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Sequences
The following sequences are available for this feature:
mRNA from alignment at ch8:3883511..3885983+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >KYF_011293-T1 ID=KYF_011293-T1|Name=KYF_011293-T1|organism=Aspergillus niger KYF3|type=mRNA|length=2473bp|location=Sequence derived from alignment at ch8:3883511..3885983+ (Aspergillus niger KYF3)
ATGTCAAGCGAAGACTTGCAATGGCTGGAAAGTTACCTGCGCCATGGATA
CGACCCGGAAGCTCAGGGTGTCGATGAACATGCAGCATTCTATCAGTCGA
ATCCCTACTTTGCTATGCCCCCGTCCTCGTCTTATACAGCTGCCCACAAT
GGCTCTGCCGGATCTCATGGATATCAGTACTCAAACGAGAGGGACGTGAG
GCCTGGCTCATTTCCAGAAAACCAACATCACACATCCACTTCTCGGTCTC
ACCAAATGCAGTACCCCCAAGCTTCGACCGTGGCACCGCCCCCAGGCTCG
CATACTGAGAGCTCGTCTCGGTTTGCTGCTCCTTTTGGACCGAAGTCGCT
GCCCTCCAAATCACCGAGACCCCCTCCTTCGCAGGATTATACACGTGCGC
ATCAGTTGCCAAAGCCGGTGCAGACACGCAGGACTGGCCCTCCAGCAGGG
TATAAGCCGCCCCCTTCGCGAATGTCTCGACCGGCGCATCAATCCAACCC
AGGCCCCCCTCCAGGGTATCAGCCGGCCTCATATCCAGCGCCACATTCAA
TCCCTCAGGCACCGTCCAGACCGACCCCGCCTCAGACATCGGGCTCTTTG
CCCTCGAGTCTGCCTCATGCCCAGCCGTCTTCTACCGTAACCTCAAGCCA
ACCTCATTCCCAGTCCTCGAATGCTGTCATTTCGCCCCTGGTACTGCAGA
CATCGAATACGGCACTGCCGCCTACACCAGCCCAAGCTCCCAATTCACGT
CCTTCACCTATGCCACCGACGCAATTCACTACACATCCTTCAAATCAGCC
AATGACAGCACCTCAAACGAGTTCACACACTACTCCGACAATTTCAGCTC
AGACATCCAACTCGGCTCCTCCAGTGACCGTCCCAACCGTCCAGCCGTCA
AATTCAGCGCCTCCGCCTATTCCGCCTGCGCATATAACGCATACAACCCT
GCAATCTACGATGCAGCAAGGAAATACCACTGGAATCGGTAGTGAACCAG
GTCATGATGCTAAAAGACGTCGGATAGCGGCCCCATCCACCTCTAAACGA
TCATCCGGGCAACCCTCATTGCCCAGCTACGCAACAGCGCCTGCTGAGAA
TCCTCCAGCTGGAGGGCTCTCTATCTACAATTATTCACCACAAATAGCAG
GCTCCGGGTTCCCTGCATCTAAAAGCTATCTAAAATCGCGTGCCGACATT
GTTACGCCGCTACGTGAGGAAGACGCCGTGGATAAGGTGATCTATGACCC
GAAGACGATCGCCAGAGACGTCCTCATTGCAGCAGGCCGCCATCCAACGG
AGGAGGCACTGAACCATCATCTTCTTCGCTTGCGCGATGTTTTCGTTCAT
