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Sequences
The following sequences are available for this feature:
mRNA from alignment at KZ851933.1:338015..340182- Legend: polypeptideCDSexon Hold the cursor over a type above to highlight its positions in the sequence below. >M747DRAFT_317443-T1 ID=M747DRAFT_317443-T1|Name=M747DRAFT_317443-T1|organism=Aspergillus niger ATCC 13496|type=mRNA|length=2168bp|location=Sequence derived from alignment at KZ851933.1:338015..340182- (Aspergillus niger ATCC 13496)
ATGTGGGATGATCTGAGTACAAGGCAGAGGCAGAGGCAGAGGCAAATGTG
CAGGATGAAAGCAGGTTGGAGTCAGGAGCTGCCACAAGCGATGGTTGTTG
AGGGTTTTTATAATGAGGTGTTAGAAGGGGAACGATGGGGTGAAGTGAGC
AAAAGCATGTGGCATAGGCAGATCGCGGGGGTTATGAAGGAAGTTGCCGT
TATGAAGTGGCCTGCACTCGAGGTAGAATATCGATTCATTTTGGAGGAAC
CCGTTAATAGCCTCGCGACAAAGAACAAAAACAATGGATTAGAAGTAATT
CAATCACAGCCACTCTCCGAAGGTGAGCATTTCAAGCAGGAAGATTAGTG
AAAATATAACAACCGGCAAACCACCGATGCAATAACATCCAGTGGAATGC
TAACTCCTGTCCCATAAAGGTATTCACGCCATTTGTCTCACCTGCTGATC
TCTAGACTCCTGCCAATACAGTGATGATGCCCGTAAAAGATGAATCTGTA
TCGCATGAATACTAGTCTGTCAGACATAGAGAGCAGGAGAACACCCAGAG
GTTACATGATTTATGTCGGCTTGTAGGTTAATCGCCATAAATTCATCTTA
TATAAGGGTGAAATTCCAGAACTTGGTATGGTAAGCTCGATGTAAAGAAG
CTTCCAAGGCGCTAGAAGTATCTCGGAAAAGGTGTCAAATATTAGCTGCC
TTGAACTTGAAGAGACCATCCTATAACATTGAATGCTGGGAGTGCAAAGC
GTGTCGCTCCAAGCACTCACAGTTCTCTCCTTATCCTGGAAATTCTTTCA
TATGAATCTCCAGCTGAAGACCGGAGTAAGAGCTTCCAGAGATACCAAGA
TGATGCAGCTCTATTGCAGCGGAAGAGGGTGGCACAAGGACAGAGAGCAA
AATGTGCTGTGGAACATAAGACTGAAAACCGAAGAATGAGGAGGATAGAA
GAGGGTGTAAGTTGAGCCCGCGAATATCAGACTAGCGTGGTAGTTCACAT
GACCTTGGAGTGAAGACAGCAGTGGGTTGGAATTTACCACCACATTTACC
TAGAAATGATCCCCAAAATTCCGACAAAACGGCCGAATGCACGGAGCAGT
GAAGATGGCTGGCATCTGTCAACCAGCATCACCTAAACCTCCGGGGGAAA
CAAAGGCTGTCAATCAAATGAATACCAACCTTCGAATATCAACACGCCAC
ATGCTCAGCTAAGTGTGATAACGTTCCCACGGAGTATTCCATTCACGACA
CCCGCCACGTACGACCATGCAGGCGAGATGGAACTATTGACTACCTAATG
CACAAGCCAAATCCCTCATCCCACTCGGCGGTAAATCCACAGGCCATGTG
