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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch6:3264485..3266487- Legend: polypeptideCDSexon Hold the cursor over a type above to highlight its positions in the sequence below. >KYF_008307-T1 ID=KYF_008307-T1|Name=KYF_008307-T1|organism=Aspergillus niger KYF3|type=mRNA|length=2003bp|location=Sequence derived from alignment at ch6:3264485..3266487- (Aspergillus niger KYF3)
ATGCAGAAATCACCCACCATCACTTTTGACTCTATCAGTCTTCCCGATCC
TCTCAACCCCCCCACCAAGAAGACCAGAACGCCACCAATCACTACCTCCA
AAATGAGGAACCCTTTCGATATGGCCGACCTGGACTCCGCCGTCGAACAG
GAAGAACCTCAGCCTTTCATGGACATTCACGCCTACCAGTCGCATGATGG
CAATCGCTCCCTCTTACAACCCAACGAAAACCGCCACAGTATGAAGGATC
GCTTTATCGGTGCCATTGACACTGGTACCACCAGCTCCCGTTTCATCATC
TTCGACTGCACTGGTGTTCCTGTGGCCAAGTACCAGATGGAATTCCGCCA
AATCCACGAGAAATCAGGGTAAGTCTTTTGAGAAAGTTCCACCTGGTCCG
TCTTCATCACGCTTATGTCTATTCGCTACTTCTTAGATGGCACGAACAAG
ACCCCTTCGAACTTGTCGATTCCGTATACACCTGCATTGAAGAGGCTATG
AAGACCTTCCTCGCACTCGGCCACTCCCGGGACGATATCGAGGCTATTGG
TATTACCAGTCAACGTGAGACAACCGTGTGCTGGGATTGGGAGACTGGCG
AGCCTCTACACCACGCAATCGCGTGGCCAGATACCAGAACCACTGGGCTG
GTTCGAGAACTCAAGACAAAGGAGGGTGCGGATGAGCTGTCAAACATTTG
CGGCCTTCCCCTATCGACCTACCCTTCCTCTGTCACCCTCATGTGGATGC
TCCGCAACCTCCCCGAGGTTAAGAGGGCATATGATGAGGGCCGCCTTGCT
TTTGGTACCATCGACACCTGGCTGATATATAACCTGAACGGTGGCCCGGA
GGGCGGCCGGCTGGTGACTGACGTCACCAACGCCTCACGAACCATGTTCA
TGAACCTCGAAACGCTTGATTACGATGATAAGTTGTTGAAATTCTTCGAA
ATTGATCGGAACAAGATTAGACTGCCCAAGATTCTCCCTTCGTCTGACCC
GGAGGGCTACGGATGGGTTAGAGACGGCCCGCTTGAGGGCATTCCTATCA
CAAGCTGTCTCGGAGATCAGTCTGCAGCCTTGGTCGGTCACTGTGCCTTC
ACGCCTGGATCTGCGAAGAACACCTATGGCACGGGCTGTTTCCTTCTCTA
CAACGTTGGTGAGAAGCCAGTTATCTCCAAGCATGGCTTGCTTGGCACCG
TGGGCTTCCAGCTGGGCAAGCACCGCAAGCCAGTGTATGCCTTGGAGGGC
AGTGTCGCTGTTGCTGGAAGTGGTATCTCTTTCCTGATGAACAACATGGG
TTTCTTCCGTGATTCCCGCAAAGTCAGTGAGGTCGCTGCGACCGTCCCCG
ACAGTGGCGGCTGTGTCTTCGTGACGGCCTTCAGTGGTCTGTTCGCACCC
TACTGGATTGATGATGCCAAGGGAACCATCTGTAAGTTCACCACGCTTTC
TTTACCATTTGTGGGAGAAAGATCTTTACTGACTCTATCTCAGTTGGTAT
CACCCAGCACACCCAGCGTGGACACATTGCACGAGCCACCATGGAAGCGG
CCTGCTTCCAGACCAAGGCCATCTTGGATGCCATGGAGATGGACAGTGGT
CACAAATTGTCGGAATTGGCCGTCGATGGCGGTATGAGCAATTCCGATAT
TTGCATGCAGGTAGGTTACTCACATGACTCTTGTCACCTGACGAGCTGAA
