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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch1:2039728..2042114+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >KYF_000809-T1 ID=KYF_000809-T1|Name=KYF_000809-T1|organism=Aspergillus niger KYF3|type=mRNA|length=2387bp|location=Sequence derived from alignment at ch1:2039728..2042114+ (Aspergillus niger KYF3)
ATGCGTGAGATAATCCTAACGCAAAGCAGATACTTTCAGACCCTTCATCT
TCGAATTAGAGAACTGGAAAATGCCTGTTTGATGGCCGGAGTGTCCATCG
ACAGTCCACTGGGCCTTCGGGCCCAACAGGAATCCCATAGCGAGCTCAAC
AGAGGCAATGAAATACCAGTGGAGACGGAAGGCCTTATCATGGCTGCCCC
CACCCCGTTTGGGGAACTTGAGGAGCGAACCACTACCTCCACAGGTTTCA
GGGTTGGCGGACGACCGGACCAACCGGTACTAGCCACACGCAGTGAAAGC
GCAAACAGCCGGTCCAGATTGGCAGTAGAAGAGACTACAGAGTGTTCACC
GGATGTAGGATCTTATGGATCGCCGTTGTTCGCCGATGGAGAAGCCCACG
TCACTGGAATGGGCCAGATCACAGCTCCAGATGCTGAAAGCAGGAAACAA
TCCTCCCGATTTCAATTTTATGGTAGTTCATCCACTGCTTCACTCATGAG
GTTTGCCTGGCAGTCGCTGCCTTCACGGCCAGCAAATTCTTCTGGTGCCG
AGCTTGCTTCTAGCACGCTGCATGATACTTTCACCGAGTATCGGTTCGAC
GATTTTGCCCTTCTACCGCGCACGCTGGCAGACCACCTCGTCCGCTGCTT
TTTCGATCATGTATATACCCTATATCCGTTCTTTCACCGCCCTGCGTTTG
AAGCAGCCTATCGGAATCTCTGGCGTGCTGAGGATGAGCCTAAGATACCT
CTCACAGACTTGAGAATTGGACTGGGTTCCGGCGCAGAATCCAGCCCTAA
ATCAATCGTTTTCCATGCTGCCTTGAATGCTATTTTTGCTCTGGGATGTC
AATTTGTAGATATCGAGGAAGTCGAATCTGTTGCAAATTCCTTCTTCCTT
AGGTGCAAGCGCTTTATTGGACTTGACTTTCTTGATATTAATACCCTTGG
TGTAGTTCAGACTCTGTTGATAACAGCGCTATTCTTGCAGAGCTCTCCCT
ATCCCAGCCGATGTTGGCATTCCGTTGTTGTTGCTTGCAGGGTTGCCCTG
GGTTTAGGACTCCATGAGTCGGATATCCTCACCAGCTTATCGCCCTTGGA
ATCTGATATTCGACGCCGAACGTGGCACGGCTGTGTGATGATGGATGTGT
AAGTCCTGCCAGTATTAGTGGTTACATACTAGGTCGTGCTAATTTCTGCC
ACAGTACTCTGAGCATGACGCATGGCAGACCTACTATGACGACTCATCTA
GCTCCTCTTCCCCCACCAGATGACTCCGAGATGCCCCGACAAGATCCGCC
GGGAGAACCGTCACTGCTGTCGTTTTATATCGAGGCTATTAAACTCTACA
GCATCTTAGACAAGATTTTATCCGATGTATATTGTGCCTGGTGTAGTCGG
ACACGCCAAGATCGACCACAGGCGTCAACCAAGATCTTGGGAGGCCTAGA
CACAATCCTTGAAATTGAAAGAGAACTCACTTTGTTTGAGGCTAGTACTC
CTCCATGCCTTAAGTGGGACCCGGACGCACCGGAATTCAATTCAGACGGT
AAGCTGAACCAGGCAATCGCCCAACAGAGAAATGTTCTCCACGCGAGGTG
CGTTTCTTCTCAATCCGGTTGCTATCTAGGTGGCTATCCCTCACCCACAT
ATGCAGATACTTGCATCTTCACCTCCTCCTCCACCGTCCGATGTTTACTC
