAGAAGGACCTGCTCAACGCTCTCATCCTTGGCCGAGACCCTCAGTCA
GGGAAGGGCCTCAGTGATGAGTCGATCATTGACAACATGATCACCTTTTT
GATTGCAGGCCACGAAACCACTTCTGGAATGCTGTCGTTCGTTTTCTACT
ATCTACTAAAAAACGCACATGCGTATAAAAAGGCACAGGAAGAAGTCGAC
AGGGTGATTGGCCGACGGAAGATCACCGTGGATGATCTCTCCAAGTTGCC
GTATATCAATGCAGTCATGCGAGAAGCGCTACGCCTCAACCCGCCAGCGA
GTGTCATGAGAGTCCATGCGCATCCGACTAAGAACAAAGAAGACCCAGTG
ACCTTGGGTAATGGAAGATATGTTCTGAACAAGGACGAGCCAATCACGGT
TCTCCTCCCGAAATTACACCGCGATCCCAAGGTCTACGGTGCGGATGCCG
AGGAGTTCAAGCCGGAGAGGATGCTAGATGAAAATTTCAACAGTCTCCCT
CGGAATTCCTGGAAGCCTTTTGGGAACGGCATGCGCGGTTGTATTGGACG
GCCATTTGCCTGGCAAGAAGGCTTACTGGCTATTGCTTTGCTATTGCAGA
ATTTCAACTTCCAGCTGGATGATCCAAGCTATGACCTGCGCATCAAACAG
ACACTCACCATCAAGCCGAAGGACTTCAAGATGAGAGCAACTCTCAGGCA
TGGGTTGGACCCAATAACTTTGGAGCCAGCTCTGAACAGTGGTTCTGTGC
CTCGTGAATCCTCCACGGTAGCTAGCAGGGAACGTAAGAAGGATGCAGCC
CTTTCCGAGGGAGACATGAAGCCGATGCACATATTTTTTGGCAGTAATAC
TGGAACCTGCGAGGCTTTGGCTCGGAGACTGGCAGATGATGCTGTCGCAT
GGGGATTTAGTGCCAAAGTCAATTCGCTAGATTCCGCCACTGAGAATGTT
CCGAAAGGGGATCCAGTGGTTTTCATTGCTGCATCTTACGAAGGCCAACC
CGCTGATAATGCGGCTCATTTTTTCGAGTGGCTTAGCGCAGCAAATGATA
ATGAACTCGAAGGGATAAATTATGCCGTATTCGGTTGTGGACATCATGAT
TGGACTGCCACATTTTACCGGATCCCCAAAGCTATCAACGAGCTGGTGAA
AGAGCATGGTGGGAATCGCTTGTGTGATATCGGATTAGTTGATACCGCCA
TTGCAGACATGTTCACTGATTTCGATAACTGGAGTGAGTCGGCGTTATGG
CCTGCCATAAGCTCGAAATTTGGCTCCAAAAGTCAGGGCCAGGCTGGTAA
AAAAGCCAGTTCGGGCCTACAAGTCGAACTCAGCTCAGAAAAGCGAGTGA
CTACCTTGGGCCTTCAGCTGCAGGAAGGATATGTGATCGAGAACAAGCTT
CTAACAGCACCCGACGTTTCAGCGAAACGACTGGTGAGAATCAAGCTTCC
AAGCGACATGACTTATCAGTGCGGTGATTACCTTGCTGTGCTTCCCGTGA
ACCCAACTAGCATCGTCCGTCGAGCAATGCGTCGGTTCAAACTGCCTTGG
GATGCCTTTTTGACTGTTCGCAAGTCATCCCAGACCCAAAATGGACCGTC
AGCCATTCCCACTGACACCCCCATTTCCGCCTTCGCACTCCTCTCCTCCT
ATGTTGAACTATCCCAGCCCGCGTCCAAACGAGACCTGACTGCCCTGGCA
GATGCAGCCGTGGCCGACGAAGAATCCCAGGCCGAGCTGCGATACATGGC
CAACAGTCCTAGCCGCTTCAATGAGGAGGTCGTCACAAAACGCCTCAGCT
TGCTGGACATCTTGGATCGTTATCCTTCCATCGGTCTACCGCTCGGCGAC
TTCCTAGCTATGCTCCCGCCCATGCGAGTACGCCAGTACTCTATATCATC
CTCACCCCTTACGGACCCGACAGAATGCTCTATTACAGTGTCCGTGCTCA
ACGCACCCTCTCTCTCCGGCACAGACGAGCCGTACATGGGCGTAGCTTCT
ACATACCTTTCCATTCTCCAAGCTGACGAACGCATTCACATCGCCGTCCG
CCCGTCCCACTCCGGCTTCAAACCTCCCGCAGACCTCAATACGCCAATGA
TAATGGCCTGCGCAGGAAGCGGCTTAGGGCCTTTCCGCGGATTTGTCATG
GACCGGGCAGAAAAGATTCTCAGCCGAAGCGACTCTATCACTGAAAAGCC
CGCCCCGGCTATCCTCTACGTCGGCTGTCGCACCAAAGGCAAGGATGACA
