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ASPNIDRAFT_178393-T1, ASPNIDRAFT_178393-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_178393-T1
Unique NameASPNIDRAFT_178393-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000019.1:1615975..1617850-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_178393-T1 ID=ASPNIDRAFT_178393-T1|Name=ASPNIDRAFT_178393-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=1876bp|location=Sequence derived from alignment at ACJE01000019.1:1615975..1617850- (Aspergillus niger ATCC 1015)
ATGCTTGTTACTCCTCTGATTGCACTTCTGCCCGCCATTGCGGCGGCGCA
GGTCTCAGGGACCGTGGGGCCACGTACGAGTGCGTCTGCGAAAGCCGCAG
AGAAAGGTATAATTTATGTTGCGCAAATGCGTCGCAAGAAGCTAACCCGA
CGTGACATTGTGTAGTATGCAACGTACTTGACTACGGGGCATCCGCAAAT
TCGACCAATGATATCGGACCGCCACTCAAGGAAGCCTTCCAAGACTGCCA
AACAGGCGGACTAGGTAAGTTCTACTAGTATCTCCATGGCGGTTTAAAAG
CAGAGCAACAACAAAAACTAATGTTTGTAATTCAGTTTATATCCCGGAAG
GGAACTATCTCCTTTCGTCGTGGGTGTCACTAGTTTATGGTTCTGGTTGG
GCTTTGCAACTAGATGGCATTATTTACCGAGACAAGAATGTGTAGGAATG
CGCTTATATGAATCTGCCACTTTGTGAACACTAACAAACCGCAGCACCGA
TGGAGGAAATATGATATTCAGTTAGTTACATGCGAGACAGCCGACAATGA
TGTGAGAATTACGCTGAGATACAATCTAGTCGAACACACCAATGATATCG
AAATTTTCAGTAATAACTCTGCTGGAGCAATTCAGGGCTACGGTTATCTA
TTCCATGAGCAAGACGAATACGGGCCACGGATTCTTCGACTTAACAACGT
GACTGATTTCAGTGTGCATGACTTGATCTTGGTGGATTCACCGGCCTACT
TCCTCAACTTAGTTGAGTCATACAACGGCGAGGTGTACAACATGGTCATT
CGTGGCGCCAGTATGGGAGGGCTCGACGGAATCGATATTTCCGGAGCCAA
TTACTGGATCCATGACGTTGAGGTCACTAACGGCGACGAATGTGTGACTG
TGAAGGTAGTCCTATTTTGCACAACCCCAGAGCCAAGAGGCCTATTCCAA
AGCTTGCTGATGAACAATGCAGAGTCCATCGGCCAACGTCCGGGTAGAAA
ATGTCTTTTGCAACCACAGTGGCGGATGCGCGATGGGATCACTTGGAACG
GACACGAATATCTCTAACATTGAATACGAGAACATCTACACTTACAACTC
CACTCAGATGTACATGATCAAGTCCAATGGGGGTAATGGCACAGTTACAA
ACTGTTCTTTCAAGAACTTCATTGGATATAGCAACGCCTACATGCTAGAT
TTGGATACATACTGGGGTGATCAGAGCGATGGTGACGGTATCAAGTACGA
GAATATCGGTTTTGAAGTGTGTATCATCTGCTCCCAGTCACAGCAACGCC
CAGAATCTAATCCGAGTCTAGAATTGGAAGGGTACCAGTTCGAATGGCAT
TCAGCGAAGCCCCATCAGGATTCTTTGCCCGGACGAGAATCCATGCACGA
ATATTACCCTAACAGCCGTTGAACTGTGGACTGATGTAAGCTTCATATTG
CAATTGATGTTTATGGTGCCCGAAAACTAACCCGCTTGATACACACCCAG
