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Sequences
The following sequences are available for this feature:
mRNA from alignment at NKJJ01000022.1:2062114..2067648+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >CAN33_45510-T1 ID=CAN33_45510-T1|Name=CAN33_45510-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=5535bp|location=Sequence derived from alignment at NKJJ01000022.1:2062114..2067648+ (Aspergillus niger FDAARGOS_311)
ATGAACTCGACATTCGTTACTGCCCTGTCGAGGGCTCTGCCTACTGTTGG
CCGCTCGTGTCAGATCCGTGCTCCTGCTTTCCGGCTTACGAGACCCTTCT
CATCGACTCCCGCAATTCTGGAAAGTGCGAAGGAGAAGACCCGTCAAATC
GAAAGAGAGATCCTGAACACCCCTGCGGAGAAACAACCTGCCCAAGAGAA
TGCGTCATTCTCTGCGATCACCAAGATGATGCAGGGCGAGAAGGTTCGCT
CCAACCAGGGTGTGAGTCGCGACTATTCCCGGATGGCCGAGAGCCTGGAA
GCAGAGTTGATCAACCAACCGTATGCCGATCGGTCTCCTCCTTACCACCT
ACATGTCTATTGCCACAAGCACAACACCATCTTGACATTGACACGGCCGA
ATGGAGACCCAATGTTGGCTAAGAGCTGCGGTCACCTCGGATTCCGCAAG
TCTAAGCGTTCGGGTTACGAAGCCGCCCACCAGCTGGCGTCGCACGTCTT
TGGCCAGATACAAGAGAGAGGCTTTTTGTTGGAGATCAAGCGCTTGGAAA
TTATCTTCCGCGATTTCGGACAGGGCCGTGAGGCTTTCACCAAGGTTTTG
CTGGGTAACGAAGGGAAGAACATCCGCGGCTTGGTCTGTCGGGTGACGGA
CTCCACCAGACTCAAGTTTGGTGGTTCGAGAAGCCCCAGAGTTCGCCGTC
TTGGTTAAGGCGGTGCATTTTGTTGACGAAGTTCATTATGCTGTTCTGAC
GCGGGTAGAAAGTGCGTTGCTAGAACGTCTGGGACAAGAACACGGGCATG
CTTTCATGATACCTGATGATGGGACGGGATTGATCAGAGATGCCCCGGGA
TATGTTCTTCTCAGCCCAACCATATGGGGACCCTACACTGTATCAACTGA
ACCGTCTTGCTATGTGGCAATAGTCCGGCAATGGTTCAAAGTTCAGGGTC
CAGCTCCTTTTCTCTATTTGTATACTAGCCAGCCTGTTCCCGGCATATAT
GGGATTTGTTTTTTAAGATGCGAGTTTCTACGGGTGCAATGTATATCAAT
TCAATGTTTTACCAGCAAGAATGTCGTTGGATGAAGCCTTGTAGTTGGGC
AGTTCGCCTTGGAAGTCTCCATAAAATCGAGGCAGGCTGAGATCTAGGCC
GACCCAAAGGGGGATAGCGCGAGGAGCTCCCAGGACTGCCACTCCGAAAG
CTGTTGGCTGAGATCCCCCTCTTGTCCTCAACAACTCCCTCGCTCTCACT
TATCATTCAGCCTGTGCTCCTAGCTTGTCCATCGTGACGTCGACTTCTGT
CTCTTCCGGCTAATTCTTTGCGCTTTCTTTCTGAGCTCTTTTGTTGAGAC
TGCACAGTATCCGATTACCTGCGGGCGCATGCGCCGGAGCTGCTCCTCTG
CGACGATCGAGCAGCGGATCCCCCCCCTTCCAGACCGGTCTAGACGGCTT
CATGAGTGCCTGTGATTCTGTGTTGGGCCGTCGTCCAAGACCGTTTGGAT
GCACCCTCTAAATCCCTTCCTCCGTGCCTTCTTCCGAAGCACAGTTCCGG
GGCAGTGTATACCCACTGAGAATCATGTATGTCCCGCCGAACTCTATCGG
CTCCGGTCTGAGCCCAGCTTCTGACATGCCCATTTTAGGTCCTCCTAGTA
CCTGTCACGGAATCGCTGGTCGGATCGCGCGACCGCGAGTCATCCCTCTA
CTACTCCGATCTCGTCGTATCCGAAGAATTCTTGGGAAGCCATACCTTGC
GAATACCAGTGTCCACCGGGGCCGGCGGGGGTAAGGATGACTCAAATATA
CGTGATAGTCGGGGCAAAGCCAAACAAGTGACAACGGTCAACGGGCGCAC
GGTGATTATCAAGGAGAATTCGGTGTATAGCAACAAAGGTGGGAAGGCAT
CCGGCTAGTCTCCTGACTGGCACATGCGCTGACTGTTATATCTAGGCTTC
AAGTCCCTGAGCCAAGCCCAGCTGTTATCCGATGCGCTGTACTATAACAA
CAGCAACGACTCTCAACCATGGCTGATCTACTACATCTCACGGCCGTTGA
TCGGCTCATTCGACCCCGGAAAGATTGTCACTGCTGTAGTGCCTGGGATG
TTACCGAAGCGAGATATCATAGGCAACGGCACGAAGTCTAGTGAGCCCGT