TTCACGCAGAAGAGCTCGCTGAATGGTCTCGCCAGGGCATCGTCGACGTC
AGGTGGGCATACAGCCGTCCCTCTGACGGCTCCGTTGCCCAGCACATTCA
GGACCGGATTACAAGTGATCGCGACGAAGTGGTCTCACTTTTTGAGCAAG
GCGCTAGGATCTATGTGTGTGGAAGTGCGGAGGTAGGCAAAGCGGTGCGC
CAAGCGTTTAAGAACATTTACGTCGATGTGAAACAGGAGCGTCGTCGGGT
AGCGTTGGAGACGAAGCAGGAAGAAGTCCCGTCTGAAGTGAATGACGAGG
ATGTTGAGAAGTTCTTCGATGATCTCAAGGCAAGCATGCGTTATGCGACG
GACGTGTTTACTTAGATGGGCAGCGTAAAGCCTGTTCCTATCCCAGGCCC
CAAGGGCGTTCCATTTCTTGGAAATGTCTACGATATTGACCAAGAGATGC
CAGTCCGAAGTTTTGAGTTGATGGCAGATCAATATGGCCCGATCTACCGA
CTGACAACTTTTGGCTTGTCGAGAGTAGTCGTTTCTACTCAAGAACTCGT
CGACGAAGTATGCAATGAGGAGCGATTCGCTAAATCGGTGGATGGGGGTT
TGGGCCAACTTCGGAATCTCCTCCACGACGGTTTATTCACGGCTCGGTAC
CCCGGCGAGGAGAACTGGGCGCTTGCGCACCGTGTCCTTATTCCTGCTTT
TGGGCCCCTGTCTATCAGAGGCATGTTCGATGAGATGCAAGATATAGCCA
ACCAGCTCGTCATGAAATGGGCTCGACAGGGACCTGAGACTCCTATTGTG
GTCACAGAAGATTTCACCCGCCTGACTCTTGACTCCATCGCCCTCTGCGC
CATGGGAACCCGCTTCAACTCCTTTTACCACGATAGCATGCACCCCTTCG
TCGAGGCGATGGTTGGTGGGATGCAGGTAGCTAGTTATAGGGCACAGCGC
CCATCGTTCTTGAACCAACTGCCCACAAGCGAAAATAATGCTTTCTGGAA
CGATATTTCTTATATGAGAAACTTAGCGAAGGAGTTGATCGAAGATAGGA
GAAAGCATCCATCAGACAAGAAGGACCTGCTCAACGCTCTCATCCTTGGC
CGAGACCCTCAGTCAGGGAAGGGCCTCAGTGATGAGTCGATCATTGACAA
CATGATCACCTTTTTGATTGCAGGCCACGAAACCACTTCTGGAATGCTGT
CGTTCGTTTTCTACTATCTACTAAAAAACGCACATGCGTATAAAAAGGCA
CAGGAAGAAGTCGACAGGGTGATTGGCCGACGGAAGATCACCGTGGATGA
TCTCTCCAAGTTGCCGTATATCAATGCAGTCATGCGAGAAGCGCTACGCC
TCAACCCGCCAGCGAGTGTCATGAGAGTCCATGCGCATCCGACTAAGAAC
AAAGAAGACCCAGTGACCTTGGGTAATGGAAGATATGTTCTGAACAAGGA
CGAGCCAATCACGGTTCTCCTCCCGAAATTACACCGCGATCCCAAGGTCT
ACGGTGCGGATGCCGAGGAGTTCAAGCCGGAGAGGATGCTAGATGAAAAT
TTCAACAGTCTCCCTCGGAATTCCTGGAAGCCTTTTGGGAACGGCATGCG
CGGTTGTATTGGACGGCCATTTGCCTGGCAAGAAGGCTTACTGGCTATTG
CTTTGCTATTGCAGAATTTCAACTTCCAGCTGGATGATCCAAGCTATGAC
CTGCGCATCAAACAGACACTCACCATCAAGCCGAAGGACTTCAAGATGAG
AGCAACTCTCAGGCATGGGTTGGACCCAATAACTTTGGAGCCAGCTCTGA
ACAGTGGTTCTGTGCCTCGTGAATCCTCCACGGTAGCTAGCAGGGAACGT
AAGAAGGATGCAGCCCTTTCCGAGGGAGACATGAAGCCGATGCACATATT
TTTTGGCAGTAATACTGGAACCTGCGAGGCTTTGGCTCGGAGACTGGCAG
ATGATGCTGTCGCATGGGGATTTAGTGCCAAAGTCAATTCGCTAGATTCC
GCCACTGAGAATGTTCCGAAAGGGGATCCAGTGGTTTTCATTGCTGCATC
TTACGAAGGCCAACCCGCTGATAATGCGGCTCATTTTTTCGAGTGGCTTA
GCGCAGCAAATGATAATGAACTCGAAGGGATAAATTATGCCGTATTCGGT
TGTGGACATCATGATTGGACTGCCACATTTTACCGGATCCCCAAAGCTAT
CAACGAGCTGGTGAAAGAGCATGGTGGGAATCGCTTGTGTGATATCGGAT
TAGTTGATACCGCCATTGCAGACATGTTCACTGATTTCGATAACTGGAGT