AGCTCTACGCAGAAAAAGTACGCAAAAGCGACTTTGTAGGTGGAAATGGC
ATAAGAGAAGAATGGACCGCTCACAGTTCCGCAACCCGGAGCACTCTGTA
CTTCTCCACAGCTAATAAATCCGCCACCGCTTGCGTAATGGCAGCCATTG
ACCTGACGCACCTAGTCCATGAGACGTACCATACAAACGCCACCGATGCA
TGGTGGTACAACGGATTCTGTATGCCGCCCTCGCTTGCCAATTATTATCT
ACCTTCCCACCCGTACTGATAATCTGGGTTTAGATGTGTCAACGGCCGCC
ATAGTGCTCCTCATGTCTTTCTCCTCCCCATCAATGCTCGATTCATGTAC
TATGGATAAAGCCCGAGCTGCCTGGAGAGAAGCTACAAGCGTTCTAGAAT
CAATGGCAACAGTTAAACGCTCCGCGAACAACACGCTTCAGTTCCTCAAA
GCTTTGTATCGGCAAGCTGTGCCCGCTGATATGCAACAAACAGGCAGTCA
GACTGCTGGTGCTGCTTCGCTGCATCCAGATAACATGACTCAACATTACA
CCCCGTTTGATCACCCGGATCACGACTTAACGCAAGCTCCATTCTTCAAT
TGGGAGGAATACGCCGGAAGTATGGGACAGGGGTTTGATGATTTGGGGTT
TTTGACGAGGCTTGATTTTCCTGATACTTTACCTTGA back to topCoding sequence (CDS) from alignment at ch1:2039728..2042114+ >KYF_000809-T1 ID=KYF_000809-T1|Name=KYF_000809-T1|organism=Aspergillus niger KYF3|type=CDS|length=8832bp|location=Sequence derived from alignment at ch1:2039728..2042114+ (Aspergillus niger KYF3)
ATGCGTGAGATAATCCTAACGCAAAGCAGATACTTTCAGACCCTTCATCT
TCGAATTAGAGAACTGGAAAATGCCTGTTTGATGGCCGGAGTGTCCATCG
ACAGTCCACTGGGCCTTCGGGCCCAACAGGAATCCCATAGCGAGCTCAAC
AGAGGCAATGAAATACCAGTGGAGACGGAAGGCCTTATCATGGCTGCCCC
CACCCCGTTTGGGGAACTTGAGGAGCGAACCACTACCTCCACAGGTTTCA
GGGTTGGCGGACGACCGGACCAACCGGTACTAGCCACACGCAGTGAAAGC
GCAAACAGCCGGTCCAGATTGGCAGTAGAAGAGACTACAGAGTGTTCACC
GGATGTAGGATCTTATGGATCGCCGTTGTTCGCCGATGGAGAAGCCCACG
TCACTGGAATGGGCCAGATCACAGCTCCAGATGCTGAAAGCAGGAAACAA
TCCTCCCGATTTCAATTTTATGGTAGTTCATCCACTGCTTCACTCATGAG
GTTTGCCTGGCAGTCGCTGCCTTCACGGCCAGCAAATTCTTCTGGTGCCG
AGCTTGCTTCTAGCACGCTGCATGATACTTTCACCGAGTATCGGTTCGAC
GATTTTGCCCTTCTACCGCGCACGCTGGCAGACCACCTCGTCCGCTGCTT
TTTCGATCATGTATATACCCTATATCCGTTCTTTCACCGCCCTGCGTTTG
AAGCAGCCTATCGGAATCTCTGGCGTGCTGAGGATGAGCCTAAGATACCT
CTCACAGACTTGAGAATTGGACTGGGTTCCGGCGCAGAATCCAGCCCTAA
ATCAATCGTTTTCCATGCTGCCTTGAATGCTATTTTTGCTCTGGGATGTC
AATTTGTAGATATCGAGGAAGTCGAATCTGTTGCAAATTCCTTCTTCCTT
AGGTGCAAGCGCTTTATTGGACTTGACTTTCTTGATATTAATACCCTTGG
TGTAGTTCAGACTCTGTTGATAACAGCGCTATTCTTGCAGAGCTCTCCCT
ATCCCAGCCGATGTTGGCATTCCGTTGTTGTTGCTTGCAGGGTTGCCCTG