TTCGTCACCTCCGAAGAAGGAAATAAAGACGTTTGGAGAACTCCTTTCTC
ATTTTCCGATGATTGCTCGGCAGATGCAGCCTGGCCTGGAGAGGTTGTTC
AAGGAATTCGGAAAGGAGCTGGGAAAACCATTGCCACCTCCGCCTTCTCG
TTCGCCCCTAATATTTGACGAATACGAACGGAAGCAGAATAACAATGAGA
TAACTGCCGACGAATCTGCTTCTATCCGCAGTTCAGCGTCTCGTAATCGG
GAGGACCTACCTTTCAACTCCGAGGAGTACTTCGAGGATGACGAGGATCT
GATGCGTCGGAGTCTAGAGACAGCTGTTACTGCCGCAATTGACTTGTTTC
GACTAGTGGATAAGCAACAGTTGTCTTTTCTAGGTGCCACCACCGATCTA
ACGGGACCATTGGTGGAAAGGCTCATTGAGCGCTACGTCGCTGAACAGGT
GCACGAATCTCTTCTCTTCCCTCGTCTTTGCAGTTTCCGTCAACCAGAAG
ATGCAGAGCTAGACTCTAGGATTCGTTACATGGAAAACATCGACATATCG
CAAGTGGGCATAGTTGTCGATGGTGGACGAGAGGGTAAGCGAGAGTTGCT
ACAGCGCATCGGGAGAGCAGTGGAGGAGTTTCGCAAAATGCTAGACGCCA
AGTGCCCCCACGACATGTTGAACACTCTACTTCAGACCATCAAACTTCTA
TCGTATCCTGGGAACTACGATAGAGCGGGGTCTCTTGCATCGGAAAAACA
ATACGCGCCGGTGACGATCAACGCTGATATTCTGGTTTCATTGTTACTGG
TTGTGGTCATCAGGTCTCAAGTAAAGAACCTGCAAGCGAGGCTGATGTAC
ATGCAACATTTTATATACATCGACGATGTTGACAGTGGTGAAATGGGCTA
TGCTCTGAGCACTCTCGAGGCTGTTCTTACCTACCTGGTGACCGATTCTG
CGGGTCTCCGGCGAGCCAGTATCCGGAACAGGCGCTTATGGAATGCAACC
AAAGGCGGGCGTGTCGTGGACATGAAGGCCATATTAGAGCCAAATGGCGA
CCAGGAGTCGCTAGATGAAGTTCCATGTGAGCCCGAAGAAAGATCCGTTG
CGTTCCGCACACATGATGAGGATAATCTTTGTCATAGTCCACATGAGCCC
TTACTTTTGCAGGACGCACCATTCGAAATGAACGTTTCTAGTGGGACGGC
GCATGATGAGGAACCCTCCGATCCACCTCCTCTTTCTCATGTATTTCCTT
TCCAGACGTGGGCAAACACGTCCCCTCCGAAAGAGGTCCGACGCCCTGTA
AAAAAGGTTTCCATGGATGTCCGCAGCCTGTCCGAATCATCCGGGATATC
TCTAGCTTCCAGAACCACGGGAATGGGCTCTATATCAAGCGCGATTGAGG
GAGACAGTTCAATCGAGACATTAACGAAAACGCAAGATCCTGCAGGCGAT
TCGATTCCGATGATGGCCGTAGAAAGCCGCCAGCCAGACGCCTTGAAATA
CCTGCTGAGCCTTCAAGATTACTATCCGCTGGCGGATATTCTCGAGGACA
CAAACACTAATGGGACAACATTACTCAGTGCTGCTGTTCAGCTTGCTCAT
GTCGAAATGGTGGACATTCTATTGAACTTCCTATTCAGTTCAACGGATAA
GCACACCATTGCATCGTACCTACAGAAGTCAGACATGCATGGGCGTACGG
TTGCACACTACCTCTTCAGCACGCCATCGGTAATGCATAGGCTGGAAGGA
CTGCTGCCGTGGTGTCAACGCGACAAGCATGGACAGACGCCACTTTTCGC
TCTATGCAGGTCTTACGATCACCCGGACTACAACACGATGGTGAAAGAAG
CACTCACGGCCGCTCAAGTTGCCCAAGGTGATGGAAAGCCCTTGCGCCTC
GATAATCATGTCGACTCTAGAGGCAATACACTATTGCATATCGTTAGCGA
TCCGGAAATTACCATCCGGCTCTTGCAAGAATGTGACTGTGATCCGAACG
CAACAAATGATAAAAGGTTCACCCCTCTCATGATGGCCAGCAAGTACGGC
CGCATCGACCAGGTCCGGATTCTTTTCATGGACCCTAGAGTTGATGTGCA
CCTGAAAGAAAGCCGTGGTTTGACTGCCGTTGAGCTTGCTAAGGATGATG
AAGTGCGCAATCGTATTGACGATCTCATCCTTCTCTCCAGCCCCCCATCA
GCCTACGACGAGCAGTCCGGCCGTGTCACGACCGTGGTGCGCTCGTACTT
TGTTGAGGATGCGACAGTGCGCTTCGTGCTGAAGTCCGGTGCCCCGAACC
CAACGGTGAACTCTGCAGAGTCCCGTCCTGCGTCAGGAACAACATTCACA
GTCACCACATGCCGTCGCACGTTCTCTGACTTCGAGAACCTTGCCAGATG
CCTATCCATCGAGCATCCGGCTTCCTACATGCCGTCTCTGTCCGACTTCC
GTAGCCCTTTCCAAATTCATTCAAAACCGTCCCGTTCTGTGCTCCATGAC
ATGCAAGAAAAGCTCGACAGGTTCCTCAAGGTCTTACTTACGCATCCAAC
TTTCGCCACTCACGAGATGTTGTGGGAGTTCTTTCTGGTTCCAGAACTGC