GAATCGAGGAAGGACCCGAGTGCTCCGATGCAAGGCCATCAAATTTCGTC
ACGTCCGTCGGCTAAGAGTCCCACATGGTGGAAGGCTTGCTCGTGAATCC
TTCCATGACAGCAAGCATACATGGCACAATCCCATCCAGTCCAGCCGAGA
CCATATCACACTTATCGACAGCCTTAGGCGGGGTAATGGAACCACGACCA
CGCCATTCTGGAAGCCCACCTCTCACAGATGGAGGGTTAGCGCTGTGCAG
ATGCAGGAAATCAATAGTTCCTGCAAGGTCTTATCAGGTGGGGGCCAGCT
GAGCGTGTACTGTAGACTTCGGCTTTCTATGGCGCGTGATTTCCGGAGCG
GGGTGGCCTGGTAGGCGCATGGGGTGTTGGCTGACAAGCCTGGATTGAAT
GAATGTGCGGGAAAGAGGGCGATTCTTTGCAGTCAATGTTGGTGCAGCGA
GATGTTGGATATGTTGCTGTTGGAAGGGGTACTGCCGTTGGACCGATAGG
GCTATCACGACCGTTGGTGAAAGTCCAGTTCAGCCTTGGGTTGGTATTGA
TGGGGTCCAAAAAGAAAGAAGTGATCCGGACTCTGGCTAGTAATATTAAT
CGACGCTAAATTAAATTGGTCCACCAGTCAGCTTCCAGTGTTAGCGTGTT
CTGTGCTCAACCTGCATAAGGGCCATGCACGAGCCCATCACACGGCACGC
CCGGCGCTTAAGGTTATTTATATCGCCAGACCCATTGGGTGCCGCCCCCT
TGGATCCAAGCTGGATGGCAATGACTGGCCCTCGTCCTTCACAGAGCCGG
GAGATTTACTATCCTTAG back to topCoding sequence (CDS) from alignment at KZ851933.1:338015..340182- >M747DRAFT_317443-T1 ID=M747DRAFT_317443-T1|Name=M747DRAFT_317443-T1|organism=Aspergillus niger ATCC 13496|type=CDS|length=5775bp|location=Sequence derived from alignment at KZ851933.1:338015..340182- (Aspergillus niger ATCC 13496)
ACCCATTGGGTGCCGCCCCCTTGGATCCAAGCTGGATGGCAATGACTGGC
CCTCGTCCTTCACAGAGCCGGGAGATTTACTATCCTTAGCGAGATGTTGG
ATATGTTGCTGTTGGAAGGGGTACTGCCGTTGGACCGATAGGGCTATCAC
GACCGTTGGTGAAAGTCCAGTTCAGCCTTGGGTTGGTATTGATGGGGTCC
AAAAAGAAAGAAGTGATCCGGACTCTGGCTAGCCATGTGGAATCGAGGAA
GGACCCGAGTGCTCCGATGCAAGGCCATCAAATTTCGTCACGTCCGTCGG
CTAAGAGTCCCACATGGTGGAAGGCTTGCTCGTGAATCCTTCCATGACAG
CAAGCATACATGGCACAATCCCATCCAGTCCAGCCGAGACCATATCACAC
TTATCGACAGCCTTAGGCGGGGTAATGGAACCACGACCACGCCATTCTGG
AAGCCCACCTCTCACAGATGGAGGGTTAGCGCTGTGCAGATGCAGGAAAT
CAATAGTTCCTGCAAGGTCTTATCAGGTGGGGGCCAGCTGAGCGTGTACT
GTAGACTTCGGCTTTCTATGGCGCGTGATTTCCGGAGCGGGACCATCCTA
TAACATTGAATGCTGGGAGTGCAAAGCGTGTCGCTCCAAGCACTCACAGT
TCTCTCCTTATCCTGGAAATTCTTTCATATGAATCTCCAGCTGAAGACCG
