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Sequences
The following sequences are available for this feature:
mRNA from alignment at ACJE01000005.1:1068999..1072797+ Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ASPNIDRAFT_119101-T1 ID=ASPNIDRAFT_119101-T1|Name=ASPNIDRAFT_119101-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=3799bp|location=Sequence derived from alignment at ACJE01000005.1:1068999..1072797+ (Aspergillus niger ATCC 1015)
ATGCGTCTCCATCTTATTATCCAGCGCCACGGCCTGCCCGTCACGCGCAT
TCTTTGGACAACGTCACCGCCGTCTCTTTTCGGTCATAATGCTCCCAGCG
CTTCGTCCATGCTTCCTGCCGCATCTTCTGCGCTGACTTCGACGCGTGCA
CCTAATGCGCTGTATTCCAATGGCGGGTACACGATCGCACAGCTCCTGGA
GGATGTGAATGAGGTTATCCCGCTTGAGACGGAACCAGCTTTGTTTGATA
CCGAGTGCAGTGGACAGTGGGGTCTCGAGGATTATGTGGTTGAGGTTGGG
GGCTCGGAATGTTTGCATTTCATGGAAGTAGAAGGCTTGTTGCGGGACGG
TGATGAAATCTTGTAAGTGGTTGTCCCCCTGCCGGTTGCCATTGACCTGG
CTCTAGCAAATTTTGCTCTTGGAATGAATCTCATCGATTTCTTGATAGGA
TACGCGCCCTTCAAATCTCAGACCTTCGAGCCAGGCGACTTTCCGGTCGC
CATCAAATATCTTCCGACGGCAAACACCTCATTGACGGAGTCCCGTTTGG
GAAACCATTCTTGAAAAGACCTACGTCGTCAAGACCCGCAATCACGATCC
CACCGAGAAAGAAAAGACGGACTAGCGCTGCAGGGTGGGACTATGGATCG
CGCTACGAGGAGGAAGATACAGAATGGGCGCCAAATAATCAAGTAGGCTT
TGCAAGAGAGCTTCCTGTAATCCGGTCAAATGAGCAGCCGCAGGAGAAGA
AGGGTGATGATTACACCGATGCTTACCAGGATGATTACGAGGATTACCAC
GAGCCTGAAGAGGAAGGTAATGGGACAGTCATCCGGCATGCTGTTGACGA
GACACATGATCAAGCTTCGGAAAGTGGCTCAGATGAGTCGAACATCAACC
CTGAAGACTTGGTAGAAGAGCTGAAGGGACTTGAGGAAGATCTGGAGATA
TCCCCTATGCCTCTGGCGGAAGACGTTGATATCGAGCAAGCGGGCTATTC
GCTGCGCTCCAGACCCAGTATCCATCAACCGGCCCCGAGAAAGAGCTCAT
TTGCGCATCCCTCTAGCCAAGAGTCTTTAAATCCGGACGGTACTCGCAGG
GATTCAAAGGCAGTGACATTTGAAGACCAGAAAGCGAAGCCGTCCGTCTT
GGAATCGAATGCTACCGTTGCCAGCAAAGCGATCTCAATCCCAGAGGATC
TAACGGGCTCGGCTTCAGGTACGAGCGATAGCAGCTCATCTGCAAGCGAT
ACGAGCGAGACCAGCGACTCTAGTGACTCAGACGATTCCAGCAATGCAAG
TGATTCACCTTCTGACGAAGACTCTCTTTCTGGATCAGAAGCTTCTACAT
CTGATTCAGAAGAAGACTCAAGCTCCGACTCTGGTGAGGACATGTCCACA
TCTGAATCAGAGGATGAGCTTTCGGACTCTGATGTAGATGTGCAGATGCG
CACGAAAACCAATCCTCCGGGAGCAGGCTCTTTGAGAACCAAGAAGAGCA
ATGAGCGTAACAAAATGCGACGCAGGTTAGCAAAGCTAAAAGAGCTTGGT
GCCCTGCCCGCACAGGCCGATTTCGCTGCTCTCCGTGACTGGGAAGAGGC
TAACGGACGTTCATACTACATTCCTGAGGACAAGCACGATATCAAAGAAC
AAGAGCGGGCGGAATTCGAAGCAAAACGACAGAAACTGCTCCGTGATCTT
GAATCGGGGGGAGTCGATGTCACTGAGGCAAAGCAAAAGGAAGTTGCATC