GAGTCGGCGTTATGGCCTGCCATAAGCTCGAAATTTGGCTCCAAAAGTCA
GGGCCAGGCTGGTAAAAAAGCCAGTTCGGGCCTACAAGTCGAACTCAGCT
CAGAAAAGCGAGTGACTACCTTGGGCCTTCAGCTGCAGGAAGGATATGTG
ATCGAGAACAAGCTTCTAACAGCACCCGACGTTTCAGCGAAACGACTGGT
GAGAATCAAGCTTCCAAGCGACATGACTTATCAGTGCGGTGATTACCTTG
CTGTGCTTCCCGTGAACCCAACTAGCATCGTCCGTCGAGCAATGCGTCGG
TTCAAACTGCCTTGGGATGCCTTTTTGACTGTTCGCAAGTCATCCCAGAC
CCAAAATGGACCGTCAGCCATTCCCACTGACACCCCCATTTCCGCCTTCG
CACTCCTCTCCTCCTATGTTGAACTATCCCAGCCCGCGTCCAAACGAGAC
CTGACTGCCCTGGCAGATGCAGCCGTGGCCGACGAAGAATCCCAGGCCGA
GCTGCGATACATGGCCAACAGTCCTAGCCGCTTCAATGAGGAGGTCGTCA
CAAAACGCCTCAGCTTGCTGGACATCTTGGATCGTTATCCTTCCATCGGT
CTACCGCTCGGCGACTTCCTAGCTATGCTCCCGCCCATGCGAGTACGCCA
GTACTCTATATCATCCTCACCCCTTACGGACCCGACAGAATGCTCTATTA
CAGTGTCCGTGCTCAACGCACCCTCTCTCTCCGGCACAGACGAGCCGTAC
ATGGGCGTAGCTTCTACATACCTTTCCATTCTCCAAGCTGACGAACGCAT
TCACATCGCCGTCCGCCCGTCCCACTCCGGCTTCAAACCTCCCGCAGACC
TCAATACGCCAATGATAATGGCCTGCGCAGGAAGCGGCTTAGGGCCTTTC
CGCGGATTTGTCATGGACCGGGCAGAAAAGATTCTCAGCCGAAGCGACTC
TATCACTGAAAAGCCCGCCCCGGCTATCCTCTACGTCGGCTGTCGCACCA
AAGGCAAGGATGACATTCACGCAGAAGAGCTCGCTGAATGGTCTCGCCAG
GGCATCGTCGACGTCAGGTGGGCATACAGCCGTCCCTCTGACGGCTCCGT
TGCCCAGCACATTCAGGACCGGATTACAAGTGATCGCGACGAAGTGGTCT
CACTTTTTGAGCAAGGCGCTAGGATCTATGTGTGTGGAAGTGCGGAGGTA
GGCAAAGCGGTGCGCCAAGCGTTTAAGAACATTTACGTCGATGTGAAACA
GGAGCGTCGTCGGGTAGCGTTGGAGACGAAGCAGGAAGAAGTCCCGTCTG
AAGTGAATGACGAGGATGTTGAGAAGTTCTTCGATGATCTCAAGGCAAGC
ATGCGTTATGCGACGGACGTGTTTACTTAGATGGGCAGCGTAAAGCCTGT
TCCTATCCCAGGCCCCAAGGGCGTTCCATTTCTTGGAAATGTCTACGATA
TTGACCAAGAGATGCCAGTCCGAAGTTTTGAGTTGATGGCAGATCAATAT
GGCCCGATCTACCGACTGACAACTTTTGGCTTGTCGAGAGTAGTCGTTTC
TACTCAAGAACTCGTCGACGAAGTATGCAATGAGGAGCGATTCGCTAAAT
CGGTGGATGGGGGTTTGGGCCAACTTCGGAATCTCCTCCACGACGGTTTA
TTCACGGCTCGGTACCCCGGCGAGGAGAACTGGGCGCTTGCGCACCGTGT
CCTTATTCCTGCTTTTGGGCCCCTGTCTATCAGAGGCATGTTCGATGAGA
TGCAAGATATAGCCAACCAGCTCGTCATGAAATGGGCTCGACAGGGACCT
GAGACTCCTATTGTGGTCACAGAAGATTTCACCCGCCTGACTCTTGACTC
CATCGCCCTCTGCGCCATGGGAACCCGCTTCAACTCCTTTTACCACGATA
GCATGCACCCCTTCGTCGAGGCGATGGTTGGTGGGATGCAGGTAGCTAGT
TATAGGGCACAGCGCCCATCGTTCTTGAACCAACTGCCCACAAGCGAAAA
TAATGCTTTCTGGAACGATATTTCTTATATGAGAAACTTAGCGAAGGAGT
TGATCGAAGATAGGAGAAAGCATCCATCAGACAAGAAGGACCTGCTCAAC
GCTCTCATCCTTGGCCGAGACCCTCAGTCAGGGAAGGGCCTCAGTGATGA
GTCGATCATTGACAACATGATCACCTTTTTGATTGCAGGCCACGAAACCA
CTTCTGGAATGCTGTCGTTCGTTTTCTACTATCTACTAAAAAACGCACAT
