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Sequences
The following sequences are available for this feature:
mRNA from alignment at An01:1227556..1229930+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >CBS51388_000410-T1 ID=CBS51388_000410-T1|Name=CBS51388_000410-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=2375bp|location=Sequence derived from alignment at An01:1227556..1229930+ (Aspergillus niger CBS 513.88)
ATGGCTGGGGTGAAGGATAAGGAGAGAGTCATGGCGAGGCTACGGAAGGA
TTCAACTAATCTCAAAATGGGCCCCTGGGCTTTACTGTCATTCGACCACC
TGTATTACCAGAGCAAGGGGGGCACGGCTCAGGAACACGTACGTTCAAGG
CTGGATGAAGTGTTCATTGCCTCTTATCTTCTATCTGTTGGAGAGTTTCT
TTTAGACTTGCCAAAAGTTTGTGTTATCGTTATCCTTCTGATATCACGGA
CGGGTCTTAATTGAACGATTGACGGGGATCCAGTAATCATCATTCCAGTT
ATTTGTCTCTAGTACTAATTAGTGAGATGCAATTTCACCTATCTCTGAAG
TATCCATGTAGATAGATGTAGGGAGTGAATGAATGATAGCTGTCCATGCA
GATGCGCCCGATCCACCTGACGCAGTGCCAAGCTTTGCCCTGGGGGAAGC
GGAACTTCACCGCAAGACGGGCAACCACGGACCTGCCGTCCTCAGCTGAG
CTCAGGCCTCGTCTATTTACAACGACGGTTTCCGGGCAGCGTATCTATTT
TCCCCGGCGAGGCCCCATCTTGGACTGATCTGATAGCTACCTAGTCGAAT
GTCACACACATATGATTTGATCTTCAGCAATCATGCCAATTCCAACGCGT
TCCCTTTCGCTTCGTGAGCCCCGCAAACAGGTTAGTGTCGCATCTGTTAG
TAGCTCATTCCACCATCCCCCCCCTAGCGCCTGAGAGCCACCATCCCTCG
CATGCTTTCCCTTTCTACCAACACTACTGACGTCTGTTATCATCATCAAA
CAGAATTCTACTACAGTGCGCACAACGACAACGACAACAACAACAACAAC
GGGTAAGCCGGCATCCACGACCTCGACATCAGCAACCAGCACATCTTCCA
GTGCTGCGACCAGCACTGAGAACCTCGTGACTCGGAGCAAGAGTCTTTTG
CCTGTTCGCGATGAGGGACGTGCGACAAGACCTTCTCGTTTACAACAACC
GTCTGAACCCCGCGTAGCGCAGAGGACTAGCAAGGCCTCGGATAAGGCTC
CGCAATCGCAGCCCGCCCAGGAGAATACCGGTATAACCCGTCGCCAAAGC
CTGATCAGACCGAGCCCGCTAAAGCCCTCCGCACCTCTGAAGCCTACCTC
TGCCTCGTCAAGAAGGCCTACTGTTGCTCCGAGTCCATCATCGCCGGTTA
AACAGGAGATACCCTCGAGGCAGAATGGACGGCCTTTATCGCCGAAGAAA
ACCGAGACACTCTCGAGACAGAATGGTCCGCCTTTGTCCCCGAAGAAAAC
TGATATGCCTCCGCCCCCGCGACTTGCCCGGTCGGCTTCTCTCAGACAGC
CTGCTGCCCCGAGCTCGAGCACACCGACAGTGACTAGAGGTCATGCGCGG