ACTAACCCCCCATCTTAGACTCAAGCCGATATCATTCAGATTCCCGTTGA
ACGCCCGGCCATGCACGAGACGACGGCGCTGGGAGCCGCGATCGCAGCTG
GCTTTGCAGTCAACATCTGGAAGGATTTCAGCGAGCTCAAGGACATGAAC
CGGGCCAACCGCACTACCTTCCTTCCCCATGCCTCTCCAGTGCAGAGCAA
GAAGATGTACCGTCAATGGAGCAAGGCCGTCGAGATGTCGCGTGGCTGGC
TCGACACGAACGAGTCGGAAGAAGAAGAAGAAGAAGGACAGAACGGTGCA
TAG back to topCoding sequence (CDS) from alignment at ch6:3264485..3266487- >KYF_008307-T1 ID=KYF_008307-T1|Name=KYF_008307-T1|organism=Aspergillus niger KYF3|type=CDS|length=7260bp|location=Sequence derived from alignment at ch6:3264485..3266487- (Aspergillus niger KYF3)
ACTCAAGCCGATATCATTCAGATTCCCGTTGAACGCCCGGCCATGCACGA
GACGACGGCGCTGGGAGCCGCGATCGCAGCTGGCTTTGCAGTCAACATCT
GGAAGGATTTCAGCGAGCTCAAGGACATGAACCGGGCCAACCGCACTACC
TTCCTTCCCCATGCCTCTCCAGTGCAGAGCAAGAAGATGTACCGTCAATG
GAGCAAGGCCGTCGAGATGTCGCGTGGCTGGCTCGACACGAACGAGTCGG
AAGAAGAAGAAGAAGAAGGACAGAACGGTGCATAGTTGGTATCACCCAGC
ACACCCAGCGTGGACACATTGCACGAGCCACCATGGAAGCGGCCTGCTTC
CAGACCAAGGCCATCTTGGATGCCATGGAGATGGACAGTGGTCACAAATT
GTCGGAATTGGCCGTCGATGGCGGTATGAGCAATTCCGATATTTGCATGC
AGATGGCACGAACAAGACCCCTTCGAACTTGTCGATTCCGTATACACCTG
CATTGAAGAGGCTATGAAGACCTTCCTCGCACTCGGCCACTCCCGGGACG
ATATCGAGGCTATTGGTATTACCAGTCAACGTGAGACAACCGTGTGCTGG
GATTGGGAGACTGGCGAGCCTCTACACCACGCAATCGCGTGGCCAGATAC
CAGAACCACTGGGCTGGTTCGAGAACTCAAGACAAAGGAGGGTGCGGATG
AGCTGTCAAACATTTGCGGCCTTCCCCTATCGACCTACCCTTCCTCTGTC
ACCCTCATGTGGATGCTCCGCAACCTCCCCGAGGTTAAGAGGGCATATGA
TGAGGGCCGCCTTGCTTTTGGTACCATCGACACCTGGCTGATATATAACC
TGAACGGTGGCCCGGAGGGCGGCCGGCTGGTGACTGACGTCACCAACGCC
TCACGAACCATGTTCATGAACCTCGAAACGCTTGATTACGATGATAAGTT
GTTGAAATTCTTCGAAATTGATCGGAACAAGATTAGACTGCCCAAGATTC
TCCCTTCGTCTGACCCGGAGGGCTACGGATGGGTTAGAGACGGCCCGCTT
GAGGGCATTCCTATCACAAGCTGTCTCGGAGATCAGTCTGCAGCCTTGGT
CGGTCACTGTGCCTTCACGCCTGGATCTGCGAAGAACACCTATGGCACGG
GCTGTTTCCTTCTCTACAACGTTGGTGAGAAGCCAGTTATCTCCAAGCAT
GGCTTGCTTGGCACCGTGGGCTTCCAGCTGGGCAAGCACCGCAAGCCAGT
GTATGCCTTGGAGGGCAGTGTCGCTGTTGCTGGAAGTGGTATCTCTTTCC
TGATGAACAACATGGGTTTCTTCCGTGATTCCCGCAAAGTCAGTGAGGTC
GCTGCGACCGTCCCCGACAGTGGCGGCTGTGTCTTCGTGACGGCCTTCAG
TGGTCTGTTCGCACCCTACTGGATTGATGATGCCAAGGGAACCATCTATG
CAGAAATCACCCACCATCACTTTTGACTCTATCAGTCTTCCCGATCCTCT
CAACCCCCCCACCAAGAAGACCAGAACGCCACCAATCACTACCTCCAAAA
