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Sequences
The following sequences are available for this feature:
mRNA from alignment at MCQH01000029:365100..367421- Legend: polypeptideCDSexon Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC10864_001786-T1 ID=ATCC10864_001786-T1|Name=ATCC10864_001786-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=2322bp|location=Sequence derived from alignment at MCQH01000029:365100..367421- (Aspergillus niger ATCC 10864)
ATGGCCTCCCGCCAGTCTCGTAGGGTTCTGCGACCTCTGCTTTATACATC
GCTGGCGGCTGCCACAGGAGCCGGAGTTCTCTACATCTCTTATCGTCCCC
GCAATATACCTGGTTCAGAAGCCCCCGCAGTTCCGCCGCCGGGCTACCAT
GAAGGCAAGCTCGTGCCCCCAAGCTTTCCCAATATCAAATCCCGCCTCGA
GCAGATCCAAGACTTAAAGCGATCTTCTGCTGGAAGCAACTCTGAAGAGT
ATGATCTGCTCGTCATTGGCGGTGGTGCCACTGGATCGGGTATTGCCCTT
GATGCTGCCACACGGGGGTTGAAGGTTGCCATTGTTGAGAGGGACGACTT
CAGCGCCGGAACGAGCAGCAAGAGTACCAAACTCGTTCACGGTGGTGTTC
GATATTTGGAAAAGGCTGTTTGGGAGTTGGATTACAACCAGTTAGTTCTT
CCCTCGCCCCTCCGCTGTATTGTCTGGGTGACGACCATGATGTACTAAGT
GCCACTCGCCCTATTGTAGGTACAAGCTAGTCAAAGAGGCTCTGCGGGAG
CGAAAGTATTTCTTGAACACAGCACCTCATCTGTCTAGCTGGCTTCCTAT
TATGGTTCCGCTACAGAAATGGTGGCAGGCGCCTTATTTCTGGGCGGGAA
CAAAGTTCTACGATTACTTGGCTGGGTCTGAAGGTATCGAGAGCTCCTAC
TTCCTCACCAAGAGCAAGGCCATCGATGCCTTCCCTATGTTAAGAAAGGA
CAACCTGTTTGGAGCCATGGTATACTATGGTATGCGGTCTCTTCCCCCAA
CCCCACCCGCGACACATAGATGGCCCCTCGCTAACGGTGCATTCACTAGA
TGGTGCCCACAACGACTCTCGAATGAATGTTTCTCTGGCCATGACAGCTG
CGTTATACGGTGCCACTGTTGTCAATCACATGCAAGTCACTGGCCTGGAA
AAGGACTCCTCCGGGAAGTTGAACGGCGCTCGTGTCAAGGATCTTATCCC
CGGAAGAGATGGCCAAGAGACGGAGGAGTTCACGATCAAAGCAAAGGGTA
TCATTAACGCAACTGGCCCCTTCACCGACTCGATCAGAAAGATGGACGAA
CCCGGCATCAAGGAGATCGTGGCTCCTAGCTCAGGTGTTCATGTGATCTT
ACCTGGCTATTACAGCCCTTCGGATATGGGCCTCATTGACCCATCTACGT
CGGACGGCCGTGTGATCTTCTTCCTTCCCTGGCAAGGGAACACCATTGCC
GGTACAACGGACCAACCGACCGAGATCACCCCTCAACCCCAGCCTTCTGA
GAAGGATATCAATTGGATCATTTCCGAAGTCCGTAATTACTTGGCTCCAG
ACATCAATATTGAGCGGAGTGACGTCCTTGCTGCCTGGGCTGGAATTCGC
CCGCTGGTGCGTGATCCTAAGGTAAAGAGCTCCGAGGCTCTGGTCCGCAA
CCATCTCATTACTGTCTCACCGTCCGGACTCTTGACCTGTGCTGGTGGCA
AGTGGACTACCTACCGGCAGATGGCTGAAGAGGCGGTGGACGAAGCCATT
