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Sequences
The following sequences are available for this feature:
mRNA from alignment at KZ851912.1:437296..439550+ Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below. >M747DRAFT_279123-T1 ID=M747DRAFT_279123-T1|Name=M747DRAFT_279123-T1|organism=Aspergillus niger ATCC 13496|type=mRNA|length=2255bp|location=Sequence derived from alignment at KZ851912.1:437296..439550+ (Aspergillus niger ATCC 13496)
CATTCACTAAATAACTATCCCACTGGTGGCTTTCAATGACCGTCCGGATT
GTTATCTCACTATTCTTACTGCAACAATGCCCGCGTAAGTGAGCTCGGTG
ACCCCATTTCTCCTCTCCCCTCGTCAGTCTCCAGAGGTTAACCGCGTCTC
TAGTGTTGGCGACCAGCACCGAGGGAACCCAGCGTCCATCATGATGCCCA
ACTCCACAGGGGCGATCACCGCAAACCCATTCGAAGAGCCACAGCGACGG
ATCAACGAGTACACTGCCCAGGAAATCGCAACTTTGCAAGCTCGTCTCGA
TAAGAAGCTCGGCCCCGAATACATCTCTTCCAGGCCTGGGGCTGCGGGAC
AGAGAGTACACTACTTGTCGGCCGATAAATGCATCAACCTGGCAAACGAA
GTTTTCGGGTTCAATGGCTGGTCAAGCTCGATTCAGAATATTCAGATTGA
TTTCGTCGAGGAGAGTCCCAATACTGGGAAGATCAGCCTGGGTCTCTCTG
TTATTGTGAGGGTGACACTGAAAGACGGTACATATCACGAGGTAGGCATC
ACTCTATTGCAGCGAGCCTGCCCTATATCTCAGCTAAGACACGAGTGGTG
TTAGGATATCGGTTACGGTCACATCGAGAACTGTAAAGGAAAGGCTGCTG
CTTTTGAGAAAGCTAAGAAAGAGGGGACAACCGATGCTCTAAAGCGGGCT
CTGAGGAACTTCGGCAATGTCCTGGGCAACTGTGTCTACGATAAGGACTA
TGTGTCGAAGGTCACCAAAGTAAAGACCGTTCCGGTATGTGACCGAGGTG
TGGACAATCTATTCACGACGACTGACACGCTCTAGGCCAAATGGGATGTC
GACGAACTGCACCGTCACCCAGACTTTGTTCCCAGGAAAGAGCCCGTAAA
ACCAAAGCCCAGCCCGGAAGACGATGATCTACCACCTCGGCCAACGGATG
TTGGCAAGAACAGTAGTATCGACGATTCGATGGCATTTGATGGTGACGGG
GAGTTCGGAAGTAAGCAACAATGGCATGTCACGATCCCTTACAACCGCTA
ACCATCACCTTAGGTGACCTATTTGATGAAGCCGACTTCGGGGTAGGCGG
AACAGGCAACCCAGACGAGGTAGTACTAGGACCAGAAACACAGAAGCAGC
CACCGACGCCTCTAAATGGACCCAATGTACCTCTACAGCCATTCAATAAT
AACGCCCGTGCACCGATGAGGCCCAACCCAGCCATGGTAACTCCATCCAA
GCCGGAACGGCCCTTCAACCCAGCTCCTGGTGCCAGACAAAATCCCGCTC
CTCAGCCCTTTAACAGCAGACTCAACCCCTCCGCAGCCCAAAATCAGCAA
GCACCTCAACGACAACCCATGGCCCCTCAAGGGCCCCAGCAAAACCTCCC
CAACAACCGAATGATCCCACCAGCACAAGCAGCAGCAGCCGCATCAACCA
CGGGTGGTGCCGTGCCCATCAAACGTGAATTCGGGGCATCGACCACCAAC
GAACCTCCCAGACCCCAAGACACACTGCCCGGCACGCCCTCCGCATCATT
CTTCTCAGCTCGCGCAGTCGACCTCCTCCGCGACAACCCTAACGGGATCC
CATCCGGAGCCCCAGTCTTCGACCCACACGCGGAGAGTCCCTCCATCCGC
AAGACCGCAGGCATCGACCACAACAAGAGTCTTCCTGTCTCCAGGCCCAT