GAGTAAGAGCTTCCAGAGATACCAAGATGATGCAGCTCTATTGCAGCGGA
AGAGGGTGGCACAAGGACAGAGAGCAAAATGTGCTGTGGAACATAAGACT
GAAAACCGAAGAATGAGGAGGATAGAAGAGGGTATGTGGGATGATCTGAG
TACAAGGCAGAGGCAGAGGCAGAGGCAAATGTGCAGGATGAAAGCAGGTT
GGAGTCAGGAGCTGCCACAAGCGATGGTTGTTGAGGGTTTTTATAATGAG
GTGTTAGAAGGGGAACGATGGGGTGAAGTGAGCAAAAGCATGTGGCATAG
GCAGATCGCGGGGGTTATGAAGGAAGTTGCCGTTATGAAGTGGCCTGCAC
TCGAGGTAGAATATCGATTCATTTTGGAGGAACCCGTTAATAGCCTCGCG
ACAAAGAACAAAAACAATGGATTAGAAGTAATTCAATCACAGCCACTCTC
CGAAGACCCATTGGGTGCCGCCCCCTTGGATCCAAGCTGGATGGCAATGA
CTGGCCCTCGTCCTTCACAGAGCCGGGAGATTTACTATCCTTAGCGAGAT
GTTGGATATGTTGCTGTTGGAAGGGGTACTGCCGTTGGACCGATAGGGCT
ATCACGACCGTTGGTGAAAGTCCAGTTCAGCCTTGGGTTGGTATTGATGG
GGTCCAAAAAGAAAGAAGTGATCCGGACTCTGGCTAGCCATGTGGAATCG
AGGAAGGACCCGAGTGCTCCGATGCAAGGCCATCAAATTTCGTCACGTCC
GTCGGCTAAGAGTCCCACATGGTGGAAGGCTTGCTCGTGAATCCTTCCAT
GACAGCAAGCATACATGGCACAATCCCATCCAGTCCAGCCGAGACCATAT
CACACTTATCGACAGCCTTAGGCGGGGTAATGGAACCACGACCACGCCAT
TCTGGAAGCCCACCTCTCACAGATGGAGGGTTAGCGCTGTGCAGATGCAG
GAAATCAATAGTTCCTGCAAGGTCTTATCAGGTGGGGGCCAGCTGAGCGT
GTACTGTAGACTTCGGCTTTCTATGGCGCGTGATTTCCGGAGCGGGACCA
TCCTATAACATTGAATGCTGGGAGTGCAAAGCGTGTCGCTCCAAGCACTC
ACAGTTCTCTCCTTATCCTGGAAATTCTTTCATATGAATCTCCAGCTGAA
GACCGGAGTAAGAGCTTCCAGAGATACCAAGATGATGCAGCTCTATTGCA
GCGGAAGAGGGTGGCACAAGGACAGAGAGCAAAATGTGCTGTGGAACATA
AGACTGAAAACCGAAGAATGAGGAGGATAGAAGAGGGTATGTGGGATGAT
CTGAGTACAAGGCAGAGGCAGAGGCAGAGGCAAATGTGCAGGATGAAAGC
AGGTTGGAGTCAGGAGCTGCCACAAGCGATGGTTGTTGAGGGTTTTTATA
ATGAGGTGTTAGAAGGGGAACGATGGGGTGAAGTGAGCAAAAGCATGTGG
CATAGGCAGATCGCGGGGGTTATGAAGGAAGTTGCCGTTATGAAGTGGCC
TGCACTCGAGGTAGAATATCGATTCATTTTGGAGGAACCCGTTAATAGCC
TCGCGACAAAGAACAAAAACAATGGATTAGAAGTAATTCAATCACAGCCA
CTCTCCGAAGACCCATTGGGTGCCGCCCCCTTGGATCCAAGCTGGATGGC
AATGACTGGCCCTCGTCCTTCACAGAGCCGGGAGATTTACTATCCTTAGC
GAGATGTTGGATATGTTGCTGTTGGAAGGGGTACTGCCGTTGGACCGATA
GGGCTATCACGACCGTTGGTGAAAGTCCAGTTCAGCCTTGGGTTGGTATT
