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Sequences
The following sequences are available for this feature:
mRNA from alignment at MCQH01000246:528262..530640+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC10864_010917-T1 ID=ATCC10864_010917-T1|Name=ATCC10864_010917-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2379bp|location=Sequence derived from alignment at MCQH01000246:528262..530640+ (Aspergillus niger ATCC 10864)
ATGGATATAGCAGAAGAACAGAGGTAAGTCGTGCGAAATGCTCAGGTGAC
TTAGGGCGGCATTTGACTTGGATATAACGCAACCAAAAGGAGGCTCGAAG
AACTAGTTAGGAGCTTAGAGCAAGAGAAGAGGTATGTGAATATGAATAGC
CAACTAGTGGAATTAAGGATGAGGTCTGACAAACACATCAGAGCCCATGA
AGAGAAAGTGAGAGCGGATGAAGAGAGACTGAGAGCGGATGCAGAGAAAG
TGAGAGCGGATGAAGAAAGGAGCAGGCATCGCGAAGAGTTGCTCCGAGAC
ACCACATTCATCGAATTTATTCGGCAATGTCATGAGTCTCTTTCAAAGTC
CATAACACTCGGAACCGAATCTAAATGCACAAGAGGGCCACCACACAAGG
CCACTGGCAAGGTCTGCCCGGATCGATTCGAGCACTGGGAAGAATTTTCA
CGCAAACAGGATAACATATATCGTGCTGTTTGCAAGTTTCTCGAGCCAAC
TGACAATGATGAAATGCGACTCTTTGATTCGATTGAGTCCATCGAAGTCT
GCGGGAAACATATTAGAAGAAACGAGATAACCAGTGAAAAGGATATAGAA
CTCTACGAGCGCGTTGCTGTTGAAAACCATGTTGTCAGCATCGTTACTGC
GCTCAGCAAGATTCCCGCTGCCCGGGAATTCTTTCACCTGAGTTCCGACA
GTATCAAATACATGAACCACCTTGGCGTTTTGAGATCATTCATGAGGGCT
CTATGTAAGGAGAGAGGAATTAAATTACATATTAATTCCAAACCTGACTC
AATCTGCCTTCTATACGATCGGGGAGGGGAAAGGGTAGTCTTGACAGGGG
AATACAAACCGCCCCACAAATTACCTATAGAAACCCTTCGGGCAGGTTCG
AGGACGCATAACTTTTATGAAGAAATTGTTGAGAGCCACATTATGCCGAC
TGAAGGAACGGAAAATATCAAATATAAGGCAGCCCGCCTGGCAGGCTCGG
CGGTAGTCCAAGAGTATCATACAATGATACTACTTGGGCTGGAGTACGGG
TATGTAACCACTGGGTTAGGGATAGTTCTCCTGCGAGTGCCTTATGATAA
CCCAAAAACTCTGCAATTCCACCTTTGCGAGCCACATATGGAGGTGGATC
AAGGGGGTGACGAGTGGTTCTTACGGCCTTTGACTGCTATTGCACGAATG
CTATGTTTAACACTGATGGGCCTTGAATCAGAGCCCCGTAGCGTCGAATG
GTCCGCTAAGATAAAGCCCACCCTAGAAACCTGGATCACAAGTTTTAACT
TGACGTATAGTGGTCAGAAGGAAGGGAAAGAAGCACCAGACAATTCTTCA
GACAAGACATTTGTTGCCCCCAAAAACAGCAAAATTGCGGCACCTACAGG
AAGAGAGAAAACCACCCGTTCACGAGCTCGCTGCAGCGAGAACCCCATTA