ACTGGAGATTACGTCAAGCAGGTAATGAAAATCTGGTTCCGGTCCTGATT
TCAAAGCTGGAACTTATGTTCTTTTAGGAATGCTCCAGTGCCTACGGCGA
AGGCGAATGTTTGCGACAGCAAAATGGCACCCTTGCCTCATATTCTTTTA
CGACCACGATTACCTCGGTGTATGCAGCCTACCACAGCCATGATGCCCCC
TTATCACCTGTGCTAATCCTCTGCGTAGGCCTGTCACCGCGTACAGTCCG
ACGACGACGATGCCCGGCCTGATTTCGACATCCATGGATACTACGACCTC
TATTCCGATTCCGACAATTCCTACCAGCTTTTTCCCAGGTGCCTCAGCTT
ACAGCACACTTATGGCGAATATGTAA
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Coding sequence (CDS) from alignment at ACJE01000019.1:1615975..1617850-

>ASPNIDRAFT_178393-T1 ID=ASPNIDRAFT_178393-T1|Name=ASPNIDRAFT_178393-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=11799bp|location=Sequence derived from alignment at ACJE01000019.1:1615975..1617850- (Aspergillus niger ATCC 1015)
GCCTGTCACCGCGTACAGTCCGACGACGACGATGCCCGGCCTGATTTCGA
CATCCATGGATACTACGACCTCTATTCCGATTCCGACAATTCCTACCAGC
TTTTTCCCAGGTGCCTCAGCTTACAGCACACTTATGGCGAATATGTAAGA
ATGCTCCAGTGCCTACGGCGAAGGCGAATGTTTGCGACAGCAAAATGGCA
CCCTTGCCTCATATTCTTTTACGACCACGATTACCTCGGTAATTGGAAGG
GTACCAGTTCGAATGGCATTCAGCGAAGCCCCATCAGGATTCTTTGCCCG
GACGAGAATCCATGCACGAATATTACCCTAACAGCCGTTGAACTGTGGAC
TGATAGTCCATCGGCCAACGTCCGGGTAGAAAATGTCTTTTGCAACCACA
GTGGCGGATGCGCGATGGGATCACTTGGAACGGACACGAATATCTCTAAC
ATTGAATACGAGAACATCTACACTTACAACTCCACTCAGATGTACATGAT
CAAGTCCAATGGGGGTAATGGCACAGTTACAAACTGTTCTTTCAAGAACT
TCATTGGATATAGCAACGCCTACATGCTAGATTTGGATACATACTGGGGT
GATCAGAGCGATGGTGACGGTATCAAGTACGAGAATATCGGTTTTGAATC
GAACACACCAATGATATCGAAATTTTCAGTAATAACTCTGCTGGAGCAAT
TCAGGGCTACGGTTATCTATTCCATGAGCAAGACGAATACGGGCCACGGA
TTCTTCGACTTAACAACGTGACTGATTTCAGTGTGCATGACTTGATCTTG
GTGGATTCACCGGCCTACTTCCTCAACTTAGTTGAGTCATACAACGGCGA
GGTGTACAACATGGTCATTCGTGGCGCCAGTATGGGAGGGCTCGACGGAA
TCGATATTTCCGGAGCCAATTACTGGATCCATGACGTTGAGGTCACTAAC
GGCGACGAATGTGTGACTGTGAAGCACCGATGGAGGAAATATGATATTCA
TTTATATCCCGGAAGGGAACTATCTCCTTTCGTCGTGGGTGTCACTAGTT
TATGGTTCTGGTTGGGCTTTGCAACTAGATGGCATTATTTACCGAGACAA
GAATGTTATGCAACGTACTTGACTACGGGGCATCCGCAAATTCGACCAAT
GATATCGGACCGCCACTCAAGGAAGCCTTCCAAGACTGCCAAACAGGCGG
ACTAGATGCTTGTTACTCCTCTGATTGCACTTCTGCCCGCCATTGCGGCG
GCGCAGGTCTCAGGGACCGTGGGGCCACGTACGAGTGCGTCTGCGAAAGC