GGCGTGTTCGGCTTGAAGCCTCGCGGAGTCACCGGCGCTCCGGATATCAG
TGGTGTCGGCGGCAGTGGCTTGGTCTCCGACGGTGCTGTTCTCGACGGAT
CTTGCCAAACCCACCAGGTTCGCTTGATTGGTGCCCATGGCTTCTCCAAA
ACCCTTTTCATCAACCTCATCCAGCACTTCGGACTCGAGGTTGATGTGGC
TAAGCATCTAACGGAGTCGTACGGTGACCGAGCCTGGCAGGTTGCGGCTT
TGTCTTCCCCCACAAATGCTCGCTTCCCTGTCCGCGGCCAACGCATCTCC
AGACTATACCCCTTCGTTGATGGTGAAATCAGGTATGCTGTGCGCCACGA
GTATGCACAGACTGCCACCGATGTCATTGCTCGCAGAACACGGTTGGCAT
TTTTGAACGCCGAAGCAGCACTCGAAGCCCTTCCTAACATTATCGATCTC
ATGGGTGAGGAGCTGAAGTGGGATAAGAACCGGAAAGATTCTGAATGGAA
GGAGAGCGTCCAGTTTCTTTCTTCAATGGGTCTACCAAAGGCTTTCCTGA
GCATGACGCGGGATGATGTCGAGGCGGGTAGAGTAAAGGATCTGGATATC
GCACAAAGAAAGGCCTTTGCTCGGTCCGGTGAGTAGACCCGCACTAGAAT
AGTCATTCATGACAGACCTGACTAATGAACTTTCAGATCCCCCAGCGGAT
GTGCTCAATAGTGACATCCCCTCGTCCGATTCTAACAAGCTGATACATCC
CGAGTCCCCGGCAAACAAATAG back to topCoding sequence (CDS) from alignment at MCQH01000029:365100..367421- >ATCC10864_001786-T1 ID=ATCC10864_001786-T1|Name=ATCC10864_001786-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=8460bp|location=Sequence derived from alignment at MCQH01000029:365100..367421- (Aspergillus niger ATCC 10864)
ATCCCCCAGCGGATGTGCTCAATAGTGACATCCCCTCGTCCGATTCTAAC
AAGCTGATACATCCCGAGTCCCCGGCAAACAAATAGATGGTGCCCACAAC
GACTCTCGAATGAATGTTTCTCTGGCCATGACAGCTGCGTTATACGGTGC
CACTGTTGTCAATCACATGCAAGTCACTGGCCTGGAAAAGGACTCCTCCG
GGAAGTTGAACGGCGCTCGTGTCAAGGATCTTATCCCCGGAAGAGATGGC
CAAGAGACGGAGGAGTTCACGATCAAAGCAAAGGGTATCATTAACGCAAC
TGGCCCCTTCACCGACTCGATCAGAAAGATGGACGAACCCGGCATCAAGG
AGATCGTGGCTCCTAGCTCAGGTGTTCATGTGATCTTACCTGGCTATTAC
AGCCCTTCGGATATGGGCCTCATTGACCCATCTACGTCGGACGGCCGTGT
GATCTTCTTCCTTCCCTGGCAAGGGAACACCATTGCCGGTACAACGGACC
AACCGACCGAGATCACCCCTCAACCCCAGCCTTCTGAGAAGGATATCAAT
TGGATCATTTCCGAAGTCCGTAATTACTTGGCTCCAGACATCAATATTGA
GCGGAGTGACGTCCTTGCTGCCTGGGCTGGAATTCGCCCGCTGGTGCGTG
ATCCTAAGGTAAAGAGCTCCGAGGCTCTGGTCCGCAACCATCTCATTACT
GTCTCACCGTCCGGACTCTTGACCTGTGCTGGTGGCAAGTGGACTACCTA
CCGGCAGATGGCTGAAGAGGCGGTGGACGAAGCCATTGGCGTGTTCGGCT
TGAAGCCTCGCGGAGTCACCGGCGCTCCGGATATCAGTGGTGTCGGCGGC
AGTGGCTTGGTCTCCGACGGTGCTGTTCTCGACGGATCTTGCCAAACCCA
CCAGGTTCGCTTGATTGGTGCCCATGGCTTCTCCAAAACCCTTTTCATCA
ACCTCATCCAGCACTTCGGACTCGAGGTTGATGTGGCTAAGCATCTAACG