AACCTGAGATGATGGCAGACCGCTCATACCGCAAAGCCCAGGTCCTTACG
GAATCCATCAACGACGACTACGAACCCGTCACACCTGAAGGCATGCGCGA
GACAGAGCAATTCGTCTCCCACGCCCAGGACATGGTTCGCGCTGTCCACG
TCAACACTCGCAGTCTGCTCCGTCGCGGCCACGCTCTCCAAAACTCTGCT
TCCGATATTGCAGACGCCGTGGCCCTCTGTGCCTCCATCATCTCAACCCT
TAAGGAACCGACCAACGCTCTACCAGCCTCCTACGTGGACGCGTTCACCC
GCTACGCAACCCATCTCTCCACTTCATCATCTGATTCCTCTCCTCTCCTT
CAATTCCTCACGGCCCTGACCTCAATCGACGACACCACAACCGCAATCCT
AGCGTCCCTCTCTCGCCCCATTTCCCTCATAAACAACCTATCCTCCACAA
ACAGAAACCTCTCACGCAACCGCTCATCCCTCGTATCTTCTTCCCTTCCC
CGAAAATTCAACATCAATTTCCCGGGGCTCGAAGAATCCCGCCAAAAGTC
CGTCCGCGACCTCGAAACCAAGATCCAGGATTCCGAACTCCAAATCGCTC
GTCTCTCCCGCGAAATCACCTGGAACAAGGACGTGGTCGTCGGTGAACTA
GCAGGCTGGACCACATGGCGAGAGAAAGTCGGGCGAGATGCCATCCGCTC
CTTCGTCAGGGCAACCTTAGTCCGAGAACGCGAACGAGGGAAGCGACTAG
AGCGGTGTTTGCGTGGAGTGCGCGAGATGAGATAG back to topCoding sequence (CDS) from alignment at NKJJ01000022.1:2062114..2067648+ >CAN33_45510-T1 ID=CAN33_45510-T1|Name=CAN33_45510-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=13419bp|location=Sequence derived from alignment at NKJJ01000022.1:2062114..2067648+ (Aspergillus niger FDAARGOS_311)
ATGAACTCGACATTCGTTACTGCCCTGTCGAGGGCTCTGCCTACTGTTGG
CCGCTCGTGTCAGATCCGTGCTCCTGCTTTCCGGCTTACGAGACCCTTCT
CATCGACTCCCGCAATTCTGGAAAGTGCGAAGGAGAAGACCCGTCAAATC
GAAAGAGAGATCCTGAACACCCCTGCGGAGAAACAACCTGCCCAAGAGAA
TGCGTCATTCTCTGCGATCACCAAGATGATGCAGGGCGAGAAGGTTCGCT
CCAACCAGGGTGTGAGTCGCGACTATTCCCGGATGGCCGAGAGCCTGGAA
GCAGAGTTGATCAACCAACCGTATGCCGATCGGTCTCCTCCTTACCACCT
ACATGTCTATTGCCACAAGCACAACACCATCTTGACATTGACACGGCCGA
ATGGAGACCCAATGTTGGCTAAGAGCTGCGGTCACCTCGGATTCCGCAAG
TCTAAGCGTTCGGGTTACGAAGCCGCCCACCAGCTGGCGTCGCACGTCTT
TGGCCAGATACAAGAGAGAGGCTTTTTGTTGGAGATCAAGCGCTTGGAAA
TTATCTTCCGCGATTTCGGACAGGGCCGTGAGGCTTTCACCAAGGTTTTG
CTGGGTAACGAAGGGAAGAACATCCGCGGCTTGGTCCTCCTAGTACCTGT
CACGGAATCGCTGGTCGGATCGCGCGACCGCGAGTCATCCCTCTACTACT
CCGATCTCGTCGTATCCGAAGAATTCTTGGGAAGCCATACCTTGCGAATA
CCAGTGTCCACCGGGGCCGGCGGGGGTAAGGATGACTCAAATATACGTGA
TAGTCGGGGCAAAGCCAAACAAGTGACAACGGTCAACGGGCGCACGGTGA
TTATCAAGGAGAATTCGGTGTATAGCAACAAAGGCTTCAAGTCCCTGAGC
CAAGCCCAGCTGTTATCCGATGCGCTGTACTATAACAACAGCAACGACTC
TCAACCATGGCTGATCTACTACATCTCACGGCCGTTGATCGGCTCATTCG
ACCCCGGAAAGATTGTCACTGCTGTAGTGCCTGGGATGTTACCGAAGCGA
GATATCATAGGCAACGGCACGAAGTCTAGTGAGCCCGTTTCGTCACCTCC
GAAGAAGGAAATAAAGACGTTTGGAGAACTCCTTTCTCATTTTCCGATGA
TTGCTCGGCAGATGCAGCCTGGCCTGGAGAGGTTGTTCAAGGAATTCGGA
AAGGAGCTGGGAAAACCATTGCCACCTCCGCCTTCTCGTTCGCCCCTAAT
ATTTGACGAATACGAACGGAAGCAGAATAACAATGAGATAACTGCCGACG
AATCTGCTTCTATCCGCAGTTCAGCGTCTCGTAATCGGGAGGACCTACCT
TTCAACTCCGAGGAGTACTTCGAGGATGACGAGGATCTGATGCGTCGGAG
TCTAGAGACAGCTGTTACTGCCGCAATTGACTTGTTTCGACTAGTGGATA
AGCAACAGTTGTCTTTTCTAGGTGCCACCACCGATCTAACGGGACCATTG