CGCAGAGAAAGGCCTGTCACCGCGTACAGTCCGACGACGACGATGCCCGG
CCTGATTTCGACATCCATGGATACTACGACCTCTATTCCGATTCCGACAA
TTCCTACCAGCTTTTTCCCAGGTGCCTCAGCTTACAGCACACTTATGGCG
AATATGTAAGAATGCTCCAGTGCCTACGGCGAAGGCGAATGTTTGCGACA
GCAAAATGGCACCCTTGCCTCATATTCTTTTACGACCACGATTACCTCGG
TAATTGGAAGGGTACCAGTTCGAATGGCATTCAGCGAAGCCCCATCAGGA
TTCTTTGCCCGGACGAGAATCCATGCACGAATATTACCCTAACAGCCGTT
GAACTGTGGACTGATAGTCCATCGGCCAACGTCCGGGTAGAAAATGTCTT
TTGCAACCACAGTGGCGGATGCGCGATGGGATCACTTGGAACGGACACGA
ATATCTCTAACATTGAATACGAGAACATCTACACTTACAACTCCACTCAG
ATGTACATGATCAAGTCCAATGGGGGTAATGGCACAGTTACAAACTGTTC
TTTCAAGAACTTCATTGGATATAGCAACGCCTACATGCTAGATTTGGATA
CATACTGGGGTGATCAGAGCGATGGTGACGGTATCAAGTACGAGAATATC
GGTTTTGAATCGAACACACCAATGATATCGAAATTTTCAGTAATAACTCT
GCTGGAGCAATTCAGGGCTACGGTTATCTATTCCATGAGCAAGACGAATA
CGGGCCACGGATTCTTCGACTTAACAACGTGACTGATTTCAGTGTGCATG
ACTTGATCTTGGTGGATTCACCGGCCTACTTCCTCAACTTAGTTGAGTCA
TACAACGGCGAGGTGTACAACATGGTCATTCGTGGCGCCAGTATGGGAGG
GCTCGACGGAATCGATATTTCCGGAGCCAATTACTGGATCCATGACGTTG
AGGTCACTAACGGCGACGAATGTGTGACTGTGAAGCACCGATGGAGGAAA
TATGATATTCATTTATATCCCGGAAGGGAACTATCTCCTTTCGTCGTGGG
TGTCACTAGTTTATGGTTCTGGTTGGGCTTTGCAACTAGATGGCATTATT
TACCGAGACAAGAATGTTATGCAACGTACTTGACTACGGGGCATCCGCAA
ATTCGACCAATGATATCGGACCGCCACTCAAGGAAGCCTTCCAAGACTGC
CAAACAGGCGGACTAGATGCTTGTTACTCCTCTGATTGCACTTCTGCCCG
CCATTGCGGCGGCGCAGGTCTCAGGGACCGTGGGGCCACGTACGAGTGCG
TCTGCGAAAGCCGCAGAGAAAGGCCTGTCACCGCGTACAGTCCGACGACG
ACGATGCCCGGCCTGATTTCGACATCCATGGATACTACGACCTCTATTCC
GATTCCGACAATTCCTACCAGCTTTTTCCCAGGTGCCTCAGCTTACAGCA
CACTTATGGCGAATATGTAAGAATGCTCCAGTGCCTACGGCGAAGGCGAA
TGTTTGCGACAGCAAAATGGCACCCTTGCCTCATATTCTTTTACGACCAC
GATTACCTCGGTAATTGGAAGGGTACCAGTTCGAATGGCATTCAGCGAAG
CCCCATCAGGATTCTTTGCCCGGACGAGAATCCATGCACGAATATTACCC
TAACAGCCGTTGAACTGTGGACTGATAGTCCATCGGCCAACGTCCGGGTA
GAAAATGTCTTTTGCAACCACAGTGGCGGATGCGCGATGGGATCACTTGG
AACGGACACGAATATCTCTAACATTGAATACGAGAACATCTACACTTACA
ACTCCACTCAGATGTACATGATCAAGTCCAATGGGGGTAATGGCACAGTT
ACAAACTGTTCTTTCAAGAACTTCATTGGATATAGCAACGCCTACATGCT
AGATTTGGATACATACTGGGGTGATCAGAGCGATGGTGACGGTATCAAGT
ACGAGAATATCGGTTTTGAATCGAACACACCAATGATATCGAAATTTTCA