GAGTCGTACGGTGACCGAGCCTGGCAGGTTGCGGCTTTGTCTTCCCCCAC
AAATGCTCGCTTCCCTGTCCGCGGCCAACGCATCTCCAGACTATACCCCT
TCGTTGATGGTGAAATCAGGTATGCTGTGCGCCACGAGTATGCACAGACT
GCCACCGATGTCATTGCTCGCAGAACACGGTTGGCATTTTTGAACGCCGA
AGCAGCACTCGAAGCCCTTCCTAACATTATCGATCTCATGGGTGAGGAGC
TGAAGTGGGATAAGAACCGGAAAGATTCTGAATGGAAGGAGAGCGTCCAG
TTTCTTTCTTCAATGGGTCTACCAAAGGCTTTCCTGAGCATGACGCGGGA
TGATGTCGAGGCGGGTAGAGTAAAGGATCTGGATATCGCACAAAGAAAGG
CCTTTGCTCGGTCCGGTACAAGCTAGTCAAAGAGGCTCTGCGGGAGCGAA
AGTATTTCTTGAACACAGCACCTCATCTGTCTAGCTGGCTTCCTATTATG
GTTCCGCTACAGAAATGGTGGCAGGCGCCTTATTTCTGGGCGGGAACAAA
GTTCTACGATTACTTGGCTGGGTCTGAAGGTATCGAGAGCTCCTACTTCC
TCACCAAGAGCAAGGCCATCGATGCCTTCCCTATGTTAAGAAAGGACAAC
CTGTTTGGAGCCATGGTATACTATGATGGCCTCCCGCCAGTCTCGTAGGG
TTCTGCGACCTCTGCTTTATACATCGCTGGCGGCTGCCACAGGAGCCGGA
GTTCTCTACATCTCTTATCGTCCCCGCAATATACCTGGTTCAGAAGCCCC
CGCAGTTCCGCCGCCGGGCTACCATGAAGGCAAGCTCGTGCCCCCAAGCT
TTCCCAATATCAAATCCCGCCTCGAGCAGATCCAAGACTTAAAGCGATCT
TCTGCTGGAAGCAACTCTGAAGAGTATGATCTGCTCGTCATTGGCGGTGG
TGCCACTGGATCGGGTATTGCCCTTGATGCTGCCACACGGGGGTTGAAGG
TTGCCATTGTTGAGAGGGACGACTTCAGCGCCGGAACGAGCAGCAAGAGT
ACCAAACTCGTTCACGGTGGTGTTCGATATTTGGAAAAGGCTGTTTGGGA
GTTGGATTACAACCAATCCCCCAGCGGATGTGCTCAATAGTGACATCCCC
TCGTCCGATTCTAACAAGCTGATACATCCCGAGTCCCCGGCAAACAAATA
GATGGTGCCCACAACGACTCTCGAATGAATGTTTCTCTGGCCATGACAGC
TGCGTTATACGGTGCCACTGTTGTCAATCACATGCAAGTCACTGGCCTGG
AAAAGGACTCCTCCGGGAAGTTGAACGGCGCTCGTGTCAAGGATCTTATC
CCCGGAAGAGATGGCCAAGAGACGGAGGAGTTCACGATCAAAGCAAAGGG
TATCATTAACGCAACTGGCCCCTTCACCGACTCGATCAGAAAGATGGACG
AACCCGGCATCAAGGAGATCGTGGCTCCTAGCTCAGGTGTTCATGTGATC
TTACCTGGCTATTACAGCCCTTCGGATATGGGCCTCATTGACCCATCTAC
GTCGGACGGCCGTGTGATCTTCTTCCTTCCCTGGCAAGGGAACACCATTG
CCGGTACAACGGACCAACCGACCGAGATCACCCCTCAACCCCAGCCTTCT
GAGAAGGATATCAATTGGATCATTTCCGAAGTCCGTAATTACTTGGCTCC
AGACATCAATATTGAGCGGAGTGACGTCCTTGCTGCCTGGGCTGGAATTC
GCCCGCTGGTGCGTGATCCTAAGGTAAAGAGCTCCGAGGCTCTGGTCCGC
AACCATCTCATTACTGTCTCACCGTCCGGACTCTTGACCTGTGCTGGTGG
CAAGTGGACTACCTACCGGCAGATGGCTGAAGAGGCGGTGGACGAAGCCA
TTGGCGTGTTCGGCTTGAAGCCTCGCGGAGTCACCGGCGCTCCGGATATC
AGTGGTGTCGGCGGCAGTGGCTTGGTCTCCGACGGTGCTGTTCTCGACGG
