|
|
Sequences
The following sequences are available for this feature:
mRNA from alignment at NKJJ01000020.1:428138..430412+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >CAN33_50775-T1 ID=CAN33_50775-T1|Name=CAN33_50775-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2275bp|location=Sequence derived from alignment at NKJJ01000020.1:428138..430412+ (Aspergillus niger FDAARGOS_311)
ATGGACAGCCGGAAACGCGATAGTCGGTAGGTGCTAGGCTCTCCTATCCA
GAAGAAGCTACCATGCATCACTGATGACTGATGGGCGTAGGACATATGTT
GAAGAGCTAGAGAAGCGAATAGAACGTATGCAGGAGCAATTGGAAAGTAT
GACTAGATCTGGAATTGGAATCCAGCGGGGTGTGGAGAATACTCGACGAT
CACGATCAAGTTCGCCGGGCCAATCAGTCGAGAGCACTACTGACTACAGG
GAGCCAGAAGACCCAGCAGACGGAGACAACATCCCTGGAATGCCTCAGGT
ACCACCTGACAAGGGTCTTCATCCTTCCGCCGAGAACGATCAATCTATTG
TCATCGACTCACAGGACGGGAAAATGCGCTATTTTGGTAGGTTGCGATAT
CGTCGTCTGATTTATGTCCAAATTATTGACCATATTCTTTTCGATCTTAG
GGGCTTCGTCTGCCTTTTCTGCACTGACCGATGCCAAAGTAAATGGGCTA
GAGACCCAGCCACATACCGGAAACTGGCGACACGCGGCTCAAAGAAGTGC
TCATCCATGGCAACTTTCAAACTGGATCCCCCATGTTCTTCAAGATGGCC
TGGAACGGCGCATTTTCGAACCTCTGCCATGTAAGGACACAACGGTGCAA
CTGGCCAGAGAGTACTTTGCAACCTTTAACCATGCAATCCCTCTTTTTGA
GGAGGCGTCGTTCATGAGGTCGGTCGACAGACAATACTCATGGAATCCCG
ATGATAGTGCATCATGGTGGATCTCTCTCAACATTGCTCTCGCCATATCA
TATAGAGAAAGGGCGCATGCATCTTCTAGTGCTAGTGACAACTGGAAAAA
ATCATTGGGCCACGTTAAAAATGCATTGAACGCTGTCGTCGACGTTTTCC
TTCGAAATACTGACATCGCCGCCGTTCAGGGTCTCTTAGGACTGGCGCTT
TACTTTCAGGGTACACCTAACCCACAAGCTCTCTTTATGTTTGCGGCTGC
AGCAATGCGTCTGGCCCAGTCAATAGGACTGCATAGGGAAAACGCCTCTG
GAGCTTCACCCGAGGCGGAGCAAAGGCGAAGAGTGTACTGGATCGCTTTC
ATACTTGACTCAGACATTTCCATACGGGTGGGCCGCCCGCCGGTCCAGGA
TATCGAAGACTATGATACACATCTACCGACAGAGAACCCTCCTGATGGCA
GGGGCGTACTAACGATTGACGGTACCAGAATAAATTACTTCCGTCTCCTT
GCCCAACTAGCTCAGATTCAGCGGCTTGTTATTAGACAGCTTTACACGGT
AACTGTTCGTCAGAAGTCGAGTGATGATGTTAATGTGAGAATAAAGTCTT
GTGAAGACGCGCTGTTGAGCTGGAAGAAGTCTATAAATTCGAAGCTTCAA
CCCCAGCGCACATTTTCTTGTAAACCAAGTTATTTCCTGCAACATGTTCT
TCGATTACATTTCGCATATAATTGCTGTTACTCAAACCTTTATCAGGTAT
