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Sequences
The following sequences are available for this feature:
mRNA from alignment at NKJJ01000007.1:745552..747599+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >CAN33_34030-T1 ID=CAN33_34030-T1|Name=CAN33_34030-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2048bp|location=Sequence derived from alignment at NKJJ01000007.1:745552..747599+ (Aspergillus niger FDAARGOS_311)
ATGGCCTTCTCAGCCATTGTATGGACGGCAGCACTTACCCTTCCAGTTCT
CTTTGCACAGGGTAAAGATTCCGATCGGTCGAAGTCCCCAAAGATAGCCC
CTCGGATGCAACCCGATTCCCACAACACGACACACTGGCCCACTAGACCT
CTTCCTTGGGGTGAGCTAAATATTATCCATACCACCGATGTACATGGATG
GCTTGAAGGCCATTTGAATGAGGTCAATTATGGTGCTGATTGGGGTGATT
TGATTTCCTTTGTGACGCACATGCGTAACAAGGCTGATCGACTTGGCGTC
GATCTTCTCGTTGTGGATACCGGTACTTCCTTCCATGCTGGTCTTGATCT
TTTTGGAATAGTGTGTTAGTCTACTAACCTAACCTCTCCAGGCGACATCG
TGACTGGCAATGGCCTCAGTGATGTCTCAGAACCCGAAGGCCAGGTATCT
AATCCAATTTTCCGGTATTTGGACTATGACCTACTCACCATTGGTAACAA
CGACCTCTATAATGCAAGTGTTACTGAACGGATACAATGGGATATAGCGG
ACTACTATACCGAACGGTATCTAACCAGCAACGTCCTCGTGGAAAGGGAT
AACAAAAATATTTCCATCGGAGAAAAATACCGCTATTTCACTACAAAGCA
TGGGCTGCGCATCATGGCATTCGGGTTTACCCTTCAGGACTTTAAGGCTC
CTCGAACCGTCTATGTCCAGGGATATGAAAACATAACGAATGAGACGTGG
TTCGAAGATGCAATGAAGCAGCCTGTTGATCTCTATCTGCTTATTGGACA
TGCCGATATTGGTCAAAGCTGCAAGATAAAAACCCGCTACCGGGGGACCA
GAACCCATTGATCTGCATGAAAGACTGGTTCCGGCAAAACAAGCCCGAGA
TTCCTCTTCAAATCTTAGGTGGCCATTCACACGTCCGCAACTTCATATGC
TATGACAGCGGATCGTCTGGCCTTGAATCCGGCCGATACTCTGACACTGT
GGGATGGCTTGCTCTCAGCAATGTGGCACCATCAGACACCTGGAACGGAA
CTAAAACGTTGACGGATCTCCCTGTGCCCACACGGACATGCACACCGCAG
AATCCGACGTCGTCTTCTAGCATGGAGAAAACAGTTCACCTTGATCGTCG
CTACCTCGATTTTAATCGACAGACGTTTGCTTACCACGCTTTAGGAGTAA
CTGGACCTGACGTCCCTGTTAGCTTTGATACGCCTACCGGACAGTATGTC
ACAAAAGATATCGAGGGAACTCGGGGGGAATGGAACTTGACTACAGAGCT
TGGCTGCGCTCCCCAATCATACTATATCAGTTCGAGCCCTTACAACTGCC
CGGATAATATCTATACGTTAGTGCGCTCCGCTTTGAATGCAACAGTGAAT
CGGAATGATGGTTCAGCCAGATTGATCATATTCAACACTTACGGAATCCG
CTATGATCTATACCAGGGCCCATTCACTGTTGGGGACGCCTTCACTGTTA
GCTCCTATGCGGATGCTTTCCTGTACCTTGCAGATGTTCCCTACAAGGAC
GCAAAGACACTTGAATGCAAGCTGAACGATAACAAAACATCTACTTGCGA
TTATGAGGAGCCGAGGGAAGACTGCAGTCTTGATGGACTTGGGCTCGCTA
CCAGTCTATATGCGGACTCCTCTCAGCAGAGCGTGCTTACACATCATGCA
AGAGATTTGTATGATAACATCAACCCGGGACATGTGACAAAGGATGACTT
TGGGGACTGTTCTGCCAGCACTGTGGACTGTGGCGATGACACCCTGCACA
TAAAACGCCAGGAAGATTATAAACATCCGTATTATTTGCAAGTCAAGGGC
GACATTGACGAGAATGAAACCGAGACAGTGGATGTGGTGTTCACAAGTGA