ATCTTGCCAAACCCACCAGGTTCGCTTGATTGGTGCCCATGGCTTCTCCA
AAACCCTTTTCATCAACCTCATCCAGCACTTCGGACTCGAGGTTGATGTG
GCTAAGCATCTAACGGAGTCGTACGGTGACCGAGCCTGGCAGGTTGCGGC
TTTGTCTTCCCCCACAAATGCTCGCTTCCCTGTCCGCGGCCAACGCATCT
CCAGACTATACCCCTTCGTTGATGGTGAAATCAGGTATGCTGTGCGCCAC
GAGTATGCACAGACTGCCACCGATGTCATTGCTCGCAGAACACGGTTGGC
ATTTTTGAACGCCGAAGCAGCACTCGAAGCCCTTCCTAACATTATCGATC
TCATGGGTGAGGAGCTGAAGTGGGATAAGAACCGGAAAGATTCTGAATGG
AAGGAGAGCGTCCAGTTTCTTTCTTCAATGGGTCTACCAAAGGCTTTCCT
GAGCATGACGCGGGATGATGTCGAGGCGGGTAGAGTAAAGGATCTGGATA
TCGCACAAAGAAAGGCCTTTGCTCGGTCCGGTACAAGCTAGTCAAAGAGG
CTCTGCGGGAGCGAAAGTATTTCTTGAACACAGCACCTCATCTGTCTAGC
TGGCTTCCTATTATGGTTCCGCTACAGAAATGGTGGCAGGCGCCTTATTT
CTGGGCGGGAACAAAGTTCTACGATTACTTGGCTGGGTCTGAAGGTATCG
AGAGCTCCTACTTCCTCACCAAGAGCAAGGCCATCGATGCCTTCCCTATG
TTAAGAAAGGACAACCTGTTTGGAGCCATGGTATACTATGATGGCCTCCC
GCCAGTCTCGTAGGGTTCTGCGACCTCTGCTTTATACATCGCTGGCGGCT
GCCACAGGAGCCGGAGTTCTCTACATCTCTTATCGTCCCCGCAATATACC
TGGTTCAGAAGCCCCCGCAGTTCCGCCGCCGGGCTACCATGAAGGCAAGC
TCGTGCCCCCAAGCTTTCCCAATATCAAATCCCGCCTCGAGCAGATCCAA
GACTTAAAGCGATCTTCTGCTGGAAGCAACTCTGAAGAGTATGATCTGCT
CGTCATTGGCGGTGGTGCCACTGGATCGGGTATTGCCCTTGATGCTGCCA
CACGGGGGTTGAAGGTTGCCATTGTTGAGAGGGACGACTTCAGCGCCGGA
ACGAGCAGCAAGAGTACCAAACTCGTTCACGGTGGTGTTCGATATTTGGA
AAAGGCTGTTTGGGAGTTGGATTACAACCAATCCCCCAGCGGATGTGCTC
AATAGTGACATCCCCTCGTCCGATTCTAACAAGCTGATACATCCCGAGTC
CCCGGCAAACAAATAGATGGTGCCCACAACGACTCTCGAATGAATGTTTC
TCTGGCCATGACAGCTGCGTTATACGGTGCCACTGTTGTCAATCACATGC
AAGTCACTGGCCTGGAAAAGGACTCCTCCGGGAAGTTGAACGGCGCTCGT
GTCAAGGATCTTATCCCCGGAAGAGATGGCCAAGAGACGGAGGAGTTCAC
GATCAAAGCAAAGGGTATCATTAACGCAACTGGCCCCTTCACCGACTCGA
TCAGAAAGATGGACGAACCCGGCATCAAGGAGATCGTGGCTCCTAGCTCA
GGTGTTCATGTGATCTTACCTGGCTATTACAGCCCTTCGGATATGGGCCT
CATTGACCCATCTACGTCGGACGGCCGTGTGATCTTCTTCCTTCCCTGGC
AAGGGAACACCATTGCCGGTACAACGGACCAACCGACCGAGATCACCCCT
CAACCCCAGCCTTCTGAGAAGGATATCAATTGGATCATTTCCGAAGTCCG
TAATTACTTGGCTCCAGACATCAATATTGAGCGGAGTGACGTCCTTGCTG
CCTGGGCTGGAATTCGCCCGCTGGTGCGTGATCCTAAGGTAAAGAGCTCC
GAGGCTCTGGTCCGCAACCATCTCATTACTGTCTCACCGTCCGGACTCTT
GACCTGTGCTGGTGGCAAGTGGACTACCTACCGGCAGATGGCTGAAGAGG
CGGTGGACGAAGCCATTGGCGTGTTCGGCTTGAAGCCTCGCGGAGTCACC