GTGGACAGTTCGTCGGACCTGTCGACCTTTCGCTGGGATCTGGTCGACGC
GCTGGAGCCACGTGACCAAGGTCCGCCAAAGCCGCAGCCGCGGCCGCGTC
CCGCGCCTTCTCTGCCTGTCCTTCCGAACAACACCAACACTAGTCTGCCC
CCTCCACCACAATCCCGGCAACCACCACCACTTCCCCAGTCACAGCCGGT
ACGGCAATATCCGTCTTCGCAGCCGCTGCAGGGTCAGCCGGTGTCGGGTC
CGCCCGTTGGTCTTTCTAAGGCTGCTCCTCAGCCACAGAACCGCCCATCT
GTCTCAGCAGCGACCCCGCTACCACAAACGCGGCCGCAACCACCGTCGAC
CCCGCAGCCCCCATCCCAATCAAGTGTACCTATCACGACGACGCAAGTGA
CACCTATGACGGGCAAGAGAGGACCGGGTCGACCCCCGGGCAGCTCGAAG
GCGCGGCAGCAGCCCCAGCAAACTCCCATACCGGCGTCGGTTCCGTACCC
GGTCTTTGCATGTGATTGGACGAACTGCCAGGCCCAGCTGCACAACCTGG
ATGGACTGAAGAAGCATGTCTTCAAGGTGCACGTATCCCAGACGCTCAAT
TGCGCGTGGAGGGGGTGCTCGTTCCCGGATGCCCTACCTGCCGCAGCTTT
GTTCAAACATGTGAAGAAGGAGCATCTGGAACCGATCGCATGGAAGCTGG
GGGATGGGCCCGCGGTGCCTCTAACTGGTGAGAAAGCATCTGCTGGATGA
TTGCAAACTTTCAGCTTGCGACTAGTTTGATGTTCGAAGTAGTGATTGAC
TTTTTAACTTTGACTTGTGCGATCTAGTGGGAAACGATGCTAGCGGCAGT
CCTGGGCCCTTGGGCATTTTGGACACCGCACAGCCCAATACTGAAGACTC
ACTTATATTCCCTGCCAGCTACAGTTCTATCCGTGCCTTCAACCGAGTGC
ATGGGAATAATACCCAACAGGAGAAGGCCCGGGAGATTCTCAAAGCAGTC
CAGCGACTGAAGGAGCAAATCGGAGTCGGACTGGACCCGGGCGGATGTGA
GCTCGCGACTCCGGCGCGGAATGAGCGATTGAGCAATGACGAAGATGTCT
ACGAGGTGGTGCCAGCGACCTGA back to topCoding sequence (CDS) from alignment at ch8:3883511..3885983+ >KYF_011293-T1 ID=KYF_011293-T1|Name=KYF_011293-T1|organism=Aspergillus niger KYF3|type=CDS|length=10830bp|location=Sequence derived from alignment at ch8:3883511..3885983+ (Aspergillus niger KYF3)
ATGTCAAGCGAAGACTTGCAATGGCTGGAAAGTTACCTGCGCCATGGATA
CGACCCGGAAGCTCAGGGTGTCGATGAACATGCAGCATTCTATCAGTCGA
ATCCCTACTTTGCTATGCCCCCGTCCTCGTCTTATACAGCTGCCCACAAT
GGCTCTGCCGGATCTCATGGATATCAGTACTCAAACGAGAGGGACTACCC
CCAAGCTTCGACCGTGGCACCGCCCCCAGGCTCGCATACTGAGAGCTCGT
CTCGGTTTGCTGCTCCTTTTGGACCGAAGTCGCTGCCCTCCAAATCACCG
AGACCCCCTCCTTCGCAGGATTATACACGTGCGCATCAGTTGCCAAAGCC
GGTGCAGACACGCAGGACTGGCCCTCCAGCAGGGCCCCCCTCCAGGGTAT