GTGGAAAGGCTCATTGAGCGCTACGTCGCTGAACAGGTGCACGAATCTCT
TCTCTTCCCTCGTCTTTGCAGTTTCCGTCAACCAGAAGATGCAGAGCTAG
ACTCTAGGATTCGTTACATGGAAAACATCGACATATCGCAAGTGGGCATA
GTTGTCGATGGTGGACGAGAGGGTAAGCGAGAGTTGCTACAGCGCATCGG
GAGAGCAGTGGAGGAGTTTCGCAAAATGCTAGACGCCAAGTGCCCCCACG
ACATGTTGAACACTCTACTTCAGACCATCAAACTTCTATCGTATCCTGGG
AACTACGATAGAGCGGGGTCTCTTGCATCGGAAAAACAATACGCGCCGGT
GACGATCAACGCTGATATTCTGGTTTCATTGTTACTGGTTGTGGTCATCA
GGTCTCAAGTAAAGAACCTGCAAGCGAGGCTGATGTACATGCAACATTTT
ATATACATCGACGATGTTGACAGTGGTGAAATGGGCTATGCTCTGAGCAC
TCTCGAGGCTGTTCTTACCTACCTGGTGACCGATTCTGCGGGTCTCCGGC
GAGCCAGTATCCGGAACAGGCGCTTATGGAATGCAACCAAAGGCGGGCGT
GTCGTGGACATGAAGGCCATATTAGAGCCAAATGGCGACCAGGAGTCGCT
AGATGAAGTTCCATGTGAGCCCGAAGAAAGATCCGTTGCGTTCCGCACAC
ATGATGAGGATAATCTTTGTCATAGTCCACATGAGCCCTTACTTTTGCAG
GACGCACCATTCGAAATGAACGTTTCTAGTGGGACGGCGCATGATGAGGA
ACCCTCCGATCCACCTCCTCTTTCTCATGTATTTCCTTTCCAGACGTGGG
CAAACACGTCCCCTCCGAAAGAGGTCCGACGCCCTGTAAAAAAGGTTTCC
ATGGATGTCCGCAGCCTGTCCGAATCATCCGGGATATCTCTAGCTTCCAG
AACCACGGGAATGGGCTCTATATCAAGCGCGATTGAGGGAGACAGTTCAA
TCGAGACATTAACGAAAACGCAAGATCCTGCAGGCGATTCGATTCCGATG
ATGGCCGTAGAAAGCCGCCAGCCAGACGCCTTGAAATACCTGCTGAGCCT
TCAAGATTACTATCCGCTGGCGGATATTCTCGAGGACACAAACACTAATG
GGACAACATTACTCAGTGCTGCTGTTCAGCTTGCTCATGTCGAAATGGTG
GACATTCTATTGAACTTCCTATTCAGTTCAACGGATAAGCACACCATTGC
ATCGTACCTACAGAAGTCAGACATGCATGGGCGTACGGTTGCACACTACC
TCTTCAGCACGCCATCGGTAATGCATAGGCTGGAAGGACTGCTGCCGTGG
TGTCAACGCGACAAGCATGGACAGACGCCACTTTTCGCTCTATGCAGGTC
TTACGATCACCCGGACTACAACACGATGGTGAAAGAAGCACTCACGGCCG
CTCAAGTTGCCCAAGGTGATGGAAAGCCCTTGCGCCTCGATAATCATGTC
GACTCTAGAGGCAATACACTATTGCATATCGTTAGCGATCCGGAAATTAC
CATCCGGCTCTTGCAAGAATGTGACTGTGATCCGAACGCAACAAATGATA
AAAGGTTCACCCCTCTCATGATGGCCAGCAAGTACGGCCGCATCGACCAG
GTCCGGATTCTTTTCATGGACCCTAGAGTTGATGTGCACCTGAAAGAAAG
CCGTGGTTTGACTGCCGTTGAGCTTGCTAAGGATGATGAAGTGCGCAATC
GTATTGACGATCTCATCCTTCTCTCCAGCCCCCCATCAGCCTACGACGAG
CAGTCCGGCCGTGTCACGACCGTGGTGCGCTCGTACTTTGTTGAGGATGC
GACAGTGCGCTTCGTGCTGAAGTCCGGTGCCCCGAACCCAACGGTGAACT
CTGCAGAGTCCCGTCCTGCGTCAGGAACAACATTCACAGTCACCACATGC
CGTCGCACGTTCTCTGACTTCGAGAACCTTGCCAGATGCCTATCCATCGA
GCATCCGGCTTCCTACATGCCGTCTCTGTCCGACTTCCGTAGCCCTTTCC
AAATTCATTCAAAACCGTCCCGTTCTGTGCTCCATGACATGCAAGAAAAG
CTCGACAGGTTCCTCAAGGTCTTACTTACGCATCCAACTTTCGCCACTCA
CGAGATGTTGTGGGAGTTCTTTCTGGTTCCAGAACTGCAACCTGAGATGA
TGGCAGACCGCTCATACCGCAAAGCCCAGGTCCTTACGGAATCCATCAAC
GACGACTACGAACCCGTCACACCTGAAGGCATGCGCGAGACAGAGCAATT
CGTCTCCCACGCCCAGGACATGGTTCGCGCTGTCCACGTCAACACTCGCA
GTCTGCTCCGTCGCGGCCACGCTCTCCAAAACTCTGCTTCCGATATTGCA
GACGCCGTGGCCCTCTGTGCCTCCATCATCTCAACCCTTAAGGAACCGAC
CAACGCTCTACCAGCCTCCTACGTGGACGCGTTCACCCGCTACGCAACCC
ATCTCTCCACTTCATCATCTGATTCCTCTCCTCTCCTTCAATTCCTCACG
GCCCTGACCTCAATCGACGACACCACAACCGCAATCCTAGCGTCCCTCTC