CATCGCAGCCAGGGAATCGCGACACCTTCGGGGGGTCAATCTCCGAGAAA
AGTTGACCCTCCTTCGCCTTTCCCTACCTCCGCCACTGTACGGTCACGGG
CTCAGCTCTCGACTTATCAACAACCGCTCTCCCCAAAGAAGGTGGCTAAG
CCAGCGACTGCAACACAAGCGGCAGCTCCGCCCGCCGTGGATGCGGATTC
TTCGTTACTTCCCTCGTCTTGGCCGGAGATTGCGGCGCTACAAACAGAGC
TATTACAATTGAGTTTGGTTCACCTGTCTTCGTGCAAACAGCACAACGAA
TGGGAGACTACCGCGGAAGCACGACTACGGAGGGATTATAATTTGGTGGC
AGGCGATTATCAAGCGGCCTTGGCCGATGAGAAGGAGTACCAGAGACAGC
TCAACGGGCATGCGTTGCATCACTGGCTTGAGAACACGCGTGAGCGCAAT
GGACAACGAGGCTTTGCAGAGCAGATCCGCATACTTTCTCAGGTGGCAGA
GGAGGTCTACAATTTATCCGACAACTTGGACGGCCGGCACACAGTGGCTG
TCCAGGAATTCGAAGTCTGGTTCCAAAGAGTCGAGGAGATCCGGACAATC
CGTTTTCATCATGGTCGCAACTTGGACCAGGTGGTCTTTATCGATCCTCT
GAACCATGGGTGGCGGGACGAGACATCTGCTTTGGTCATGAAGCTTGAAC
TGTGCCTGAGACAGCTGCAGAGCTTGGACATTCTTGGATATGGAGATCCG
GGGCCTTTAGGCGACTCCGCGCTGTTCCGCACAGCAAAGGGTCTGGAGGA
AATGGCCAGCATGATGGTTGAGGAGCTGAACACGATCCGTAAGATTGAAA
GCGACGTCGTAAAGTCAGAGCGCGAGTGGGTTAGTCAGCTGGCCCGGCAA
TTGACTGCAAATCAGGCACATGATCAGAAGCGCCCAACAGTTGGAATGTG
GAGACGGCCGTCGTTGAACTCATGA back to topCoding sequence (CDS) from alignment at An01:1227556..1229930+ >CBS51388_000410-T1 ID=CBS51388_000410-T1|Name=CBS51388_000410-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=7608bp|location=Sequence derived from alignment at An01:1227556..1229930+ (Aspergillus niger CBS 513.88)
ATGGCTGGGGTGAAGGATAAGGAGAGAGTCATGGCGAGGCTACGGAAGGA
TTCAACTAATCTCAAAATGGGCCCCTGGGCTTTACTGTCATTCGACCACC
TGTATTACCAGAGCAAGGGGGGCACGGCTCAGGAACACATGCGCCCGATC
CACCTGACGCAGTGCCAAGCTTTGCCCTGGGGGAAGCGGAACTTCACCGC
AAGACGGGCAACCACGGACCTGCCGTCCTCAGCTGAGCTCAGGCCTCGTC
TATTTACAACGACGGTTTCCGGGCAGCCAATCATGCCAATTCCAACGCGT
TCCCTTTCGCTTCGTGAGCCCCGCAAACAGAATTCTACTACAGTGCGCAC
AACGACAACGACAACAACAACAACAACGGGTAAGCCGGCATCCACGACCT
CGACATCAGCAACCAGCACATCTTCCAGTGCTGCGACCAGCACTGAGAAC
CTCGTGACTCGGAGCAAGAGTCTTTTGCCTGTTCGCGATGAGGGACGTGC
GACAAGACCTTCTCGTTTACAACAACCGTCTGAACCCCGCGTAGCGCAGA