CAGCCGGCCTCATATCCAGCGCCACATTCAATCCCTCAGGCACCGTCCAG
ACCGACCCCGCCTCAGACATCGGGCTCTTTGCCCTCGAGTCTGCCTCATG
CCCAGCCGTCTTCTACCGTAACCTCAAGCCAACCTCATTCCCAGTCCTCG
AATGCTGTCATTTCGCCCCTGGTACTGCAGACATCGAATACGGCACTGCC
GCCTACACCAGCCCAAGCTCCCAATTCACGTCCTTCACCTATGCCACCGA
CGCAATTCACTACACATCCTTCAAATCAGCCAATGACAGCACCTCAAACG
AGTTCACACACTACTCCGACAATTTCAGCTCAGACATCCAACTCGGCTCC
TCCAGTGACCGTCCCAACCGTCCAGCCGTCAAATTCAGCGCCTCCGCCTA
TTCCGCCTGCGCATATAACGCATACAACCCTGCAATCTACGATGCAGCAA
GGAAATACCACTGGAATCGCTACGCAACAGCGCCTGCTGAGAATCCTCCA
GCTGGAGGGCTCTCTATCTACAATTATTCACCACAAATAGCAGGCTCCGG
GTTCCCTGCATCTAAAAGCTATCTAAAATCGCGTGCCGACATTGTTACGC
CGCTACGTGAGGAAGACGCCGTGGATAAGGTGATCTATGACCCGAAGACG
ATCGCCAGAGACGTCCTCATTGCAGCAGGCCGCCATCCAACGGAGGAGGC
ACTGAACCATCATCTTCTTCGCTTGCGCGATGTTTTCGTTCATGTGGACA
GTTCGTCGGACCTGTCGACCTTTCGCTGGGATCTGGTCGACGCGCTGGAG
CCACGTGACCAAGGTCCGCCAAAGCCGCAGCCGCGGCCGCGTCCCGCGCC
TTCTCTGCCTGTCCTTCCGAACAACACCAACACTAGTCTGCCCCCTCCAC
CACAATCCCGGCAACCACCACCACTTCCCCAGTCACAGCCGGTACGGCAA
TATCCGTCTTCGCAGCCGCTGCAGGGTCAGCCGGTGTCGGGTCCGCCCGT
TGGTCTTTCTAAGGCTGCTCCTCAGCCACAGAACCGCCCATCTGTCTCAG
CAGCGACCCCGCTACCACAAACGCGGCCGCAACCACCGTCGACCCCGCAG
CCCCCATCCCAATCAAGTGTACCTATCACGACGACGCAAGTGACACCTAT
GACGGGCAAGAGAGGACCGGGTCGACCCCCGGGCAGCTCGAAGGCGCGGC
AGCAGCCCCAGCAAACTCCCATACCGGCGTCGGTTCCGTACCCGGTCTTT
GCATGTGATTGGACGAACTGCCAGGCCCAGCTGCACAACCTGGATGGACT
GAAGAAGCATGTCTTCAAGGTGCACGTATCCCAGACGCTCAATTGCGCGT
GGAGGGGGTGCTCGTTCCCGGATGCCCTACCTGCCGCAGCTTTGTTCAAA
CATGTGAAGAAGGAGCATCTGGAACCGATCGCATGGAAGCTGGGGGATGG
GCCCGCGGTGCCTCTAACTGTGGGAAACGATGCTAGCGGCAGTCCTGGGC
CCTTGGGCATTTTGGACACCGCACAGCCCAATACTGAAGACTCACTTATA
TTCCCTGCCAGCTACAGTTCTATCCGTGCCTTCAACCGAGTGCATGGGAA
TAATACCCAACAGGAGAAGGCCCGGGAGATTCTCAAAGCAGTCCAGCGAC
TGAAGGAGCAAATCGGAGTCGGACTGGACCCGGGCGGATGTGAGCTCGCG
ACTCCGGCGCGGAATGAGCGATTGAGCAATGACGAAGATGTCTACGAGGT
GGTGCCAGCGACCTGAATGTCAAGCGAAGACTTGCAATGGCTGGAAAGTT