TCGCCCCATTTCCCTCATAAACAACCTATCCTCCACAAACAGAAACCTCT
CACGCAACCGCTCATCCCTCGTATCTTCTTCCCTTCCCCGAAAATTCAAC
ATCAATTTCCCGGGGCTCGAAGAATCCCGCCAAAAGTCCGTCCGCGACCT
CGAAACCAAGATCCAGGATTCCGAACTCCAAATCGCTCGTCTCTCCCGCG
AAATCACCTGGAACAAGGACGTGGTCGTCGGTGAACTAGCAGGCTGGACC
ACATGGCGAGAGAAAGTCGGGCGAGATGCCATCCGCTCCTTCGTCAGGGC
AACCTTAGTCCGAGAACGCGAACGAGGGAAGCGACTAGAGCGGTGTTTGC
GTGGAGTGCGCGAGATGAGATAGATGAACTCGACATTCGTTACTGCCCTG
TCGAGGGCTCTGCCTACTGTTGGCCGCTCGTGTCAGATCCGTGCTCCTGC
TTTCCGGCTTACGAGACCCTTCTCATCGACTCCCGCAATTCTGGAAAGTG
CGAAGGAGAAGACCCGTCAAATCGAAAGAGAGATCCTGAACACCCCTGCG
GAGAAACAACCTGCCCAAGAGAATGCGTCATTCTCTGCGATCACCAAGAT
GATGCAGGGCGAGAAGGTTCGCTCCAACCAGGGTGTGAGTCGCGACTATT
CCCGGATGGCCGAGAGCCTGGAAGCAGAGTTGATCAACCAACCGTATGCC
GATCGGTCTCCTCCTTACCACCTACATGTCTATTGCCACAAGCACAACAC
CATCTTGACATTGACACGGCCGAATGGAGACCCAATGTTGGCTAAGAGCT
GCGGTCACCTCGGATTCCGCAAGTCTAAGCGTTCGGGTTACGAAGCCGCC
CACCAGCTGGCGTCGCACGTCTTTGGCCAGATACAAGAGAGAGGCTTTTT
GTTGGAGATCAAGCGCTTGGAAATTATCTTCCGCGATTTCGGACAGGGCC
GTGAGGCTTTCACCAAGGTTTTGCTGGGTAACGAAGGGAAGAACATCCGC
GGCTTGGTCCTCCTAGTACCTGTCACGGAATCGCTGGTCGGATCGCGCGA
CCGCGAGTCATCCCTCTACTACTCCGATCTCGTCGTATCCGAAGAATTCT
TGGGAAGCCATACCTTGCGAATACCAGTGTCCACCGGGGCCGGCGGGGGT
AAGGATGACTCAAATATACGTGATAGTCGGGGCAAAGCCAAACAAGTGAC
AACGGTCAACGGGCGCACGGTGATTATCAAGGAGAATTCGGTGTATAGCA
ACAAAGGCTTCAAGTCCCTGAGCCAAGCCCAGCTGTTATCCGATGCGCTG
TACTATAACAACAGCAACGACTCTCAACCATGGCTGATCTACTACATCTC
ACGGCCGTTGATCGGCTCATTCGACCCCGGAAAGATTGTCACTGCTGTAG
TGCCTGGGATGTTACCGAAGCGAGATATCATAGGCAACGGCACGAAGTCT
AGTGAGCCCGTTTCGTCACCTCCGAAGAAGGAAATAAAGACGTTTGGAGA
ACTCCTTTCTCATTTTCCGATGATTGCTCGGCAGATGCAGCCTGGCCTGG
AGAGGTTGTTCAAGGAATTCGGAAAGGAGCTGGGAAAACCATTGCCACCT
CCGCCTTCTCGTTCGCCCCTAATATTTGACGAATACGAACGGAAGCAGAA
TAACAATGAGATAACTGCCGACGAATCTGCTTCTATCCGCAGTTCAGCGT
CTCGTAATCGGGAGGACCTACCTTTCAACTCCGAGGAGTACTTCGAGGAT
GACGAGGATCTGATGCGTCGGAGTCTAGAGACAGCTGTTACTGCCGCAAT
TGACTTGTTTCGACTAGTGGATAAGCAACAGTTGTCTTTTCTAGGTGCCA
CCACCGATCTAACGGGACCATTGGTGGAAAGGCTCATTGAGCGCTACGTC
GCTGAACAGGTGCACGAATCTCTTCTCTTCCCTCGTCTTTGCAGTTTCCG
TCAACCAGAAGATGCAGAGCTAGACTCTAGGATTCGTTACATGGAAAACA
TCGACATATCGCAAGTGGGCATAGTTGTCGATGGTGGACGAGAGGGTAAG
CGAGAGTTGCTACAGCGCATCGGGAGAGCAGTGGAGGAGTTTCGCAAAAT
GCTAGACGCCAAGTGCCCCCACGACATGTTGAACACTCTACTTCAGACCA
TCAAACTTCTATCGTATCCTGGGAACTACGATAGAGCGGGGTCTCTTGCA
TCGGAAAAACAATACGCGCCGGTGACGATCAACGCTGATATTCTGGTTTC
ATTGTTACTGGTTGTGGTCATCAGGTCTCAAGTAAAGAACCTGCAAGCGA
GGCTGATGTACATGCAACATTTTATATACATCGACGATGTTGACAGTGGT
GAAATGGGCTATGCTCTGAGCACTCTCGAGGCTGTTCTTACCTACCTGGT
GACCGATTCTGCGGGTCTCCGGCGAGCCAGTATCCGGAACAGGCGCTTAT
GGAATGCAACCAAAGGCGGGCGTGTCGTGGACATGAAGGCCATATTAGAG
CCAAATGGCGACCAGGAGTCGCTAGATGAAGTTCCATGTGAGCCCGAAGA