GCTCGCCGGTGCCGGCGCCGCCTCCCCAGCAACCAATAACACCCGAGACT
TCGTCAACCCATCTCAAGATATGAATCGCAGGATCGGTGCCCCGGGCATG
AACAGTCCCATGAACAGACCCATGTCCACATCATCTTACCGGCCCTTGAC
ACGGCCAAATATCAATGCTCCGGGTGCAGCTGCGGCCGCCAATCGTGCAA
CTACCCCGGGTCTTGCACCGCAGAACGTGAACGGGAAACGACCCCCTCTG
TCTGATGTGACGAATGCCTCGAACCCGAGTGGCGGCAGCGGGCCTGCTCC
ACCAGGGGTCAGTGAGAATGACCCGAAACGACCCAAGGTAAACCCGGGTC
CTGCTGCTGCTGCGGCGGCGCCGCCGCAGCAGCAGCAGTGATGACCTGGT
GTTGAAATAGAATATCGTTTATGATAGGGTCTAGGTCTAGTCTCGGTATT
ATTCGGTGCGTTAAATATATCCATAGGGACGGCGTTCAAGGATGGAATGG
AATGGACACTGGCGGGATCGTATGGATGTTGTATCTTTTGATGAGATGGT
TGAGC back to topCoding sequence (CDS) from alignment at KZ851912.1:437296..439550+ >M747DRAFT_279123-T1 ID=M747DRAFT_279123-T1|Name=M747DRAFT_279123-T1|organism=Aspergillus niger ATCC 13496|type=CDS|length=8895bp|location=Sequence derived from alignment at KZ851912.1:437296..439550+ (Aspergillus niger ATCC 13496)
ATGCCCGCTGTTGGCGACCAGCACCGAGGGAACCCAGCGTCCATCATGAT
GCCCAACTCCACAGGGGCGATCACCGCAAACCCATTCGAAGAGCCACAGC
GACGGATCAACGAGTACACTGCCCAGGAAATCGCAACTTTGCAAGCTCGT
CTCGATAAGAAGCTCGGCCCCGAATACATCTCTTCCAGGCCTGGGGCTGC
GGGACAGAGAGTACACTACTTGTCGGCCGATAAATGCATCAACCTGGCAA
ACGAAGTTTTCGGGTTCAATGGCTGGTCAAGCTCGATTCAGAATATTCAG
ATTGATTTCGTCGAGGAGAGTCCCAATACTGGGAAGATCAGCCTGGGTCT
CTCTGTTATTGTGAGGGTGACACTGAAAGACGGTACATATCACGAGGATA
TCGGTTACGGTCACATCGAGAACTGTAAAGGAAAGGCTGCTGCTTTTGAG
AAAGCTAAGAAAGAGGGGACAACCGATGCTCTAAAGCGGGCTCTGAGGAA
CTTCGGCAATGTCCTGGGCAACTGTGTCTACGATAAGGACTATGTGTCGA
AGGTCACCAAAGTAAAGACCGTTCCGGCCAAATGGGATGTCGACGAACTG
CACCGTCACCCAGACTTTGTTCCCAGGAAAGAGCCCGTAAAACCAAAGCC
CAGCCCGGAAGACGATGATCTACCACCTCGGCCAACGGATGTTGGCAAGA
ACAGTAGTATCGACGATTCGATGGCATTTGATGGTGACGGGGAGTTCGGA
AGTGACCTATTTGATGAAGCCGACTTCGGGGTAGGCGGAACAGGCAACCC
AGACGAGGTAGTACTAGGACCAGAAACACAGAAGCAGCCACCGACGCCTC
TAAATGGACCCAATGTACCTCTACAGCCATTCAATAATAACGCCCGTGCA
CCGATGAGGCCCAACCCAGCCATGGTAACTCCATCCAAGCCGGAACGGCC
CTTCAACCCAGCTCCTGGTGCCAGACAAAATCCCGCTCCTCAGCCCTTTA
ACAGCAGACTCAACCCCTCCGCAGCCCAAAATCAGCAAGCACCTCAACGA
CAACCCATGGCCCCTCAAGGGCCCCAGCAAAACCTCCCCAACAACCGAAT
GATCCCACCAGCACAAGCAGCAGCAGCCGCATCAACCACGGGTGGTGCCG
TGCCCATCAAACGTGAATTCGGGGCATCGACCACCAACGAACCTCCCAGA
CCCCAAGACACACTGCCCGGCACGCCCTCCGCATCATTCTTCTCAGCTCG