ACCTGCGCCATGGATACGACCCGGAAGCTCAGGGTGTCGATGAACATGCA
GCATTCTATCAGTCGAATCCCTACTTTGCTATGCCCCCGTCCTCGTCTTA
TACAGCTGCCCACAATGGCTCTGCCGGATCTCATGGATATCAGTACTCAA
ACGAGAGGGACTACCCCCAAGCTTCGACCGTGGCACCGCCCCCAGGCTCG
CATACTGAGAGCTCGTCTCGGTTTGCTGCTCCTTTTGGACCGAAGTCGCT
GCCCTCCAAATCACCGAGACCCCCTCCTTCGCAGGATTATACACGTGCGC
ATCAGTTGCCAAAGCCGGTGCAGACACGCAGGACTGGCCCTCCAGCAGGG
CCCCCCTCCAGGGTATCAGCCGGCCTCATATCCAGCGCCACATTCAATCC
CTCAGGCACCGTCCAGACCGACCCCGCCTCAGACATCGGGCTCTTTGCCC
TCGAGTCTGCCTCATGCCCAGCCGTCTTCTACCGTAACCTCAAGCCAACC
TCATTCCCAGTCCTCGAATGCTGTCATTTCGCCCCTGGTACTGCAGACAT
CGAATACGGCACTGCCGCCTACACCAGCCCAAGCTCCCAATTCACGTCCT
TCACCTATGCCACCGACGCAATTCACTACACATCCTTCAAATCAGCCAAT
GACAGCACCTCAAACGAGTTCACACACTACTCCGACAATTTCAGCTCAGA
CATCCAACTCGGCTCCTCCAGTGACCGTCCCAACCGTCCAGCCGTCAAAT
TCAGCGCCTCCGCCTATTCCGCCTGCGCATATAACGCATACAACCCTGCA
ATCTACGATGCAGCAAGGAAATACCACTGGAATCGCTACGCAACAGCGCC
TGCTGAGAATCCTCCAGCTGGAGGGCTCTCTATCTACAATTATTCACCAC
AAATAGCAGGCTCCGGGTTCCCTGCATCTAAAAGCTATCTAAAATCGCGT
GCCGACATTGTTACGCCGCTACGTGAGGAAGACGCCGTGGATAAGGTGAT
CTATGACCCGAAGACGATCGCCAGAGACGTCCTCATTGCAGCAGGCCGCC
ATCCAACGGAGGAGGCACTGAACCATCATCTTCTTCGCTTGCGCGATGTT
TTCGTTCATGTGGACAGTTCGTCGGACCTGTCGACCTTTCGCTGGGATCT
GGTCGACGCGCTGGAGCCACGTGACCAAGGTCCGCCAAAGCCGCAGCCGC
GGCCGCGTCCCGCGCCTTCTCTGCCTGTCCTTCCGAACAACACCAACACT
AGTCTGCCCCCTCCACCACAATCCCGGCAACCACCACCACTTCCCCAGTC
ACAGCCGGTACGGCAATATCCGTCTTCGCAGCCGCTGCAGGGTCAGCCGG
TGTCGGGTCCGCCCGTTGGTCTTTCTAAGGCTGCTCCTCAGCCACAGAAC
CGCCCATCTGTCTCAGCAGCGACCCCGCTACCACAAACGCGGCCGCAACC
ACCGTCGACCCCGCAGCCCCCATCCCAATCAAGTGTACCTATCACGACGA
CGCAAGTGACACCTATGACGGGCAAGAGAGGACCGGGTCGACCCCCGGGC
AGCTCGAAGGCGCGGCAGCAGCCCCAGCAAACTCCCATACCGGCGTCGGT
TCCGTACCCGGTCTTTGCATGTGATTGGACGAACTGCCAGGCCCAGCTGC
ACAACCTGGATGGACTGAAGAAGCATGTCTTCAAGGTGCACGTATCCCAG
ACGCTCAATTGCGCGTGGAGGGGGTGCTCGTTCCCGGATGCCCTACCTGC