GGCGCTCCGGATATCAGTGGTGTCGGCGGCAGTGGCTTGGTCTCCGACGG
TGCTGTTCTCGACGGATCTTGCCAAACCCACCAGGTTCGCTTGATTGGTG
CCCATGGCTTCTCCAAAACCCTTTTCATCAACCTCATCCAGCACTTCGGA
CTCGAGGTTGATGTGGCTAAGCATCTAACGGAGTCGTACGGTGACCGAGC
CTGGCAGGTTGCGGCTTTGTCTTCCCCCACAAATGCTCGCTTCCCTGTCC
GCGGCCAACGCATCTCCAGACTATACCCCTTCGTTGATGGTGAAATCAGG
TATGCTGTGCGCCACGAGTATGCACAGACTGCCACCGATGTCATTGCTCG
CAGAACACGGTTGGCATTTTTGAACGCCGAAGCAGCACTCGAAGCCCTTC
CTAACATTATCGATCTCATGGGTGAGGAGCTGAAGTGGGATAAGAACCGG
AAAGATTCTGAATGGAAGGAGAGCGTCCAGTTTCTTTCTTCAATGGGTCT
ACCAAAGGCTTTCCTGAGCATGACGCGGGATGATGTCGAGGCGGGTAGAG
TAAAGGATCTGGATATCGCACAAAGAAAGGCCTTTGCTCGGTCCGGTACA
AGCTAGTCAAAGAGGCTCTGCGGGAGCGAAAGTATTTCTTGAACACAGCA
CCTCATCTGTCTAGCTGGCTTCCTATTATGGTTCCGCTACAGAAATGGTG
GCAGGCGCCTTATTTCTGGGCGGGAACAAAGTTCTACGATTACTTGGCTG
GGTCTGAAGGTATCGAGAGCTCCTACTTCCTCACCAAGAGCAAGGCCATC
GATGCCTTCCCTATGTTAAGAAAGGACAACCTGTTTGGAGCCATGGTATA
CTATGATGGCCTCCCGCCAGTCTCGTAGGGTTCTGCGACCTCTGCTTTAT
ACATCGCTGGCGGCTGCCACAGGAGCCGGAGTTCTCTACATCTCTTATCG
TCCCCGCAATATACCTGGTTCAGAAGCCCCCGCAGTTCCGCCGCCGGGCT
ACCATGAAGGCAAGCTCGTGCCCCCAAGCTTTCCCAATATCAAATCCCGC
CTCGAGCAGATCCAAGACTTAAAGCGATCTTCTGCTGGAAGCAACTCTGA
AGAGTATGATCTGCTCGTCATTGGCGGTGGTGCCACTGGATCGGGTATTG
CCCTTGATGCTGCCACACGGGGGTTGAAGGTTGCCATTGTTGAGAGGGAC
GACTTCAGCGCCGGAACGAGCAGCAAGAGTACCAAACTCGTTCACGGTGG
TGTTCGATATTTGGAAAAGGCTGTTTGGGAGTTGGATTACAACCAATCCC
CCAGCGGATGTGCTCAATAGTGACATCCCCTCGTCCGATTCTAACAAGCT
GATACATCCCGAGTCCCCGGCAAACAAATAGATGGTGCCCACAACGACTC
TCGAATGAATGTTTCTCTGGCCATGACAGCTGCGTTATACGGTGCCACTG
TTGTCAATCACATGCAAGTCACTGGCCTGGAAAAGGACTCCTCCGGGAAG
TTGAACGGCGCTCGTGTCAAGGATCTTATCCCCGGAAGAGATGGCCAAGA
GACGGAGGAGTTCACGATCAAAGCAAAGGGTATCATTAACGCAACTGGCC
CCTTCACCGACTCGATCAGAAAGATGGACGAACCCGGCATCAAGGAGATC
GTGGCTCCTAGCTCAGGTGTTCATGTGATCTTACCTGGCTATTACAGCCC
TTCGGATATGGGCCTCATTGACCCATCTACGTCGGACGGCCGTGTGATCT
TCTTCCTTCCCTGGCAAGGGAACACCATTGCCGGTACAACGGACCAACCG
ACCGAGATCACCCCTCAACCCCAGCCTTCTGAGAAGGATATCAATTGGAT
CATTTCCGAAGTCCGTAATTACTTGGCTCCAGACATCAATATTGAGCGGA
GTGACGTCCTTGCTGCCTGGGCTGGAATTCGCCCGCTGGTGCGTGATCCT
AAGGTAAAGAGCTCCGAGGCTCTGGTCCGCAACCATCTCATTACTGTCTC
ACCGTCCGGACTCTTGACCTGTGCTGGTGGCAAGTGGACTACCTACCGGC