GGACTAGCAAGGCCTCGGATAAGGCTCCGCAATCGCAGCCCGCCCAGGAG
AATACCGGTATAACCCGTCGCCAAAGCCTGATCAGACCGAGCCCGCTAAA
GCCCTCCGCACCTCTGAAGCCTACCTCTGCCTCGTCAAGAAGGCCTACTG
TTGCTCCGAGTCCATCATCGCCGGTTAAACAGGAGATACCCTCGAGGCAG
AATGGACGGCCTTTATCGCCGAAGAAAACCGAGACACTCTCGAGACAGAA
TGGTCCGCCTTTGTCCCCGAAGAAAACTGATATGCCTCCGCCCCCGCGAC
TTGCCCGGTCGGCTTCTCTCAGACAGCCTGCTGCCCCGAGCTCGAGCACA
CCGACAGTGACTAGAGGTCATGCGCGGCATCGCAGCCAGGGAATCGCGAC
ACCTTCGGGGGGTCAATCTCCGAGAAAAGTTGACCCTCCTTCGCCTTTCC
CTACCTCCGCCACTGTACGGTCACGGGCTCAGCTCTCGACTTATCAACAA
CCGCTCTCCCCAAAGAAGGTGGCTAAGCCAGCGACTGCAACACAAGCGGC
AGCTCCGCCCGCCGTGGATGCGGATTCTTCGTTACTTCCCTCGTCTTGGC
CGGAGATTGCGGCGCTACAAACAGAGCTATTACAATTGAGTTTGGTTCAC
CTGTCTTCGTGCAAACAGCACAACGAATGGGAGACTACCGCGGAAGCACG
ACTACGGAGGGATTATAATTTGGTGGCAGGCGATTATCAAGCGGCCTTGG
CCGATGAGAAGGAGTACCAGAGACAGCTCAACGGGCATGCGTTGCATCAC
TGGCTTGAGAACACGCGTGAGCGCAATGGACAACGAGGCTTTGCAGAGCA
GATCCGCATACTTTCTCAGGTGGCAGAGGAGGTCTACAATTTATCCGACA
ACTTGGACGGCCGGCACACAGTGGCTGTCCAGGAATTCGAAGTCTGGTTC
CAAAGAGTCGAGGAGATCCGGACAATCCGTTTTCATCATGGTCGCAACTT
GGACCAGGTGGTCTTTATCGATCCTCTGAACCATGGGTGGCGGGACGAGA
CATCTGCTTTGGTCATGAAGCTTGAACTGTGCCTGAGACAGCTGCAGAGC
TTGGACATTCTTGGATATGGAGATCCGGGGCCTTTAGGCGACTCCGCGCT
GTTCCGCACAGCAAAGGGTCTGGAGGAAATGGCCAGCATGATGGTTGAGG
AGCTGAACACGATCCGTAAGATTGAAAGCGACGTCGTAAAGTCAGAGCGC
GAGTGGGTTAGTCAGCTGGCCCGGCAATTGACTGCAAATCAGGCACATGA
TCAGAAGCGCCCAACAGTTGGAATGTGGAGACGGCCGTCGTTGAACTCAT
GAATGGCTGGGGTGAAGGATAAGGAGAGAGTCATGGCGAGGCTACGGAAG
GATTCAACTAATCTCAAAATGGGCCCCTGGGCTTTACTGTCATTCGACCA
CCTGTATTACCAGAGCAAGGGGGGCACGGCTCAGGAACACATGCGCCCGA
TCCACCTGACGCAGTGCCAAGCTTTGCCCTGGGGGAAGCGGAACTTCACC
GCAAGACGGGCAACCACGGACCTGCCGTCCTCAGCTGAGCTCAGGCCTCG
TCTATTTACAACGACGGTTTCCGGGCAGCCAATCATGCCAATTCCAACGC
GTTCCCTTTCGCTTCGTGAGCCCCGCAAACAGAATTCTACTACAGTGCGC
ACAACGACAACGACAACAACAACAACAACGGGTAAGCCGGCATCCACGAC
CTCGACATCAGCAACCAGCACATCTTCCAGTGCTGCGACCAGCACTGAGA