AAACCCAGCGAGAGGATACAGCAGACCCTGATCCCGACCCAGCCCCAGGA
CAAAAACGTCGCTTGAGGGATACCACATCTTCTGCATTACCCGCGGCCGA
GAAACGCTCAAAGCGTTCCAAATATGCAGGAGATGGATCCGAGCTTCGCC
ACCATCAGAGCCTACCATTCTGCACGCAAAAATGCCTTATTGGCTTGAAA
AGACGTGGCAAGCTCGATGAGAATTGTCCAAATTTCCAGCTTCACCAGGA
GCATGGGTCGACCCATCACCGTACAAACACCCGTGGGTTGGCCAAATTGA
TCAAGGCTGCAATAGATGAGTGCCTTGACCGTGCAGAACCGATGGGAGGC
TGCGGCCTGTCTGGTGCACCGTTCAAACTCACCTGCAACAGGTATGGATA
TACCCTCGTTGGCAAAGGTACCACCTGCTACCTTTGGCCCCAGTTGGAAC
GTGAAGCCGATGTTTACCAAATGCTTGAGCCTGTACAGGGATCTGCAGTC
CCAGTATATATCGGAAAGATTGACTTGCAGAAGATGTACTTTTTGCTCGG
GGCGGGAAAAATCAGACACATGCTACTCATGGGATGGGGTGGGGAGACTA
TCGACGAGGCCGAGGTTGACAGCCAGATTATACGGCGAAGCGTATCGGAG
TCAGCCATAGATATCAAATTTCTTGGCGTTCAGCATCAAGACCTCGAATC
AAGCAATATTCTCTGGAACTCGGAGCTGAGCCGAACTATGATCATCGACT
TTCACATGTGCACGTTCGACCTGGACTTGGTGCGCAAGAAGCCAAAGTGG
CTCACCGACGAGAATTCCCTTCTGGAAATGATGGAGAATGATCAGGAGCG
CTGGCATTGTGAATACCATGGTGTATGCCTTCATCCCCCAGATGGTGAAT
GCCCTAACGTGTTGCTGGACATATACTGA back to topCoding sequence (CDS) from alignment at MCQH01000246:528262..530640+ >ATCC10864_010917-T1 ID=ATCC10864_010917-T1|Name=ATCC10864_010917-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=7752bp|location=Sequence derived from alignment at MCQH01000246:528262..530640+ (Aspergillus niger ATCC 10864)
ATGGATATAGCAGAAGAACAGAGGAGGCTCGAAGAACTAGTTAGGAGCTT
AGAGCAAGAGAAGAGAGCCCATGAAGAGAAAGTGAGAGCGGATGAAGAGA
GACTGAGAGCGGATGCAGAGAAAGTGAGAGCGGATGAAGAAAGGAGCAGG
CATCGCGAAGAGTTGCTCCGAGACACCACATTCATCGAATTTATTCGGCA
ATGTCATGAGTCTCTTTCAAAGTCCATAACACTCGGAACCGAATCTAAAT
GCACAAGAGGGCCACCACACAAGGCCACTGGCAAGGTCTGCCCGGATCGA
TTCGAGCACTGGGAAGAATTTTCACGCAAACAGGATAACATATATCGTGC
TGTTTGCAAGTTTCTCGAGCCAACTGACAATGATGAAATGCGACTCTTTG
ATTCGATTGAGTCCATCGAAGTCTGCGGGAAACATATTAGAAGAAACGAG
ATAACCAGTGAAAAGGATATAGAACTCTACGAGCGCGTTGCTGTTGAAAA
CCATGTTGTCAGCATCGTTACTGCGCTCAGCAAGATTCCCGCTGCCCGGG
AATTCTTTCACCTGAGTTCCGACAGTATCAAATACATGAACCACCTTGGC