AGATGGCTGAAGAGGCGGTGGACGAAGCCATTGGCGTGTTCGGCTTGAAG
CCTCGCGGAGTCACCGGCGCTCCGGATATCAGTGGTGTCGGCGGCAGTGG
CTTGGTCTCCGACGGTGCTGTTCTCGACGGATCTTGCCAAACCCACCAGG
TTCGCTTGATTGGTGCCCATGGCTTCTCCAAAACCCTTTTCATCAACCTC
ATCCAGCACTTCGGACTCGAGGTTGATGTGGCTAAGCATCTAACGGAGTC
GTACGGTGACCGAGCCTGGCAGGTTGCGGCTTTGTCTTCCCCCACAAATG
CTCGCTTCCCTGTCCGCGGCCAACGCATCTCCAGACTATACCCCTTCGTT
GATGGTGAAATCAGGTATGCTGTGCGCCACGAGTATGCACAGACTGCCAC
CGATGTCATTGCTCGCAGAACACGGTTGGCATTTTTGAACGCCGAAGCAG
CACTCGAAGCCCTTCCTAACATTATCGATCTCATGGGTGAGGAGCTGAAG
TGGGATAAGAACCGGAAAGATTCTGAATGGAAGGAGAGCGTCCAGTTTCT
TTCTTCAATGGGTCTACCAAAGGCTTTCCTGAGCATGACGCGGGATGATG
TCGAGGCGGGTAGAGTAAAGGATCTGGATATCGCACAAAGAAAGGCCTTT
GCTCGGTCCGGTACAAGCTAGTCAAAGAGGCTCTGCGGGAGCGAAAGTAT
TTCTTGAACACAGCACCTCATCTGTCTAGCTGGCTTCCTATTATGGTTCC
GCTACAGAAATGGTGGCAGGCGCCTTATTTCTGGGCGGGAACAAAGTTCT
ACGATTACTTGGCTGGGTCTGAAGGTATCGAGAGCTCCTACTTCCTCACC
AAGAGCAAGGCCATCGATGCCTTCCCTATGTTAAGAAAGGACAACCTGTT
TGGAGCCATGGTATACTATGATGGCCTCCCGCCAGTCTCGTAGGGTTCTG
CGACCTCTGCTTTATACATCGCTGGCGGCTGCCACAGGAGCCGGAGTTCT
CTACATCTCTTATCGTCCCCGCAATATACCTGGTTCAGAAGCCCCCGCAG
TTCCGCCGCCGGGCTACCATGAAGGCAAGCTCGTGCCCCCAAGCTTTCCC
AATATCAAATCCCGCCTCGAGCAGATCCAAGACTTAAAGCGATCTTCTGC
TGGAAGCAACTCTGAAGAGTATGATCTGCTCGTCATTGGCGGTGGTGCCA
CTGGATCGGGTATTGCCCTTGATGCTGCCACACGGGGGTTGAAGGTTGCC
ATTGTTGAGAGGGACGACTTCAGCGCCGGAACGAGCAGCAAGAGTACCAA
ACTCGTTCACGGTGGTGTTCGATATTTGGAAAAGGCTGTTTGGGAGTTGG
ATTACAACCA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0004368 | glycerol-3-phosphate dehydrogenase (quinone) activity |
| GO:0016491 | oxidoreductase activity |
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0009331 | glycerol-3-phosphate dehydrogenase complex |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006072 | glycerol-3-phosphate 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:
Cross References
External references for this mRNA
Properties
| Property Name | Value |
|---|
| 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 |
|---|
| MCQH01000029 | supercontig | MCQH01000029:365100..367421 - |
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