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Sequences
The following sequences are available for this feature:
mRNA from alignment at An11:2630275..2633271- Legend: polypeptideCDSexon Hold the cursor over a type above to highlight its positions in the sequence below. >CBS51388_007374-T1 ID=CBS51388_007374-T1|Name=CBS51388_007374-T1|organism=Aspergillus niger CBS 513.88|type=mRNA|length=2997bp|location=Sequence derived from alignment at An11:2630275..2633271- (Aspergillus niger CBS 513.88)
ATGGCCGCCGAACAACGGTCTGCCGCCATGCCCGATGGCCAGCCCAATCC
GGGCCCCATTGGCTCTGGCCTGAATGTTCTGGGCGAAGATGCGTTTTTGA
ATGCCTCAAATGCCACCCCAGATCTGCGGGGCGAACAGTCCCAACCCTCC
ACCCTTCCCGATGTCCCTTCCTACTTTTCTGATATTCCGGGGAACCACAC
TTCTTCGGTCCCCCCAGCTGTCGCTTCTCCCATCACTCCCGCTCAGGCTG
TCAAGGACGCCAAGTCTGGTCCCGAATTGTTGCGCCGCTTGAGTCTCATA
GAATCCCCCATCATGCTGGACGCCGACCCTCGCGAACAATACCCCAGCCT
GCGTCTTACCGGCCGAGTCATCAGTGCTGCTTTCTGCATCCCCTATAAGC
TCTATCTCCACCCCGGGTCCGACTGGGTAAGTCCTTCCCCCCCCCGCCAG
ATCACTCGTAATGTGAGTGGGAATCAACAAGAGGATTTCGCTGATCGAAC
GGGGCCGTAGGAGTTGAAACCCCGTCCGGGAACCTCCGCTTTATTTGACT
CTATGGCCTACCTTGGTTCTGGCGAATCGAGATGGTCTCATACCCTCGTT
GGCTGGACCGGCGAGGTCGAACCGGTCCAGGAGACAGCGATTCCTCTGCA
GCAGATTCCCATCAACACGAGTGCCAAAGTGCCAACCACCCTCAACGGTT
CGGCCTTGCCCCTCAACAAAGCTGCCGCACCGGTGCCGGTGGATGCCAAC
CAACGCCTACCCAGTCATCCTCTCCTGGATGGCTTCGAAGTGGACCTGGA
GGACCGAGAAAGGCTCGATAAGCAGTTGAGCTCCAGCCGTTACGGTAAAA
TCGTGCCGGTCTGGTTGACTGGTGAATCGGAACATCCAGACGACACGGTC
TTCTTGGACGACCAGGGCCGGTGGAGGCGTTACGCCGAGCGCGAGCTCTA
CCCACTCCTTCACTACAAACAGCATGGGCCCACGGACGGCAAATCGGAAC
GCAAGTGGTGGGCCGACTACGTCCGCATGAATCGCCTTTTCGCCGACCGC
ATTGCGCAAGAGTACAAGGAAGGAGATATTGTCTGGATCCATGATTACCA
CCTTTTCCTGTTGCCGAGTATGCTGCGTCAACGCATCCCCAACATCTACA
TTGGCTTTTTCCTTCATGCGCCATTCCCCAGCAGTGAGTTCATGCGCTGC
TTGGCCAAGCGCAAGGAGGTGCTTACGGGGGTCCTGGGGGCCAACATGAT
CGGCTTTCAGACGTTTTCGTACTCTCGACACTTCTCATCTTGCTGCACGC
GTGTCCTTGGGTTTGATTCCAACTCGGCCGGTGTGGACGCCTACGGTGCT