CGCAGTCGACCTCCTCCGCGACAACCCTAACGGGATCCCATCCGGAGCCC
CAGTCTTCGACCCACACGCGGAGAGTCCCTCCATCCGCAAGACCGCAGGC
ATCGACCACAACAAGAGTCTTCCTGTCTCCAGGCCCATGCTCGCCGGTGC
CGGCGCCGCCTCCCCAGCAACCAATAACACCCGAGACTTCGTCAACCCAT
CTCAAGATATGAATCGCAGGATCGGTGCCCCGGGCATGAACAGTCCCATG
AACAGACCCATGTCCACATCATCTTACCGGCCCTTGACACGGCCAAATAT
CAATGCTCCGGGTGCAGCTGCGGCCGCCAATCGTGCAACTACCCCGGGTC
TTGCACCGCAGAACGTGAACGGGAAACGACCCCCTCTGTCTGATGTGACG
AATGCCTCGAACCCGAGTGGCGGCAGCGGGCCTGCTCCACCAGGGGTCAG
TGAGAATGACCCGAAACGACCCAAGGTAAACCCGGGTCCTGCTGCTGCTG
CGGCGGCGCCGCCGCAGCAGCAGCAGTGAATGCCCGCTGTTGGCGACCAG
CACCGAGGGAACCCAGCGTCCATCATGATGCCCAACTCCACAGGGGCGAT
CACCGCAAACCCATTCGAAGAGCCACAGCGACGGATCAACGAGTACACTG
CCCAGGAAATCGCAACTTTGCAAGCTCGTCTCGATAAGAAGCTCGGCCCC
GAATACATCTCTTCCAGGCCTGGGGCTGCGGGACAGAGAGTACACTACTT
GTCGGCCGATAAATGCATCAACCTGGCAAACGAAGTTTTCGGGTTCAATG
GCTGGTCAAGCTCGATTCAGAATATTCAGATTGATTTCGTCGAGGAGAGT
CCCAATACTGGGAAGATCAGCCTGGGTCTCTCTGTTATTGTGAGGGTGAC
ACTGAAAGACGGTACATATCACGAGGATATCGGTTACGGTCACATCGAGA
ACTGTAAAGGAAAGGCTGCTGCTTTTGAGAAAGCTAAGAAAGAGGGGACA
ACCGATGCTCTAAAGCGGGCTCTGAGGAACTTCGGCAATGTCCTGGGCAA
CTGTGTCTACGATAAGGACTATGTGTCGAAGGTCACCAAAGTAAAGACCG
TTCCGGCCAAATGGGATGTCGACGAACTGCACCGTCACCCAGACTTTGTT
CCCAGGAAAGAGCCCGTAAAACCAAAGCCCAGCCCGGAAGACGATGATCT
ACCACCTCGGCCAACGGATGTTGGCAAGAACAGTAGTATCGACGATTCGA
TGGCATTTGATGGTGACGGGGAGTTCGGAAGTGACCTATTTGATGAAGCC
GACTTCGGGGTAGGCGGAACAGGCAACCCAGACGAGGTAGTACTAGGACC
AGAAACACAGAAGCAGCCACCGACGCCTCTAAATGGACCCAATGTACCTC
TACAGCCATTCAATAATAACGCCCGTGCACCGATGAGGCCCAACCCAGCC
ATGGTAACTCCATCCAAGCCGGAACGGCCCTTCAACCCAGCTCCTGGTGC
CAGACAAAATCCCGCTCCTCAGCCCTTTAACAGCAGACTCAACCCCTCCG
CAGCCCAAAATCAGCAAGCACCTCAACGACAACCCATGGCCCCTCAAGGG
CCCCAGCAAAACCTCCCCAACAACCGAATGATCCCACCAGCACAAGCAGC
AGCAGCCGCATCAACCACGGGTGGTGCCGTGCCCATCAAACGTGAATTCG
GGGCATCGACCACCAACGAACCTCCCAGACCCCAAGACACACTGCCCGGC
ACGCCCTCCGCATCATTCTTCTCAGCTCGCGCAGTCGACCTCCTCCGCGA
CAACCCTAACGGGATCCCATCCGGAGCCCCAGTCTTCGACCCACACGCGG
AGAGTCCCTCCATCCGCAAGACCGCAGGCATCGACCACAACAAGAGTCTT
CCTGTCTCCAGGCCCATGCTCGCCGGTGCCGGCGCCGCCTCCCCAGCAAC
CAATAACACCCGAGACTTCGTCAACCCATCTCAAGATATGAATCGCAGGA
TCGGTGCCCCGGGCATGAACAGTCCCATGAACAGACCCATGTCCACATCA
TCTTACCGGCCCTTGACACGGCCAAATATCAATGCTCCGGGTGCAGCTGC
GGCCGCCAATCGTGCAACTACCCCGGGTCTTGCACCGCAGAACGTGAACG