ACCTCGTGACTCGGAGCAAGAGTCTTTTGCCTGTTCGCGATGAGGGACGT
GCGACAAGACCTTCTCGTTTACAACAACCGTCTGAACCCCGCGTAGCGCA
GAGGACTAGCAAGGCCTCGGATAAGGCTCCGCAATCGCAGCCCGCCCAGG
AGAATACCGGTATAACCCGTCGCCAAAGCCTGATCAGACCGAGCCCGCTA
AAGCCCTCCGCACCTCTGAAGCCTACCTCTGCCTCGTCAAGAAGGCCTAC
TGTTGCTCCGAGTCCATCATCGCCGGTTAAACAGGAGATACCCTCGAGGC
AGAATGGACGGCCTTTATCGCCGAAGAAAACCGAGACACTCTCGAGACAG
AATGGTCCGCCTTTGTCCCCGAAGAAAACTGATATGCCTCCGCCCCCGCG
ACTTGCCCGGTCGGCTTCTCTCAGACAGCCTGCTGCCCCGAGCTCGAGCA
CACCGACAGTGACTAGAGGTCATGCGCGGCATCGCAGCCAGGGAATCGCG
ACACCTTCGGGGGGTCAATCTCCGAGAAAAGTTGACCCTCCTTCGCCTTT
CCCTACCTCCGCCACTGTACGGTCACGGGCTCAGCTCTCGACTTATCAAC
AACCGCTCTCCCCAAAGAAGGTGGCTAAGCCAGCGACTGCAACACAAGCG
GCAGCTCCGCCCGCCGTGGATGCGGATTCTTCGTTACTTCCCTCGTCTTG
GCCGGAGATTGCGGCGCTACAAACAGAGCTATTACAATTGAGTTTGGTTC
ACCTGTCTTCGTGCAAACAGCACAACGAATGGGAGACTACCGCGGAAGCA
CGACTACGGAGGGATTATAATTTGGTGGCAGGCGATTATCAAGCGGCCTT
GGCCGATGAGAAGGAGTACCAGAGACAGCTCAACGGGCATGCGTTGCATC
ACTGGCTTGAGAACACGCGTGAGCGCAATGGACAACGAGGCTTTGCAGAG
CAGATCCGCATACTTTCTCAGGTGGCAGAGGAGGTCTACAATTTATCCGA
CAACTTGGACGGCCGGCACACAGTGGCTGTCCAGGAATTCGAAGTCTGGT
TCCAAAGAGTCGAGGAGATCCGGACAATCCGTTTTCATCATGGTCGCAAC
TTGGACCAGGTGGTCTTTATCGATCCTCTGAACCATGGGTGGCGGGACGA
GACATCTGCTTTGGTCATGAAGCTTGAACTGTGCCTGAGACAGCTGCAGA
GCTTGGACATTCTTGGATATGGAGATCCGGGGCCTTTAGGCGACTCCGCG
CTGTTCCGCACAGCAAAGGGTCTGGAGGAAATGGCCAGCATGATGGTTGA
GGAGCTGAACACGATCCGTAAGATTGAAAGCGACGTCGTAAAGTCAGAGC
GCGAGTGGGTTAGTCAGCTGGCCCGGCAATTGACTGCAAATCAGGCACAT
GATCAGAAGCGCCCAACAGTTGGAATGTGGAGACGGCCGTCGTTGAACTC
ATGAATGGCTGGGGTGAAGGATAAGGAGAGAGTCATGGCGAGGCTACGGA
AGGATTCAACTAATCTCAAAATGGGCCCCTGGGCTTTACTGTCATTCGAC
CACCTGTATTACCAGAGCAAGGGGGGCACGGCTCAGGAACACATGCGCCC
GATCCACCTGACGCAGTGCCAAGCTTTGCCCTGGGGGAAGCGGAACTTCA
CCGCAAGACGGGCAACCACGGACCTGCCGTCCTCAGCTGAGCTCAGGCCT
CGTCTATTTACAACGACGGTTTCCGGGCAGCCAATCATGCCAATTCCAAC
GCGTTCCCTTTCGCTTCGTGAGCCCCGCAAACAGAATTCTACTACAGTGC
GCACAACGACAACGACAACAACAACAACAACGGGTAAGCCGGCATCCACG