CGCAGCTTTGTTCAAACATGTGAAGAAGGAGCATCTGGAACCGATCGCAT
GGAAGCTGGGGGATGGGCCCGCGGTGCCTCTAACTGTGGGAAACGATGCT
AGCGGCAGTCCTGGGCCCTTGGGCATTTTGGACACCGCACAGCCCAATAC
TGAAGACTCACTTATATTCCCTGCCAGCTACAGTTCTATCCGTGCCTTCA
ACCGAGTGCATGGGAATAATACCCAACAGGAGAAGGCCCGGGAGATTCTC
AAAGCAGTCCAGCGACTGAAGGAGCAAATCGGAGTCGGACTGGACCCGGG
CGGATGTGAGCTCGCGACTCCGGCGCGGAATGAGCGATTGAGCAATGACG
AAGATGTCTACGAGGTGGTGCCAGCGACCTGAATGTCAAGCGAAGACTTG
CAATGGCTGGAAAGTTACCTGCGCCATGGATACGACCCGGAAGCTCAGGG
TGTCGATGAACATGCAGCATTCTATCAGTCGAATCCCTACTTTGCTATGC
CCCCGTCCTCGTCTTATACAGCTGCCCACAATGGCTCTGCCGGATCTCAT
GGATATCAGTACTCAAACGAGAGGGACTACCCCCAAGCTTCGACCGTGGC
ACCGCCCCCAGGCTCGCATACTGAGAGCTCGTCTCGGTTTGCTGCTCCTT
TTGGACCGAAGTCGCTGCCCTCCAAATCACCGAGACCCCCTCCTTCGCAG
GATTATACACGTGCGCATCAGTTGCCAAAGCCGGTGCAGACACGCAGGAC
TGGCCCTCCAGCAGGGCCCCCCTCCAGGGTATCAGCCGGCCTCATATCCA
GCGCCACATTCAATCCCTCAGGCACCGTCCAGACCGACCCCGCCTCAGAC
ATCGGGCTCTTTGCCCTCGAGTCTGCCTCATGCCCAGCCGTCTTCTACCG
TAACCTCAAGCCAACCTCATTCCCAGTCCTCGAATGCTGTCATTTCGCCC
CTGGTACTGCAGACATCGAATACGGCACTGCCGCCTACACCAGCCCAAGC
TCCCAATTCACGTCCTTCACCTATGCCACCGACGCAATTCACTACACATC
CTTCAAATCAGCCAATGACAGCACCTCAAACGAGTTCACACACTACTCCG
ACAATTTCAGCTCAGACATCCAACTCGGCTCCTCCAGTGACCGTCCCAAC
CGTCCAGCCGTCAAATTCAGCGCCTCCGCCTATTCCGCCTGCGCATATAA
CGCATACAACCCTGCAATCTACGATGCAGCAAGGAAATACCACTGGAATC
GCTACGCAACAGCGCCTGCTGAGAATCCTCCAGCTGGAGGGCTCTCTATC
TACAATTATTCACCACAAATAGCAGGCTCCGGGTTCCCTGCATCTAAAAG
CTATCTAAAATCGCGTGCCGACATTGTTACGCCGCTACGTGAGGAAGACG
CCGTGGATAAGGTGATCTATGACCCGAAGACGATCGCCAGAGACGTCCTC
ATTGCAGCAGGCCGCCATCCAACGGAGGAGGCACTGAACCATCATCTTCT
TCGCTTGCGCGATGTTTTCGTTCATGTGGACAGTTCGTCGGACCTGTCGA
CCTTTCGCTGGGATCTGGTCGACGCGCTGGAGCCACGTGACCAAGGTCCG
CCAAAGCCGCAGCCGCGGCCGCGTCCCGCGCCTTCTCTGCCTGTCCTTCC
GAACAACACCAACACTAGTCTGCCCCCTCCACCACAATCCCGGCAACCAC
CACCACTTCCCCAGTCACAGCCGGTACGGCAATATCCGTCTTCGCAGCCG
CTGCAGGGTCAGCCGGTGTCGGGTCCGCCCGTTGGTCTTTCTAAGGCTGC