GGAAACGACCCCCTCTGTCTGATGTGACGAATGCCTCGAACCCGAGTGGC
GGCAGCGGGCCTGCTCCACCAGGGGTCAGTGAGAATGACCCGAAACGACC
CAAGGTAAACCCGGGTCCTGCTGCTGCTGCGGCGGCGCCGCCGCAGCAGC
AGCAGTGAATGCCCGCTGTTGGCGACCAGCACCGAGGGAACCCAGCGTCC
ATCATGATGCCCAACTCCACAGGGGCGATCACCGCAAACCCATTCGAAGA
GCCACAGCGACGGATCAACGAGTACACTGCCCAGGAAATCGCAACTTTGC
AAGCTCGTCTCGATAAGAAGCTCGGCCCCGAATACATCTCTTCCAGGCCT
GGGGCTGCGGGACAGAGAGTACACTACTTGTCGGCCGATAAATGCATCAA
CCTGGCAAACGAAGTTTTCGGGTTCAATGGCTGGTCAAGCTCGATTCAGA
ATATTCAGATTGATTTCGTCGAGGAGAGTCCCAATACTGGGAAGATCAGC
CTGGGTCTCTCTGTTATTGTGAGGGTGACACTGAAAGACGGTACATATCA
CGAGGATATCGGTTACGGTCACATCGAGAACTGTAAAGGAAAGGCTGCTG
CTTTTGAGAAAGCTAAGAAAGAGGGGACAACCGATGCTCTAAAGCGGGCT
CTGAGGAACTTCGGCAATGTCCTGGGCAACTGTGTCTACGATAAGGACTA
TGTGTCGAAGGTCACCAAAGTAAAGACCGTTCCGGCCAAATGGGATGTCG
ACGAACTGCACCGTCACCCAGACTTTGTTCCCAGGAAAGAGCCCGTAAAA
CCAAAGCCCAGCCCGGAAGACGATGATCTACCACCTCGGCCAACGGATGT
TGGCAAGAACAGTAGTATCGACGATTCGATGGCATTTGATGGTGACGGGG
AGTTCGGAAGTGACCTATTTGATGAAGCCGACTTCGGGGTAGGCGGAACA
GGCAACCCAGACGAGGTAGTACTAGGACCAGAAACACAGAAGCAGCCACC
GACGCCTCTAAATGGACCCAATGTACCTCTACAGCCATTCAATAATAACG
CCCGTGCACCGATGAGGCCCAACCCAGCCATGGTAACTCCATCCAAGCCG
GAACGGCCCTTCAACCCAGCTCCTGGTGCCAGACAAAATCCCGCTCCTCA
GCCCTTTAACAGCAGACTCAACCCCTCCGCAGCCCAAAATCAGCAAGCAC
CTCAACGACAACCCATGGCCCCTCAAGGGCCCCAGCAAAACCTCCCCAAC
AACCGAATGATCCCACCAGCACAAGCAGCAGCAGCCGCATCAACCACGGG
TGGTGCCGTGCCCATCAAACGTGAATTCGGGGCATCGACCACCAACGAAC
CTCCCAGACCCCAAGACACACTGCCCGGCACGCCCTCCGCATCATTCTTC
TCAGCTCGCGCAGTCGACCTCCTCCGCGACAACCCTAACGGGATCCCATC
CGGAGCCCCAGTCTTCGACCCACACGCGGAGAGTCCCTCCATCCGCAAGA
CCGCAGGCATCGACCACAACAAGAGTCTTCCTGTCTCCAGGCCCATGCTC
GCCGGTGCCGGCGCCGCCTCCCCAGCAACCAATAACACCCGAGACTTCGT
CAACCCATCTCAAGATATGAATCGCAGGATCGGTGCCCCGGGCATGAACA
GTCCCATGAACAGACCCATGTCCACATCATCTTACCGGCCCTTGACACGG
CCAAATATCAATGCTCCGGGTGCAGCTGCGGCCGCCAATCGTGCAACTAC
CCCGGGTCTTGCACCGCAGAACGTGAACGGGAAACGACCCCCTCTGTCTG
ATGTGACGAATGCCTCGAACCCGAGTGGCGGCAGCGGGCCTGCTCCACCA
GGGGTCAGTGAGAATGACCCGAAACGACCCAAGGTAAACCCGGGTCCTGC
TGCTGCTGCGGCGGCGCCGCCGCAGCAGCAGCAGTGAATGCCCGCTGTTG
GCGACCAGCACCGAGGGAACCCAGCGTCCATCATGATGCCCAACTCCACA
GGGGCGATCACCGCAAACCCATTCGAAGAGCCACAGCGACGGATCAACGA
GTACACTGCCCAGGAAATCGCAACTTTGCAAGCTCGTCTCGATAAGAAGC
