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Sequences
The following sequences are available for this feature:
mRNA from alignment at NKJJ01000022.1:3973484..3975463+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >CAN33_48500-T1 ID=CAN33_48500-T1|Name=CAN33_48500-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=1980bp|location=Sequence derived from alignment at NKJJ01000022.1:3973484..3975463+ (Aspergillus niger FDAARGOS_311)
ATGAAGGTGTCCGCAAACGGTTTGGCTCTGACTTGTGGTATCATGGCAGC
CCTCGAGGCAGGCCTGGCCACAGCTCAGTCAGCCTCGAAACCACCGAACT
TCCTCTTTATCATGACTGATGATCAGGATCTGAAGCTAGACTCCCTGTCG
TATATGCCTCTAACTACAAAGCACATGCAAGACAAGGGAATGTCTTTCAA
TAATCACTTCGTTACAACGGCGTTGTGCTGCCCATCTCAAGTCAGCCTTT
TGACAGGACGACAAGCCCACAATACCAATGTGACGGACGTGAACCCCCCA
TGGGGTAGGTCTAAGTTTCAATTGCTAGCTGTCGCATTCTAACTACTTAC
AGGCGGATATCCTAAGTTCATTAACCAAGGATTTAACGATAACTACCTTC
CCGTATGGATGCAAAAGGCTGGGTATGACACATACTATACGGGAAAATTG
ATGAACTCTCATTCTGTGGATTACTACGACAAGCCCTATGCCGCGGGATT
CAATGGCTCTGACTTCTTGCTGGACCCTTACACCTACGACTACATGAACG
CGACTTACCAGCGCAACCACGACCAGCCCGTTAGCTACCTTGGCCGCCAC
ACAACTGAAGTCCTGACTGAGAAGGCGATGGGCTTCTTGGAAGATGCTCT
CACGGGTGAACGGCCATTTTTTCTCACCGTGACTCCCATTGCACCCCACT
CGAACATGAATGGGACATATGGTGCTGGGGCGGGCCCTCTATGGATGGAT
GAGCCCATTCCAGAAGAGCGCCATAAGCATCTGTTCCCCGAGGCCAAGGT
TCCCCGTACGGCAAACTTTAACCCTAAGGAAGTGAGTTGCCCAACCTTGC
TCGCATTAGCTTGATGAGGTTTCCAATCTGACGTTTATCATAGCCTACTG
GCGTCAGTTGGATTCACAATCTCCCCTATCGCAACCAATCCGTCATCGAC
TACAACGACCACTATTACCGGCAGCGTCTGCGTGCCTTGCAGGGCGTTGA
CGAACTGGTTGACTCGCTCATCGCTCGTCTGGAAGCCAGCTCCGAAATTG
ACAACACGTACATCATCTACACATCCGACAATGGATTCCACATTAGCCAG
CACAGGCTGCCACCAGGCAAGACCTGCGCCTTTGACGAAGATATTCGTGT
GCCGTTCTTCATCCGCGGGCCCGGAATTCCCGAGGGCCAGCAGCAGGATA
TTGTCACGACCCACATTGACATCGCACCCACACTATTTTCCTTGGCTAGT
CTACCGCTCCGCGACGACTTTGATGGGACACCTATGCCCATTGCCGATGT
GGAGGGAACTCTGCATGAGCACGTGGCAGTCGAGTACTGGGGGCAAGCGA
TGCTCGAAGGTGGCTTGTCGAACTTAGGCAAGTACCTCCCTCCAATTAAC
GAGGAAATAAGAACCCGCTAACGGAAATCCAATAGGAACTCCAACTGTTC
CCAATAACACTTACAAAGCTCTCCGCATTCTCAGCCAGGAGTACAATTTG
TTCTACTCAGTGTGGTGCAACAACGAGCACGAGCTGTATGATCTTAGTGT
ACGATTACCTGCCCCTGACCCCGTCTACCTTCCCAAACAATCCTCTCGAT
TTACGTGGTTTACTAACTCAGCCCTCAATGACAACACAGACCGACCCCTA