CATGTAGCAGTGGACGTCTTTCCGATAGGCATCGATACCAAGACGATCCA
AAAGGCAGCCTTCGGGTCTGCGGAGATAGAAAAGGCTGTCTTGGGTATTC
GGAAACTTTATGCCGGAAAGAAGATTATTGTCGGTCGTGATCGACTAGAC
AGTGTCCGCGGTGTAGCCCAGAAGCTGCAGTCATTCGAGGTGTTCCTCGA
GCGGTACCCCGAATGGCGGGATAAAGTAGTCCTGATTCAGGTGACCAGCC
CAACCAGCGTCGACGAGCAGAAGGAAGAGAACAAGATTGCCAGTCAGGTC
TCTAATCTGGTTTCTACCATCAACGGCCGGTTCGGGTCATTGAGCTTTGC
TCCCGTCAAGTACTACCCGCAGTACCTCTCTCCTCATGAGTACTTTGCGC
TGCTGCGTGTCGCTGACGTCGGACTCATCACCACGGTCCGGGACGGCATG
AACACGACCAGTCTGGAGTACATCATCTGCCAACAGAATAATTATGGCCC
CCTGATCCTCTCCGAGTTCTCTGGTACAGCGGGGACTTTGTCCAATGCCA
TTCATATCAACCCATGGGATACCGTCGGTGTGGCGGGAGCCATCAACAAG
GCCCTGACCATGTCTCCGGAAGAGAAGATGTCGCAGCATCAGAAGCTCTA
CAAGCACGTCACTGCAAACACAGTTTCGTCCTGGTCAAAGCAGTTTGTCA
CTCGTCTCCTCACCAACCTCTCGTCGTTCGACCAGTCGGTGGCAACACCG
GCCCTCGATCGGGCCAAGCTGGTGCGGCAGTATCGTCGGGCTCGGAAGAG
ACTATTCATGTTTGACTACGATGGTACTCTTACTCCGATTGTCAAAGACC
CACAAGCTGCGATTCCCTCGGATCGGGTGCTGCGTACCATCAAGTCCCTC
GCCGCAGACCCACGGAATGCGGTTTGGATCATCAGTGGACGTGATCAAGC
CTTCTTGGATGAGTGGATGGGCCACATTCCCGAGCTAGGACTGAGTGCAG
AGCACGGGTGCTTCATTCGCAAGCCCCACTCGGATGACTGGGAGAATCTG
GCCGAACGGAGTAACATGGGCTGGCAGAAGGAGGTCATGGATACGTTTCA
GCACTTCACAGAACGGACACAAGGCTCCTTCATCGAAAGAAAGCGCGTGG
CCCTGACGTGGCATTATCGCCGGGCGGACCCGGAGTATGGAGCGTTCCAG
GCCCGCGAATGCCGGAAGCAGCTTGAAGACACCGTTGGGAAGAGATGGGA
AGTTGAAGTCATGGCCGGGAAAGCCAACTTGGAAGTTCGGCCGACGTTCG
TTAACAAGGGATTCATCGCGGCTCGCCTCGTCAATGAGTACGGCACTGGC
CCTGGGCAGGCTCCTGAGTTCATCTTTTGCTCCGGGGATGACTTTACAGA
TGAAGGTAAATGCGCTCTCCCTTCCCCCTCCTTATCTCATCCTGCATTCG
CTAACAGGACTTTTCTGTTATACACAGACATGTTCCGTGCCCTACAGAAA
TTTGACCTGCCGCAAGATCACGTCTACTCGGTCACTGTTGGTGCGAGCTC
GAAGCAAACGGCCGCCAGCTGGCATCTCCTGGAACCCGCCGACGTGATTG
AAACCATCTCGATGCTCAACAATAGCTCATGCTCCCAGGAGTATTGA back to topCoding sequence (CDS) from alignment at An11:2630275..2633271- >CBS51388_007374-T1 ID=CBS51388_007374-T1|Name=CBS51388_007374-T1|organism=Aspergillus niger CBS 513.88|type=CDS|length=8523bp|location=Sequence derived from alignment at An11:2630275..2633271- (Aspergillus niger CBS 513.88)