GCGTATAAAAAGGCACAGGAAGAAGTCGACAGGGTGATTGGCCGACGGAA
GATCACCGTGGATGATCTCTCCAAGTTGCCGTATATCAATGCAGTCATGC
GAGAAGCGCTACGCCTCAACCCGCCAGCGAGTGTCATGAGAGTCCATGCG
CATCCGACTAAGAACAAAGAAGACCCAGTGACCTTGGGTAATGGAAGATA
TGTTCTGAACAAGGACGAGCCAATCACGGTTCTCCTCCCGAAATTACACC
GCGATCCCAAGGTCTACGGTGCGGATGCCGAGGAGTTCAAGCCGGAGAGG
ATGCTAGATGAAAATTTCAACAGTCTCCCTCGGAATTCCTGGAAGCCTTT
TGGGAACGGCATGCGCGGTTGTATTGGACGGCCATTTGCCTGGCAAGAAG
GCTTACTGGCTATTGCTTTGCTATTGCAGAATTTCAACTTCCAGCTGGAT
GATCCAAGCTATGACCTGCGCATCAAACAGACACTCACCATCAAGCCGAA
GGACTTCAAGATGAGAGCAACTCTCAGGCATGGGTTGGACCCAATAACTT
TGGAGCCAGCTCTGAACAGTGGTTCTGTGCCTCGTGAATCCTCCACGGTA
GCTAGCAGGGAACGTAAGAAGGATGCAGCCCTTTCCGAGGGAGACATGAA
GCCGATGCACATATTTTTTGGCAGTAATACTGGAACCTGCGAGGCTTTGG
CTCGGAGACTGGCAGATGATGCTGTCGCATGGGGATTTAGTGCCAAAGTC
AATTCGCTAGATTCCGCCACTGAGAATGTTCCGAAAGGGGATCCAGTGGT
TTTCATTGCTGCATCTTACGAAGGCCAACCCGCTGATAATGCGGCTCATT
TTTTCGAGTGGCTTAGCGCAGCAAATGATAATGAACTCGAAGGGATAAAT
TATGCCGTATTCGGTTGTGGACATCATGATTGGACTGCCACATTTTACCG
GATCCCCAAAGCTATCAACGAGCTGGTGAAAGAGCATGGTGGGAATCGCT
TGTGTGATATCGGATTAGTTGATACCGCCATTGCAGACATGTTCACTGAT
TTCGATAACTGGAGTGAGTCGGCGTTATGGCCTGCCATAAGCTCGAAATT
TGGCTCCAAAAGTCAGGGCCAGGCTGGTAAAAAAGCCAGTTCGGGCCTAC
AAGTCGAACTCAGCTCAGAAAAGCGAGTGACTACCTTGGGCCTTCAGCTG
CAGGAAGGATATGTGATCGAGAACAAGCTTCTAACAGCACCCGACGTTTC
AGCGAAACGACTGGTGAGAATCAAGCTTCCAAGCGACATGACTTATCAGT
GCGGTGATTACCTTGCTGTGCTTCCCGTGAACCCAACTAGCATCGTCCGT
CGAGCAATGCGTCGGTTCAAACTGCCTTGGGATGCCTTTTTGACTGTTCG
CAAGTCATCCCAGACCCAAAATGGACCGTCAGCCATTCCCACTGACACCC
CCATTTCCGCCTTCGCACTCCTCTCCTCCTATGTTGAACTATCCCAGCCC
GCGTCCAAACGAGACCTGACTGCCCTGGCAGATGCAGCCGTGGCCGACGA
AGAATCCCAGGCCGAGCTGCGATACATGGCCAACAGTCCTAGCCGCTTCA
ATGAGGAGGTCGTCACAAAACGCCTCAGCTTGCTGGACATCTTGGATCGT
TATCCTTCCATCGGTCTACCGCTCGGCGACTTCCTAGCTATGCTCCCGCC
CATGCGAGTACGCCAGTACTCTATATCATCCTCACCCCTTACGGACCCGA
CAGAATGCTCTATTACAGTGTCCGTGCTCAACGCACCCTCTCTCTCCGGC
ACAGACGAGCCGTACATGGGCGTAGCTTCTACATACCTTTCCATTCTCCA
AGCTGACGAACGCATTCACATCGCCGTCCGCCCGTCCCACTCCGGCTTCA
AACCTCCCGCAGACCTCAATACGCCAATGATAATGGCCTGCGCAGGAAGC
GGCTTAGGGCCTTTCCGCGGATTTGTCATGGACCGGGCAGAAAAGATTCT
CAGCCGAAGCGACTCTATCACTGAAAAGCCCGCCCCGGCTATCCTCTACG
TCGGCTGTCGCACCAAAGGCAAGGATGACATTCACGCAGAAGAGCTCGCT
GAATGGTCTCGCCAGGGCATCGTCGACGTCAGGTGGGCATACAGCCGTCC
CTCTGACGGCTCCGTTGCCCAGCACATTCAGGACCGGATTACAAGTGATC
GCGACGAAGTGGTCTCACTTTTTGAGCAAGGCGCTAGGATCTATGTGTGT