CCAAGTCAACAACCTCCACCCCACGTCGAGACTAAGAACGCCACAATCTT
GGGCTACGACATTCCGGCGGTGATCGATCGCCTTGACGCCCTGTTACTCG
TCCTGAAGTCCTGCAAGGGTCGGACCTGCATTAAGCCATGGGAAGTCCTA
CACCCCGATGGGTCGGTGCAGAATCTCCTCGACGCTCTGAGAGCCCAGTA
TGATGGATTCTATCATGACCAGCCAAAGGTGTCGTATGATCGTTGCGAGT
ATGGGTATGTCATTGATGCGGAGGGGCCGCAGACAGCGTTGGCATACCGA
AACGGCTATTCTCTGGATCTGTGGATCTAG back to topCoding sequence (CDS) from alignment at NKJJ01000022.1:3973484..3975463+ >CAN33_48500-T1 ID=CAN33_48500-T1|Name=CAN33_48500-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=7176bp|location=Sequence derived from alignment at NKJJ01000022.1:3973484..3975463+ (Aspergillus niger FDAARGOS_311)
ATGAAGGTGTCCGCAAACGGTTTGGCTCTGACTTGTGGTATCATGGCAGC
CCTCGAGGCAGGCCTGGCCACAGCTCAGTCAGCCTCGAAACCACCGAACT
TCCTCTTTATCATGACTGATGATCAGGATCTGAAGCTAGACTCCCTGTCG
TATATGCCTCTAACTACAAAGCACATGCAAGACAAGGGAATGTCTTTCAA
TAATCACTTCGTTACAACGGCGTTGTGCTGCCCATCTCAAGTCAGCCTTT
TGACAGGACGACAAGCCCACAATACCAATGTGACGGACGTGAACCCCCCA
TGGGGCGGATATCCTAAGTTCATTAACCAAGGATTTAACGATAACTACCT
TCCCGTATGGATGCAAAAGGCTGGGTATGACACATACTATACGGGAAAAT
TGATGAACTCTCATTCTGTGGATTACTACGACAAGCCCTATGCCGCGGGA
TTCAATGGCTCTGACTTCTTGCTGGACCCTTACACCTACGACTACATGAA
CGCGACTTACCAGCGCAACCACGACCAGCCCGTTAGCTACCTTGGCCGCC
ACACAACTGAAGTCCTGACTGAGAAGGCGATGGGCTTCTTGGAAGATGCT
CTCACGGGTGAACGGCCATTTTTTCTCACCGTGACTCCCATTGCACCCCA
CTCGAACATGAATGGGACATATGGTGCTGGGGCGGGCCCTCTATGGATGG
ATGAGCCCATTCCAGAAGAGCGCCATAAGCATCTGTTCCCCGAGGCCAAG
GTTCCCCGTACGGCAAACTTTAACCCTAAGGAACCTACTGGCGTCAGTTG
GATTCACAATCTCCCCTATCGCAACCAATCCGTCATCGACTACAACGACC
ACTATTACCGGCAGCGTCTGCGTGCCTTGCAGGGCGTTGACGAACTGGTT
GACTCGCTCATCGCTCGTCTGGAAGCCAGCTCCGAAATTGACAACACGTA
CATCATCTACACATCCGACAATGGATTCCACATTAGCCAGCACAGGCTGC
CACCAGGCAAGACCTGCGCCTTTGACGAAGATATTCGTGTGCCGTTCTTC
ATCCGCGGGCCCGGAATTCCCGAGGGCCAGCAGCAGGATATTGTCACGAC
CCACATTGACATCGCACCCACACTATTTTCCTTGGCTAGTCTACCGCTCC
GCGACGACTTTGATGGGACACCTATGCCCATTGCCGATGTGGAGGGAACT
CTGCATGAGCACGTGGCAGTCGAGTACTGGGGGCAAGCGATGCTCGAAGG
AACTCCAACTGTTCCCAATAACACTTACAAAGCTCTCCGCATTCTCAGCC
AGGAGTACAATTTGTTCTACTCAGTGTGGTGCAACAACGAGCACGAGCTG
TATGATCTTAGTGTACGATTACCTGCCCCTGACCCCGTCTACCTTCCCAA
ACAATCCTCTCGATTTACGTGGTTTACTAACTCAGCCCTCAATGACAACA
CAGACCGACCCCTACCAAGTCAACAACCTCCACCCCACGTCGAGACTAAG