ACATGTTCCGTGCCCTACAGAAATTTGACCTGCCGCAAGATCACGTCTAC
TCGGTCACTGTTGGTGCGAGCTCGAAGCAAACGGCCGCCAGCTGGCATCT
CCTGGAACCCGCCGACGTGATTGAAACCATCTCGATGCTCAACAATAGCT
CATGCTCCCAGGAGTATTGAGAGTTGAAACCCCGTCCGGGAACCTCCGCT
TTATTTGACTCTATGGCCTACCTTGGTTCTGGCGAATCGAGATGGTCTCA
TACCCTCGTTGGCTGGACCGGCGAGGTCGAACCGGTCCAGGAGACAGCGA
TTCCTCTGCAGCAGATTCCCATCAACACGAGTGCCAAAGTGCCAACCACC
CTCAACGGTTCGGCCTTGCCCCTCAACAAAGCTGCCGCACCGGTGCCGGT
GGATGCCAACCAACGCCTACCCAGTCATCCTCTCCTGGATGGCTTCGAAG
TGGACCTGGAGGACCGAGAAAGGCTCGATAAGCAGTTGAGCTCCAGCCGT
TACGGTAAAATCGTGCCGGTCTGGTTGACTGGTGAATCGGAACATCCAGA
CGACACGGTCTTCTTGGACGACCAGGGCCGGTGGAGGCGTTACGCCGAGC
GCGAGCTCTACCCACTCCTTCACTACAAACAGCATGGGCCCACGGACGGC
AAATCGGAACGCAAGTGGTGGGCCGACTACGTCCGCATGAATCGCCTTTT
CGCCGACCGCATTGCGCAAGAGTACAAGGAAGGAGATATTGTCTGGATCC
ATGATTACCACCTTTTCCTGTTGCCGAGTATGCTGCGTCAACGCATCCCC
AACATCTACATTGGCTTTTTCCTTCATGCGCCATTCCCCAGCAGTGAGTT
CATGCGCTGCTTGGCCAAGCGCAAGGAGGTGCTTACGGGGGTCCTGGGGG
CCAACATGATCGGCTTTCAGACGTTTTCGTACTCTCGACACTTCTCATCT
TGCTGCACGCGTGTCCTTGGGTTTGATTCCAACTCGGCCGGTGTGGACGC
CTACGGTGCTCATGTAGCAGTGGACGTCTTTCCGATAGGCATCGATACCA
AGACGATCCAAAAGGCAGCCTTCGGGTCTGCGGAGATAGAAAAGGCTGTC
TTGGGTATTCGGAAACTTTATGCCGGAAAGAAGATTATTGTCGGTCGTGA
TCGACTAGACAGTGTCCGCGGTGTAGCCCAGAAGCTGCAGTCATTCGAGG
TGTTCCTCGAGCGGTACCCCGAATGGCGGGATAAAGTAGTCCTGATTCAG
GTGACCAGCCCAACCAGCGTCGACGAGCAGAAGGAAGAGAACAAGATTGC
CAGTCAGGTCTCTAATCTGGTTTCTACCATCAACGGCCGGTTCGGGTCAT
TGAGCTTTGCTCCCGTCAAGTACTACCCGCAGTACCTCTCTCCTCATGAG
TACTTTGCGCTGCTGCGTGTCGCTGACGTCGGACTCATCACCACGGTCCG
GGACGGCATGAACACGACCAGTCTGGAGTACATCATCTGCCAACAGAATA
ATTATGGCCCCCTGATCCTCTCCGAGTTCTCTGGTACAGCGGGGACTTTG
TCCAATGCCATTCATATCAACCCATGGGATACCGTCGGTGTGGCGGGAGC
CATCAACAAGGCCCTGACCATGTCTCCGGAAGAGAAGATGTCGCAGCATC
AGAAGCTCTACAAGCACGTCACTGCAAACACAGTTTCGTCCTGGTCAAAG
CAGTTTGTCACTCGTCTCCTCACCAACCTCTCGTCGTTCGACCAGTCGGT