GTGTGTTTCAAGCAAACGCTATCGAGCGGTCAAGGCAGGGAACGGACGAG
AATATTGCGCCAATTGTTTCACGCTCACTCGACGCAGCACGTTCTGCATT
GGCCCTGCTATCACATGTACATTCGTTCGGTTCTACCTACAAATGGTTGG
TACTTGTCGCCTTCTTCAAGAGATTTACGCTGACCTTGATCGCTGAAGGA
ACATAATCTACTTTCCAGCGGCAGCATGTGTCCCTCTTGCCCTAAGGATA
CTCGCACATCCTACACATTCAGATGCAGGGGACGACCTTTCAATGGTCCA
GAATGTTGTCAGGTTCCTCACATCTACTTCTTCCGAAGAGCCTAATACAT
ATGTCGACTTTATATTGGGCATGTGCTCTGACTTGGAGCGTTCTGCTAGG
AGAGCCTTCATGACAGCGCAACCTGCCCGCCACCACCACCCAGCAACTAT
GCAGAATAACGAAAATGACAGGCCTAGTCGATCTAGTCATGGAATAAATC
AAAACACAGTTCCCAACTTTTCGGACGCGTTACCGACTTCTTTGGGCAGC
ACTTCTGCGGCAAATATGGGGAGCACCCATTTTACGAATATGGTGCCGCA
GGGCCCCTACTCAGATATTGGTTTTCCGGAATCTTCTAACGAAGTTGATC
TGTCGGCTAACTGGCAGTGGTCTCTACCGCCGTTTTGGAACTGGCAGGAT
CTTGCTTCAGTTGCGCCTTTGTTTTCGGTCGTTCCGGGAGTGGATGTACC
AGAGGCCAATATGCCTGATACCTGA back to topCoding sequence (CDS) from alignment at NKJJ01000020.1:428138..430412+ >CAN33_50775-T1 ID=CAN33_50775-T1|Name=CAN33_50775-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=9660bp|location=Sequence derived from alignment at NKJJ01000020.1:428138..430412+ (Aspergillus niger FDAARGOS_311)
ATGGACAGCCGGAAACGCGATAGTCGGACATATGTTGAAGAGCTAGAGAA
GCGAATAGAACGTATGCAGGAGCAATTGGAAAGTATGACTAGATCTGGAA
TTGGAATCCAGCGGGGTGTGGAGAATACTCGACGATCACGATCAAGTTCG
CCGGGCCAATCAGTCGAGAGCACTACTGACTACAGGGAGCCAGAAGACCC
AGCAGACGGAGACAACATCCCTGGAATGCCTCAGGTACCACCTGACAAGG
GTCTTCATCCTTCCGCCGAGAACGATCAATCTATTGTCATCGACTCACAG
GACGGGAAAATGCGCTATTTTGGGGCTTCGTCTGCCTTTTCTGCACTGAC
CGATGCCAAAGTAAATGGGCTAGAGACCCAGCCACATACCGGAAACTGGC
GACACGCGGCTCAAAGAAGTGCTCATCCATGGCAACTTTCAAACTGGATC
CCCCATGTTCTTCAAGATGGCCTGGAACGGCGCATTTTCGAACCTCTGCC
ATGTAAGGACACAACGGTGCAACTGGCCAGAGAGTACTTTGCAACCTTTA
ACCATGCAATCCCTCTTTTTGAGGAGGCGTCGTTCATGAGGTCGGTCGAC
AGACAATACTCATGGAATCCCGATGATAGTGCATCATGGTGGATCTCTCT
CAACATTGCTCTCGCCATATCATATAGAGAAAGGGCGCATGCATCTTCTA
GTGCTAGTGACAACTGGAAAAAATCATTGGGCCACGTTAAAAATGCATTG
AACGCTGTCGTCGACGTTTTCCTTCGAAATACTGACATCGCCGCCGTTCA