AAGATCCGTTGCGTTCCGCACACATGATGAGGATAATCTTTGTCATAGTC
CACATGAGCCCTTACTTTTGCAGGACGCACCATTCGAAATGAACGTTTCT
AGTGGGACGGCGCATGATGAGGAACCCTCCGATCCACCTCCTCTTTCTCA
TGTATTTCCTTTCCAGACGTGGGCAAACACGTCCCCTCCGAAAGAGGTCC
GACGCCCTGTAAAAAAGGTTTCCATGGATGTCCGCAGCCTGTCCGAATCA
TCCGGGATATCTCTAGCTTCCAGAACCACGGGAATGGGCTCTATATCAAG
CGCGATTGAGGGAGACAGTTCAATCGAGACATTAACGAAAACGCAAGATC
CTGCAGGCGATTCGATTCCGATGATGGCCGTAGAAAGCCGCCAGCCAGAC
GCCTTGAAATACCTGCTGAGCCTTCAAGATTACTATCCGCTGGCGGATAT
TCTCGAGGACACAAACACTAATGGGACAACATTACTCAGTGCTGCTGTTC
AGCTTGCTCATGTCGAAATGGTGGACATTCTATTGAACTTCCTATTCAGT
TCAACGGATAAGCACACCATTGCATCGTACCTACAGAAGTCAGACATGCA
TGGGCGTACGGTTGCACACTACCTCTTCAGCACGCCATCGGTAATGCATA
GGCTGGAAGGACTGCTGCCGTGGTGTCAACGCGACAAGCATGGACAGACG
CCACTTTTCGCTCTATGCAGGTCTTACGATCACCCGGACTACAACACGAT
GGTGAAAGAAGCACTCACGGCCGCTCAAGTTGCCCAAGGTGATGGAAAGC
CCTTGCGCCTCGATAATCATGTCGACTCTAGAGGCAATACACTATTGCAT
ATCGTTAGCGATCCGGAAATTACCATCCGGCTCTTGCAAGAATGTGACTG
TGATCCGAACGCAACAAATGATAAAAGGTTCACCCCTCTCATGATGGCCA
GCAAGTACGGCCGCATCGACCAGGTCCGGATTCTTTTCATGGACCCTAGA
GTTGATGTGCACCTGAAAGAAAGCCGTGGTTTGACTGCCGTTGAGCTTGC
TAAGGATGATGAAGTGCGCAATCGTATTGACGATCTCATCCTTCTCTCCA
GCCCCCCATCAGCCTACGACGAGCAGTCCGGCCGTGTCACGACCGTGGTG
CGCTCGTACTTTGTTGAGGATGCGACAGTGCGCTTCGTGCTGAAGTCCGG
TGCCCCGAACCCAACGGTGAACTCTGCAGAGTCCCGTCCTGCGTCAGGAA
CAACATTCACAGTCACCACATGCCGTCGCACGTTCTCTGACTTCGAGAAC
CTTGCCAGATGCCTATCCATCGAGCATCCGGCTTCCTACATGCCGTCTCT
GTCCGACTTCCGTAGCCCTTTCCAAATTCATTCAAAACCGTCCCGTTCTG
TGCTCCATGACATGCAAGAAAAGCTCGACAGGTTCCTCAAGGTCTTACTT
ACGCATCCAACTTTCGCCACTCACGAGATGTTGTGGGAGTTCTTTCTGGT
TCCAGAACTGCAACCTGAGATGATGGCAGACCGCTCATACCGCAAAGCCC
AGGTCCTTACGGAATCCATCAACGACGACTACGAACCCGTCACACCTGAA
GGCATGCGCGAGACAGAGCAATTCGTCTCCCACGCCCAGGACATGGTTCG
CGCTGTCCACGTCAACACTCGCAGTCTGCTCCGTCGCGGCCACGCTCTCC
AAAACTCTGCTTCCGATATTGCAGACGCCGTGGCCCTCTGTGCCTCCATC
ATCTCAACCCTTAAGGAACCGACCAACGCTCTACCAGCCTCCTACGTGGA
CGCGTTCACCCGCTACGCAACCCATCTCTCCACTTCATCATCTGATTCCT
CTCCTCTCCTTCAATTCCTCACGGCCCTGACCTCAATCGACGACACCACA
ACCGCAATCCTAGCGTCCCTCTCTCGCCCCATTTCCCTCATAAACAACCT
ATCCTCCACAAACAGAAACCTCTCACGCAACCGCTCATCCCTCGTATCTT
CTTCCCTTCCCCGAAAATTCAACATCAATTTCCCGGGGCTCGAAGAATCC
CGCCAAAAGTCCGTCCGCGACCTCGAAACCAAGATCCAGGATTCCGAACT
CCAAATCGCTCGTCTCTCCCGCGAAATCACCTGGAACAAGGACGTGGTCG
TCGGTGAACTAGCAGGCTGGACCACATGGCGAGAGAAAGTCGGGCGAGAT
GCCATCCGCTCCTTCGTCAGGGCAACCTTAGTCCGAGAACGCGAACGAGG
GAAGCGACTAGAGCGGTGTTTGCGTGGAGTGCGCGAGATGAGATAGATGA
ACTCGACATTCGTTACTGCCCTGTCGAGGGCTCTGCCTACTGTTGGCCGC
TCGTGTCAGATCCGTGCTCCTGCTTTCCGGCTTACGAGACCCTTCTCATC
GACTCCCGCAATTCTGGAAAGTGCGAAGGAGAAGACCCGTCAAATCGAAA
GAGAGATCCTGAACACCCCTGCGGAGAAACAACCTGCCCAAGAGAATGCG
TCATTCTCTGCGATCACCAAGATGATGCAGGGCGAGAAGGTTCGCTCCAA
CCAGGGTGTGAGTCGCGACTATTCCCGGATGGCCGAGAGCCTGGAAGCAG