GGAAGTGCGGAGGTAGGCAAAGCGGTGCGCCAAGCGTTTAAGAACATTTA
CGTCGATGTGAAACAGGAGCGTCGTCGGGTAGCGTTGGAGACGAAGCAGG
AAGAAGTCCCGTCTGAAGTGAATGACGAGGATGTTGAGAAGTTCTTCGAT
GATCTCAAGGCAAGCATGCGTTATGCGACGGACGTGTTTACTTAGATGGG
CAGCGTAAAGCCTGTTCCTATCCCAGGCCCCAAGGGCGTTCCATTTCTTG
GAAATGTCTACGATATTGACCAAGAGATGCCAGTCCGAAGTTTTGAGTTG
ATGGCAGATCAATATGGCCCGATCTACCGACTGACAACTTTTGGCTTGTC
GAGAGTAGTCGTTTCTACTCAAGAACTCGTCGACGAAGTATGCAATGAGG
AGCGATTCGCTAAATCGGTGGATGGGGGTTTGGGCCAACTTCGGAATCTC
CTCCACGACGGTTTATTCACGGCTCGGTACCCCGGCGAGGAGAACTGGGC
GCTTGCGCACCGTGTCCTTATTCCTGCTTTTGGGCCCCTGTCTATCAGAG
GCATGTTCGATGAGATGCAAGATATAGCCAACCAGCTCGTCATGAAATGG
GCTCGACAGGGACCTGAGACTCCTATTGTGGTCACAGAAGATTTCACCCG
CCTGACTCTTGACTCCATCGCCCTCTGCGCCATGGGAACCCGCTTCAACT
CCTTTTACCACGATAGCATGCACCCCTTCGTCGAGGCGATGGTTGGTGGG
ATGCAGGTAGCTAGTTATAGGGCACAGCGCCCATCGTTCTTGAACCAACT
GCCCACAAGCGAAAATAATGCTTTCTGGAACGATATTTCTTATATGAGAA
ACTTAGCGAAGGAGTTGATCGAAGATAGGAGAAAGCATCCATCAGACAAG
AAGGACCTGCTCAACGCTCTCATCCTTGGCCGAGACCCTCAGTCAGGGAA
GGGCCTCAGTGATGAGTCGATCATTGACAACATGATCACCTTTTTGATTG
CAGGCCACGAAACCACTTCTGGAATGCTGTCGTTCGTTTTCTACTATCTA
CTAAAAAACGCACATGCGTATAAAAAGGCACAGGAAGAAGTCGACAGGGT
GATTGGCCGACGGAAGATCACCGTGGATGATCTCTCCAAGTTGCCGTATA
TCAATGCAGTCATGCGAGAAGCGCTACGCCTCAACCCGCCAGCGAGTGTC
ATGAGAGTCCATGCGCATCCGACTAAGAACAAAGAAGACCCAGTGACCTT
GGGTAATGGAAGATATGTTCTGAACAAGGACGAGCCAATCACGGTTCTCC
TCCCGAAATTACACCGCGATCCCAAGGTCTACGGTGCGGATGCCGAGGAG
TTCAAGCCGGAGAGGATGCTAGATGAAAATTTCAACAGTCTCCCTCGGAA
TTCCTGGAAGCCTTTTGGGAACGGCATGCGCGGTTGTATTGGACGGCCAT
TTGCCTGGCAAGAAGGCTTACTGGCTATTGCTTTGCTATTGCAGAATTTC
AACTTCCAGCTGGATGATCCAAGCTATGACCTGCGCATCAAACAGACACT
CACCATCAAGCCGAAGGACTTCAAGATGAGAGCAACTCTCAGGCATGGGT
TGGACCCAATAACTTTGGAGCCAGCTCTGAACAGTGGTTCTGTGCCTCGT
GAATCCTCCACGGTAGCTAGCAGGGAACGTAAGAAGGATGCAGCCCTTTC
CGAGGGAGACATGAAGCCGATGCACATATTTTTTGGCAGTAATACTGGAA
CCTGCGAGGCTTTGGCTCGGAGACTGGCAGATGATGCTGTCGCATGGGGA
TTTAGTGCCAAAGTCAATTCGCTAGATTCCGCCACTGAGAATGTTCCGAA
AGGGGATCCAGTGGTTTTCATTGCTGCATCTTACGAAGGCCAACCCGCTG
ATAATGCGGCTCATTTTTTCGAGTGGCTTAGCGCAGCAAATGATAATGAA
CTCGAAGGGATAAATTATGCCGTATTCGGTTGTGGACATCATGATTGGAC
TGCCACATTTTACCGGATCCCCAAAGCTATCAACGAGCTGGTGAAAGAGC
ATGGTGGGAATCGCTTGTGTGATATCGGATTAGTTGATACCGCCATTGCA
GACATGTTCACTGATTTCGATAACTGGAGTGAGTCGGCGTTATGGCCTGC
CATAAGCTCGAAATTTGGCTCCAAAAGTCAGGGCCAGGCTGGTAAAAAAG
CCAGTTCGGGCCTACAAGTCGAACTCAGCTCAGAAAAGCGAGTGACTACC
TTGGGCCTTCAGCTGCAGGAAGGATATGTGATCGAGAACAAGCTTCTAAC