GGGTCTCTTAGGACTGGCGCTTTACTTTCAGGGTACACCTAACCCACAAG
CTCTCTTTATGTTTGCGGCTGCAGCAATGCGTCTGGCCCAGTCAATAGGA
CTGCATAGGGAAAACGCCTCTGGAGCTTCACCCGAGGCGGAGCAAAGGCG
AAGAGTGTACTGGATCGCTTTCATACTTGACTCAGACATTTCCATACGGG
TGGGCCGCCCGCCGGTCCAGGATATCGAAGACTATGATACACATCTACCG
ACAGAGAACCCTCCTGATGGCAGGGGCGTACTAACGATTGACGGTACCAG
AATAAATTACTTCCGTCTCCTTGCCCAACTAGCTCAGATTCAGCGGCTTG
TTATTAGACAGCTTTACACGGTAACTGTTCGTCAGAAGTCGAGTGATGAT
GTTAATGTATGTGTGTTTCAAGCAAACGCTATCGAGCGGTCAAGGCAGGG
AACGGACGAGAATATTGCGCCAATTGTTTCACGCTCACTCGACGCAGCAC
GTTCTGCATTGGCCCTGCTATCACATGTACATTCGTTCGGTTCTACCTAC
AAATGGAACATAATCTACTTTCCAGCGGCAGCATGTGTCCCTCTTGCCCT
AAGGATACTCGCACATCCTACACATTCAGATGCAGGGGACGACCTTTCAA
TGGTCCAGAATGTTGTCAGGTTCCTCACATCTACTTCTTCCGAAGAGCCT
AATACATATGTCGACTTTATATTGGGCATGTGCTCTGACTTGGAGCGTTC
TGCTAGGAGAGCCTTCATGACAGCGCAACCTGCCCGCCACCACCACCCAG
CAACTATGCAGAATAACGAAAATGACAGGCCTAGTCGATCTAGTCATGGA
ATAAATCAAAACACAGTTCCCAACTTTTCGGACGCGTTACCGACTTCTTT
GGGCAGCACTTCTGCGGCAAATATGGGGAGCACCCATTTTACGAATATGG
TGCCGCAGGGCCCCTACTCAGATATTGGTTTTCCGGAATCTTCTAACGAA
GTTGATCTGTCGGCTAACTGGCAGTGGTCTCTACCGCCGTTTTGGAACTG
GCAGGATCTTGCTTCAGTTGCGCCTTTGTTTTCGGTCGTTCCGGGAGTGG
ATGTACCAGAGGCCAATATGCCTGATACCTGAATGGACAGCCGGAAACGC
GATAGTCGGACATATGTTGAAGAGCTAGAGAAGCGAATAGAACGTATGCA
GGAGCAATTGGAAAGTATGACTAGATCTGGAATTGGAATCCAGCGGGGTG
TGGAGAATACTCGACGATCACGATCAAGTTCGCCGGGCCAATCAGTCGAG
AGCACTACTGACTACAGGGAGCCAGAAGACCCAGCAGACGGAGACAACAT
CCCTGGAATGCCTCAGGTACCACCTGACAAGGGTCTTCATCCTTCCGCCG
AGAACGATCAATCTATTGTCATCGACTCACAGGACGGGAAAATGCGCTAT
TTTGGGGCTTCGTCTGCCTTTTCTGCACTGACCGATGCCAAAGTAAATGG
GCTAGAGACCCAGCCACATACCGGAAACTGGCGACACGCGGCTCAAAGAA
GTGCTCATCCATGGCAACTTTCAAACTGGATCCCCCATGTTCTTCAAGAT
GGCCTGGAACGGCGCATTTTCGAACCTCTGCCATGTAAGGACACAACGGT
GCAACTGGCCAGAGAGTACTTTGCAACCTTTAACCATGCAATCCCTCTTT
TTGAGGAGGCGTCGTTCATGAGGTCGGTCGACAGACAATACTCATGGAAT
CCCGATGATAGTGCATCATGGTGGATCTCTCTCAACATTGCTCTCGCCAT
ATCATATAGAGAAAGGGCGCATGCATCTTCTAGTGCTAGTGACAACTGGA
AAAAATCATTGGGCCACGTTAAAAATGCATTGAACGCTGTCGTCGACGTT