GTAATAACTCTGCTGGAGCAATTCAGGGCTACGGTTATCTATTCCATGAG
CAAGACGAATACGGGCCACGGATTCTTCGACTTAACAACGTGACTGATTT
CAGTGTGCATGACTTGATCTTGGTGGATTCACCGGCCTACTTCCTCAACT
TAGTTGAGTCATACAACGGCGAGGTGTACAACATGGTCATTCGTGGCGCC
AGTATGGGAGGGCTCGACGGAATCGATATTTCCGGAGCCAATTACTGGAT
CCATGACGTTGAGGTCACTAACGGCGACGAATGTGTGACTGTGAAGCACC
GATGGAGGAAATATGATATTCATTTATATCCCGGAAGGGAACTATCTCCT
TTCGTCGTGGGTGTCACTAGTTTATGGTTCTGGTTGGGCTTTGCAACTAG
ATGGCATTATTTACCGAGACAAGAATGTTATGCAACGTACTTGACTACGG
GGCATCCGCAAATTCGACCAATGATATCGGACCGCCACTCAAGGAAGCCT
TCCAAGACTGCCAAACAGGCGGACTAGATGCTTGTTACTCCTCTGATTGC
ACTTCTGCCCGCCATTGCGGCGGCGCAGGTCTCAGGGACCGTGGGGCCAC
GTACGAGTGCGTCTGCGAAAGCCGCAGAGAAAGGCCTGTCACCGCGTACA
GTCCGACGACGACGATGCCCGGCCTGATTTCGACATCCATGGATACTACG
ACCTCTATTCCGATTCCGACAATTCCTACCAGCTTTTTCCCAGGTGCCTC
AGCTTACAGCACACTTATGGCGAATATGTAAGAATGCTCCAGTGCCTACG
GCGAAGGCGAATGTTTGCGACAGCAAAATGGCACCCTTGCCTCATATTCT
TTTACGACCACGATTACCTCGGTAATTGGAAGGGTACCAGTTCGAATGGC
ATTCAGCGAAGCCCCATCAGGATTCTTTGCCCGGACGAGAATCCATGCAC
GAATATTACCCTAACAGCCGTTGAACTGTGGACTGATAGTCCATCGGCCA
ACGTCCGGGTAGAAAATGTCTTTTGCAACCACAGTGGCGGATGCGCGATG
GGATCACTTGGAACGGACACGAATATCTCTAACATTGAATACGAGAACAT
CTACACTTACAACTCCACTCAGATGTACATGATCAAGTCCAATGGGGGTA
ATGGCACAGTTACAAACTGTTCTTTCAAGAACTTCATTGGATATAGCAAC
GCCTACATGCTAGATTTGGATACATACTGGGGTGATCAGAGCGATGGTGA
CGGTATCAAGTACGAGAATATCGGTTTTGAATCGAACACACCAATGATAT
CGAAATTTTCAGTAATAACTCTGCTGGAGCAATTCAGGGCTACGGTTATC
TATTCCATGAGCAAGACGAATACGGGCCACGGATTCTTCGACTTAACAAC
GTGACTGATTTCAGTGTGCATGACTTGATCTTGGTGGATTCACCGGCCTA
CTTCCTCAACTTAGTTGAGTCATACAACGGCGAGGTGTACAACATGGTCA
TTCGTGGCGCCAGTATGGGAGGGCTCGACGGAATCGATATTTCCGGAGCC
AATTACTGGATCCATGACGTTGAGGTCACTAACGGCGACGAATGTGTGAC
TGTGAAGCACCGATGGAGGAAATATGATATTCATTTATATCCCGGAAGGG
AACTATCTCCTTTCGTCGTGGGTGTCACTAGTTTATGGTTCTGGTTGGGC
TTTGCAACTAGATGGCATTATTTACCGAGACAAGAATGTTATGCAACGTA
CTTGACTACGGGGCATCCGCAAATTCGACCAATGATATCGGACCGCCACT
CAAGGAAGCCTTCCAAGACTGCCAAACAGGCGGACTAGATGCTTGTTACT
CCTCTGATTGCACTTCTGCCCGCCATTGCGGCGGCGCAGGTCTCAGGGAC
CGTGGGGCCACGTACGAGTGCGTCTGCGAAAGCCGCAGAGAAAGGCCTGT
CACCGCGTACAGTCCGACGACGACGATGCCCGGCCTGATTTCGACATCCA
TGGATACTACGACCTCTATTCCGATTCCGACAATTCCTACCAGCTTTTTC