AGCACCCGACGTTTCAGCGAAACGACTGGTGAGAATCAAGCTTCCAAGCG
ACATGACTTATCAGTGCGGTGATTACCTTGCTGTGCTTCCCGTGAACCCA
ACTAGCATCGTCCGTCGAGCAATGCGTCGGTTCAAACTGCCTTGGGATGC
CTTTTTGACTGTTCGCAAGTCATCCCAGACCCAAAATGGACCGTCAGCCA
TTCCCACTGACACCCCCATTTCCGCCTTCGCACTCCTCTCCTCCTATGTT
GAACTATCCCAGCCCGCGTCCAAACGAGACCTGACTGCCCTGGCAGATGC
AGCCGTGGCCGACGAAGAATCCCAGGCCGAGCTGCGATACATGGCCAACA
GTCCTAGCCGCTTCAATGAGGAGGTCGTCACAAAACGCCTCAGCTTGCTG
GACATCTTGGATCGTTATCCTTCCATCGGTCTACCGCTCGGCGACTTCCT
AGCTATGCTCCCGCCCATGCGAGTACGCCAGTACTCTATATCATCCTCAC
CCCTTACGGACCCGACAGAATGCTCTATTACAGTGTCCGTGCTCAACGCA
CCCTCTCTCTCCGGCACAGACGAGCCGTACATGGGCGTAGCTTCTACATA
CCTTTCCATTCTCCAAGCTGACGAACGCATTCACATCGCCGTCCGCCCGT
CCCACTCCGGCTTCAAACCTCCCGCAGACCTCAATACGCCAATGATAATG
GCCTGCGCAGGAAGCGGCTTAGGGCCTTTCCGCGGATTTGTCATGGACCG
GGCAGAAAAGATTCTCAGCCGAAGCGACTCTATCACTGAAAAGCCCGCCC
CGGCTATCCTCTACGTCGGCTGTCGCACCAAAGGCAAGGATGACATTCAC
GCAGAAGAGCTCGCTGAATGGTCTCGCCAGGGCATCGTCGACGTCAGGTG
GGCATACAGCCGTCCCTCTGACGGCTCCGTTGCCCAGCACATTCAGGACC
GGATTACAAGTGATCGCGACGAAGTGGTCTCACTTTTTGAGCAAGGCGCT
AGGATCTATGTGTGTGGAAGTGCGGAGGTAGGCAAAGCGGTGCGCCAAGC
GTTTAAGAACATTTACGTCGATGTGAAACAGGAGCGTCGTCGGGTAGCGT
TGGAGACGAAGCAGGAAGAAGTCCCGTCTGAAGTGAATGACGAGGATGTT
GAGAAGTTCTTCGATGATCTCAAGGCAAGCATGCGTTATGCGACGGACGT
GTTTACTTAGATGGGCAGCGTAAAGCCTGTTCCTATCCCAGGCCCCAAGG
GCGTTCCATTTCTTGGAAATGTCTACGATATTGACCAAGAGATGCCAGTC
CGAAGTTTTGAGTTGATGGCAGATCAATATGGCCCGATCTACCGACTGAC
AACTTTTGGCTTGTCGAGAGTAGTCGTTTCTACTCAAGAACTCGTCGACG
AAGTATGCAATGAGGAGCGATTCGCTAAATCGGTGGATGGGGGTTTGGGC
CAACTTCGGAATCTCCTCCACGACGGTTTATTCACGGCTCGGTACCCCGG
CGAGGAGAACTGGGCGCTTGCGCACCGTGTCCTTATTCCTGCTTTTGGGC
CCCTGTCTATCAGAGGCATGTTCGATGAGATGCAAGATATAGCCAACCAG
CTCGTCATGAAATGGGCTCGACAGGGACCTGAGACTCCTATTGTGGTCAC
AGAAGATTTCACCCGCCTGACTCTTGACTCCATCGCCCTCTGCGCCATGG
GAACCCGCTTCAACTCCTTTTACCACGATAGCATGCACCCCTTCGTCGAG
GCGATGGTTGGTGGGATGCAGGTAGCTAGTTATAGGGCACAGCGCCCATC
GTTCTTGAACCAACTGCCCACAAGCGAAAATAATGCTTTCTGGAACGATA
TTTCTTATATGAGAAACTTAGCGAAGGAGTTGATCGAAGATAGGAGAAAG
CATCCATCAGACAAGAAGGACCTGCTCAACGCTCTCATCCTTGGCCGAGA
CCCTCAGTCAGGGAAGGGCCTCAGTGATGAGTCGATCATTGACAACATGA
TCACCTTTTTGATTGCAGGCCACGAAACCACTTCTGGAATGCTGTCGTTC
GTTTTCTACTATCTACTAAAAAACGCACATGCGTATAAAAAGGCACAGGA
AGAAGTCGACAGGGTGATTGGCCGACGGAAGATCACCGTGGATGATCTCT
CCAAGTTGCCGTATATCAATGCAGTCATGCGAGAAGCGCTACGCCTCAAC
CCGCCAGCGAGTGTCATGAGAGTCCATGCGCATCCGACTAAGAACAAAGA