GGCAACACCGGCCCTCGATCGGGCCAAGCTGGTGCGGCAGTATCGTCGGG
CTCGGAAGAGACTATTCATGTTTGACTACGATGGTACTCTTACTCCGATT
GTCAAAGACCCACAAGCTGCGATTCCCTCGGATCGGGTGCTGCGTACCAT
CAAGTCCCTCGCCGCAGACCCACGGAATGCGGTTTGGATCATCAGTGGAC
GTGATCAAGCCTTCTTGGATGAGTGGATGGGCCACATTCCCGAGCTAGGA
CTGAGTGCAGAGCACGGGTGCTTCATTCGCAAGCCCCACTCGGATGACTG
GGAGAATCTGGCCGAACGGAGTAACATGGGCTGGCAGAAGGAGGTCATGG
ATACGTTTCAGCACTTCACAGAACGGACACAAGGCTCCTTCATCGAAAGA
AAGCGCGTGGCCCTGACGTGGCATTATCGCCGGGCGGACCCGGAGTATGG
AGCGTTCCAGGCCCGCGAATGCCGGAAGCAGCTTGAAGACACCGTTGGGA
AGAGATGGGAAGTTGAAGTCATGGCCGGGAAAGCCAACTTGGAAGTTCGG
CCGACGTTCGTTAACAAGGGATTCATCGCGGCTCGCCTCGTCAATGAGTA
CGGCACTGGCCCTGGGCAGGCTCCTGAGTTCATCTTTTGCTCCGGGGATG
ACTTTACAGATGAAGATGGCCGCCGAACAACGGTCTGCCGCCATGCCCGA
TGGCCAGCCCAATCCGGGCCCCATTGGCTCTGGCCTGAATGTTCTGGGCG
AAGATGCGTTTTTGAATGCCTCAAATGCCACCCCAGATCTGCGGGGCGAA
CAGTCCCAACCCTCCACCCTTCCCGATGTCCCTTCCTACTTTTCTGATAT
TCCGGGGAACCACACTTCTTCGGTCCCCCCAGCTGTCGCTTCTCCCATCA
CTCCCGCTCAGGCTGTCAAGGACGCCAAGTCTGGTCCCGAATTGTTGCGC
CGCTTGAGTCTCATAGAATCCCCCATCATGCTGGACGCCGACCCTCGCGA
ACAATACCCCAGCCTGCGTCTTACCGGCCGAGTCATCAGTGCTGCTTTCT
GCATCCCCTATAAGCTCTATCTCCACCCCGGGTCCGACTGGACATGTTCC
GTGCCCTACAGAAATTTGACCTGCCGCAAGATCACGTCTACTCGGTCACT
GTTGGTGCGAGCTCGAAGCAAACGGCCGCCAGCTGGCATCTCCTGGAACC
CGCCGACGTGATTGAAACCATCTCGATGCTCAACAATAGCTCATGCTCCC
AGGAGTATTGAGAGTTGAAACCCCGTCCGGGAACCTCCGCTTTATTTGAC
TCTATGGCCTACCTTGGTTCTGGCGAATCGAGATGGTCTCATACCCTCGT
TGGCTGGACCGGCGAGGTCGAACCGGTCCAGGAGACAGCGATTCCTCTGC
AGCAGATTCCCATCAACACGAGTGCCAAAGTGCCAACCACCCTCAACGGT
TCGGCCTTGCCCCTCAACAAAGCTGCCGCACCGGTGCCGGTGGATGCCAA
CCAACGCCTACCCAGTCATCCTCTCCTGGATGGCTTCGAAGTGGACCTGG
AGGACCGAGAAAGGCTCGATAAGCAGTTGAGCTCCAGCCGTTACGGTAAA
ATCGTGCCGGTCTGGTTGACTGGTGAATCGGAACATCCAGACGACACGGT
CTTCTTGGACGACCAGGGCCGGTGGAGGCGTTACGCCGAGCGCGAGCTCT
ACCCACTCCTTCACTACAAACAGCATGGGCCCACGGACGGCAAATCGGAA
CGCAAGTGGTGGGCCGACTACGTCCGCATGAATCGCCTTTTCGCCGACCG
CATTGCGCAAGAGTACAAGGAAGGAGATATTGTCTGGATCCATGATTACC