TGAGGAACCCTTTCGATATGGCCGACCTGGACTCCGCCGTCGAACAGGAA
GAACCTCAGCCTTTCATGGACATTCACGCCTACCAGTCGCATGATGGCAA
TCGCTCCCTCTTACAACCCAACGAAAACCGCCACAGTATGAAGGATCGCT
TTATCGGTGCCATTGACACTGGTACCACCAGCTCCCGTTTCATCATCTTC
GACTGCACTGGTGTTCCTGTGGCCAAGTACCAGATGGAATTCCGCCAAAT
CCACGAGAAATCAGGACTCAAGCCGATATCATTCAGATTCCCGTTGAACG
CCCGGCCATGCACGAGACGACGGCGCTGGGAGCCGCGATCGCAGCTGGCT
TTGCAGTCAACATCTGGAAGGATTTCAGCGAGCTCAAGGACATGAACCGG
GCCAACCGCACTACCTTCCTTCCCCATGCCTCTCCAGTGCAGAGCAAGAA
GATGTACCGTCAATGGAGCAAGGCCGTCGAGATGTCGCGTGGCTGGCTCG
ACACGAACGAGTCGGAAGAAGAAGAAGAAGAAGGACAGAACGGTGCATAG
TTGGTATCACCCAGCACACCCAGCGTGGACACATTGCACGAGCCACCATG
GAAGCGGCCTGCTTCCAGACCAAGGCCATCTTGGATGCCATGGAGATGGA
CAGTGGTCACAAATTGTCGGAATTGGCCGTCGATGGCGGTATGAGCAATT
CCGATATTTGCATGCAGATGGCACGAACAAGACCCCTTCGAACTTGTCGA
TTCCGTATACACCTGCATTGAAGAGGCTATGAAGACCTTCCTCGCACTCG
GCCACTCCCGGGACGATATCGAGGCTATTGGTATTACCAGTCAACGTGAG
ACAACCGTGTGCTGGGATTGGGAGACTGGCGAGCCTCTACACCACGCAAT
CGCGTGGCCAGATACCAGAACCACTGGGCTGGTTCGAGAACTCAAGACAA
AGGAGGGTGCGGATGAGCTGTCAAACATTTGCGGCCTTCCCCTATCGACC
TACCCTTCCTCTGTCACCCTCATGTGGATGCTCCGCAACCTCCCCGAGGT
TAAGAGGGCATATGATGAGGGCCGCCTTGCTTTTGGTACCATCGACACCT
GGCTGATATATAACCTGAACGGTGGCCCGGAGGGCGGCCGGCTGGTGACT
GACGTCACCAACGCCTCACGAACCATGTTCATGAACCTCGAAACGCTTGA
TTACGATGATAAGTTGTTGAAATTCTTCGAAATTGATCGGAACAAGATTA
GACTGCCCAAGATTCTCCCTTCGTCTGACCCGGAGGGCTACGGATGGGTT
AGAGACGGCCCGCTTGAGGGCATTCCTATCACAAGCTGTCTCGGAGATCA
GTCTGCAGCCTTGGTCGGTCACTGTGCCTTCACGCCTGGATCTGCGAAGA
ACACCTATGGCACGGGCTGTTTCCTTCTCTACAACGTTGGTGAGAAGCCA
GTTATCTCCAAGCATGGCTTGCTTGGCACCGTGGGCTTCCAGCTGGGCAA
GCACCGCAAGCCAGTGTATGCCTTGGAGGGCAGTGTCGCTGTTGCTGGAA
GTGGTATCTCTTTCCTGATGAACAACATGGGTTTCTTCCGTGATTCCCGC
AAAGTCAGTGAGGTCGCTGCGACCGTCCCCGACAGTGGCGGCTGTGTCTT
CGTGACGGCCTTCAGTGGTCTGTTCGCACCCTACTGGATTGATGATGCCA
AGGGAACCATCTATGCAGAAATCACCCACCATCACTTTTGACTCTATCAG
TCTTCCCGATCCTCTCAACCCCCCCACCAAGAAGACCAGAACGCCACCAA
TCACTACCTCCAAAATGAGGAACCCTTTCGATATGGCCGACCTGGACTCC
GCCGTCGAACAGGAAGAACCTCAGCCTTTCATGGACATTCACGCCTACCA
GTCGCATGATGGCAATCGCTCCCTCTTACAACCCAACGAAAACCGCCACA
GTATGAAGGATCGCTTTATCGGTGCCATTGACACTGGTACCACCAGCTCC
CGTTTCATCATCTTCGACTGCACTGGTGTTCCTGTGGCCAAGTACCAGAT
GGAATTCCGCCAAATCCACGAGAAATCAGGACTCAAGCCGATATCATTCA
GATTCCCGTTGAACGCCCGGCCATGCACGAGACGACGGCGCTGGGAGCCG