TCCTCAGCCACAGAACCGCCCATCTGTCTCAGCAGCGACCCCGCTACCAC
AAACGCGGCCGCAACCACCGTCGACCCCGCAGCCCCCATCCCAATCAAGT
GTACCTATCACGACGACGCAAGTGACACCTATGACGGGCAAGAGAGGACC
GGGTCGACCCCCGGGCAGCTCGAAGGCGCGGCAGCAGCCCCAGCAAACTC
CCATACCGGCGTCGGTTCCGTACCCGGTCTTTGCATGTGATTGGACGAAC
TGCCAGGCCCAGCTGCACAACCTGGATGGACTGAAGAAGCATGTCTTCAA
GGTGCACGTATCCCAGACGCTCAATTGCGCGTGGAGGGGGTGCTCGTTCC
CGGATGCCCTACCTGCCGCAGCTTTGTTCAAACATGTGAAGAAGGAGCAT
CTGGAACCGATCGCATGGAAGCTGGGGGATGGGCCCGCGGTGCCTCTAAC
TGTGGGAAACGATGCTAGCGGCAGTCCTGGGCCCTTGGGCATTTTGGACA
CCGCACAGCCCAATACTGAAGACTCACTTATATTCCCTGCCAGCTACAGT
TCTATCCGTGCCTTCAACCGAGTGCATGGGAATAATACCCAACAGGAGAA
GGCCCGGGAGATTCTCAAAGCAGTCCAGCGACTGAAGGAGCAAATCGGAG
TCGGACTGGACCCGGGCGGATGTGAGCTCGCGACTCCGGCGCGGAATGAG
CGATTGAGCAATGACGAAGATGTCTACGAGGTGGTGCCAGCGACCTGAAT
GTCAAGCGAAGACTTGCAATGGCTGGAAAGTTACCTGCGCCATGGATACG
ACCCGGAAGCTCAGGGTGTCGATGAACATGCAGCATTCTATCAGTCGAAT
CCCTACTTTGCTATGCCCCCGTCCTCGTCTTATACAGCTGCCCACAATGG
CTCTGCCGGATCTCATGGATATCAGTACTCAAACGAGAGGGACTACCCCC
AAGCTTCGACCGTGGCACCGCCCCCAGGCTCGCATACTGAGAGCTCGTCT
CGGTTTGCTGCTCCTTTTGGACCGAAGTCGCTGCCCTCCAAATCACCGAG
ACCCCCTCCTTCGCAGGATTATACACGTGCGCATCAGTTGCCAAAGCCGG
TGCAGACACGCAGGACTGGCCCTCCAGCAGGGCCCCCCTCCAGGGTATCA
GCCGGCCTCATATCCAGCGCCACATTCAATCCCTCAGGCACCGTCCAGAC
CGACCCCGCCTCAGACATCGGGCTCTTTGCCCTCGAGTCTGCCTCATGCC
CAGCCGTCTTCTACCGTAACCTCAAGCCAACCTCATTCCCAGTCCTCGAA
TGCTGTCATTTCGCCCCTGGTACTGCAGACATCGAATACGGCACTGCCGC
CTACACCAGCCCAAGCTCCCAATTCACGTCCTTCACCTATGCCACCGACG
CAATTCACTACACATCCTTCAAATCAGCCAATGACAGCACCTCAAACGAG
TTCACACACTACTCCGACAATTTCAGCTCAGACATCCAACTCGGCTCCTC
CAGTGACCGTCCCAACCGTCCAGCCGTCAAATTCAGCGCCTCCGCCTATT
CCGCCTGCGCATATAACGCATACAACCCTGCAATCTACGATGCAGCAAGG
AAATACCACTGGAATCGCTACGCAACAGCGCCTGCTGAGAATCCTCCAGC
TGGAGGGCTCTCTATCTACAATTATTCACCACAAATAGCAGGCTCCGGGT
TCCCTGCATCTAAAAGCTATCTAAAATCGCGTGCCGACATTGTTACGCCG
CTACGTGAGGAAGACGCCGTGGATAAGGTGATCTATGACCCGAAGACGAT