CCAGGTGCCTCAGCTTACAGCACACTTATGGCGAATATGTAAGAATGCTC
CAGTGCCTACGGCGAAGGCGAATGTTTGCGACAGCAAAATGGCACCCTTG
CCTCATATTCTTTTACGACCACGATTACCTCGGTAATTGGAAGGGTACCA
GTTCGAATGGCATTCAGCGAAGCCCCATCAGGATTCTTTGCCCGGACGAG
AATCCATGCACGAATATTACCCTAACAGCCGTTGAACTGTGGACTGATAG
TCCATCGGCCAACGTCCGGGTAGAAAATGTCTTTTGCAACCACAGTGGCG
GATGCGCGATGGGATCACTTGGAACGGACACGAATATCTCTAACATTGAA
TACGAGAACATCTACACTTACAACTCCACTCAGATGTACATGATCAAGTC
CAATGGGGGTAATGGCACAGTTACAAACTGTTCTTTCAAGAACTTCATTG
GATATAGCAACGCCTACATGCTAGATTTGGATACATACTGGGGTGATCAG
AGCGATGGTGACGGTATCAAGTACGAGAATATCGGTTTTGAATCGAACAC
ACCAATGATATCGAAATTTTCAGTAATAACTCTGCTGGAGCAATTCAGGG
CTACGGTTATCTATTCCATGAGCAAGACGAATACGGGCCACGGATTCTTC
GACTTAACAACGTGACTGATTTCAGTGTGCATGACTTGATCTTGGTGGAT
TCACCGGCCTACTTCCTCAACTTAGTTGAGTCATACAACGGCGAGGTGTA
CAACATGGTCATTCGTGGCGCCAGTATGGGAGGGCTCGACGGAATCGATA
TTTCCGGAGCCAATTACTGGATCCATGACGTTGAGGTCACTAACGGCGAC
GAATGTGTGACTGTGAAGCACCGATGGAGGAAATATGATATTCATTTATA
TCCCGGAAGGGAACTATCTCCTTTCGTCGTGGGTGTCACTAGTTTATGGT
TCTGGTTGGGCTTTGCAACTAGATGGCATTATTTACCGAGACAAGAATGT
TATGCAACGTACTTGACTACGGGGCATCCGCAAATTCGACCAATGATATC
GGACCGCCACTCAAGGAAGCCTTCCAAGACTGCCAAACAGGCGGACTAGA
TGCTTGTTACTCCTCTGATTGCACTTCTGCCCGCCATTGCGGCGGCGCAG
GTCTCAGGGACCGTGGGGCCACGTACGAGTGCGTCTGCGAAAGCCGCAGA
GAAAGGCCTGTCACCGCGTACAGTCCGACGACGACGATGCCCGGCCTGAT
TTCGACATCCATGGATACTACGACCTCTATTCCGATTCCGACAATTCCTA
CCAGCTTTTTCCCAGGTGCCTCAGCTTACAGCACACTTATGGCGAATATG
TAAGAATGCTCCAGTGCCTACGGCGAAGGCGAATGTTTGCGACAGCAAAA
TGGCACCCTTGCCTCATATTCTTTTACGACCACGATTACCTCGGTAATTG
GAAGGGTACCAGTTCGAATGGCATTCAGCGAAGCCCCATCAGGATTCTTT
GCCCGGACGAGAATCCATGCACGAATATTACCCTAACAGCCGTTGAACTG
TGGACTGATAGTCCATCGGCCAACGTCCGGGTAGAAAATGTCTTTTGCAA
CCACAGTGGCGGATGCGCGATGGGATCACTTGGAACGGACACGAATATCT
CTAACATTGAATACGAGAACATCTACACTTACAACTCCACTCAGATGTAC
ATGATCAAGTCCAATGGGGGTAATGGCACAGTTACAAACTGTTCTTTCAA
GAACTTCATTGGATATAGCAACGCCTACATGCTAGATTTGGATACATACT
GGGGTGATCAGAGCGATGGTGACGGTATCAAGTACGAGAATATCGGTTTT
GAATCGAACACACCAATGATATCGAAATTTTCAGTAATAACTCTGCTGGA
GCAATTCAGGGCTACGGTTATCTATTCCATGAGCAAGACGAATACGGGCC
ACGGATTCTTCGACTTAACAACGTGACTGATTTCAGTGTGCATGACTTGA