AACGCCACAATCTTGGGCTACGACATTCCGGCGGTGATCGATCGCCTTGA
CGCCCTGTTACTCGTCCTGAAGTCCTGCAAGGGTCGGACCTGCATTAAGC
CATGGGAAGTCCTACACCCCGATGGGTCGGTGCAGAATCTCCTCGACGCT
CTGAGAGCCCAGTATGATGGATTCTATCATGACCAGCCAAAGGTGTCGTA
TGATCGTTGCGAGTATGGGTATGTCATTGATGCGGAGGGGCCGCAGACAG
CGTTGGCATACCGAAACGGCTATTCTCTGGATCTGTGGATCTAGATGAAG
GTGTCCGCAAACGGTTTGGCTCTGACTTGTGGTATCATGGCAGCCCTCGA
GGCAGGCCTGGCCACAGCTCAGTCAGCCTCGAAACCACCGAACTTCCTCT
TTATCATGACTGATGATCAGGATCTGAAGCTAGACTCCCTGTCGTATATG
CCTCTAACTACAAAGCACATGCAAGACAAGGGAATGTCTTTCAATAATCA
CTTCGTTACAACGGCGTTGTGCTGCCCATCTCAAGTCAGCCTTTTGACAG
GACGACAAGCCCACAATACCAATGTGACGGACGTGAACCCCCCATGGGGC
GGATATCCTAAGTTCATTAACCAAGGATTTAACGATAACTACCTTCCCGT
ATGGATGCAAAAGGCTGGGTATGACACATACTATACGGGAAAATTGATGA
ACTCTCATTCTGTGGATTACTACGACAAGCCCTATGCCGCGGGATTCAAT
GGCTCTGACTTCTTGCTGGACCCTTACACCTACGACTACATGAACGCGAC
TTACCAGCGCAACCACGACCAGCCCGTTAGCTACCTTGGCCGCCACACAA
CTGAAGTCCTGACTGAGAAGGCGATGGGCTTCTTGGAAGATGCTCTCACG
GGTGAACGGCCATTTTTTCTCACCGTGACTCCCATTGCACCCCACTCGAA
CATGAATGGGACATATGGTGCTGGGGCGGGCCCTCTATGGATGGATGAGC
CCATTCCAGAAGAGCGCCATAAGCATCTGTTCCCCGAGGCCAAGGTTCCC
CGTACGGCAAACTTTAACCCTAAGGAACCTACTGGCGTCAGTTGGATTCA
CAATCTCCCCTATCGCAACCAATCCGTCATCGACTACAACGACCACTATT
ACCGGCAGCGTCTGCGTGCCTTGCAGGGCGTTGACGAACTGGTTGACTCG
CTCATCGCTCGTCTGGAAGCCAGCTCCGAAATTGACAACACGTACATCAT
CTACACATCCGACAATGGATTCCACATTAGCCAGCACAGGCTGCCACCAG
GCAAGACCTGCGCCTTTGACGAAGATATTCGTGTGCCGTTCTTCATCCGC
GGGCCCGGAATTCCCGAGGGCCAGCAGCAGGATATTGTCACGACCCACAT
TGACATCGCACCCACACTATTTTCCTTGGCTAGTCTACCGCTCCGCGACG
ACTTTGATGGGACACCTATGCCCATTGCCGATGTGGAGGGAACTCTGCAT
GAGCACGTGGCAGTCGAGTACTGGGGGCAAGCGATGCTCGAAGGAACTCC
AACTGTTCCCAATAACACTTACAAAGCTCTCCGCATTCTCAGCCAGGAGT
ACAATTTGTTCTACTCAGTGTGGTGCAACAACGAGCACGAGCTGTATGAT
CTTAGTGTACGATTACCTGCCCCTGACCCCGTCTACCTTCCCAAACAATC
CTCTCGATTTACGTGGTTTACTAACTCAGCCCTCAATGACAACACAGACC
GACCCCTACCAAGTCAACAACCTCCACCCCACGTCGAGACTAAGAACGCC
ACAATCTTGGGCTACGACATTCCGGCGGTGATCGATCGCCTTGACGCCCT
GTTACTCGTCCTGAAGTCCTGCAAGGGTCGGACCTGCATTAAGCCATGGG
AAGTCCTACACCCCGATGGGTCGGTGCAGAATCTCCTCGACGCTCTGAGA
GCCCAGTATGATGGATTCTATCATGACCAGCCAAAGGTGTCGTATGATCG
TTGCGAGTATGGGTATGTCATTGATGCGGAGGGGCCGCAGACAGCGTTGG
CATACCGAAACGGCTATTCTCTGGATCTGTGGATCTAGATGAAGGTGTCC