ACCTTTTCCTGTTGCCGAGTATGCTGCGTCAACGCATCCCCAACATCTAC
ATTGGCTTTTTCCTTCATGCGCCATTCCCCAGCAGTGAGTTCATGCGCTG
CTTGGCCAAGCGCAAGGAGGTGCTTACGGGGGTCCTGGGGGCCAACATGA
TCGGCTTTCAGACGTTTTCGTACTCTCGACACTTCTCATCTTGCTGCACG
CGTGTCCTTGGGTTTGATTCCAACTCGGCCGGTGTGGACGCCTACGGTGC
TCATGTAGCAGTGGACGTCTTTCCGATAGGCATCGATACCAAGACGATCC
AAAAGGCAGCCTTCGGGTCTGCGGAGATAGAAAAGGCTGTCTTGGGTATT
CGGAAACTTTATGCCGGAAAGAAGATTATTGTCGGTCGTGATCGACTAGA
CAGTGTCCGCGGTGTAGCCCAGAAGCTGCAGTCATTCGAGGTGTTCCTCG
AGCGGTACCCCGAATGGCGGGATAAAGTAGTCCTGATTCAGGTGACCAGC
CCAACCAGCGTCGACGAGCAGAAGGAAGAGAACAAGATTGCCAGTCAGGT
CTCTAATCTGGTTTCTACCATCAACGGCCGGTTCGGGTCATTGAGCTTTG
CTCCCGTCAAGTACTACCCGCAGTACCTCTCTCCTCATGAGTACTTTGCG
CTGCTGCGTGTCGCTGACGTCGGACTCATCACCACGGTCCGGGACGGCAT
GAACACGACCAGTCTGGAGTACATCATCTGCCAACAGAATAATTATGGCC
CCCTGATCCTCTCCGAGTTCTCTGGTACAGCGGGGACTTTGTCCAATGCC
ATTCATATCAACCCATGGGATACCGTCGGTGTGGCGGGAGCCATCAACAA
GGCCCTGACCATGTCTCCGGAAGAGAAGATGTCGCAGCATCAGAAGCTCT
ACAAGCACGTCACTGCAAACACAGTTTCGTCCTGGTCAAAGCAGTTTGTC
ACTCGTCTCCTCACCAACCTCTCGTCGTTCGACCAGTCGGTGGCAACACC
GGCCCTCGATCGGGCCAAGCTGGTGCGGCAGTATCGTCGGGCTCGGAAGA
GACTATTCATGTTTGACTACGATGGTACTCTTACTCCGATTGTCAAAGAC
CCACAAGCTGCGATTCCCTCGGATCGGGTGCTGCGTACCATCAAGTCCCT
CGCCGCAGACCCACGGAATGCGGTTTGGATCATCAGTGGACGTGATCAAG
CCTTCTTGGATGAGTGGATGGGCCACATTCCCGAGCTAGGACTGAGTGCA
GAGCACGGGTGCTTCATTCGCAAGCCCCACTCGGATGACTGGGAGAATCT
GGCCGAACGGAGTAACATGGGCTGGCAGAAGGAGGTCATGGATACGTTTC
AGCACTTCACAGAACGGACACAAGGCTCCTTCATCGAAAGAAAGCGCGTG
GCCCTGACGTGGCATTATCGCCGGGCGGACCCGGAGTATGGAGCGTTCCA
GGCCCGCGAATGCCGGAAGCAGCTTGAAGACACCGTTGGGAAGAGATGGG
AAGTTGAAGTCATGGCCGGGAAAGCCAACTTGGAAGTTCGGCCGACGTTC
GTTAACAAGGGATTCATCGCGGCTCGCCTCGTCAATGAGTACGGCACTGG
CCCTGGGCAGGCTCCTGAGTTCATCTTTTGCTCCGGGGATGACTTTACAG
ATGAAGATGGCCGCCGAACAACGGTCTGCCGCCATGCCCGATGGCCAGCC
CAATCCGGGCCCCATTGGCTCTGGCCTGAATGTTCTGGGCGAAGATGCGT
TTTTGAATGCCTCAAATGCCACCCCAGATCTGCGGGGCGAACAGTCCCAA
CCCTCCACCCTTCCCGATGTCCCTTCCTACTTTTCTGATATTCCGGGGAA