TCGGCCCCGAATACATCTCTTCCAGGCCTGGGGCTGCGGGACAGAGAGTA
CACTACTTGTCGGCCGATAAATGCATCAACCTGGCAAACGAAGTTTTCGG
GTTCAATGGCTGGTCAAGCTCGATTCAGAATATTCAGATTGATTTCGTCG
AGGAGAGTCCCAATACTGGGAAGATCAGCCTGGGTCTCTCTGTTATTGTG
AGGGTGACACTGAAAGACGGTACATATCACGAGGATATCGGTTACGGTCA
CATCGAGAACTGTAAAGGAAAGGCTGCTGCTTTTGAGAAAGCTAAGAAAG
AGGGGACAACCGATGCTCTAAAGCGGGCTCTGAGGAACTTCGGCAATGTC
CTGGGCAACTGTGTCTACGATAAGGACTATGTGTCGAAGGTCACCAAAGT
AAAGACCGTTCCGGCCAAATGGGATGTCGACGAACTGCACCGTCACCCAG
ACTTTGTTCCCAGGAAAGAGCCCGTAAAACCAAAGCCCAGCCCGGAAGAC
GATGATCTACCACCTCGGCCAACGGATGTTGGCAAGAACAGTAGTATCGA
CGATTCGATGGCATTTGATGGTGACGGGGAGTTCGGAAGTGACCTATTTG
ATGAAGCCGACTTCGGGGTAGGCGGAACAGGCAACCCAGACGAGGTAGTA
CTAGGACCAGAAACACAGAAGCAGCCACCGACGCCTCTAAATGGACCCAA
TGTACCTCTACAGCCATTCAATAATAACGCCCGTGCACCGATGAGGCCCA
ACCCAGCCATGGTAACTCCATCCAAGCCGGAACGGCCCTTCAACCCAGCT
CCTGGTGCCAGACAAAATCCCGCTCCTCAGCCCTTTAACAGCAGACTCAA
CCCCTCCGCAGCCCAAAATCAGCAAGCACCTCAACGACAACCCATGGCCC
CTCAAGGGCCCCAGCAAAACCTCCCCAACAACCGAATGATCCCACCAGCA
CAAGCAGCAGCAGCCGCATCAACCACGGGTGGTGCCGTGCCCATCAAACG
TGAATTCGGGGCATCGACCACCAACGAACCTCCCAGACCCCAAGACACAC
TGCCCGGCACGCCCTCCGCATCATTCTTCTCAGCTCGCGCAGTCGACCTC
CTCCGCGACAACCCTAACGGGATCCCATCCGGAGCCCCAGTCTTCGACCC
ACACGCGGAGAGTCCCTCCATCCGCAAGACCGCAGGCATCGACCACAACA
AGAGTCTTCCTGTCTCCAGGCCCATGCTCGCCGGTGCCGGCGCCGCCTCC
CCAGCAACCAATAACACCCGAGACTTCGTCAACCCATCTCAAGATATGAA
TCGCAGGATCGGTGCCCCGGGCATGAACAGTCCCATGAACAGACCCATGT
CCACATCATCTTACCGGCCCTTGACACGGCCAAATATCAATGCTCCGGGT
GCAGCTGCGGCCGCCAATCGTGCAACTACCCCGGGTCTTGCACCGCAGAA
CGTGAACGGGAAACGACCCCCTCTGTCTGATGTGACGAATGCCTCGAACC
CGAGTGGCGGCAGCGGGCCTGCTCCACCAGGGGTCAGTGAGAATGACCCG
AAACGACCCAAGGTAAACCCGGGTCCTGCTGCTGCTGCGGCGGCGCCGCC
GCAGCAGCAGCAGTGAATGCCCGCTGTTGGCGACCAGCACCGAGGGAACC
CAGCGTCCATCATGATGCCCAACTCCACAGGGGCGATCACCGCAAACCCA
TTCGAAGAGCCACAGCGACGGATCAACGAGTACACTGCCCAGGAAATCGC
AACTTTGCAAGCTCGTCTCGATAAGAAGCTCGGCCCCGAATACATCTCTT
CCAGGCCTGGGGCTGCGGGACAGAGAGTACACTACTTGTCGGCCGATAAA
TGCATCAACCTGGCAAACGAAGTTTTCGGGTTCAATGGCTGGTCAAGCTC
GATTCAGAATATTCAGATTGATTTCGTCGAGGAGAGTCCCAATACTGGGA
AGATCAGCCTGGGTCTCTCTGTTATTGTGAGGGTGACACTGAAAGACGGT
ACATATCACGAGGATATCGGTTACGGTCACATCGAGAACTGTAAAGGAAA
GGCTGCTGCTTTTGAGAAAGCTAAGAAAGAGGGGACAACCGATGCTCTAA
AGCGGGCTCTGAGGAACTTCGGCAATGTCCTGGGCAACTGTGTCTACGAT