GCAAACGGTTTGGCTCTGACTTGTGGTATCATGGCAGCCCTCGAGGCAGG
CCTGGCCACAGCTCAGTCAGCCTCGAAACCACCGAACTTCCTCTTTATCA
TGACTGATGATCAGGATCTGAAGCTAGACTCCCTGTCGTATATGCCTCTA
ACTACAAAGCACATGCAAGACAAGGGAATGTCTTTCAATAATCACTTCGT
TACAACGGCGTTGTGCTGCCCATCTCAAGTCAGCCTTTTGACAGGACGAC
AAGCCCACAATACCAATGTGACGGACGTGAACCCCCCATGGGGCGGATAT
CCTAAGTTCATTAACCAAGGATTTAACGATAACTACCTTCCCGTATGGAT
GCAAAAGGCTGGGTATGACACATACTATACGGGAAAATTGATGAACTCTC
ATTCTGTGGATTACTACGACAAGCCCTATGCCGCGGGATTCAATGGCTCT
GACTTCTTGCTGGACCCTTACACCTACGACTACATGAACGCGACTTACCA
GCGCAACCACGACCAGCCCGTTAGCTACCTTGGCCGCCACACAACTGAAG
TCCTGACTGAGAAGGCGATGGGCTTCTTGGAAGATGCTCTCACGGGTGAA
CGGCCATTTTTTCTCACCGTGACTCCCATTGCACCCCACTCGAACATGAA
TGGGACATATGGTGCTGGGGCGGGCCCTCTATGGATGGATGAGCCCATTC
CAGAAGAGCGCCATAAGCATCTGTTCCCCGAGGCCAAGGTTCCCCGTACG
GCAAACTTTAACCCTAAGGAACCTACTGGCGTCAGTTGGATTCACAATCT
CCCCTATCGCAACCAATCCGTCATCGACTACAACGACCACTATTACCGGC
AGCGTCTGCGTGCCTTGCAGGGCGTTGACGAACTGGTTGACTCGCTCATC
GCTCGTCTGGAAGCCAGCTCCGAAATTGACAACACGTACATCATCTACAC
ATCCGACAATGGATTCCACATTAGCCAGCACAGGCTGCCACCAGGCAAGA
CCTGCGCCTTTGACGAAGATATTCGTGTGCCGTTCTTCATCCGCGGGCCC
GGAATTCCCGAGGGCCAGCAGCAGGATATTGTCACGACCCACATTGACAT
CGCACCCACACTATTTTCCTTGGCTAGTCTACCGCTCCGCGACGACTTTG
ATGGGACACCTATGCCCATTGCCGATGTGGAGGGAACTCTGCATGAGCAC
GTGGCAGTCGAGTACTGGGGGCAAGCGATGCTCGAAGGAACTCCAACTGT
TCCCAATAACACTTACAAAGCTCTCCGCATTCTCAGCCAGGAGTACAATT
TGTTCTACTCAGTGTGGTGCAACAACGAGCACGAGCTGTATGATCTTAGT
GTACGATTACCTGCCCCTGACCCCGTCTACCTTCCCAAACAATCCTCTCG
ATTTACGTGGTTTACTAACTCAGCCCTCAATGACAACACAGACCGACCCC
TACCAAGTCAACAACCTCCACCCCACGTCGAGACTAAGAACGCCACAATC
TTGGGCTACGACATTCCGGCGGTGATCGATCGCCTTGACGCCCTGTTACT
CGTCCTGAAGTCCTGCAAGGGTCGGACCTGCATTAAGCCATGGGAAGTCC
TACACCCCGATGGGTCGGTGCAGAATCTCCTCGACGCTCTGAGAGCCCAG
TATGATGGATTCTATCATGACCAGCCAAAGGTGTCGTATGATCGTTGCGA
GTATGGGTATGTCATTGATGCGGAGGGGCCGCAGACAGCGTTGGCATACC
GAAACGGCTATTCTCTGGATCTGTGGATCTAGATGAAGGTGTCCGCAAAC
GGTTTGGCTCTGACTTGTGGTATCATGGCAGCCCTCGAGGCAGGCCTGGC
CACAGCTCAGTCAGCCTCGAAACCACCGAACTTCCTCTTTATCATGACTG
ATGATCAGGATCTGAAGCTAGACTCCCTGTCGTATATGCCTCTAACTACA
AAGCACATGCAAGACAAGGGAATGTCTTTCAATAATCACTTCGTTACAAC
GGCGTTGTGCTGCCCATCTCAAGTCAGCCTTTTGACAGGACGACAAGCCC
ACAATACCAATGTGACGGACGTGAACCCCCCATGGGGCGGATATCCTAAG