GGTTTAGGACTCCATGAGTCGGATATCCTCACCAGCTTATCGCCCTTGGA
ATCTGATATTCGACGCCGAACGTGGCACGGCTGTGTGATGATGGATGTTA
CTCTGAGCATGACGCATGGCAGACCTACTATGACGACTCATCTAGCTCCT
CTTCCCCCACCAGATGACTCCGAGATGCCCCGACAAGATCCGCCGGGAGA
ACCGTCACTGCTGTCGTTTTATATCGAGGCTATTAAACTCTACAGCATCT
TAGACAAGATTTTATCCGATGTATATTGTGCCTGGTGTAGTCGGACACGC
CAAGATCGACCACAGGCGTCAACCAAGATCTTGGGAGGCCTAGACACAAT
CCTTGAAATTGAAAGAGAACTCACTTTGTTTGAGGCTAGTACTCCTCCAT
GCCTTAAGTGGGACCCGGACGCACCGGAATTCAATTCAGACGGTAAGCTG
AACCAGGCAATCGCCCAACAGAGAAATGTTCTCCACGCGAGATACTTGCA
TCTTCACCTCCTCCTCCACCGTCCGATGTTTACTCAGCTCTACGCAGAAA
AAGTACGCAAAAGCGACTTTGTAGGTGGAAATGGCATAAGAGAAGAATGG
ACCGCTCACAGTTCCGCAACCCGGAGCACTCTGTACTTCTCCACAGCTAA
TAAATCCGCCACCGCTTGCGTAATGGCAGCCATTGACCTGACGCACCTAG
TCCATGAGACGTACCATACAAACGCCACCGATGCATGGTGGTACAACGGA
TTCTATGTGTCAACGGCCGCCATAGTGCTCCTCATGTCTTTCTCCTCCCC
ATCAATGCTCGATTCATGTACTATGGATAAAGCCCGAGCTGCCTGGAGAG
AAGCTACAAGCGTTCTAGAATCAATGGCAACAGTTAAACGCTCCGCGAAC
AACACGCTTCAGTTCCTCAAAGCTTTGTATCGGCAAGCTGTGCCCGCTGA
TATGCAACAAACAGGCAGTCAGACTGCTGGTGCTGCTTCGCTGCATCCAG
ATAACATGACTCAACATTACACCCCGTTTGATCACCCGGATCACGACTTA
ACGCAAGCTCCATTCTTCAATTGGGAGGAATACGCCGGAAGTATGGGACA
GGGGTTTGATGATTTGGGGTTTTTGACGAGGCTTGATTTTCCTGATACTT
TACCTTGAATGCGTGAGATAATCCTAACGCAAAGCAGATACTTTCAGACC
CTTCATCTTCGAATTAGAGAACTGGAAAATGCCTGTTTGATGGCCGGAGT
GTCCATCGACAGTCCACTGGGCCTTCGGGCCCAACAGGAATCCCATAGCG
AGCTCAACAGAGGCAATGAAATACCAGTGGAGACGGAAGGCCTTATCATG
GCTGCCCCCACCCCGTTTGGGGAACTTGAGGAGCGAACCACTACCTCCAC
AGGTTTCAGGGTTGGCGGACGACCGGACCAACCGGTACTAGCCACACGCA
GTGAAAGCGCAAACAGCCGGTCCAGATTGGCAGTAGAAGAGACTACAGAG
TGTTCACCGGATGTAGGATCTTATGGATCGCCGTTGTTCGCCGATGGAGA
AGCCCACGTCACTGGAATGGGCCAGATCACAGCTCCAGATGCTGAAAGCA
GGAAACAATCCTCCCGATTTCAATTTTATGGTAGTTCATCCACTGCTTCA
CTCATGAGGTTTGCCTGGCAGTCGCTGCCTTCACGGCCAGCAAATTCTTC
TGGTGCCGAGCTTGCTTCTAGCACGCTGCATGATACTTTCACCGAGTATC
GGTTCGACGATTTTGCCCTTCTACCGCGCACGCTGGCAGACCACCTCGTC
CGCTGCTTTTTCGATCATGTATATACCCTATATCCGTTCTTTCACCGCCC
TGCGTTTGAAGCAGCCTATCGGAATCTCTGGCGTGCTGAGGATGAGCCTA
AGATACCTCTCACAGACTTGAGAATTGGACTGGGTTCCGGCGCAGAATCC
AGCCCTAAATCAATCGTTTTCCATGCTGCCTTGAATGCTATTTTTGCTCT
GGGATGTCAATTTGTAGATATCGAGGAAGTCGAATCTGTTGCAAATTCCT