AGACCCAGTGACCTTGGGTAATGGAAGATATGTTCTGAACAAGGACGAGC
CAATCACGGTTCTCCTCCCGAAATTACACCGCGATCCCAAGGTCTACGGT
GCGGATGCCGAGGAGTTCAAGCCGGAGAGGATGCTAGATGAAAATTTCAA
CAGTCTCCCTCGGAATTCCTGGAAGCCTTTTGGGAACGGCATGCGCGGTT
GTATTGGACGGCCATTTGCCTGGCAAGAAGGCTTACTGGCTATTGCTTTG
CTATTGCAGAATTTCAACTTCCAGCTGGATGATCCAAGCTATGACCTGCG
CATCAAACAGACACTCACCATCAAGCCGAAGGACTTCAAGATGAGAGCAA
CTCTCAGGCATGGGTTGGACCCAATAACTTTGGAGCCAGCTCTGAACAGT
GGTTCTGTGCCTCGTGAATCCTCCACGGTAGCTAGCAGGGAACGTAAGAA
GGATGCAGCCCTTTCCGAGGGAGACATGAAGCCGATGCACATATTTTTTG
GCAGTAATACTGGAACCTGCGAGGCTTTGGCTCGGAGACTGGCAGATGAT
GCTGTCGCATGGGGATTTAGTGCCAAAGTCAATTCGCTAGATTCCGCCAC
TGAGAATGTTCCGAAAGGGGATCCAGTGGTTTTCATTGCTGCATCTTACG
AAGGCCAACCCGCTGATAATGCGGCTCATTTTTTCGAGTGGCTTAGCGCA
GCAAATGATAATGAACTCGAAGGGATAAATTATGCCGTATTCGGTTGTGG
ACATCATGATTGGACTGCCACATTTTACCGGATCCCCAAAGCTATCAACG
AGCTGGTGAAAGAGCATGGTGGGAATCGCTTGTGTGATATCGGATTAGTT
GATACCGCCATTGCAGACATGTTCACTGATTTCGATAACTGGAGTGAGTC
GGCGTTATGGCCTGCCATAAGCTCGAAATTTGGCTCCAAAAGTCAGGGCC
AGGCTGGTAAAAAAGCCAGTTCGGGCCTACAAGTCGAACTCAGCTCAGAA
AAGCGAGTGACTACCTTGGGCCTTCAGCTGCAGGAAGGATATGTGATCGA
GAACAAGCTTCTAACAGCACCCGACGTTTCAGCGAAACGACTGGTGAGAA
TCAAGCTTCCAAGCGACATGACTTATCAGTGCGGTGATTACCTTGCTGTG
CTTCCCGTGAACCCAACTAGCATCGTCCGTCGAGCAATGCGTCGGTTCAA
ACTGCCTTGGGATGCCTTTTTGACTGTTCGCAAGTCATCCCAGACCCAAA
ATGGACCGTCAGCCATTCCCACTGACACCCCCATTTCCGCCTTCGCACTC
CTCTCCTCCTATGTTGAACTATCCCAGCCCGCGTCCAAACGAGACCTGAC
TGCCCTGGCAGATGCAGCCGTGGCCGACGAAGAATCCCAGGCCGAGCTGC
GATACATGGCCAACAGTCCTAGCCGCTTCAATGAGGAGGTCGTCACAAAA
CGCCTCAGCTTGCTGGACATCTTGGATCGTTATCCTTCCATCGGTCTACC
GCTCGGCGACTTCCTAGCTATGCTCCCGCCCATGCGAGTACGCCAGTACT
CTATATCATCCTCACCCCTTACGGACCCGACAGAATGCTCTATTACAGTG
TCCGTGCTCAACGCACCCTCTCTCTCCGGCACAGACGAGCCGTACATGGG
CGTAGCTTCTACATACCTTTCCATTCTCCAAGCTGACGAACGCATTCACA
TCGCCGTCCGCCCGTCCCACTCCGGCTTCAAACCTCCCGCAGACCTCAAT
ACGCCAATGATAATGGCCTGCGCAGGAAGCGGCTTAGGGCCTTTCCGCGG
ATTTGTCATGGACCGGGCAGAAAAGATTCTCAGCCGAAGCGACTCTATCA
CTGAAAAGCCCGCCCCGGCTATCCTCTACGTCGGCTGTCGCACCAAAGGC
AAGGATGACATTCACGCAGAAGAGCTCGCTGAATGGTCTCGCCAGGGCAT
CGTCGACGTCAGGTGGGCATACAGCCGTCCCTCTGACGGCTCCGTTGCCC
AGCACATTCAGGACCGGATTACAAGTGATCGCGACGAAGTGGTCTCACTT
TTTGAGCAAGGCGCTAGGATCTATGTGTGTGGAAGTGCGGAGGTAGGCAA
AGCGGTGCGCCAAGCGTTTAAGAACATTTACGTCGATGTGAAACAGGAGC
GTCGTCGGGTAGCGTTGGAGACGAAGCAGGAAGAAGTCCCGTCTGAAGTG
AATGACGAGGATGTTGAGAAGTTCTTCGATGATCTCAAGGCAAGCATGCG
TTATGCGACGGACGTGTTTACTTAG