TCTTGGTGGATTCACCGGCCTACTTCCTCAACTTAGTTGAGTCATACAAC
GGCGAGGTGTACAACATGGTCATTCGTGGCGCCAGTATGGGAGGGCTCGA
CGGAATCGATATTTCCGGAGCCAATTACTGGATCCATGACGTTGAGGTCA
CTAACGGCGACGAATGTGTGACTGTGAAGCACCGATGGAGGAAATATGAT
ATTCATTTATATCCCGGAAGGGAACTATCTCCTTTCGTCGTGGGTGTCAC
TAGTTTATGGTTCTGGTTGGGCTTTGCAACTAGATGGCATTATTTACCGA
GACAAGAATGTTATGCAACGTACTTGACTACGGGGCATCCGCAAATTCGA
CCAATGATATCGGACCGCCACTCAAGGAAGCCTTCCAAGACTGCCAAACA
GGCGGACTAGATGCTTGTTACTCCTCTGATTGCACTTCTGCCCGCCATTG
CGGCGGCGCAGGTCTCAGGGACCGTGGGGCCACGTACGAGTGCGTCTGCG
AAAGCCGCAGAGAAAGGCCTGTCACCGCGTACAGTCCGACGACGACGATG
CCCGGCCTGATTTCGACATCCATGGATACTACGACCTCTATTCCGATTCC
GACAATTCCTACCAGCTTTTTCCCAGGTGCCTCAGCTTACAGCACACTTA
TGGCGAATATGTAAGAATGCTCCAGTGCCTACGGCGAAGGCGAATGTTTG
CGACAGCAAAATGGCACCCTTGCCTCATATTCTTTTACGACCACGATTAC
CTCGGTAATTGGAAGGGTACCAGTTCGAATGGCATTCAGCGAAGCCCCAT
CAGGATTCTTTGCCCGGACGAGAATCCATGCACGAATATTACCCTAACAG
CCGTTGAACTGTGGACTGATAGTCCATCGGCCAACGTCCGGGTAGAAAAT
GTCTTTTGCAACCACAGTGGCGGATGCGCGATGGGATCACTTGGAACGGA
CACGAATATCTCTAACATTGAATACGAGAACATCTACACTTACAACTCCA
CTCAGATGTACATGATCAAGTCCAATGGGGGTAATGGCACAGTTACAAAC
TGTTCTTTCAAGAACTTCATTGGATATAGCAACGCCTACATGCTAGATTT
GGATACATACTGGGGTGATCAGAGCGATGGTGACGGTATCAAGTACGAGA
ATATCGGTTTTGAATCGAACACACCAATGATATCGAAATTTTCAGTAATA
ACTCTGCTGGAGCAATTCAGGGCTACGGTTATCTATTCCATGAGCAAGAC
GAATACGGGCCACGGATTCTTCGACTTAACAACGTGACTGATTTCAGTGT
GCATGACTTGATCTTGGTGGATTCACCGGCCTACTTCCTCAACTTAGTTG
AGTCATACAACGGCGAGGTGTACAACATGGTCATTCGTGGCGCCAGTATG
GGAGGGCTCGACGGAATCGATATTTCCGGAGCCAATTACTGGATCCATGA
CGTTGAGGTCACTAACGGCGACGAATGTGTGACTGTGAAGCACCGATGGA
GGAAATATGATATTCATTTATATCCCGGAAGGGAACTATCTCCTTTCGTC
GTGGGTGTCACTAGTTTATGGTTCTGGTTGGGCTTTGCAACTAGATGGCA
TTATTTACCGAGACAAGAATGTTATGCAACGTACTTGACTACGGGGCATC
CGCAAATTCGACCAATGATATCGGACCGCCACTCAAGGAAGCCTTCCAAG
ACTGCCAAACAGGCGGACTAGATGCTTGTTACTCCTCTGATTGCACTTCT
GCCCGCCATTGCGGCGGCGCAGGTCTCAGGGACCGTGGGGCCACGTACGA
GTGCGTCTGCGAAAGCCGCAGAGAAAGGCCTGTCACCGCGTACAGTCCGA
CGACGACGATGCCCGGCCTGATTTCGACATCCATGGATACTACGACCTCT
ATTCCGATTCCGACAATTCCTACCAGCTTTTTCCCAGGTGCCTCAGCTTA
CAGCACACTTATGGCGAATATGTAAGAATGCTCCAGTGCCTACGGCGAAG
GCGAATGTTTGCGACAGCAAAATGGCACCCTTGCCTCATATTCTTTTACG