TCTTCCTTAGGTGCAAGCGCTTTATTGGACTTGACTTTCTTGATATTAAT
ACCCTTGGTGTAGTTCAGACTCTGTTGATAACAGCGCTATTCTTGCAGAG
CTCTCCCTATCCCAGCCGATGTTGGCATTCCGTTGTTGTTGCTTGCAGGG
TTGCCCTGGGTTTAGGACTCCATGAGTCGGATATCCTCACCAGCTTATCG
CCCTTGGAATCTGATATTCGACGCCGAACGTGGCACGGCTGTGTGATGAT
GGATGTTACTCTGAGCATGACGCATGGCAGACCTACTATGACGACTCATC
TAGCTCCTCTTCCCCCACCAGATGACTCCGAGATGCCCCGACAAGATCCG
CCGGGAGAACCGTCACTGCTGTCGTTTTATATCGAGGCTATTAAACTCTA
CAGCATCTTAGACAAGATTTTATCCGATGTATATTGTGCCTGGTGTAGTC
GGACACGCCAAGATCGACCACAGGCGTCAACCAAGATCTTGGGAGGCCTA
GACACAATCCTTGAAATTGAAAGAGAACTCACTTTGTTTGAGGCTAGTAC
TCCTCCATGCCTTAAGTGGGACCCGGACGCACCGGAATTCAATTCAGACG
GTAAGCTGAACCAGGCAATCGCCCAACAGAGAAATGTTCTCCACGCGAGA
TACTTGCATCTTCACCTCCTCCTCCACCGTCCGATGTTTACTCAGCTCTA
CGCAGAAAAAGTACGCAAAAGCGACTTTGTAGGTGGAAATGGCATAAGAG
AAGAATGGACCGCTCACAGTTCCGCAACCCGGAGCACTCTGTACTTCTCC
ACAGCTAATAAATCCGCCACCGCTTGCGTAATGGCAGCCATTGACCTGAC
GCACCTAGTCCATGAGACGTACCATACAAACGCCACCGATGCATGGTGGT
ACAACGGATTCTATGTGTCAACGGCCGCCATAGTGCTCCTCATGTCTTTC
TCCTCCCCATCAATGCTCGATTCATGTACTATGGATAAAGCCCGAGCTGC
CTGGAGAGAAGCTACAAGCGTTCTAGAATCAATGGCAACAGTTAAACGCT
CCGCGAACAACACGCTTCAGTTCCTCAAAGCTTTGTATCGGCAAGCTGTG
CCCGCTGATATGCAACAAACAGGCAGTCAGACTGCTGGTGCTGCTTCGCT
GCATCCAGATAACATGACTCAACATTACACCCCGTTTGATCACCCGGATC
ACGACTTAACGCAAGCTCCATTCTTCAATTGGGAGGAATACGCCGGAAGT
ATGGGACAGGGGTTTGATGATTTGGGGTTTTTGACGAGGCTTGATTTTCC
TGATACTTTACCTTGAATGCGTGAGATAATCCTAACGCAAAGCAGATACT
TTCAGACCCTTCATCTTCGAATTAGAGAACTGGAAAATGCCTGTTTGATG
GCCGGAGTGTCCATCGACAGTCCACTGGGCCTTCGGGCCCAACAGGAATC
CCATAGCGAGCTCAACAGAGGCAATGAAATACCAGTGGAGACGGAAGGCC
TTATCATGGCTGCCCCCACCCCGTTTGGGGAACTTGAGGAGCGAACCACT
ACCTCCACAGGTTTCAGGGTTGGCGGACGACCGGACCAACCGGTACTAGC
CACACGCAGTGAAAGCGCAAACAGCCGGTCCAGATTGGCAGTAGAAGAGA
CTACAGAGTGTTCACCGGATGTAGGATCTTATGGATCGCCGTTGTTCGCC
GATGGAGAAGCCCACGTCACTGGAATGGGCCAGATCACAGCTCCAGATGC
TGAAAGCAGGAAACAATCCTCCCGATTTCAATTTTATGGTAGTTCATCCA
CTGCTTCACTCATGAGGTTTGCCTGGCAGTCGCTGCCTTCACGGCCAGCA
AATTCTTCTGGTGCCGAGCTTGCTTCTAGCACGCTGCATGATACTTTCAC
CGAGTATCGGTTCGACGATTTTGCCCTTCTACCGCGCACGCTGGCAGACC
ACCTCGTCCGCTGCTTTTTCGATCATGTATATACCCTATATCCGTTCTTT
CACCGCCCTGCGTTTGAAGCAGCCTATCGGAATCTCTGGCGTGCTGAGGA