CGCCAGAGACGTCCTCATTGCAGCAGGCCGCCATCCAACGGAGGAGGCAC
TGAACCATCATCTTCTTCGCTTGCGCGATGTTTTCGTTCATGTGGACAGT
TCGTCGGACCTGTCGACCTTTCGCTGGGATCTGGTCGACGCGCTGGAGCC
ACGTGACCAAGGTCCGCCAAAGCCGCAGCCGCGGCCGCGTCCCGCGCCTT
CTCTGCCTGTCCTTCCGAACAACACCAACACTAGTCTGCCCCCTCCACCA
CAATCCCGGCAACCACCACCACTTCCCCAGTCACAGCCGGTACGGCAATA
TCCGTCTTCGCAGCCGCTGCAGGGTCAGCCGGTGTCGGGTCCGCCCGTTG
GTCTTTCTAAGGCTGCTCCTCAGCCACAGAACCGCCCATCTGTCTCAGCA
GCGACCCCGCTACCACAAACGCGGCCGCAACCACCGTCGACCCCGCAGCC
CCCATCCCAATCAAGTGTACCTATCACGACGACGCAAGTGACACCTATGA
CGGGCAAGAGAGGACCGGGTCGACCCCCGGGCAGCTCGAAGGCGCGGCAG
CAGCCCCAGCAAACTCCCATACCGGCGTCGGTTCCGTACCCGGTCTTTGC
ATGTGATTGGACGAACTGCCAGGCCCAGCTGCACAACCTGGATGGACTGA
AGAAGCATGTCTTCAAGGTGCACGTATCCCAGACGCTCAATTGCGCGTGG
AGGGGGTGCTCGTTCCCGGATGCCCTACCTGCCGCAGCTTTGTTCAAACA
TGTGAAGAAGGAGCATCTGGAACCGATCGCATGGAAGCTGGGGGATGGGC
CCGCGGTGCCTCTAACTGTGGGAAACGATGCTAGCGGCAGTCCTGGGCCC
TTGGGCATTTTGGACACCGCACAGCCCAATACTGAAGACTCACTTATATT
CCCTGCCAGCTACAGTTCTATCCGTGCCTTCAACCGAGTGCATGGGAATA
ATACCCAACAGGAGAAGGCCCGGGAGATTCTCAAAGCAGTCCAGCGACTG
AAGGAGCAAATCGGAGTCGGACTGGACCCGGGCGGATGTGAGCTCGCGAC
TCCGGCGCGGAATGAGCGATTGAGCAATGACGAAGATGTCTACGAGGTGG
TGCCAGCGACCTGAATGTCAAGCGAAGACTTGCAATGGCTGGAAAGTTAC
CTGCGCCATGGATACGACCCGGAAGCTCAGGGTGTCGATGAACATGCAGC
ATTCTATCAGTCGAATCCCTACTTTGCTATGCCCCCGTCCTCGTCTTATA
CAGCTGCCCACAATGGCTCTGCCGGATCTCATGGATATCAGTACTCAAAC
GAGAGGGACTACCCCCAAGCTTCGACCGTGGCACCGCCCCCAGGCTCGCA
TACTGAGAGCTCGTCTCGGTTTGCTGCTCCTTTTGGACCGAAGTCGCTGC
CCTCCAAATCACCGAGACCCCCTCCTTCGCAGGATTATACACGTGCGCAT
CAGTTGCCAAAGCCGGTGCAGACACGCAGGACTGGCCCTCCAGCAGGGCC
CCCCTCCAGGGTATCAGCCGGCCTCATATCCAGCGCCACATTCAATCCCT
CAGGCACCGTCCAGACCGACCCCGCCTCAGACATCGGGCTCTTTGCCCTC
GAGTCTGCCTCATGCCCAGCCGTCTTCTACCGTAACCTCAAGCCAACCTC
ATTCCCAGTCCTCGAATGCTGTCATTTCGCCCCTGGTACTGCAGACATCG
AATACGGCACTGCCGCCTACACCAGCCCAAGCTCCCAATTCACGTCCTTC