CCCACAGAGCGTCAAGGCTACCGGCGACACACGGCCTGCAACCGACGTTG
CTGCTGATGAAGATGAAGCTAGGCCACCTTCTAAGCGACGTACTCTCGAT
GTTGCCAGCTCCAGGAGGATGCTTTTTGGCTCACTGGGGGTGAGAACTCC
ACGAACCAAAGAAGACGAGGAGGCTACTCGAAAGAAGCTTGCAGGCAAGG
TCAACAACCAAGTTCACCCCCCAAAGTCCCCGAAAGAGGATGCGGTCAAA
GCGCCTGAAAGCGATTCGGATGAGAACTGGCAAGACAAGTTGATCCTCCG
GGCTACCGAGTGTATTTATGACGACATTGAGCTGACCGCTCCGCCATTCC
CCTTCGAACAACGCTGGGACGCTGAAGCTGGTGATCTCATCAGACAGCGT
AAAGGCTGGGGTAAGAAGAGAAGACGGCGGCAGCAGCTTCAAGTTTACGA
TGGGGAAGAAGAAAATGGAAATGGCGATTACGGCTATTCCGTGGGGGGTT
ACTCCGTGGACGATCTACAACTAAACTACGATGATGCCGAGCAACCGAAT
GGAGACATGGAGGGAGTGGAGCATGCTGCAGAGCAAGCCGTAGAGGACCA
ATCTGAAGATTCGGCAGACGACCTCCCTGCTCTGCCCAATGACCCGGCCT
CTCTACAGGACATGGGCGTGGATGGCTTGAAGAAGGGCTCGATCATTGCT
TTCCGACAGCTGGAAATTTCCAAGGCTACAAGCTGGCAGCCCACGGTTTC
TGGATACCGAGTGGCCAAGATCCACGAAGTCTTTGAACACGATATCCTCA
AAATTCGGCTAGCCAAGCGTGACCGACGACAGGCACGGGATGACCAAGAT
TGGGATGAGGAAAATGATAGGCCGCAATATAGTGGTTTTGAAATGCCCGG
GATGGACGAAGAGGAGGACGACGGCTTCCGGGAGTTGTCATTTGCCGACC
TGATTGAACCCAAGCTTCTCCGATCTGCTGACACTGCAGGTCTTGGGAAT
GCTGGGAAATCCAGCATGTCAGTACACTAATTTCCTTACACTCGTCTGGC
GTTCCTGCGCTCACCCGACCAAGCTCCCGTGCCATAGAGGAGCCCAGTCC
AAACGAAATCGAGGCCACGCGCGAGAACGAGGACTGTCAGCCACCAGTGC
GAGATGTGGAAAGGGAAGGTACTAATCCTGATGAGATGTCAGCAAAGCAA
GAGCCTATTGACCGCACGGGAGGCCCGGCCATGCACTCTAGCCCCATCAA
GTCACCGCATTTTGACGGGTTTCATTCGCCTCCCGCGGAGATGACAACCG
GATCGAAAGGCAGCCATGAGGACCAGGTGTCCAGATCTACCCCTCCGGCA
GGACAAGACAGCGAGAATGGCCGGAACGGTCGACAACCGGAGGATGCGCC
CGAGATCAAGGACCCTCCATCGACCTTGCACTCGATGCTTCTCCCCGATG
ACGCCCATGAAGGTGGTTCTGCGGCCAACGCGTCGGAAGATGATCTCCAA
ATGATCAGTAGCCCCGTGAGTATGATGTCTTTCAACTGCCTGATGGAAAC
GTACTTTCCCCCGGCGGTCAAGAGAGAGACATCCGCCGCACCTGCCAAGG
AAGAGCCTCGGTCGCTTTCACAATCATCGGCCTATTCCATTGTCCCTAAT
CCCTTCTACGAGATCGACAAGGCCGAGGAGGAACGACAGCGACGACAGAC
GTCTCGCAAGGGGCGGCGCAGTAGCAACGCCGACGGTGGAAACGGGACGA
TGGAGCTCATGTCCCTAGCGGGATCGGTGTCTCCCGTACCAAGACCATCT
CCCCGAGTGAAATCACCAGCGGTGCATGAACCATCATCGATCAGCGTTGT
CCCGGAGAGTGTGCCGCAGCCTCACCAAGACGATCCAGAGCCATCACAAC
TTTCTGAGGTGGTGGACCTGACACAATCGAGCCCGCCGGTATCCCCGGGA
GGTAGTGATGAAGACTATGCGCGCTCACATCGCCTTCCCCGTGGGTCCGG