TTCCTTCGAAATACTGACATCGCCGCCGTTCAGGGTCTCTTAGGACTGGC
GCTTTACTTTCAGGGTACACCTAACCCACAAGCTCTCTTTATGTTTGCGG
CTGCAGCAATGCGTCTGGCCCAGTCAATAGGACTGCATAGGGAAAACGCC
TCTGGAGCTTCACCCGAGGCGGAGCAAAGGCGAAGAGTGTACTGGATCGC
TTTCATACTTGACTCAGACATTTCCATACGGGTGGGCCGCCCGCCGGTCC
AGGATATCGAAGACTATGATACACATCTACCGACAGAGAACCCTCCTGAT
GGCAGGGGCGTACTAACGATTGACGGTACCAGAATAAATTACTTCCGTCT
CCTTGCCCAACTAGCTCAGATTCAGCGGCTTGTTATTAGACAGCTTTACA
CGGTAACTGTTCGTCAGAAGTCGAGTGATGATGTTAATGTATGTGTGTTT
CAAGCAAACGCTATCGAGCGGTCAAGGCAGGGAACGGACGAGAATATTGC
GCCAATTGTTTCACGCTCACTCGACGCAGCACGTTCTGCATTGGCCCTGC
TATCACATGTACATTCGTTCGGTTCTACCTACAAATGGAACATAATCTAC
TTTCCAGCGGCAGCATGTGTCCCTCTTGCCCTAAGGATACTCGCACATCC
TACACATTCAGATGCAGGGGACGACCTTTCAATGGTCCAGAATGTTGTCA
GGTTCCTCACATCTACTTCTTCCGAAGAGCCTAATACATATGTCGACTTT
ATATTGGGCATGTGCTCTGACTTGGAGCGTTCTGCTAGGAGAGCCTTCAT
GACAGCGCAACCTGCCCGCCACCACCACCCAGCAACTATGCAGAATAACG
AAAATGACAGGCCTAGTCGATCTAGTCATGGAATAAATCAAAACACAGTT
CCCAACTTTTCGGACGCGTTACCGACTTCTTTGGGCAGCACTTCTGCGGC
AAATATGGGGAGCACCCATTTTACGAATATGGTGCCGCAGGGCCCCTACT
CAGATATTGGTTTTCCGGAATCTTCTAACGAAGTTGATCTGTCGGCTAAC
TGGCAGTGGTCTCTACCGCCGTTTTGGAACTGGCAGGATCTTGCTTCAGT
TGCGCCTTTGTTTTCGGTCGTTCCGGGAGTGGATGTACCAGAGGCCAATA
TGCCTGATACCTGAATGGACAGCCGGAAACGCGATAGTCGGACATATGTT
GAAGAGCTAGAGAAGCGAATAGAACGTATGCAGGAGCAATTGGAAAGTAT
GACTAGATCTGGAATTGGAATCCAGCGGGGTGTGGAGAATACTCGACGAT
CACGATCAAGTTCGCCGGGCCAATCAGTCGAGAGCACTACTGACTACAGG
GAGCCAGAAGACCCAGCAGACGGAGACAACATCCCTGGAATGCCTCAGGT
ACCACCTGACAAGGGTCTTCATCCTTCCGCCGAGAACGATCAATCTATTG
TCATCGACTCACAGGACGGGAAAATGCGCTATTTTGGGGCTTCGTCTGCC
TTTTCTGCACTGACCGATGCCAAAGTAAATGGGCTAGAGACCCAGCCACA
TACCGGAAACTGGCGACACGCGGCTCAAAGAAGTGCTCATCCATGGCAAC
TTTCAAACTGGATCCCCCATGTTCTTCAAGATGGCCTGGAACGGCGCATT
TTCGAACCTCTGCCATGTAAGGACACAACGGTGCAACTGGCCAGAGAGTA
CTTTGCAACCTTTAACCATGCAATCCCTCTTTTTGAGGAGGCGTCGTTCA
TGAGGTCGGTCGACAGACAATACTCATGGAATCCCGATGATAGTGCATCA
TGGTGGATCTCTCTCAACATTGCTCTCGCCATATCATATAGAGAAAGGGC
GCATGCATCTTCTAGTGCTAGTGACAACTGGAAAAAATCATTGGGCCACG