ACCTATGCCACCGACGCAATTCACTACACATCCTTCAAATCAGCCAATGA
CAGCACCTCAAACGAGTTCACACACTACTCCGACAATTTCAGCTCAGACA
TCCAACTCGGCTCCTCCAGTGACCGTCCCAACCGTCCAGCCGTCAAATTC
AGCGCCTCCGCCTATTCCGCCTGCGCATATAACGCATACAACCCTGCAAT
CTACGATGCAGCAAGGAAATACCACTGGAATCGCTACGCAACAGCGCCTG
CTGAGAATCCTCCAGCTGGAGGGCTCTCTATCTACAATTATTCACCACAA
ATAGCAGGCTCCGGGTTCCCTGCATCTAAAAGCTATCTAAAATCGCGTGC
CGACATTGTTACGCCGCTACGTGAGGAAGACGCCGTGGATAAGGTGATCT
ATGACCCGAAGACGATCGCCAGAGACGTCCTCATTGCAGCAGGCCGCCAT
CCAACGGAGGAGGCACTGAACCATCATCTTCTTCGCTTGCGCGATGTTTT
CGTTCATGTGGACAGTTCGTCGGACCTGTCGACCTTTCGCTGGGATCTGG
TCGACGCGCTGGAGCCACGTGACCAAGGTCCGCCAAAGCCGCAGCCGCGG
CCGCGTCCCGCGCCTTCTCTGCCTGTCCTTCCGAACAACACCAACACTAG
TCTGCCCCCTCCACCACAATCCCGGCAACCACCACCACTTCCCCAGTCAC
AGCCGGTACGGCAATATCCGTCTTCGCAGCCGCTGCAGGGTCAGCCGGTG
TCGGGTCCGCCCGTTGGTCTTTCTAAGGCTGCTCCTCAGCCACAGAACCG
CCCATCTGTCTCAGCAGCGACCCCGCTACCACAAACGCGGCCGCAACCAC
CGTCGACCCCGCAGCCCCCATCCCAATCAAGTGTACCTATCACGACGACG
CAAGTGACACCTATGACGGGCAAGAGAGGACCGGGTCGACCCCCGGGCAG
CTCGAAGGCGCGGCAGCAGCCCCAGCAAACTCCCATACCGGCGTCGGTTC
CGTACCCGGTCTTTGCATGTGATTGGACGAACTGCCAGGCCCAGCTGCAC
AACCTGGATGGACTGAAGAAGCATGTCTTCAAGGTGCACGTATCCCAGAC
GCTCAATTGCGCGTGGAGGGGGTGCTCGTTCCCGGATGCCCTACCTGCCG
CAGCTTTGTTCAAACATGTGAAGAAGGAGCATCTGGAACCGATCGCATGG
AAGCTGGGGGATGGGCCCGCGGTGCCTCTAACTGTGGGAAACGATGCTAG
CGGCAGTCCTGGGCCCTTGGGCATTTTGGACACCGCACAGCCCAATACTG
AAGACTCACTTATATTCCCTGCCAGCTACAGTTCTATCCGTGCCTTCAAC
CGAGTGCATGGGAATAATACCCAACAGGAGAAGGCCCGGGAGATTCTCAA
AGCAGTCCAGCGACTGAAGGAGCAAATCGGAGTCGGACTGGACCCGGGCG
GATGTGAGCTCGCGACTCCGGCGCGGAATGAGCGATTGAGCAATGACGAA
GATGTCTACGAGGTGGTGCCAGCGACCTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0003676 | nucleic acid binding |
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:IPR013087 |
| 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 |
|---|
| ch8 | supercontig | ch8:3883511..3885983 + |
|