GTTTTGAGATCATTCATGAGGGCTCTATGGATAGTTCTCCTGCGAGTGCC
TTATGATAACCCAAAAACTCTGCAATTCCACCTTTGCGAGCCACATATGG
AGGTGGATCAAGGGGGTGACGAGTGGTTCTTACGGCCTTTGACTGCTATT
GCACGAATGCTATGTTTAACACTGATGGGCCTTGAATCAGAGCCCCGTAG
CGTCGAATGGTCCGCTAAGATAAAGCCCACCCTAGAAACCTGGATCACAA
GTTTTAACTTGACGTATAGTGGTCAGAAGGAAGGGAAAGAAGCACCAGAC
AATTCTTCAGACAAGACATTTGTTGCCCCCAAAAACAGCAAAATTGCGGC
ACCTACAGGAAGAGAGAAAACCACCCGTTCACGAGCTCGCTGCAGCGAGA
ACCCCATTAAAACCCAGCGAGAGGATACAGCAGACCCTGATCCCGACCCA
GCCCCAGGACAAAAACGTCGCTTGAGGGATACCACATCTTCTGCATTACC
CGCGGCCGAGAAACGCTCAAAGCGTTCCAAATATGCAGGAGATGGATCCG
AGCTTCGCCACCATCAGAGCCTACCATTCTGCACGCAAAAATGCCTTATT
GGCTTGAAAAGACGTGGCAAGCTCGATGAGAATTGTCCAAATTTCCAGCT
TCACCAGGAGCATGGGTCGACCCATCACCGTACAAACACCCGTGGGTTGG
CCAAATTGATCAAGGCTGCAATAGATGAGTGCCTTGACCGTGCAGAACCG
ATGGGAGGCTGCGGCCTGTCTGGTGCACCGTTCAAACTCACCTGCAACAG
GTATGGATATACCCTCGTTGGCAAAGGTACCACCTGCTACCTTTGGCCCC
AGTTGGAACGTGAAGCCGATGTTTACCAAATGCTTGAGCCTGTACAGGGA
TCTGCAGTCCCAGTATATATCGGAAAGATTGACTTGCAGAAGATGTACTT
TTTGCTCGGGGCGGGAAAAATCAGACACATGCTACTCATGGGATGGGGTG
GGGAGACTATCGACGAGGCCGAGGTTGACAGCCAGATTATACGGCGAAGC
GTATCGGAGTCAGCCATAGATATCAAATTTCTTGGCGTTCAGCATCAAGA
CCTCGAATCAAGCAATATTCTCTGGAACTCGGAGCTGAGCCGAACTATGA
TCATCGACTTTCACATGTGCACGTTCGACCTGGACTTGGTGCGCAAGAAG
CCAAAGTGGCTCACCGACGAGAATTCCCTTCTGGAAATGATGGAGAATGA
TCAGGAGCGCTGGCATTGTGAATACCATGGTGTATGCCTTCATCCCCCAG
ATGGTGAATGCCCTAACGTGTTGCTGGACATATACTGAATGGATATAGCA
GAAGAACAGAGGAGGCTCGAAGAACTAGTTAGGAGCTTAGAGCAAGAGAA
GAGAGCCCATGAAGAGAAAGTGAGAGCGGATGAAGAGAGACTGAGAGCGG
ATGCAGAGAAAGTGAGAGCGGATGAAGAAAGGAGCAGGCATCGCGAAGAG
TTGCTCCGAGACACCACATTCATCGAATTTATTCGGCAATGTCATGAGTC
TCTTTCAAAGTCCATAACACTCGGAACCGAATCTAAATGCACAAGAGGGC
CACCACACAAGGCCACTGGCAAGGTCTGCCCGGATCGATTCGAGCACTGG
GAAGAATTTTCACGCAAACAGGATAACATATATCGTGCTGTTTGCAAGTT
TCTCGAGCCAACTGACAATGATGAAATGCGACTCTTTGATTCGATTGAGT
CCATCGAAGTCTGCGGGAAACATATTAGAAGAAACGAGATAACCAGTGAA
AAGGATATAGAACTCTACGAGCGCGTTGCTGTTGAAAACCATGTTGTCAG
CATCGTTACTGCGCTCAGCAAGATTCCCGCTGCCCGGGAATTCTTTCACC