TTAAAAATGCATTGAACGCTGTCGTCGACGTTTTCCTTCGAAATACTGAC
ATCGCCGCCGTTCAGGGTCTCTTAGGACTGGCGCTTTACTTTCAGGGTAC
ACCTAACCCACAAGCTCTCTTTATGTTTGCGGCTGCAGCAATGCGTCTGG
CCCAGTCAATAGGACTGCATAGGGAAAACGCCTCTGGAGCTTCACCCGAG
GCGGAGCAAAGGCGAAGAGTGTACTGGATCGCTTTCATACTTGACTCAGA
CATTTCCATACGGGTGGGCCGCCCGCCGGTCCAGGATATCGAAGACTATG
ATACACATCTACCGACAGAGAACCCTCCTGATGGCAGGGGCGTACTAACG
ATTGACGGTACCAGAATAAATTACTTCCGTCTCCTTGCCCAACTAGCTCA
GATTCAGCGGCTTGTTATTAGACAGCTTTACACGGTAACTGTTCGTCAGA
AGTCGAGTGATGATGTTAATGTATGTGTGTTTCAAGCAAACGCTATCGAG
CGGTCAAGGCAGGGAACGGACGAGAATATTGCGCCAATTGTTTCACGCTC
ACTCGACGCAGCACGTTCTGCATTGGCCCTGCTATCACATGTACATTCGT
TCGGTTCTACCTACAAATGGAACATAATCTACTTTCCAGCGGCAGCATGT
GTCCCTCTTGCCCTAAGGATACTCGCACATCCTACACATTCAGATGCAGG
GGACGACCTTTCAATGGTCCAGAATGTTGTCAGGTTCCTCACATCTACTT
CTTCCGAAGAGCCTAATACATATGTCGACTTTATATTGGGCATGTGCTCT
GACTTGGAGCGTTCTGCTAGGAGAGCCTTCATGACAGCGCAACCTGCCCG
CCACCACCACCCAGCAACTATGCAGAATAACGAAAATGACAGGCCTAGTC
GATCTAGTCATGGAATAAATCAAAACACAGTTCCCAACTTTTCGGACGCG
TTACCGACTTCTTTGGGCAGCACTTCTGCGGCAAATATGGGGAGCACCCA
TTTTACGAATATGGTGCCGCAGGGCCCCTACTCAGATATTGGTTTTCCGG
AATCTTCTAACGAAGTTGATCTGTCGGCTAACTGGCAGTGGTCTCTACCG
CCGTTTTGGAACTGGCAGGATCTTGCTTCAGTTGCGCCTTTGTTTTCGGT
CGTTCCGGGAGTGGATGTACCAGAGGCCAATATGCCTGATACCTGAATGG
ACAGCCGGAAACGCGATAGTCGGACATATGTTGAAGAGCTAGAGAAGCGA
ATAGAACGTATGCAGGAGCAATTGGAAAGTATGACTAGATCTGGAATTGG
AATCCAGCGGGGTGTGGAGAATACTCGACGATCACGATCAAGTTCGCCGG
GCCAATCAGTCGAGAGCACTACTGACTACAGGGAGCCAGAAGACCCAGCA
GACGGAGACAACATCCCTGGAATGCCTCAGGTACCACCTGACAAGGGTCT
TCATCCTTCCGCCGAGAACGATCAATCTATTGTCATCGACTCACAGGACG
GGAAAATGCGCTATTTTGGGGCTTCGTCTGCCTTTTCTGCACTGACCGAT
GCCAAAGTAAATGGGCTAGAGACCCAGCCACATACCGGAAACTGGCGACA
CGCGGCTCAAAGAAGTGCTCATCCATGGCAACTTTCAAACTGGATCCCCC
ATGTTCTTCAAGATGGCCTGGAACGGCGCATTTTCGAACCTCTGCCATGT
AAGGACACAACGGTGCAACTGGCCAGAGAGTACTTTGCAACCTTTAACCA
TGCAATCCCTCTTTTTGAGGAGGCGTCGTTCATGAGGTCGGTCGACAGAC
AATACTCATGGAATCCCGATGATAGTGCATCATGGTGGATCTCTCTCAAC