AGTTGATCAACCAACCGTATGCCGATCGGTCTCCTCCTTACCACCTACAT
GTCTATTGCCACAAGCACAACACCATCTTGACATTGACACGGCCGAATGG
AGACCCAATGTTGGCTAAGAGCTGCGGTCACCTCGGATTCCGCAAGTCTA
AGCGTTCGGGTTACGAAGCCGCCCACCAGCTGGCGTCGCACGTCTTTGGC
CAGATACAAGAGAGAGGCTTTTTGTTGGAGATCAAGCGCTTGGAAATTAT
CTTCCGCGATTTCGGACAGGGCCGTGAGGCTTTCACCAAGGTTTTGCTGG
GTAACGAAGGGAAGAACATCCGCGGCTTGGTCCTCCTAGTACCTGTCACG
GAATCGCTGGTCGGATCGCGCGACCGCGAGTCATCCCTCTACTACTCCGA
TCTCGTCGTATCCGAAGAATTCTTGGGAAGCCATACCTTGCGAATACCAG
TGTCCACCGGGGCCGGCGGGGGTAAGGATGACTCAAATATACGTGATAGT
CGGGGCAAAGCCAAACAAGTGACAACGGTCAACGGGCGCACGGTGATTAT
CAAGGAGAATTCGGTGTATAGCAACAAAGGCTTCAAGTCCCTGAGCCAAG
CCCAGCTGTTATCCGATGCGCTGTACTATAACAACAGCAACGACTCTCAA
CCATGGCTGATCTACTACATCTCACGGCCGTTGATCGGCTCATTCGACCC
CGGAAAGATTGTCACTGCTGTAGTGCCTGGGATGTTACCGAAGCGAGATA
TCATAGGCAACGGCACGAAGTCTAGTGAGCCCGTTTCGTCACCTCCGAAG
AAGGAAATAAAGACGTTTGGAGAACTCCTTTCTCATTTTCCGATGATTGC
TCGGCAGATGCAGCCTGGCCTGGAGAGGTTGTTCAAGGAATTCGGAAAGG
AGCTGGGAAAACCATTGCCACCTCCGCCTTCTCGTTCGCCCCTAATATTT
GACGAATACGAACGGAAGCAGAATAACAATGAGATAACTGCCGACGAATC
TGCTTCTATCCGCAGTTCAGCGTCTCGTAATCGGGAGGACCTACCTTTCA
ACTCCGAGGAGTACTTCGAGGATGACGAGGATCTGATGCGTCGGAGTCTA
GAGACAGCTGTTACTGCCGCAATTGACTTGTTTCGACTAGTGGATAAGCA
ACAGTTGTCTTTTCTAGGTGCCACCACCGATCTAACGGGACCATTGGTGG
AAAGGCTCATTGAGCGCTACGTCGCTGAACAGGTGCACGAATCTCTTCTC
TTCCCTCGTCTTTGCAGTTTCCGTCAACCAGAAGATGCAGAGCTAGACTC
TAGGATTCGTTACATGGAAAACATCGACATATCGCAAGTGGGCATAGTTG
TCGATGGTGGACGAGAGGGTAAGCGAGAGTTGCTACAGCGCATCGGGAGA
GCAGTGGAGGAGTTTCGCAAAATGCTAGACGCCAAGTGCCCCCACGACAT
GTTGAACACTCTACTTCAGACCATCAAACTTCTATCGTATCCTGGGAACT
ACGATAGAGCGGGGTCTCTTGCATCGGAAAAACAATACGCGCCGGTGACG
ATCAACGCTGATATTCTGGTTTCATTGTTACTGGTTGTGGTCATCAGGTC
TCAAGTAAAGAACCTGCAAGCGAGGCTGATGTACATGCAACATTTTATAT
ACATCGACGATGTTGACAGTGGTGAAATGGGCTATGCTCTGAGCACTCTC
GAGGCTGTTCTTACCTACCTGGTGACCGATTCTGCGGGTCTCCGGCGAGC
CAGTATCCGGAACAGGCGCTTATGGAATGCAACCAAAGGCGGGCGTGTCG
TGGACATGAAGGCCATATTAGAGCCAAATGGCGACCAGGAGTCGCTAGAT
GAAGTTCCATGTGAGCCCGAAGAAAGATCCGTTGCGTTCCGCACACATGA
TGAGGATAATCTTTGTCATAGTCCACATGAGCCCTTACTTTTGCAGGACG
CACCATTCGAAATGAACGTTTCTAGTGGGACGGCGCATGATGAGGAACCC
TCCGATCCACCTCCTCTTTCTCATGTATTTCCTTTCCAGACGTGGGCAAA
CACGTCCCCTCCGAAAGAGGTCCGACGCCCTGTAAAAAAGGTTTCCATGG
ATGTCCGCAGCCTGTCCGAATCATCCGGGATATCTCTAGCTTCCAGAACC
ACGGGAATGGGCTCTATATCAAGCGCGATTGAGGGAGACAGTTCAATCGA
GACATTAACGAAAACGCAAGATCCTGCAGGCGATTCGATTCCGATGATGG
CCGTAGAAAGCCGCCAGCCAGACGCCTTGAAATACCTGCTGAGCCTTCAA
GATTACTATCCGCTGGCGGATATTCTCGAGGACACAAACACTAATGGGAC
AACATTACTCAGTGCTGCTGTTCAGCTTGCTCATGTCGAAATGGTGGACA
TTCTATTGAACTTCCTATTCAGTTCAACGGATAAGCACACCATTGCATCG
TACCTACAGAAGTCAGACATGCATGGGCGTACGGTTGCACACTACCTCTT
CAGCACGCCATCGGTAATGCATAGGCTGGAAGGACTGCTGCCGTGGTGTC
AACGCGACAAGCATGGACAGACGCCACTTTTCGCTCTATGCAGGTCTTAC