CGATCGCAGCTGGCTTTGCAGTCAACATCTGGAAGGATTTCAGCGAGCTC
AAGGACATGAACCGGGCCAACCGCACTACCTTCCTTCCCCATGCCTCTCC
AGTGCAGAGCAAGAAGATGTACCGTCAATGGAGCAAGGCCGTCGAGATGT
CGCGTGGCTGGCTCGACACGAACGAGTCGGAAGAAGAAGAAGAAGAAGGA
CAGAACGGTGCATAGTTGGTATCACCCAGCACACCCAGCGTGGACACATT
GCACGAGCCACCATGGAAGCGGCCTGCTTCCAGACCAAGGCCATCTTGGA
TGCCATGGAGATGGACAGTGGTCACAAATTGTCGGAATTGGCCGTCGATG
GCGGTATGAGCAATTCCGATATTTGCATGCAGATGGCACGAACAAGACCC
CTTCGAACTTGTCGATTCCGTATACACCTGCATTGAAGAGGCTATGAAGA
CCTTCCTCGCACTCGGCCACTCCCGGGACGATATCGAGGCTATTGGTATT
ACCAGTCAACGTGAGACAACCGTGTGCTGGGATTGGGAGACTGGCGAGCC
TCTACACCACGCAATCGCGTGGCCAGATACCAGAACCACTGGGCTGGTTC
GAGAACTCAAGACAAAGGAGGGTGCGGATGAGCTGTCAAACATTTGCGGC
CTTCCCCTATCGACCTACCCTTCCTCTGTCACCCTCATGTGGATGCTCCG
CAACCTCCCCGAGGTTAAGAGGGCATATGATGAGGGCCGCCTTGCTTTTG
GTACCATCGACACCTGGCTGATATATAACCTGAACGGTGGCCCGGAGGGC
GGCCGGCTGGTGACTGACGTCACCAACGCCTCACGAACCATGTTCATGAA
CCTCGAAACGCTTGATTACGATGATAAGTTGTTGAAATTCTTCGAAATTG
ATCGGAACAAGATTAGACTGCCCAAGATTCTCCCTTCGTCTGACCCGGAG
GGCTACGGATGGGTTAGAGACGGCCCGCTTGAGGGCATTCCTATCACAAG
CTGTCTCGGAGATCAGTCTGCAGCCTTGGTCGGTCACTGTGCCTTCACGC
CTGGATCTGCGAAGAACACCTATGGCACGGGCTGTTTCCTTCTCTACAAC
GTTGGTGAGAAGCCAGTTATCTCCAAGCATGGCTTGCTTGGCACCGTGGG
CTTCCAGCTGGGCAAGCACCGCAAGCCAGTGTATGCCTTGGAGGGCAGTG
TCGCTGTTGCTGGAAGTGGTATCTCTTTCCTGATGAACAACATGGGTTTC
TTCCGTGATTCCCGCAAAGTCAGTGAGGTCGCTGCGACCGTCCCCGACAG
TGGCGGCTGTGTCTTCGTGACGGCCTTCAGTGGTCTGTTCGCACCCTACT
GGATTGATGATGCCAAGGGAACCATCTATGCAGAAATCACCCACCATCAC
TTTTGACTCTATCAGTCTTCCCGATCCTCTCAACCCCCCCACCAAGAAGA
CCAGAACGCCACCAATCACTACCTCCAAAATGAGGAACCCTTTCGATATG
GCCGACCTGGACTCCGCCGTCGAACAGGAAGAACCTCAGCCTTTCATGGA
CATTCACGCCTACCAGTCGCATGATGGCAATCGCTCCCTCTTACAACCCA
ACGAAAACCGCCACAGTATGAAGGATCGCTTTATCGGTGCCATTGACACT
GGTACCACCAGCTCCCGTTTCATCATCTTCGACTGCACTGGTGTTCCTGT
GGCCAAGTACCAGATGGAATTCCGCCAAATCCACGAGAAATCAGGACTCA
AGCCGATATCATTCAGATTCCCGTTGAACGCCCGGCCATGCACGAGACGA
CGGCGCTGGGAGCCGCGATCGCAGCTGGCTTTGCAGTCAACATCTGGAAG
GATTTCAGCGAGCTCAAGGACATGAACCGGGCCAACCGCACTACCTTCCT
TCCCCATGCCTCTCCAGTGCAGAGCAAGAAGATGTACCGTCAATGGAGCA
AGGCCGTCGAGATGTCGCGTGGCTGGCTCGACACGAACGAGTCGGAAGAA
GAAGAAGAAGAAGGACAGAACGGTGCATAGTTGGTATCACCCAGCACACC
CAGCGTGGACACATTGCACGAGCCACCATGGAAGCGGCCTGCTTCCAGAC
CAAGGCCATCTTGGATGCCATGGAGATGGACAGTGGTCACAAATTGTCGG