ATTGCTCTCGCCATATCATATAGAGAAAGGGCGCATGCATCTTCTAGTGC
TAGTGACAACTGGAAAAAATCATTGGGCCACGTTAAAAATGCATTGAACG
CTGTCGTCGACGTTTTCCTTCGAAATACTGACATCGCCGCCGTTCAGGGT
CTCTTAGGACTGGCGCTTTACTTTCAGGGTACACCTAACCCACAAGCTCT
CTTTATGTTTGCGGCTGCAGCAATGCGTCTGGCCCAGTCAATAGGACTGC
ATAGGGAAAACGCCTCTGGAGCTTCACCCGAGGCGGAGCAAAGGCGAAGA
GTGTACTGGATCGCTTTCATACTTGACTCAGACATTTCCATACGGGTGGG
CCGCCCGCCGGTCCAGGATATCGAAGACTATGATACACATCTACCGACAG
AGAACCCTCCTGATGGCAGGGGCGTACTAACGATTGACGGTACCAGAATA
AATTACTTCCGTCTCCTTGCCCAACTAGCTCAGATTCAGCGGCTTGTTAT
TAGACAGCTTTACACGGTAACTGTTCGTCAGAAGTCGAGTGATGATGTTA
ATGTATGTGTGTTTCAAGCAAACGCTATCGAGCGGTCAAGGCAGGGAACG
GACGAGAATATTGCGCCAATTGTTTCACGCTCACTCGACGCAGCACGTTC
TGCATTGGCCCTGCTATCACATGTACATTCGTTCGGTTCTACCTACAAAT
GGAACATAATCTACTTTCCAGCGGCAGCATGTGTCCCTCTTGCCCTAAGG
ATACTCGCACATCCTACACATTCAGATGCAGGGGACGACCTTTCAATGGT
CCAGAATGTTGTCAGGTTCCTCACATCTACTTCTTCCGAAGAGCCTAATA
CATATGTCGACTTTATATTGGGCATGTGCTCTGACTTGGAGCGTTCTGCT
AGGAGAGCCTTCATGACAGCGCAACCTGCCCGCCACCACCACCCAGCAAC
TATGCAGAATAACGAAAATGACAGGCCTAGTCGATCTAGTCATGGAATAA
ATCAAAACACAGTTCCCAACTTTTCGGACGCGTTACCGACTTCTTTGGGC
AGCACTTCTGCGGCAAATATGGGGAGCACCCATTTTACGAATATGGTGCC
GCAGGGCCCCTACTCAGATATTGGTTTTCCGGAATCTTCTAACGAAGTTG
ATCTGTCGGCTAACTGGCAGTGGTCTCTACCGCCGTTTTGGAACTGGCAG
GATCTTGCTTCAGTTGCGCCTTTGTTTTCGGTCGTTCCGGGAGTGGATGT
ACCAGAGGCCAATATGCCTGATACCTGAATGGACAGCCGGAAACGCGATA
GTCGGACATATGTTGAAGAGCTAGAGAAGCGAATAGAACGTATGCAGGAG
CAATTGGAAAGTATGACTAGATCTGGAATTGGAATCCAGCGGGGTGTGGA
GAATACTCGACGATCACGATCAAGTTCGCCGGGCCAATCAGTCGAGAGCA
CTACTGACTACAGGGAGCCAGAAGACCCAGCAGACGGAGACAACATCCCT
GGAATGCCTCAGGTACCACCTGACAAGGGTCTTCATCCTTCCGCCGAGAA
CGATCAATCTATTGTCATCGACTCACAGGACGGGAAAATGCGCTATTTTG
GGGCTTCGTCTGCCTTTTCTGCACTGACCGATGCCAAAGTAAATGGGCTA
GAGACCCAGCCACATACCGGAAACTGGCGACACGCGGCTCAAAGAAGTGC
TCATCCATGGCAACTTTCAAACTGGATCCCCCATGTTCTTCAAGATGGCC
TGGAACGGCGCATTTTCGAACCTCTGCCATGTAAGGACACAACGGTGCAA
CTGGCCAGAGAGTACTTTGCAACCTTTAACCATGCAATCCCTCTTTTTGA
GGAGGCGTCGTTCATGAGGTCGGTCGACAGACAATACTCATGGAATCCCG