ACCACGATTACCTCGGTAATTGGAAGGGTACCAGTTCGAATGGCATTCAG
CGAAGCCCCATCAGGATTCTTTGCCCGGACGAGAATCCATGCACGAATAT
TACCCTAACAGCCGTTGAACTGTGGACTGATAGTCCATCGGCCAACGTCC
GGGTAGAAAATGTCTTTTGCAACCACAGTGGCGGATGCGCGATGGGATCA
CTTGGAACGGACACGAATATCTCTAACATTGAATACGAGAACATCTACAC
TTACAACTCCACTCAGATGTACATGATCAAGTCCAATGGGGGTAATGGCA
CAGTTACAAACTGTTCTTTCAAGAACTTCATTGGATATAGCAACGCCTAC
ATGCTAGATTTGGATACATACTGGGGTGATCAGAGCGATGGTGACGGTAT
CAAGTACGAGAATATCGGTTTTGAATCGAACACACCAATGATATCGAAAT
TTTCAGTAATAACTCTGCTGGAGCAATTCAGGGCTACGGTTATCTATTCC
ATGAGCAAGACGAATACGGGCCACGGATTCTTCGACTTAACAACGTGACT
GATTTCAGTGTGCATGACTTGATCTTGGTGGATTCACCGGCCTACTTCCT
CAACTTAGTTGAGTCATACAACGGCGAGGTGTACAACATGGTCATTCGTG
GCGCCAGTATGGGAGGGCTCGACGGAATCGATATTTCCGGAGCCAATTAC
TGGATCCATGACGTTGAGGTCACTAACGGCGACGAATGTGTGACTGTGAA
GCACCGATGGAGGAAATATGATATTCATTTATATCCCGGAAGGGAACTAT
CTCCTTTCGTCGTGGGTGTCACTAGTTTATGGTTCTGGTTGGGCTTTGCA
ACTAGATGGCATTATTTACCGAGACAAGAATGTTATGCAACGTACTTGAC
TACGGGGCATCCGCAAATTCGACCAATGATATCGGACCGCCACTCAAGGA
AGCCTTCCAAGACTGCCAAACAGGCGGACTAGATGCTTGTTACTCCTCTG
ATTGCACTTCTGCCCGCCATTGCGGCGGCGCAGGTCTCAGGGACCGTGGG
GCCACGTACGAGTGCGTCTGCGAAAGCCGCAGAGAAAGGCCTGTCACCGC
GTACAGTCCGACGACGACGATGCCCGGCCTGATTTCGACATCCATGGATA
CTACGACCTCTATTCCGATTCCGACAATTCCTACCAGCTTTTTCCCAGGT
GCCTCAGCTTACAGCACACTTATGGCGAATATGTAAGAATGCTCCAGTGC
CTACGGCGAAGGCGAATGTTTGCGACAGCAAAATGGCACCCTTGCCTCAT
ATTCTTTTACGACCACGATTACCTCGGTAATTGGAAGGGTACCAGTTCGA
ATGGCATTCAGCGAAGCCCCATCAGGATTCTTTGCCCGGACGAGAATCCA
TGCACGAATATTACCCTAACAGCCGTTGAACTGTGGACTGATAGTCCATC
GGCCAACGTCCGGGTAGAAAATGTCTTTTGCAACCACAGTGGCGGATGCG
CGATGGGATCACTTGGAACGGACACGAATATCTCTAACATTGAATACGAG
AACATCTACACTTACAACTCCACTCAGATGTACATGATCAAGTCCAATGG
GGGTAATGGCACAGTTACAAACTGTTCTTTCAAGAACTTCATTGGATATA
GCAACGCCTACATGCTAGATTTGGATACATACTGGGGTGATCAGAGCGAT
GGTGACGGTATCAAGTACGAGAATATCGGTTTTGAATCGAACACACCAAT
GATATCGAAATTTTCAGTAATAACTCTGCTGGAGCAATTCAGGGCTACGG
TTATCTATTCCATGAGCAAGACGAATACGGGCCACGGATTCTTCGACTTA
ACAACGTGACTGATTTCAGTGTGCATGACTTGATCTTGGTGGATTCACCG
GCCTACTTCCTCAACTTAGTTGAGTCATACAACGGCGAGGTGTACAACAT
GGTCATTCGTGGCGCCAGTATGGGAGGGCTCGACGGAATCGATATTTCCG