TGAGTTCCGACAGTATCAAATACATGAACCACCTTGGCGTTTTGAGATCA
TTCATGAGGGCTCTATGGATAGTTCTCCTGCGAGTGCCTTATGATAACCC
AAAAACTCTGCAATTCCACCTTTGCGAGCCACATATGGAGGTGGATCAAG
GGGGTGACGAGTGGTTCTTACGGCCTTTGACTGCTATTGCACGAATGCTA
TGTTTAACACTGATGGGCCTTGAATCAGAGCCCCGTAGCGTCGAATGGTC
CGCTAAGATAAAGCCCACCCTAGAAACCTGGATCACAAGTTTTAACTTGA
CGTATAGTGGTCAGAAGGAAGGGAAAGAAGCACCAGACAATTCTTCAGAC
AAGACATTTGTTGCCCCCAAAAACAGCAAAATTGCGGCACCTACAGGAAG
AGAGAAAACCACCCGTTCACGAGCTCGCTGCAGCGAGAACCCCATTAAAA
CCCAGCGAGAGGATACAGCAGACCCTGATCCCGACCCAGCCCCAGGACAA
AAACGTCGCTTGAGGGATACCACATCTTCTGCATTACCCGCGGCCGAGAA
ACGCTCAAAGCGTTCCAAATATGCAGGAGATGGATCCGAGCTTCGCCACC
ATCAGAGCCTACCATTCTGCACGCAAAAATGCCTTATTGGCTTGAAAAGA
CGTGGCAAGCTCGATGAGAATTGTCCAAATTTCCAGCTTCACCAGGAGCA
TGGGTCGACCCATCACCGTACAAACACCCGTGGGTTGGCCAAATTGATCA
AGGCTGCAATAGATGAGTGCCTTGACCGTGCAGAACCGATGGGAGGCTGC
GGCCTGTCTGGTGCACCGTTCAAACTCACCTGCAACAGGTATGGATATAC
CCTCGTTGGCAAAGGTACCACCTGCTACCTTTGGCCCCAGTTGGAACGTG
AAGCCGATGTTTACCAAATGCTTGAGCCTGTACAGGGATCTGCAGTCCCA
GTATATATCGGAAAGATTGACTTGCAGAAGATGTACTTTTTGCTCGGGGC
GGGAAAAATCAGACACATGCTACTCATGGGATGGGGTGGGGAGACTATCG
ACGAGGCCGAGGTTGACAGCCAGATTATACGGCGAAGCGTATCGGAGTCA
GCCATAGATATCAAATTTCTTGGCGTTCAGCATCAAGACCTCGAATCAAG
CAATATTCTCTGGAACTCGGAGCTGAGCCGAACTATGATCATCGACTTTC
ACATGTGCACGTTCGACCTGGACTTGGTGCGCAAGAAGCCAAAGTGGCTC
ACCGACGAGAATTCCCTTCTGGAAATGATGGAGAATGATCAGGAGCGCTG
GCATTGTGAATACCATGGTGTATGCCTTCATCCCCCAGATGGTGAATGCC
CTAACGTGTTGCTGGACATATACTGAATGGATATAGCAGAAGAACAGAGG
AGGCTCGAAGAACTAGTTAGGAGCTTAGAGCAAGAGAAGAGAGCCCATGA
AGAGAAAGTGAGAGCGGATGAAGAGAGACTGAGAGCGGATGCAGAGAAAG
TGAGAGCGGATGAAGAAAGGAGCAGGCATCGCGAAGAGTTGCTCCGAGAC
ACCACATTCATCGAATTTATTCGGCAATGTCATGAGTCTCTTTCAAAGTC
CATAACACTCGGAACCGAATCTAAATGCACAAGAGGGCCACCACACAAGG
CCACTGGCAAGGTCTGCCCGGATCGATTCGAGCACTGGGAAGAATTTTCA
CGCAAACAGGATAACATATATCGTGCTGTTTGCAAGTTTCTCGAGCCAAC
TGACAATGATGAAATGCGACTCTTTGATTCGATTGAGTCCATCGAAGTCT
GCGGGAAACATATTAGAAGAAACGAGATAACCAGTGAAAAGGATATAGAA