ATGATAGTGCATCATGGTGGATCTCTCTCAACATTGCTCTCGCCATATCA
TATAGAGAAAGGGCGCATGCATCTTCTAGTGCTAGTGACAACTGGAAAAA
ATCATTGGGCCACGTTAAAAATGCATTGAACGCTGTCGTCGACGTTTTCC
TTCGAAATACTGACATCGCCGCCGTTCAGGGTCTCTTAGGACTGGCGCTT
TACTTTCAGGGTACACCTAACCCACAAGCTCTCTTTATGTTTGCGGCTGC
AGCAATGCGTCTGGCCCAGTCAATAGGACTGCATAGGGAAAACGCCTCTG
GAGCTTCACCCGAGGCGGAGCAAAGGCGAAGAGTGTACTGGATCGCTTTC
ATACTTGACTCAGACATTTCCATACGGGTGGGCCGCCCGCCGGTCCAGGA
TATCGAAGACTATGATACACATCTACCGACAGAGAACCCTCCTGATGGCA
GGGGCGTACTAACGATTGACGGTACCAGAATAAATTACTTCCGTCTCCTT
GCCCAACTAGCTCAGATTCAGCGGCTTGTTATTAGACAGCTTTACACGGT
AACTGTTCGTCAGAAGTCGAGTGATGATGTTAATGTATGTGTGTTTCAAG
CAAACGCTATCGAGCGGTCAAGGCAGGGAACGGACGAGAATATTGCGCCA
ATTGTTTCACGCTCACTCGACGCAGCACGTTCTGCATTGGCCCTGCTATC
ACATGTACATTCGTTCGGTTCTACCTACAAATGGAACATAATCTACTTTC
CAGCGGCAGCATGTGTCCCTCTTGCCCTAAGGATACTCGCACATCCTACA
CATTCAGATGCAGGGGACGACCTTTCAATGGTCCAGAATGTTGTCAGGTT
CCTCACATCTACTTCTTCCGAAGAGCCTAATACATATGTCGACTTTATAT
TGGGCATGTGCTCTGACTTGGAGCGTTCTGCTAGGAGAGCCTTCATGACA
GCGCAACCTGCCCGCCACCACCACCCAGCAACTATGCAGAATAACGAAAA
TGACAGGCCTAGTCGATCTAGTCATGGAATAAATCAAAACACAGTTCCCA
ACTTTTCGGACGCGTTACCGACTTCTTTGGGCAGCACTTCTGCGGCAAAT
ATGGGGAGCACCCATTTTACGAATATGGTGCCGCAGGGCCCCTACTCAGA
TATTGGTTTTCCGGAATCTTCTAACGAAGTTGATCTGTCGGCTAACTGGC
AGTGGTCTCTACCGCCGTTTTGGAACTGGCAGGATCTTGCTTCAGTTGCG
CCTTTGTTTTCGGTCGTTCCGGGAGTGGATGTACCAGAGGCCAATATGCC
TGATACCTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0005634 | nucleus |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0008270 | zinc ion binding |
| GO:0003677 | DNA binding |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006351 | transcription, DNA-templated |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| Note | EggNog:ENOG41 |
| DBxref | InterPro:IPR007219 |
| DBxref | PFAM:PF04082 |
| Product | Fungal specific transcription factor domain 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 |
|---|
| NKJJ01000020.1 | supercontig | NKJJ01000020.1:428138..430412 + |
|