GAGCCAATTACTGGATCCATGACGTTGAGGTCACTAACGGCGACGAATGT
GTGACTGTGAAGCACCGATGGAGGAAATATGATATTCATTTATATCCCGG
AAGGGAACTATCTCCTTTCGTCGTGGGTGTCACTAGTTTATGGTTCTGGT
TGGGCTTTGCAACTAGATGGCATTATTTACCGAGACAAGAATGTTATGCA
ACGTACTTGACTACGGGGCATCCGCAAATTCGACCAATGATATCGGACCG
CCACTCAAGGAAGCCTTCCAAGACTGCCAAACAGGCGGACTAGATGCTTG
TTACTCCTCTGATTGCACTTCTGCCCGCCATTGCGGCGGCGCAGGTCTCA
GGGACCGTGGGGCCACGTACGAGTGCGTCTGCGAAAGCCGCAGAGAAAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0005975carbohydrate metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0004650polygalacturonase activity
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_178393ASPNIDRAFT_178393Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_178393-T1ASPNIDRAFT_178393-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_178393-T1.cdsASPNIDRAFT_178393-T1.cdsAspergillus niger ATCC 1015CDS


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_178393-T1.exon9ASPNIDRAFT_178393-T1.exon9Aspergillus niger ATCC 1015exon
ASPNIDRAFT_178393-T1.exon8ASPNIDRAFT_178393-T1.exon8Aspergillus niger ATCC 1015exon
ASPNIDRAFT_178393-T1.exon7ASPNIDRAFT_178393-T1.exon7Aspergillus niger ATCC 1015exon
ASPNIDRAFT_178393-T1.exon6ASPNIDRAFT_178393-T1.exon6Aspergillus niger ATCC 1015exon
ASPNIDRAFT_178393-T1.exon5ASPNIDRAFT_178393-T1.exon5Aspergillus niger ATCC 1015exon
ASPNIDRAFT_178393-T1.exon4ASPNIDRAFT_178393-T1.exon4Aspergillus niger ATCC 1015exon
ASPNIDRAFT_178393-T1.exon3ASPNIDRAFT_178393-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_178393-T1.exon2ASPNIDRAFT_178393-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_178393-T1.exon1ASPNIDRAFT_178393-T1.exon1Aspergillus niger ATCC 1015exon


Properties
Property NameValue
NoteantiSMASH:Cluster_10000191.12
NoteantiSMASH:Cluster_10000191.11
NoteSECRETED:SignalP(1-20)
NoteCAZy:GH28
DBxrefInterPro:IPR011050
DBxrefInterPro:IPR000743
DBxrefInterPro:IPR012334
DBxrefPFAM:PF12708
DBxrefPFAM:PF00295
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
ACJE01000019.1supercontigACJE01000019.1:1615975..1617850 -
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