TTCATTAACCAAGGATTTAACGATAACTACCTTCCCGTATGGATGCAAAA
GGCTGGGTATGACACATACTATACGGGAAAATTGATGAACTCTCATTCTG
TGGATTACTACGACAAGCCCTATGCCGCGGGATTCAATGGCTCTGACTTC
TTGCTGGACCCTTACACCTACGACTACATGAACGCGACTTACCAGCGCAA
CCACGACCAGCCCGTTAGCTACCTTGGCCGCCACACAACTGAAGTCCTGA
CTGAGAAGGCGATGGGCTTCTTGGAAGATGCTCTCACGGGTGAACGGCCA
TTTTTTCTCACCGTGACTCCCATTGCACCCCACTCGAACATGAATGGGAC
ATATGGTGCTGGGGCGGGCCCTCTATGGATGGATGAGCCCATTCCAGAAG
AGCGCCATAAGCATCTGTTCCCCGAGGCCAAGGTTCCCCGTACGGCAAAC
TTTAACCCTAAGGAACCTACTGGCGTCAGTTGGATTCACAATCTCCCCTA
TCGCAACCAATCCGTCATCGACTACAACGACCACTATTACCGGCAGCGTC
TGCGTGCCTTGCAGGGCGTTGACGAACTGGTTGACTCGCTCATCGCTCGT
CTGGAAGCCAGCTCCGAAATTGACAACACGTACATCATCTACACATCCGA
CAATGGATTCCACATTAGCCAGCACAGGCTGCCACCAGGCAAGACCTGCG
CCTTTGACGAAGATATTCGTGTGCCGTTCTTCATCCGCGGGCCCGGAATT
CCCGAGGGCCAGCAGCAGGATATTGTCACGACCCACATTGACATCGCACC
CACACTATTTTCCTTGGCTAGTCTACCGCTCCGCGACGACTTTGATGGGA
CACCTATGCCCATTGCCGATGTGGAGGGAACTCTGCATGAGCACGTGGCA
GTCGAGTACTGGGGGCAAGCGATGCTCGAAGGAACTCCAACTGTTCCCAA
TAACACTTACAAAGCTCTCCGCATTCTCAGCCAGGAGTACAATTTGTTCT
ACTCAGTGTGGTGCAACAACGAGCACGAGCTGTATGATCTTAGTGTACGA
TTACCTGCCCCTGACCCCGTCTACCTTCCCAAACAATCCTCTCGATTTAC
GTGGTTTACTAACTCAGCCCTCAATGACAACACAGACCGACCCCTACCAA
GTCAACAACCTCCACCCCACGTCGAGACTAAGAACGCCACAATCTTGGGC
TACGACATTCCGGCGGTGATCGATCGCCTTGACGCCCTGTTACTCGTCCT
GAAGTCCTGCAAGGGTCGGACCTGCATTAAGCCATGGGAAGTCCTACACC
CCGATGGGTCGGTGCAGAATCTCCTCGACGCTCTGAGAGCCCAGTATGAT
GGATTCTATCATGACCAGCCAAAGGTGTCGTATGATCGTTGCGAGTATGG
GTATGTCATTGATGCGGAGGGGCCGCAGACAGCGTTGGCATACCGAAACG
GCTATTCTCTGGATCTGTGGATCTAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0018958 | phenol-containing compound metabolic process |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0004065 | arylsulfatase activity |
| GO:0003824 | catalytic activity |
| GO:0008484 | sulfuric ester 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(1-25) |
| DBxref | InterPro:IPR012083 |
| DBxref | InterPro:IPR017850 |
| DBxref | InterPro:IPR000917 |
| DBxref | PFAM:PF00884 |
| Product | Sulfatase family 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 |
|---|
| NKJJ01000022.1 | supercontig | NKJJ01000022.1:3973484..3975463 + |
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