ACCTCGACATCAGCAACCAGCACATCTTCCAGTGCTGCGACCAGCACTGA
GAACCTCGTGACTCGGAGCAAGAGTCTTTTGCCTGTTCGCGATGAGGGAC
GTGCGACAAGACCTTCTCGTTTACAACAACCGTCTGAACCCCGCGTAGCG
CAGAGGACTAGCAAGGCCTCGGATAAGGCTCCGCAATCGCAGCCCGCCCA
GGAGAATACCGGTATAACCCGTCGCCAAAGCCTGATCAGACCGAGCCCGC
TAAAGCCCTCCGCACCTCTGAAGCCTACCTCTGCCTCGTCAAGAAGGCCT
ACTGTTGCTCCGAGTCCATCATCGCCGGTTAAACAGGAGATACCCTCGAG
GCAGAATGGACGGCCTTTATCGCCGAAGAAAACCGAGACACTCTCGAGAC
AGAATGGTCCGCCTTTGTCCCCGAAGAAAACTGATATGCCTCCGCCCCCG
CGACTTGCCCGGTCGGCTTCTCTCAGACAGCCTGCTGCCCCGAGCTCGAG
CACACCGACAGTGACTAGAGGTCATGCGCGGCATCGCAGCCAGGGAATCG
CGACACCTTCGGGGGGTCAATCTCCGAGAAAAGTTGACCCTCCTTCGCCT
TTCCCTACCTCCGCCACTGTACGGTCACGGGCTCAGCTCTCGACTTATCA
ACAACCGCTCTCCCCAAAGAAGGTGGCTAAGCCAGCGACTGCAACACAAG
CGGCAGCTCCGCCCGCCGTGGATGCGGATTCTTCGTTACTTCCCTCGTCT
TGGCCGGAGATTGCGGCGCTACAAACAGAGCTATTACAATTGAGTTTGGT
TCACCTGTCTTCGTGCAAACAGCACAACGAATGGGAGACTACCGCGGAAG
CACGACTACGGAGGGATTATAATTTGGTGGCAGGCGATTATCAAGCGGCC
TTGGCCGATGAGAAGGAGTACCAGAGACAGCTCAACGGGCATGCGTTGCA
TCACTGGCTTGAGAACACGCGTGAGCGCAATGGACAACGAGGCTTTGCAG
AGCAGATCCGCATACTTTCTCAGGTGGCAGAGGAGGTCTACAATTTATCC
GACAACTTGGACGGCCGGCACACAGTGGCTGTCCAGGAATTCGAAGTCTG
GTTCCAAAGAGTCGAGGAGATCCGGACAATCCGTTTTCATCATGGTCGCA
ACTTGGACCAGGTGGTCTTTATCGATCCTCTGAACCATGGGTGGCGGGAC
GAGACATCTGCTTTGGTCATGAAGCTTGAACTGTGCCTGAGACAGCTGCA
GAGCTTGGACATTCTTGGATATGGAGATCCGGGGCCTTTAGGCGACTCCG
CGCTGTTCCGCACAGCAAAGGGTCTGGAGGAAATGGCCAGCATGATGGTT
GAGGAGCTGAACACGATCCGTAAGATTGAAAGCGACGTCGTAAAGTCAGA
GCGCGAGTGGGTTAGTCAGCTGGCCCGGCAATTGACTGCAAATCAGGCAC
ATGATCAGAAGCGCCCAACAGTTGGAATGTGGAGACGGCCGTCGTTGAAC
TCATGAATGGCTGGGGTGAAGGATAAGGAGAGAGTCATGGCGAGGCTACG
GAAGGATTCAACTAATCTCAAAATGGGCCCCTGGGCTTTACTGTCATTCG
ACCACCTGTATTACCAGAGCAAGGGGGGCACGGCTCAGGAACACATGCGC
CCGATCCACCTGACGCAGTGCCAAGCTTTGCCCTGGGGGAAGCGGAACTT
CACCGCAAGACGGGCAACCACGGACCTGCCGTCCTCAGCTGAGCTCAGGC
CTCGTCTATTTACAACGACGGTTTCCGGGCAGCCAATCATGCCAATTCCA