GATGGGGTCCAAAAAGAAAGAAGTGATCCGGACTCTGGCTAGCCATGTGG
AATCGAGGAAGGACCCGAGTGCTCCGATGCAAGGCCATCAAATTTCGTCA
CGTCCGTCGGCTAAGAGTCCCACATGGTGGAAGGCTTGCTCGTGAATCCT
TCCATGACAGCAAGCATACATGGCACAATCCCATCCAGTCCAGCCGAGAC
CATATCACACTTATCGACAGCCTTAGGCGGGGTAATGGAACCACGACCAC
GCCATTCTGGAAGCCCACCTCTCACAGATGGAGGGTTAGCGCTGTGCAGA
TGCAGGAAATCAATAGTTCCTGCAAGGTCTTATCAGGTGGGGGCCAGCTG
AGCGTGTACTGTAGACTTCGGCTTTCTATGGCGCGTGATTTCCGGAGCGG
GACCATCCTATAACATTGAATGCTGGGAGTGCAAAGCGTGTCGCTCCAAG
CACTCACAGTTCTCTCCTTATCCTGGAAATTCTTTCATATGAATCTCCAG
CTGAAGACCGGAGTAAGAGCTTCCAGAGATACCAAGATGATGCAGCTCTA
TTGCAGCGGAAGAGGGTGGCACAAGGACAGAGAGCAAAATGTGCTGTGGA
ACATAAGACTGAAAACCGAAGAATGAGGAGGATAGAAGAGGGTATGTGGG
ATGATCTGAGTACAAGGCAGAGGCAGAGGCAGAGGCAAATGTGCAGGATG
AAAGCAGGTTGGAGTCAGGAGCTGCCACAAGCGATGGTTGTTGAGGGTTT
TTATAATGAGGTGTTAGAAGGGGAACGATGGGGTGAAGTGAGCAAAAGCA
TGTGGCATAGGCAGATCGCGGGGGTTATGAAGGAAGTTGCCGTTATGAAG
TGGCCTGCACTCGAGGTAGAATATCGATTCATTTTGGAGGAACCCGTTAA
TAGCCTCGCGACAAAGAACAAAAACAATGGATTAGAAGTAATTCAATCAC
AGCCACTCTCCGAAGACCCATTGGGTGCCGCCCCCTTGGATCCAAGCTGG
ATGGCAATGACTGGCCCTCGTCCTTCACAGAGCCGGGAGATTTACTATCC
TTAGCGAGATGTTGGATATGTTGCTGTTGGAAGGGGTACTGCCGTTGGAC
CGATAGGGCTATCACGACCGTTGGTGAAAGTCCAGTTCAGCCTTGGGTTG
GTATTGATGGGGTCCAAAAAGAAAGAAGTGATCCGGACTCTGGCTAGCCA
TGTGGAATCGAGGAAGGACCCGAGTGCTCCGATGCAAGGCCATCAAATTT
CGTCACGTCCGTCGGCTAAGAGTCCCACATGGTGGAAGGCTTGCTCGTGA
ATCCTTCCATGACAGCAAGCATACATGGCACAATCCCATCCAGTCCAGCC
GAGACCATATCACACTTATCGACAGCCTTAGGCGGGGTAATGGAACCACG
ACCACGCCATTCTGGAAGCCCACCTCTCACAGATGGAGGGTTAGCGCTGT
GCAGATGCAGGAAATCAATAGTTCCTGCAAGGTCTTATCAGGTGGGGGCC
AGCTGAGCGTGTACTGTAGACTTCGGCTTTCTATGGCGCGTGATTTCCGG
AGCGGGACCATCCTATAACATTGAATGCTGGGAGTGCAAAGCGTGTCGCT
CCAAGCACTCACAGTTCTCTCCTTATCCTGGAAATTCTTTCATATGAATC
TCCAGCTGAAGACCGGAGTAAGAGCTTCCAGAGATACCAAGATGATGCAG
CTCTATTGCAGCGGAAGAGGGTGGCACAAGGACAGAGAGCAAAATGTGCT
GTGGAACATAAGACTGAAAACCGAAGAATGAGGAGGATAGAAGAGGGTAT
GTGGGATGATCTGAGTACAAGGCAGAGGCAGAGGCAGAGGCAAATGTGCA