TGAGCCTAAGATACCTCTCACAGACTTGAGAATTGGACTGGGTTCCGGCG
CAGAATCCAGCCCTAAATCAATCGTTTTCCATGCTGCCTTGAATGCTATT
TTTGCTCTGGGATGTCAATTTGTAGATATCGAGGAAGTCGAATCTGTTGC
AAATTCCTTCTTCCTTAGGTGCAAGCGCTTTATTGGACTTGACTTTCTTG
ATATTAATACCCTTGGTGTAGTTCAGACTCTGTTGATAACAGCGCTATTC
TTGCAGAGCTCTCCCTATCCCAGCCGATGTTGGCATTCCGTTGTTGTTGC
TTGCAGGGTTGCCCTGGGTTTAGGACTCCATGAGTCGGATATCCTCACCA
GCTTATCGCCCTTGGAATCTGATATTCGACGCCGAACGTGGCACGGCTGT
GTGATGATGGATGTTACTCTGAGCATGACGCATGGCAGACCTACTATGAC
GACTCATCTAGCTCCTCTTCCCCCACCAGATGACTCCGAGATGCCCCGAC
AAGATCCGCCGGGAGAACCGTCACTGCTGTCGTTTTATATCGAGGCTATT
AAACTCTACAGCATCTTAGACAAGATTTTATCCGATGTATATTGTGCCTG
GTGTAGTCGGACACGCCAAGATCGACCACAGGCGTCAACCAAGATCTTGG
GAGGCCTAGACACAATCCTTGAAATTGAAAGAGAACTCACTTTGTTTGAG
GCTAGTACTCCTCCATGCCTTAAGTGGGACCCGGACGCACCGGAATTCAA
TTCAGACGGTAAGCTGAACCAGGCAATCGCCCAACAGAGAAATGTTCTCC
ACGCGAGATACTTGCATCTTCACCTCCTCCTCCACCGTCCGATGTTTACT
CAGCTCTACGCAGAAAAAGTACGCAAAAGCGACTTTGTAGGTGGAAATGG
CATAAGAGAAGAATGGACCGCTCACAGTTCCGCAACCCGGAGCACTCTGT
ACTTCTCCACAGCTAATAAATCCGCCACCGCTTGCGTAATGGCAGCCATT
GACCTGACGCACCTAGTCCATGAGACGTACCATACAAACGCCACCGATGC
ATGGTGGTACAACGGATTCTATGTGTCAACGGCCGCCATAGTGCTCCTCA
TGTCTTTCTCCTCCCCATCAATGCTCGATTCATGTACTATGGATAAAGCC
CGAGCTGCCTGGAGAGAAGCTACAAGCGTTCTAGAATCAATGGCAACAGT
TAAACGCTCCGCGAACAACACGCTTCAGTTCCTCAAAGCTTTGTATCGGC
AAGCTGTGCCCGCTGATATGCAACAAACAGGCAGTCAGACTGCTGGTGCT
GCTTCGCTGCATCCAGATAACATGACTCAACATTACACCCCGTTTGATCA
CCCGGATCACGACTTAACGCAAGCTCCATTCTTCAATTGGGAGGAATACG
CCGGAAGTATGGGACAGGGGTTTGATGATTTGGGGTTTTTGACGAGGCTT
GATTTTCCTGATACTTTACCTTGAATGCGTGAGATAATCCTAACGCAAAG
CAGATACTTTCAGACCCTTCATCTTCGAATTAGAGAACTGGAAAATGCCT
GTTTGATGGCCGGAGTGTCCATCGACAGTCCACTGGGCCTTCGGGCCCAA
CAGGAATCCCATAGCGAGCTCAACAGAGGCAATGAAATACCAGTGGAGAC
GGAAGGCCTTATCATGGCTGCCCCCACCCCGTTTGGGGAACTTGAGGAGC
GAACCACTACCTCCACAGGTTTCAGGGTTGGCGGACGACCGGACCAACCG
GTACTAGCCACACGCAGTGAAAGCGCAAACAGCCGGTCCAGATTGGCAGT
AGAAGAGACTACAGAGTGTTCACCGGATGTAGGATCTTATGGATCGCCGT
TGTTCGCCGATGGAGAAGCCCACGTCACTGGAATGGGCCAGATCACAGCT
CCAGATGCTGAAAGCAGGAAACAATCCTCCCGATTTCAATTTTATGGTAG
TTCATCCACTGCTTCACTCATGAGGTTTGCCTGGCAGTCGCTGCCTTCAC
GGCCAGCAAATTCTTCTGGTGCCGAGCTTGCTTCTAGCACGCTGCATGAT