CATGCAGGAAAATATTCTGCATTTCCTCAACCGCAGCGACACGGACGTGA
AGGATTACATGGATCCGTCGTTTACGACGAGGGATTTCTTGCAGGTCTAC
GCGAAGACGATCTGGGCCGTGGAGGGATCTTGCGAGATCGGACCATGA back to topCoding sequence (CDS) from alignment at NKJJ01000007.1:745552..747599+ >CAN33_34030-T1 ID=CAN33_34030-T1|Name=CAN33_34030-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=5751bp|location=Sequence derived from alignment at NKJJ01000007.1:745552..747599+ (Aspergillus niger FDAARGOS_311)
ATGGCCTTCTCAGCCATTGTATGGACGGCAGCACTTACCCTTCCAGTTCT
CTTTGCACAGGGTAAAGATTCCGATCGGTCGAAGTCCCCAAAGATAGCCC
CTCGGATGCAACCCGATTCCCACAACACGACACACTGGCCCACTAGACCT
CTTCCTTGGGGTGAGCTAAATATTATCCATACCACCGATGTACATGGATG
GCTTGAAGGCCATTTGAATGAGGTCAATTATGGTGCTGATTGGGGTGATT
TGATTTCCTTTGTGACGCACATGCGTAACAAGGCTGATCGACTTGGCGTC
GATCTTCTCGTTGTGGATACCGGCGACATCGTGACTGGCAATGGCCTCAG
TGATGTCTCAGAACCCGAAGGCCAGGTATCTAATCCAATTTTCCGGTATT
TGGACTATGACCTACTCACCATTGGTAACAACGACCTCTATAATGCAAGT
GTTACTGAACGGATACAATGGGATATAGCGGACTACTATACCGAACGGTA
TCTAACCAGCAACGTCCTCGTGGAAAGGGATAACAAAAATATTTCCATCG
GAGAAAAATACCGCTATTTCACTACAAAGCATGGGCTGCGCATCATGGCA
TTCGGGTTTACCCTTCAGGACTTTAAGGCTCCTCGAACCGTCTATGTCCA
GGGATATGAAAACATAACGAATGAGACGTGGTTCGAAGATGCAATGAAGC
AGCCTGTTGATCTCTATCTGCTTATTGGACATGCCGATATTGACTGGTTC
CGGCAAAACAAGCCCGAGATTCCTCTTCAAATCTTAGGTGGCCATTCACA
CGTCCGCAACTTCATATGCTATGACAGCGGATCGTCTGGCCTTGAATCCG
GCCGATACTCTGACACTGTGGGATGGCTTGCTCTCAGCAATGTGGCACCA
TCAGACACCTGGAACGGAACTAAAACGTTGACGGATCTCCCTGTGCCCAC
ACGGACATGCACACCGCAGAATCCGACGTCGTCTTCTAGCATGGAGAAAA
CAGTTCACCTTGATCGTCGCTACCTCGATTTTAATCGACAGACGTTTGCT
TACCACGCTTTAGGAGTAACTGGACCTGACGTCCCTGTTAGCTTTGATAC
GCCTACCGGACAGTATGTCACAAAAGATATCGAGGGAACTCGGGGGGAAT
GGAACTTGACTACAGAGCTTGGCTGCGCTCCCCAATCATACTATATCAGT
TCGAGCCCTTACAACTGCCCGGATAATATCTATACGTTAGTGCGCTCCGC
TTTGAATGCAACAGTGAATCGGAATGATGGTTCAGCCAGATTGATCATAT
TCAACACTTACGGAATCCGCTATGATCTATACCAGGGCCCATTCACTGTT
GGGGACGCCTTCACTGTTAGCTCCTATGCGGATGCTTTCCTGTACCTTGC
AGATGTTCCCTACAAGGACGCAAAGACACTTGAATGCAAGCTGAACGATA
ACAAAACATCTACTTGCGATTATGAGGAGCCGAGGGAAGACTGCAGTCTT
GATGGACTTGGGCTCGCTACCAGTCTATATGCGGACTCCTCTCAGCAGAG
CGTGCTTACACATCATGCAAGAGATTTGTATGATAACATCAACCCGGGAC
ATGTGACAAAGGATGACTTTGGGGACTGTTCTGCCAGCACTGTGGACTGT
GGCGATGACACCCTGCACATAAAACGCCAGGAAGATTATAAACATCCGTA
TTATTTGCAAGTCAAGGGCGACATTGACGAGAATGAAACCGAGACAGTGG
ATGTGGTGTTCACAAGTGACATGCAGGAAAATATTCTGCATTTCCTCAAC
CGCAGCGACACGGACGTGAAGGATTACATGGATCCGTCGTTTACGACGAG