ACGCGTTCCCTTTCGCTTCGTGAGCCCCGCAAACAGAATTCTACTACAGT
GCGCACAACGACAACGACAACAACAACAACAACGGGTAAGCCGGCATCCA
CGACCTCGACATCAGCAACCAGCACATCTTCCAGTGCTGCGACCAGCACT
GAGAACCTCGTGACTCGGAGCAAGAGTCTTTTGCCTGTTCGCGATGAGGG
ACGTGCGACAAGACCTTCTCGTTTACAACAACCGTCTGAACCCCGCGTAG
CGCAGAGGACTAGCAAGGCCTCGGATAAGGCTCCGCAATCGCAGCCCGCC
CAGGAGAATACCGGTATAACCCGTCGCCAAAGCCTGATCAGACCGAGCCC
GCTAAAGCCCTCCGCACCTCTGAAGCCTACCTCTGCCTCGTCAAGAAGGC
CTACTGTTGCTCCGAGTCCATCATCGCCGGTTAAACAGGAGATACCCTCG
AGGCAGAATGGACGGCCTTTATCGCCGAAGAAAACCGAGACACTCTCGAG
ACAGAATGGTCCGCCTTTGTCCCCGAAGAAAACTGATATGCCTCCGCCCC
CGCGACTTGCCCGGTCGGCTTCTCTCAGACAGCCTGCTGCCCCGAGCTCG
AGCACACCGACAGTGACTAGAGGTCATGCGCGGCATCGCAGCCAGGGAAT
CGCGACACCTTCGGGGGGTCAATCTCCGAGAAAAGTTGACCCTCCTTCGC
CTTTCCCTACCTCCGCCACTGTACGGTCACGGGCTCAGCTCTCGACTTAT
CAACAACCGCTCTCCCCAAAGAAGGTGGCTAAGCCAGCGACTGCAACACA
AGCGGCAGCTCCGCCCGCCGTGGATGCGGATTCTTCGTTACTTCCCTCGT
CTTGGCCGGAGATTGCGGCGCTACAAACAGAGCTATTACAATTGAGTTTG
GTTCACCTGTCTTCGTGCAAACAGCACAACGAATGGGAGACTACCGCGGA
AGCACGACTACGGAGGGATTATAATTTGGTGGCAGGCGATTATCAAGCGG
CCTTGGCCGATGAGAAGGAGTACCAGAGACAGCTCAACGGGCATGCGTTG
CATCACTGGCTTGAGAACACGCGTGAGCGCAATGGACAACGAGGCTTTGC
AGAGCAGATCCGCATACTTTCTCAGGTGGCAGAGGAGGTCTACAATTTAT
CCGACAACTTGGACGGCCGGCACACAGTGGCTGTCCAGGAATTCGAAGTC
TGGTTCCAAAGAGTCGAGGAGATCCGGACAATCCGTTTTCATCATGGTCG
CAACTTGGACCAGGTGGTCTTTATCGATCCTCTGAACCATGGGTGGCGGG
ACGAGACATCTGCTTTGGTCATGAAGCTTGAACTGTGCCTGAGACAGCTG
CAGAGCTTGGACATTCTTGGATATGGAGATCCGGGGCCTTTAGGCGACTC
CGCGCTGTTCCGCACAGCAAAGGGTCTGGAGGAAATGGCCAGCATGATGG
TTGAGGAGCTGAACACGATCCGTAAGATTGAAAGCGACGTCGTAAAGTCA
GAGCGCGAGTGGGTTAGTCAGCTGGCCCGGCAATTGACTGCAAATCAGGC
ACATGATCAGAAGCGCCCAACAGTTGGAATGTGGAGACGGCCGTCGTTGA
ACTCATGA back to top
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from 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 |
|---|
| An01 | supercontig | An01:1227556..1229930 + |
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