CTCTACGAGCGCGTTGCTGTTGAAAACCATGTTGTCAGCATCGTTACTGC
GCTCAGCAAGATTCCCGCTGCCCGGGAATTCTTTCACCTGAGTTCCGACA
GTATCAAATACATGAACCACCTTGGCGTTTTGAGATCATTCATGAGGGCT
CTATGGATAGTTCTCCTGCGAGTGCCTTATGATAACCCAAAAACTCTGCA
ATTCCACCTTTGCGAGCCACATATGGAGGTGGATCAAGGGGGTGACGAGT
GGTTCTTACGGCCTTTGACTGCTATTGCACGAATGCTATGTTTAACACTG
ATGGGCCTTGAATCAGAGCCCCGTAGCGTCGAATGGTCCGCTAAGATAAA
GCCCACCCTAGAAACCTGGATCACAAGTTTTAACTTGACGTATAGTGGTC
AGAAGGAAGGGAAAGAAGCACCAGACAATTCTTCAGACAAGACATTTGTT
GCCCCCAAAAACAGCAAAATTGCGGCACCTACAGGAAGAGAGAAAACCAC
CCGTTCACGAGCTCGCTGCAGCGAGAACCCCATTAAAACCCAGCGAGAGG
ATACAGCAGACCCTGATCCCGACCCAGCCCCAGGACAAAAACGTCGCTTG
AGGGATACCACATCTTCTGCATTACCCGCGGCCGAGAAACGCTCAAAGCG
TTCCAAATATGCAGGAGATGGATCCGAGCTTCGCCACCATCAGAGCCTAC
CATTCTGCACGCAAAAATGCCTTATTGGCTTGAAAAGACGTGGCAAGCTC
GATGAGAATTGTCCAAATTTCCAGCTTCACCAGGAGCATGGGTCGACCCA
TCACCGTACAAACACCCGTGGGTTGGCCAAATTGATCAAGGCTGCAATAG
ATGAGTGCCTTGACCGTGCAGAACCGATGGGAGGCTGCGGCCTGTCTGGT
GCACCGTTCAAACTCACCTGCAACAGGTATGGATATACCCTCGTTGGCAA
AGGTACCACCTGCTACCTTTGGCCCCAGTTGGAACGTGAAGCCGATGTTT
ACCAAATGCTTGAGCCTGTACAGGGATCTGCAGTCCCAGTATATATCGGA
AAGATTGACTTGCAGAAGATGTACTTTTTGCTCGGGGCGGGAAAAATCAG
ACACATGCTACTCATGGGATGGGGTGGGGAGACTATCGACGAGGCCGAGG
TTGACAGCCAGATTATACGGCGAAGCGTATCGGAGTCAGCCATAGATATC
AAATTTCTTGGCGTTCAGCATCAAGACCTCGAATCAAGCAATATTCTCTG
GAACTCGGAGCTGAGCCGAACTATGATCATCGACTTTCACATGTGCACGT
TCGACCTGGACTTGGTGCGCAAGAAGCCAAAGTGGCTCACCGACGAGAAT
TCCCTTCTGGAAATGATGGAGAATGATCAGGAGCGCTGGCATTGTGAATA
CCATGGTGTATGCCTTCATCCCCCAGATGGTGAATGCCCTAACGTGTTGC
TGGACATATACTGAATGGATATAGCAGAAGAACAGAGGAGGCTCGAAGAA
CTAGTTAGGAGCTTAGAGCAAGAGAAGAGAGCCCATGAAGAGAAAGTGAG
AGCGGATGAAGAGAGACTGAGAGCGGATGCAGAGAAAGTGAGAGCGGATG
AAGAAAGGAGCAGGCATCGCGAAGAGTTGCTCCGAGACACCACATTCATC
GAATTTATTCGGCAATGTCATGAGTCTCTTTCAAAGTCCATAACACTCGG
AACCGAATCTAAATGCACAAGAGGGCCACCACACAAGGCCACTGGCAAGG
TCTGCCCGGATCGATTCGAGCACTGGGAAGAATTTTCACGCAAACAGGAT
AACATATATCGTGCTGTTTGCAAGTTTCTCGAGCCAACTGACAATGATGA