GGATTTCTTGCAGGTCTACGCGAAGACGATCTGGGCCGTGGAGGGATCTT
GCGAGATCGGACCATGAATGGCCTTCTCAGCCATTGTATGGACGGCAGCA
CTTACCCTTCCAGTTCTCTTTGCACAGGGTAAAGATTCCGATCGGTCGAA
GTCCCCAAAGATAGCCCCTCGGATGCAACCCGATTCCCACAACACGACAC
ACTGGCCCACTAGACCTCTTCCTTGGGGTGAGCTAAATATTATCCATACC
ACCGATGTACATGGATGGCTTGAAGGCCATTTGAATGAGGTCAATTATGG
TGCTGATTGGGGTGATTTGATTTCCTTTGTGACGCACATGCGTAACAAGG
CTGATCGACTTGGCGTCGATCTTCTCGTTGTGGATACCGGCGACATCGTG
ACTGGCAATGGCCTCAGTGATGTCTCAGAACCCGAAGGCCAGGTATCTAA
TCCAATTTTCCGGTATTTGGACTATGACCTACTCACCATTGGTAACAACG
ACCTCTATAATGCAAGTGTTACTGAACGGATACAATGGGATATAGCGGAC
TACTATACCGAACGGTATCTAACCAGCAACGTCCTCGTGGAAAGGGATAA
CAAAAATATTTCCATCGGAGAAAAATACCGCTATTTCACTACAAAGCATG
GGCTGCGCATCATGGCATTCGGGTTTACCCTTCAGGACTTTAAGGCTCCT
CGAACCGTCTATGTCCAGGGATATGAAAACATAACGAATGAGACGTGGTT
CGAAGATGCAATGAAGCAGCCTGTTGATCTCTATCTGCTTATTGGACATG
CCGATATTGACTGGTTCCGGCAAAACAAGCCCGAGATTCCTCTTCAAATC
TTAGGTGGCCATTCACACGTCCGCAACTTCATATGCTATGACAGCGGATC
GTCTGGCCTTGAATCCGGCCGATACTCTGACACTGTGGGATGGCTTGCTC
TCAGCAATGTGGCACCATCAGACACCTGGAACGGAACTAAAACGTTGACG
GATCTCCCTGTGCCCACACGGACATGCACACCGCAGAATCCGACGTCGTC
TTCTAGCATGGAGAAAACAGTTCACCTTGATCGTCGCTACCTCGATTTTA
ATCGACAGACGTTTGCTTACCACGCTTTAGGAGTAACTGGACCTGACGTC
CCTGTTAGCTTTGATACGCCTACCGGACAGTATGTCACAAAAGATATCGA
GGGAACTCGGGGGGAATGGAACTTGACTACAGAGCTTGGCTGCGCTCCCC
AATCATACTATATCAGTTCGAGCCCTTACAACTGCCCGGATAATATCTAT
ACGTTAGTGCGCTCCGCTTTGAATGCAACAGTGAATCGGAATGATGGTTC
AGCCAGATTGATCATATTCAACACTTACGGAATCCGCTATGATCTATACC
AGGGCCCATTCACTGTTGGGGACGCCTTCACTGTTAGCTCCTATGCGGAT
GCTTTCCTGTACCTTGCAGATGTTCCCTACAAGGACGCAAAGACACTTGA
ATGCAAGCTGAACGATAACAAAACATCTACTTGCGATTATGAGGAGCCGA
GGGAAGACTGCAGTCTTGATGGACTTGGGCTCGCTACCAGTCTATATGCG
GACTCCTCTCAGCAGAGCGTGCTTACACATCATGCAAGAGATTTGTATGA
TAACATCAACCCGGGACATGTGACAAAGGATGACTTTGGGGACTGTTCTG
CCAGCACTGTGGACTGTGGCGATGACACCCTGCACATAAAACGCCAGGAA
GATTATAAACATCCGTATTATTTGCAAGTCAAGGGCGACATTGACGAGAA
TGAAACCGAGACAGTGGATGTGGTGTTCACAAGTGACATGCAGGAAAATA
TTCTGCATTTCCTCAACCGCAGCGACACGGACGTGAAGGATTACATGGAT
CCGTCGTTTACGACGAGGGATTTCTTGCAGGTCTACGCGAAGACGATCTG
GGCCGTGGAGGGATCTTGCGAGATCGGACCATGAATGGCCTTCTCAGCCA
TTGTATGGACGGCAGCACTTACCCTTCCAGTTCTCTTTGCACAGGGTAAA
GATTCCGATCGGTCGAAGTCCCCAAAGATAGCCCCTCGGATGCAACCCGA
TTCCCACAACACGACACACTGGCCCACTAGACCTCTTCCTTGGGGTGAGC
TAAATATTATCCATACCACCGATGTACATGGATGGCTTGAAGGCCATTTG
AATGAGGTCAATTATGGTGCTGATTGGGGTGATTTGATTTCCTTTGTGAC
GCACATGCGTAACAAGGCTGATCGACTTGGCGTCGATCTTCTCGTTGTGG