AATTGGCCGTCGATGGCGGTATGAGCAATTCCGATATTTGCATGCAGATG
GCACGAACAAGACCCCTTCGAACTTGTCGATTCCGTATACACCTGCATTG
AAGAGGCTATGAAGACCTTCCTCGCACTCGGCCACTCCCGGGACGATATC
GAGGCTATTGGTATTACCAGTCAACGTGAGACAACCGTGTGCTGGGATTG
GGAGACTGGCGAGCCTCTACACCACGCAATCGCGTGGCCAGATACCAGAA
CCACTGGGCTGGTTCGAGAACTCAAGACAAAGGAGGGTGCGGATGAGCTG
TCAAACATTTGCGGCCTTCCCCTATCGACCTACCCTTCCTCTGTCACCCT
CATGTGGATGCTCCGCAACCTCCCCGAGGTTAAGAGGGCATATGATGAGG
GCCGCCTTGCTTTTGGTACCATCGACACCTGGCTGATATATAACCTGAAC
GGTGGCCCGGAGGGCGGCCGGCTGGTGACTGACGTCACCAACGCCTCACG
AACCATGTTCATGAACCTCGAAACGCTTGATTACGATGATAAGTTGTTGA
AATTCTTCGAAATTGATCGGAACAAGATTAGACTGCCCAAGATTCTCCCT
TCGTCTGACCCGGAGGGCTACGGATGGGTTAGAGACGGCCCGCTTGAGGG
CATTCCTATCACAAGCTGTCTCGGAGATCAGTCTGCAGCCTTGGTCGGTC
ACTGTGCCTTCACGCCTGGATCTGCGAAGAACACCTATGGCACGGGCTGT
TTCCTTCTCTACAACGTTGGTGAGAAGCCAGTTATCTCCAAGCATGGCTT
GCTTGGCACCGTGGGCTTCCAGCTGGGCAAGCACCGCAAGCCAGTGTATG
CCTTGGAGGGCAGTGTCGCTGTTGCTGGAAGTGGTATCTCTTTCCTGATG
AACAACATGGGTTTCTTCCGTGATTCCCGCAAAGTCAGTGAGGTCGCTGC
GACCGTCCCCGACAGTGGCGGCTGTGTCTTCGTGACGGCCTTCAGTGGTC
TGTTCGCACCCTACTGGATTGATGATGCCAAGGGAACCATCTATGCAGAA
ATCACCCACCATCACTTTTGACTCTATCAGTCTTCCCGATCCTCTCAACC
CCCCCACCAAGAAGACCAGAACGCCACCAATCACTACCTCCAAAATGAGG
AACCCTTTCGATATGGCCGACCTGGACTCCGCCGTCGAACAGGAAGAACC
TCAGCCTTTCATGGACATTCACGCCTACCAGTCGCATGATGGCAATCGCT
CCCTCTTACAACCCAACGAAAACCGCCACAGTATGAAGGATCGCTTTATC
GGTGCCATTGACACTGGTACCACCAGCTCCCGTTTCATCATCTTCGACTG
CACTGGTGTTCCTGTGGCCAAGTACCAGATGGAATTCCGCCAAATCCACG
AGAAATCAGG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0004370 | glycerol kinase activity |
| GO:0016773 | phosphotransferase activity, alcohol group as acceptor |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006072 | glycerol-3-phosphate metabolic process |
| GO:0005975 | carbohydrate metabolic process |
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 |
|---|
| DBxref | InterPro:IPR018483 |
| DBxref | InterPro:IPR018485 |
| DBxref | InterPro:IPR005999 |
| DBxref | InterPro:IPR018484 |
| DBxref | PFAM:PF00370 |
| DBxref | PFAM:PF02782 |
| 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 |
|---|
| ch6 | supercontig | ch6:3264485..3266487 - |
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