GGATGAAAGCAGGTTGGAGTCAGGAGCTGCCACAAGCGATGGTTGTTGAG
GGTTTTTATAATGAGGTGTTAGAAGGGGAACGATGGGGTGAAGTGAGCAA
AAGCATGTGGCATAGGCAGATCGCGGGGGTTATGAAGGAAGTTGCCGTTA
TGAAGTGGCCTGCACTCGAGGTAGAATATCGATTCATTTTGGAGGAACCC
GTTAATAGCCTCGCGACAAAGAACAAAAACAATGGATTAGAAGTAATTCA
ATCACAGCCACTCTCCGAAGACCCATTGGGTGCCGCCCCCTTGGATCCAA
GCTGGATGGCAATGACTGGCCCTCGTCCTTCACAGAGCCGGGAGATTTAC
TATCCTTAGCGAGATGTTGGATATGTTGCTGTTGGAAGGGGTACTGCCGT
TGGACCGATAGGGCTATCACGACCGTTGGTGAAAGTCCAGTTCAGCCTTG
GGTTGGTATTGATGGGGTCCAAAAAGAAAGAAGTGATCCGGACTCTGGCT
AGCCATGTGGAATCGAGGAAGGACCCGAGTGCTCCGATGCAAGGCCATCA
AATTTCGTCACGTCCGTCGGCTAAGAGTCCCACATGGTGGAAGGCTTGCT
CGTGAATCCTTCCATGACAGCAAGCATACATGGCACAATCCCATCCAGTC
CAGCCGAGACCATATCACACTTATCGACAGCCTTAGGCGGGGTAATGGAA
CCACGACCACGCCATTCTGGAAGCCCACCTCTCACAGATGGAGGGTTAGC
GCTGTGCAGATGCAGGAAATCAATAGTTCCTGCAAGGTCTTATCAGGTGG
GGGCCAGCTGAGCGTGTACTGTAGACTTCGGCTTTCTATGGCGCGTGATT
TCCGGAGCGGGACCATCCTATAACATTGAATGCTGGGAGTGCAAAGCGTG
TCGCTCCAAGCACTCACAGTTCTCTCCTTATCCTGGAAATTCTTTCATAT
GAATCTCCAGCTGAAGACCGGAGTAAGAGCTTCCAGAGATACCAAGATGA
TGCAGCTCTATTGCAGCGGAAGAGGGTGGCACAAGGACAGAGAGCAAAAT
GTGCTGTGGAACATAAGACTGAAAACCGAAGAATGAGGAGGATAGAAGAG
GGTATGTGGGATGATCTGAGTACAAGGCAGAGGCAGAGGCAGAGGCAAAT
GTGCAGGATGAAAGCAGGTTGGAGTCAGGAGCTGCCACAAGCGATGGTTG
TTGAGGGTTTTTATAATGAGGTGTTAGAAGGGGAACGATGGGGTGAAGTG
AGCAAAAGCATGTGGCATAGGCAGATCGCGGGGGTTATGAAGGAAGTTGC
CGTTATGAAGTGGCCTGCACTCGAGGTAGAATATCGATTCATTTTGGAGG
AACCCGTTAATAGCCTCGCGACAAAGAACAAAAACAATGGATTAGAAGTA
ATTCAATCACAGCCACTCTCCGAAG back to top
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following exon feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| Product | hypothetical protein |
Analyses
This mRNA is derived from or has results from the following analyses
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| KZ851933.1 | supercontig | KZ851933.1:338015..340182 - |
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