CCACACTTCTTCGGTCCCCCCAGCTGTCGCTTCTCCCATCACTCCCGCTC
AGGCTGTCAAGGACGCCAAGTCTGGTCCCGAATTGTTGCGCCGCTTGAGT
CTCATAGAATCCCCCATCATGCTGGACGCCGACCCTCGCGAACAATACCC
CAGCCTGCGTCTTACCGGCCGAGTCATCAGTGCTGCTTTCTGCATCCCCT
ATAAGCTCTATCTCCACCCCGGGTCCGACTGGACATGTTCCGTGCCCTAC
AGAAATTTGACCTGCCGCAAGATCACGTCTACTCGGTCACTGTTGGTGCG
AGCTCGAAGCAAACGGCCGCCAGCTGGCATCTCCTGGAACCCGCCGACGT
GATTGAAACCATCTCGATGCTCAACAATAGCTCATGCTCCCAGGAGTATT
GAGAGTTGAAACCCCGTCCGGGAACCTCCGCTTTATTTGACTCTATGGCC
TACCTTGGTTCTGGCGAATCGAGATGGTCTCATACCCTCGTTGGCTGGAC
CGGCGAGGTCGAACCGGTCCAGGAGACAGCGATTCCTCTGCAGCAGATTC
CCATCAACACGAGTGCCAAAGTGCCAACCACCCTCAACGGTTCGGCCTTG
CCCCTCAACAAAGCTGCCGCACCGGTGCCGGTGGATGCCAACCAACGCCT
ACCCAGTCATCCTCTCCTGGATGGCTTCGAAGTGGACCTGGAGGACCGAG
AAAGGCTCGATAAGCAGTTGAGCTCCAGCCGTTACGGTAAAATCGTGCCG
GTCTGGTTGACTGGTGAATCGGAACATCCAGACGACACGGTCTTCTTGGA
CGACCAGGGCCGGTGGAGGCGTTACGCCGAGCGCGAGCTCTACCCACTCC
TTCACTACAAACAGCATGGGCCCACGGACGGCAAATCGGAACGCAAGTGG
TGGGCCGACTACGTCCGCATGAATCGCCTTTTCGCCGACCGCATTGCGCA
AGAGTACAAGGAAGGAGATATTGTCTGGATCCATGATTACCACCTTTTCC
TGTTGCCGAGTATGCTGCGTCAACGCATCCCCAACATCTACATTGGCTTT
TTCCTTCATGCGCCATTCCCCAGCAGTGAGTTCATGCGCTGCTTGGCCAA
GCGCAAGGAGGTGCTTACGGGGGTCCTGGGGGCCAACATGATCGGCTTTC
AGACGTTTTCGTACTCTCGACACTTCTCATCTTGCTGCACGCGTGTCCTT
GGGTTTGATTCCAACTCGGCCGGTGTGGACGCCTACGGTGCTCATGTAGC
AGTGGACGTCTTTCCGATAGGCATCGATACCAAGACGATCCAAAAGGCAG
CCTTCGGGTCTGCGGAGATAGAAAAGGCTGTCTTGGGTATTCGGAAACTT
TATGCCGGAAAGAAGATTATTGTCGGTCGTGATCGACTAGACAGTGTCCG
CGGTGTAGCCCAGAAGCTGCAGTCATTCGAGGTGTTCCTCGAGCGGTACC
CCGAATGGCGGGATAAAGTAGTCCTGATTCAGGTGACCAGCCCAACCAGC
GTCGACGAGCAGAAGGAAGAGAACAAGATTGCCAGTCAGGTCTCTAATCT
GGTTTCTACCATCAACGGCCGGTTCGGGTCATTGAGCTTTGCTCCCGTCA
AGTACTACCCGCAGTACCTCTCTCCTCATGAGTACTTTGCGCTGCTGCGT
GTCGCTGACGTCGGACTCATCACCACGGTCCGGGACGGCATGAACACGAC
CAGTCTGGAGTACATCATCTGCCAACAGAATAATTATGGCCCCCTGATCC
TCTCCGAGTTCTCTGGTACAGCGGGGACTTTGTCCAATGCCATTCATATC
AACCCATGGGATACCGTCGGTGTGGCGGGAGCCATCAACAAGGCCCTGAC