AATGCGACTCTTTGATTCGATTGAGTCCATCGAAGTCTGCGGGAAACATA
TTAGAAGAAACGAGATAACCAGTGAAAAGGATATAGAACTCTACGAGCGC
GTTGCTGTTGAAAACCATGTTGTCAGCATCGTTACTGCGCTCAGCAAGAT
TCCCGCTGCCCGGGAATTCTTTCACCTGAGTTCCGACAGTATCAAATACA
TGAACCACCTTGGCGTTTTGAGATCATTCATGAGGGCTCTATGGATAGTT
CTCCTGCGAGTGCCTTATGATAACCCAAAAACTCTGCAATTCCACCTTTG
CGAGCCACATATGGAGGTGGATCAAGGGGGTGACGAGTGGTTCTTACGGC
CTTTGACTGCTATTGCACGAATGCTATGTTTAACACTGATGGGCCTTGAA
TCAGAGCCCCGTAGCGTCGAATGGTCCGCTAAGATAAAGCCCACCCTAGA
AACCTGGATCACAAGTTTTAACTTGACGTATAGTGGTCAGAAGGAAGGGA
AAGAAGCACCAGACAATTCTTCAGACAAGACATTTGTTGCCCCCAAAAAC
AGCAAAATTGCGGCACCTACAGGAAGAGAGAAAACCACCCGTTCACGAGC
TCGCTGCAGCGAGAACCCCATTAAAACCCAGCGAGAGGATACAGCAGACC
CTGATCCCGACCCAGCCCCAGGACAAAAACGTCGCTTGAGGGATACCACA
TCTTCTGCATTACCCGCGGCCGAGAAACGCTCAAAGCGTTCCAAATATGC
AGGAGATGGATCCGAGCTTCGCCACCATCAGAGCCTACCATTCTGCACGC
AAAAATGCCTTATTGGCTTGAAAAGACGTGGCAAGCTCGATGAGAATTGT
CCAAATTTCCAGCTTCACCAGGAGCATGGGTCGACCCATCACCGTACAAA
CACCCGTGGGTTGGCCAAATTGATCAAGGCTGCAATAGATGAGTGCCTTG
ACCGTGCAGAACCGATGGGAGGCTGCGGCCTGTCTGGTGCACCGTTCAAA
CTCACCTGCAACAGGTATGGATATACCCTCGTTGGCAAAGGTACCACCTG
CTACCTTTGGCCCCAGTTGGAACGTGAAGCCGATGTTTACCAAATGCTTG
AGCCTGTACAGGGATCTGCAGTCCCAGTATATATCGGAAAGATTGACTTG
CAGAAGATGTACTTTTTGCTCGGGGCGGGAAAAATCAGACACATGCTACT
CATGGGATGGGGTGGGGAGACTATCGACGAGGCCGAGGTTGACAGCCAGA
TTATACGGCGAAGCGTATCGGAGTCAGCCATAGATATCAAATTTCTTGGC
GTTCAGCATCAAGACCTCGAATCAAGCAATATTCTCTGGAACTCGGAGCT
GAGCCGAACTATGATCATCGACTTTCACATGTGCACGTTCGACCTGGACT
TGGTGCGCAAGAAGCCAAAGTGGCTCACCGACGAGAATTCCCTTCTGGAA
ATGATGGAGAATGATCAGGAGCGCTGGCATTGTGAATACCATGGTGTATG
CCTTCATCCCCCAGATGGTGAATGCCCTAACGTGTTGCTGGACATATACT
GA 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:
Cross References
External references for this mRNA
| Database | Accession |
|---|
| InterPro | IPR011009 |
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 |
|---|
| MCQH01000246 | supercontig | MCQH01000246:528262..530640 + |
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