ATACCGGCGACATCGTGACTGGCAATGGCCTCAGTGATGTCTCAGAACCC
GAAGGCCAGGTATCTAATCCAATTTTCCGGTATTTGGACTATGACCTACT
CACCATTGGTAACAACGACCTCTATAATGCAAGTGTTACTGAACGGATAC
AATGGGATATAGCGGACTACTATACCGAACGGTATCTAACCAGCAACGTC
CTCGTGGAAAGGGATAACAAAAATATTTCCATCGGAGAAAAATACCGCTA
TTTCACTACAAAGCATGGGCTGCGCATCATGGCATTCGGGTTTACCCTTC
AGGACTTTAAGGCTCCTCGAACCGTCTATGTCCAGGGATATGAAAACATA
ACGAATGAGACGTGGTTCGAAGATGCAATGAAGCAGCCTGTTGATCTCTA
TCTGCTTATTGGACATGCCGATATTGACTGGTTCCGGCAAAACAAGCCCG
AGATTCCTCTTCAAATCTTAGGTGGCCATTCACACGTCCGCAACTTCATA
TGCTATGACAGCGGATCGTCTGGCCTTGAATCCGGCCGATACTCTGACAC
TGTGGGATGGCTTGCTCTCAGCAATGTGGCACCATCAGACACCTGGAACG
GAACTAAAACGTTGACGGATCTCCCTGTGCCCACACGGACATGCACACCG
CAGAATCCGACGTCGTCTTCTAGCATGGAGAAAACAGTTCACCTTGATCG
TCGCTACCTCGATTTTAATCGACAGACGTTTGCTTACCACGCTTTAGGAG
TAACTGGACCTGACGTCCCTGTTAGCTTTGATACGCCTACCGGACAGTAT
GTCACAAAAGATATCGAGGGAACTCGGGGGGAATGGAACTTGACTACAGA
GCTTGGCTGCGCTCCCCAATCATACTATATCAGTTCGAGCCCTTACAACT
GCCCGGATAATATCTATACGTTAGTGCGCTCCGCTTTGAATGCAACAGTG
AATCGGAATGATGGTTCAGCCAGATTGATCATATTCAACACTTACGGAAT
CCGCTATGATCTATACCAGGGCCCATTCACTGTTGGGGACGCCTTCACTG
TTAGCTCCTATGCGGATGCTTTCCTGTACCTTGCAGATGTTCCCTACAAG
GACGCAAAGACACTTGAATGCAAGCTGAACGATAACAAAACATCTACTTG
CGATTATGAGGAGCCGAGGGAAGACTGCAGTCTTGATGGACTTGGGCTCG
CTACCAGTCTATATGCGGACTCCTCTCAGCAGAGCGTGCTTACACATCAT
GCAAGAGATTTGTATGATAACATCAACCCGGGACATGTGACAAAGGATGA
CTTTGGGGACTGTTCTGCCAGCACTGTGGACTGTGGCGATGACACCCTGC
ACATAAAACGCCAGGAAGATTATAAACATCCGTATTATTTGCAAGTCAAG
GGCGACATTGACGAGAATGAAACCGAGACAGTGGATGTGGTGTTCACAAG
TGACATGCAGGAAAATATTCTGCATTTCCTCAACCGCAGCGACACGGACG
TGAAGGATTACATGGATCCGTCGTTTACGACGAGGGATTTCTTGCAGGTC
TACGCGAAGACGATCTGGGCCGTGGAGGGATCTTGCGAGATCGGACCATG
A back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0009166 | nucleotide catabolic process |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0016788 | hydrolase activity, acting on ester bonds |
| GO:0046872 | metal ion binding |
| GO:0000166 | nucleotide binding |
| GO:0016787 | hydrolase activity |
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 |
|---|
| Note | EggNog:ENOG41 |
| Note | SECRETED:SignalP(1-21) |
| DBxref | InterPro:IPR006146 |
| DBxref | InterPro:IPR014485 |
| DBxref | InterPro:IPR029052 |
| DBxref | InterPro:IPR036907 |
| 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 |
|---|
| NKJJ01000007.1 | supercontig | NKJJ01000007.1:745552..747599 + |
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