CATGTCTCCGGAAGAGAAGATGTCGCAGCATCAGAAGCTCTACAAGCACG
TCACTGCAAACACAGTTTCGTCCTGGTCAAAGCAGTTTGTCACTCGTCTC
CTCACCAACCTCTCGTCGTTCGACCAGTCGGTGGCAACACCGGCCCTCGA
TCGGGCCAAGCTGGTGCGGCAGTATCGTCGGGCTCGGAAGAGACTATTCA
TGTTTGACTACGATGGTACTCTTACTCCGATTGTCAAAGACCCACAAGCT
GCGATTCCCTCGGATCGGGTGCTGCGTACCATCAAGTCCCTCGCCGCAGA
CCCACGGAATGCGGTTTGGATCATCAGTGGACGTGATCAAGCCTTCTTGG
ATGAGTGGATGGGCCACATTCCCGAGCTAGGACTGAGTGCAGAGCACGGG
TGCTTCATTCGCAAGCCCCACTCGGATGACTGGGAGAATCTGGCCGAACG
GAGTAACATGGGCTGGCAGAAGGAGGTCATGGATACGTTTCAGCACTTCA
CAGAACGGACACAAGGCTCCTTCATCGAAAGAAAGCGCGTGGCCCTGACG
TGGCATTATCGCCGGGCGGACCCGGAGTATGGAGCGTTCCAGGCCCGCGA
ATGCCGGAAGCAGCTTGAAGACACCGTTGGGAAGAGATGGGAAGTTGAAG
TCATGGCCGGGAAAGCCAACTTGGAAGTTCGGCCGACGTTCGTTAACAAG
GGATTCATCGCGGCTCGCCTCGTCAATGAGTACGGCACTGGCCCTGGGCA
GGCTCCTGAGTTCATCTTTTGCTCCGGGGATGACTTTACAGATGAAGATG
GCCGCCGAACAACGGTCTGCCGCCATGCCCGATGGCCAGCCCAATCCGGG
CCCCATTGGCTCTGGCCTGAATGTTCTGGGCGAAGATGCGTTTTTGAATG
CCTCAAATGCCACCCCAGATCTGCGGGGCGAACAGTCCCAACCCTCCACC
CTTCCCGATGTCCCTTCCTACTTTTCTGATATTCCGGGGAACCACACTTC
TTCGGTCCCCCCAGCTGTCGCTTCTCCCATCACTCCCGCTCAGGCTGTCA
AGGACGCCAAGTCTGGTCCCGAATTGTTGCGCCGCTTGAGTCTCATAGAA
TCCCCCATCATGCTGGACGCCGACCCTCGCGAACAATACCCCAGCCTGCG
TCTTACCGGCCGAGTCATCAGTGCTGCTTTCTGCATCCCCTATAAGCTCT
ATCTCCACCCCGGGTCCGACTGG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0005992 | trehalose biosynthetic process |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0003824 | catalytic activity |
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 |
|---|
| Note | CAZy:GT20 |
| DBxref | InterPro:IPR036412 |
| DBxref | InterPro:IPR023214 |
| DBxref | InterPro:IPR001830 |
| DBxref | InterPro:IPR003337 |
| DBxref | InterPro:IPR006379 |
| DBxref | PFAM:PF02358 |
| DBxref | PFAM:PF00982 |
| 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 |
|---|
| An11 | supercontig | An11:2630275..2633271 - |
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