AAGGACTATGTGTCGAAGGTCACCAAAGTAAAGACCGTTCCGGCCAAATG
GGATGTCGACGAACTGCACCGTCACCCAGACTTTGTTCCCAGGAAAGAGC
CCGTAAAACCAAAGCCCAGCCCGGAAGACGATGATCTACCACCTCGGCCA
ACGGATGTTGGCAAGAACAGTAGTATCGACGATTCGATGGCATTTGATGG
TGACGGGGAGTTCGGAAGTGACCTATTTGATGAAGCCGACTTCGGGGTAG
GCGGAACAGGCAACCCAGACGAGGTAGTACTAGGACCAGAAACACAGAAG
CAGCCACCGACGCCTCTAAATGGACCCAATGTACCTCTACAGCCATTCAA
TAATAACGCCCGTGCACCGATGAGGCCCAACCCAGCCATGGTAACTCCAT
CCAAGCCGGAACGGCCCTTCAACCCAGCTCCTGGTGCCAGACAAAATCCC
GCTCCTCAGCCCTTTAACAGCAGACTCAACCCCTCCGCAGCCCAAAATCA
GCAAGCACCTCAACGACAACCCATGGCCCCTCAAGGGCCCCAGCAAAACC
TCCCCAACAACCGAATGATCCCACCAGCACAAGCAGCAGCAGCCGCATCA
ACCACGGGTGGTGCCGTGCCCATCAAACGTGAATTCGGGGCATCGACCAC
CAACGAACCTCCCAGACCCCAAGACACACTGCCCGGCACGCCCTCCGCAT
CATTCTTCTCAGCTCGCGCAGTCGACCTCCTCCGCGACAACCCTAACGGG
ATCCCATCCGGAGCCCCAGTCTTCGACCCACACGCGGAGAGTCCCTCCAT
CCGCAAGACCGCAGGCATCGACCACAACAAGAGTCTTCCTGTCTCCAGGC
CCATGCTCGCCGGTGCCGGCGCCGCCTCCCCAGCAACCAATAACACCCGA
GACTTCGTCAACCCATCTCAAGATATGAATCGCAGGATCGGTGCCCCGGG
CATGAACAGTCCCATGAACAGACCCATGTCCACATCATCTTACCGGCCCT
TGACACGGCCAAATATCAATGCTCCGGGTGCAGCTGCGGCCGCCAATCGT
GCAACTACCCCGGGTCTTGCACCGCAGAACGTGAACGGGAAACGACCCCC
TCTGTCTGATGTGACGAATGCCTCGAACCCGAGTGGCGGCAGCGGGCCTG
CTCCACCAGGGGTCAGTGAGAATGACCCGAAACGACCCAAGGTAAACCCG
GGTCCTGCTGCTGCTGCGGCGGCGCCGCCGCAGCAGCAGCAGTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0005634 | nucleus |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0045002 | double-strand break repair via single-strand annealing |
| GO:0000724 | double-strand break repair via homologous recombination |
| GO:0000730 | DNA recombinase assembly |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following five_prime_UTR feature(s) are a part of this mRNA:
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following three_prime_UTR feature(s) are a part of this mRNA:
Properties
| Property Name | Value |
|---|
| Note | BUSCO:EOG09261PJZ |
| DBxref | InterPro:IPR041247 |
| DBxref | InterPro:IPR042525 |
| DBxref | InterPro:IPR004585 |
| DBxref | PFAM:PF04098 |
| 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 |
|---|
| KZ851912.1 | supercontig | KZ851912.1:437296..439550 + |
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