ACTTTCACCGAGTATCGGTTCGACGATTTTGCCCTTCTACCGCGCACGCT
GGCAGACCACCTCGTCCGCTGCTTTTTCGATCATGTATATACCCTATATC
CGTTCTTTCACCGCCCTGCGTTTGAAGCAGCCTATCGGAATCTCTGGCGT
GCTGAGGATGAGCCTAAGATACCTCTCACAGACTTGAGAATTGGACTGGG
TTCCGGCGCAGAATCCAGCCCTAAATCAATCGTTTTCCATGCTGCCTTGA
ATGCTATTTTTGCTCTGGGATGTCAATTTGTAGATATCGAGGAAGTCGAA
TCTGTTGCAAATTCCTTCTTCCTTAGGTGCAAGCGCTTTATTGGACTTGA
CTTTCTTGATATTAATACCCTTGGTGTAGTTCAGACTCTGTTGATAACAG
CGCTATTCTTGCAGAGCTCTCCCTATCCCAGCCGATGTTGGCATTCCGTT
GTTGTTGCTTGCAGGGTTGCCCTGGGTTTAGGACTCCATGAGTCGGATAT
CCTCACCAGCTTATCGCCCTTGGAATCTGATATTCGACGCCGAACGTGGC
ACGGCTGTGTGATGATGGATGTTACTCTGAGCATGACGCATGGCAGACCT
ACTATGACGACTCATCTAGCTCCTCTTCCCCCACCAGATGACTCCGAGAT
GCCCCGACAAGATCCGCCGGGAGAACCGTCACTGCTGTCGTTTTATATCG
AGGCTATTAAACTCTACAGCATCTTAGACAAGATTTTATCCGATGTATAT
TGTGCCTGGTGTAGTCGGACACGCCAAGATCGACCACAGGCGTCAACCAA
GATCTTGGGAGGCCTAGACACAATCCTTGAAATTGAAAGAGAACTCACTT
TGTTTGAGGCTAGTACTCCTCCATGCCTTAAGTGGGACCCGGACGCACCG
GAATTCAATTCAGACGGTAAGCTGAACCAGGCAATCGCCCAACAGAGAAA
TGTTCTCCACGCGAGATACTTGCATCTTCACCTCCTCCTCCACCGTCCGA
TGTTTACTCAGCTCTACGCAGAAAAAGTACGCAAAAGCGACTTTGTAGGT
GGAAATGGCATAAGAGAAGAATGGACCGCTCACAGTTCCGCAACCCGGAG
CACTCTGTACTTCTCCACAGCTAATAAATCCGCCACCGCTTGCGTAATGG
CAGCCATTGACCTGACGCACCTAGTCCATGAGACGTACCATACAAACGCC
ACCGATGCATGGTGGTACAACGGATTCTATGTGTCAACGGCCGCCATAGT
GCTCCTCATGTCTTTCTCCTCCCCATCAATGCTCGATTCATGTACTATGG
ATAAAGCCCGAGCTGCCTGGAGAGAAGCTACAAGCGTTCTAGAATCAATG
GCAACAGTTAAACGCTCCGCGAACAACACGCTTCAGTTCCTCAAAGCTTT
GTATCGGCAAGCTGTGCCCGCTGATATGCAACAAACAGGCAGTCAGACTG
CTGGTGCTGCTTCGCTGCATCCAGATAACATGACTCAACATTACACCCCG
TTTGATCACCCGGATCACGACTTAACGCAAGCTCCATTCTTCAATTGGGA
GGAATACGCCGGAAGTATGGGACAGGGGTTTGATGATTTGGGGTTTTTGA
CGAGGCTTGATTTTCCTGATACTTTACCTTGA 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:0003677 | DNA binding |
| GO:0008270 | zinc ion 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 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 |
| DBxref | InterPro:IPR007219 |
| DBxref | PFAM:PF04082 |
| 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 |
|---|
| ch1 | supercontig | ch1:2039728..2042114 + |
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