GATCACCCGGACTACAACACGATGGTGAAAGAAGCACTCACGGCCGCTCA
AGTTGCCCAAGGTGATGGAAAGCCCTTGCGCCTCGATAATCATGTCGACT
CTAGAGGCAATACACTATTGCATATCGTTAGCGATCCGGAAATTACCATC
CGGCTCTTGCAAGAATGTGACTGTGATCCGAACGCAACAAATGATAAAAG
GTTCACCCCTCTCATGATGGCCAGCAAGTACGGCCGCATCGACCAGGTCC
GGATTCTTTTCATGGACCCTAGAGTTGATGTGCACCTGAAAGAAAGCCGT
GGTTTGACTGCCGTTGAGCTTGCTAAGGATGATGAAGTGCGCAATCGTAT
TGACGATCTCATCCTTCTCTCCAGCCCCCCATCAGCCTACGACGAGCAGT
CCGGCCGTGTCACGACCGTGGTGCGCTCGTACTTTGTTGAGGATGCGACA
GTGCGCTTCGTGCTGAAGTCCGGTGCCCCGAACCCAACGGTGAACTCTGC
AGAGTCCCGTCCTGCGTCAGGAACAACATTCACAGTCACCACATGCCGTC
GCACGTTCTCTGACTTCGAGAACCTTGCCAGATGCCTATCCATCGAGCAT
CCGGCTTCCTACATGCCGTCTCTGTCCGACTTCCGTAGCCCTTTCCAAAT
TCATTCAAAACCGTCCCGTTCTGTGCTCCATGACATGCAAGAAAAGCTCG
ACAGGTTCCTCAAGGTCTTACTTACGCATCCAACTTTCGCCACTCACGAG
ATGTTGTGGGAGTTCTTTCTGGTTCCAGAACTGCAACCTGAGATGATGGC
AGACCGCTCATACCGCAAAGCCCAGGTCCTTACGGAATCCATCAACGACG
ACTACGAACCCGTCACACCTGAAGGCATGCGCGAGACAGAGCAATTCGTC
TCCCACGCCCAGGACATGGTTCGCGCTGTCCACGTCAACACTCGCAGTCT
GCTCCGTCGCGGCCACGCTCTCCAAAACTCTGCTTCCGATATTGCAGACG
CCGTGGCCCTCTGTGCCTCCATCATCTCAACCCTTAAGGAACCGACCAAC
GCTCTACCAGCCTCCTACGTGGACGCGTTCACCCGCTACGCAACCCATCT
CTCCACTTCATCATCTGATTCCTCTCCTCTCCTTCAATTCCTCACGGCCC
TGACCTCAATCGACGACACCACAACCGCAATCCTAGCGTCCCTCTCTCGC
CCCATTTCCCTCATAAACAACCTATCCTCCACAAACAGAAACCTCTCACG
CAACCGCTCATCCCTCGTATCTTCTTCCCTTCCCCGAAAATTCAACATCA
ATTTCCCGGGGCTCGAAGAATCCCGCCAAAAGTCCGTCCGCGACCTCGAA
ACCAAGATCCAGGATTCCGAACTCCAAATCGCTCGTCTCTCCCGCGAAAT
CACCTGGAACAAGGACGTGGTCGTCGGTGAACTAGCAGGCTGGACCACAT
GGCGAGAGAAAGTCGGGCGAGATGCCATCCGCTCCTTCGTCAGGGCAACC
TTAGTCCGAGAACGCGAACGAGGGAAGCGACTAGAGCGGTGTTTGCGTGG
AGTGCGCGAGATGAGATAG back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
| Term | Definition |
|---|
| GO:0005840 | ribosome |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0006412 | translation |
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0035091 | phosphatidylinositol binding |
| GO:0003735 | structural constituent of ribosome |
| GO:0005515 | protein binding |
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 |
|---|
| DBxref | InterPro:IPR020683 |
| DBxref | InterPro:IPR003123 |
| DBxref | InterPro:IPR036871 |
| DBxref | InterPro:IPR027267 |
| DBxref | InterPro:IPR037191 |
| DBxref | InterPro:IPR036770 |
| DBxref | InterPro:IPR001683 |
| DBxref | InterPro:IPR036967 |
| DBxref | InterPro:IPR001971 |
| DBxref | InterPro:IPR002110 |
| DBxref | PFAM:PF02204 |
| DBxref | PFAM:PF00411 |
| DBxref | PFAM:PF00787 |
| DBxref | PFAM:PF13857 |
| Product | Vacuolar sorting protein 9 (VPS9) domain family 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 |
|---|
| NKJJ01000022.1 | supercontig | NKJJ01000022.1:2062114..2067648 + |
|