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Biological Process**
Term	Definition
GO:0055114	oxidation-reduction process

Vocabulary: **Molecular Function**
Term	Definition
GO:0010181	FMN binding
GO:0003958	NADPH-hemoprotein reductase activity
GO:0070330	aromatase activity
GO:0016491	oxidoreductase activity
GO:0016705	oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen
GO:0005506	iron ion binding
GO:0020037	heme binding

Relationships

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


Feature Name	Unique Name	Species	Type
KJC3_007493	KJC3_007493	Aspergillus niger KJC3	gene

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


Feature Name	Unique Name	Species	Type
KJC3_007493-T1	KJC3_007493-T1-protein	Aspergillus niger KJC3	polypeptide

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


Feature Name	Unique Name	Species	Type
KJC3_007493-T1.utr5p1	KJC3_007493-T1.utr5p1	Aspergillus niger KJC3	five_prime_UTR

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


Feature Name	Unique Name	Species	Type
KJC3_007493-T1.exon1	KJC3_007493-T1.exon1	Aspergillus niger KJC3	exon
KJC3_007493-T1.exon2	KJC3_007493-T1.exon2	Aspergillus niger KJC3	exon
KJC3_007493-T1.exon3	KJC3_007493-T1.exon3	Aspergillus niger KJC3	exon
KJC3_007493-T1.exon4	KJC3_007493-T1.exon4	Aspergillus niger KJC3	exon
KJC3_007493-T1.exon5	KJC3_007493-T1.exon5	Aspergillus niger KJC3	exon

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


Feature Name	Unique Name	Species	Type
KJC3_007493-T1.cds	KJC3_007493-T1.cds	Aspergillus niger KJC3	CDS

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


Feature Name	Unique Name	Species	Type
KJC3_007493-T1.utr3p1	KJC3_007493-T1.utr3p1	Aspergillus niger KJC3	three_prime_UTR

Properties


Property Name	Value
DBxref	InterPro:IPR017938
DBxref	InterPro:IPR017927
DBxref	InterPro:IPR017972
DBxref	InterPro:IPR039261
DBxref	InterPro:IPR003097
DBxref	InterPro:IPR008254
DBxref	InterPro:IPR036396
DBxref	InterPro:IPR023206
DBxref	InterPro:IPR029039
DBxref	InterPro:IPR001433
DBxref	InterPro:IPR023173
DBxref	InterPro:IPR002401
DBxref	InterPro:IPR001128
DBxref	PFAM:PF00067
DBxref	PFAM:PF00175
DBxref	PFAM:PF00258
DBxref	PFAM:PF00667
Product	hypothetical protein

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Whole Genome Assembly and Annotation of Aspergillus Aspergillus niger KJC3	2021-10-31

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
ch5	supercontig	ch5:2629245..2633593 +

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KJC3_007493-T1, KJC3_007493-T1 (mRNA) Aspergillus niger KJC3

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KJC3_007493-T1, KJC3_007493-T1 (mRNA) Aspergillus niger KJC3