ATGGGTACAGAAGAATATTCCTCGAACCCTACGGGTGACGCGACGGTCA back to topCoding sequence (CDS) from alignment at ACJE01000005.1:1068999..1072797+ >ASPNIDRAFT_119101-T1 ID=ASPNIDRAFT_119101-T1|Name=ASPNIDRAFT_119101-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=10968bp|location=Sequence derived from alignment at ACJE01000005.1:1068999..1072797+ (Aspergillus niger ATCC 1015)
ATGCGTCTCCATCTTATTATCCAGCGCCACGGCCTGCCCGTCACGCGCAT
TCTTTGGACAACGTCACCGCCGTCTCTTTTCGGTCATAATGCTCCCAGCG
CTTCGTCCATGCTTCCTGCCGCATCTTCTGCGCTGACTTCGACGCGTGCA
CCTAATGCGCTGTATTCCAATGGCGGGTACACGATCGCACAGCTCCTGGA
GGATGTGAATGAGGTTATCCCGCTTGAGACGGAACCAGCTTTGTTTGATA
CCGAGTGCAGTGGACAGTGGGGTCTCGAGGATTATGTGGTTGAGGTTGGG
GGCTCGGAATGTTTGCATTTCATGGAAGTAGAAGGCTTGTTGCGGGACGG
TGATGAAATCTTGATACGCGCCCTTCAAATCTCAGACCTTCGAGCCAGGC
GACTTTCCGGTCGCCATCAAATATCTTCCGACGGCAAACACCTCATTGAC
GGAGTCCCGTTTGGGAAACCATTCTTGAAAAGACCTACGTCGTCAAGACC
CGCAATCACGATCCCACCGAGAAAGAAAAGACGGACTAGCGCTGCAGGGT
GGGACTATGGATCGCGCTACGAGGAGGAAGATACAGAATGGGCGCCAAAT
AATCAAGTAGGCTTTGCAAGAGAGCTTCCTGTAATCCGGTCAAATGAGCA
GCCGCAGGAGAAGAAGGGTGATGATTACACCGATGCTTACCAGGATGATT
ACGAGGATTACCACGAGCCTGAAGAGGAAGGTAATGGGACAGTCATCCGG
CATGCTGTTGACGAGACACATGATCAAGCTTCGGAAAGTGGCTCAGATGA
GTCGAACATCAACCCTGAAGACTTGGTAGAAGAGCTGAAGGGACTTGAGG
AAGATCTGGAGATATCCCCTATGCCTCTGGCGGAAGACGTTGATATCGAG
CAAGCGGGCTATTCGCTGCGCTCCAGACCCAGTATCCATCAACCGGCCCC
GAGAAAGAGCTCATTTGCGCATCCCTCTAGCCAAGAGTCTTTAAATCCGG
ACGGTACTCGCAGGGATTCAAAGGCAGTGACATTTGAAGACCAGAAAGCG
AAGCCGTCCGTCTTGGAATCGAATGCTACCGTTGCCAGCAAAGCGATCTC
AATCCCAGAGGATCTAACGGGCTCGGCTTCAGGTACGAGCGATAGCAGCT
CATCTGCAAGCGATACGAGCGAGACCAGCGACTCTAGTGACTCAGACGAT
TCCAGCAATGCAAGTGATTCACCTTCTGACGAAGACTCTCTTTCTGGATC
AGAAGCTTCTACATCTGATTCAGAAGAAGACTCAAGCTCCGACTCTGGTG
AGGACATGTCCACATCTGAATCAGAGGATGAGCTTTCGGACTCTGATGTA
GATGTGCAGATGCGCACGAAAACCAATCCTCCGGGAGCAGGCTCTTTGAG
AACCAAGAAGAGCAATGAGCGTAACAAAATGCGACGCAGGTTAGCAAAGC
TAAAAGAGCTTGGTGCCCTGCCCGCACAGGCCGATTTCGCTGCTCTCCGT
GACTGGGAAGAGGCTAACGGACGTTCATACTACATTCCTGAGGACAAGCA
CGATATCAAAGAACAAGAGCGGGCGGAATTCGAAGCAAAACGACAGAAAC
TGCTCCGTGATCTTGAATCGGGGGGAGTCGATGTCACTGAGGCAAAGCAA
AAGGAAGTTGCATCCCCACAGAGCGTCAAGGCTACCGGCGACACACGGCC
TGCAACCGACGTTGCTGCTGATGAAGATGAAGCTAGGCCACCTTCTAAGC
GACGTACTCTCGATGTTGCCAGCTCCAGGAGGATGCTTTTTGGCTCACTG
GGGGTGAGAACTCCACGAACCAAAGAAGACGAGGAGGCTACTCGAAAGAA
GCTTGCAGGCAAGGTCAACAACCAAGTTCACCCCCCAAAGTCCCCGAAAG
AGGATGCGGTCAAAGCGCCTGAAAGCGATTCGGATGAGAACTGGCAAGAC
AAGTTGATCCTCCGGGCTACCGAGTGTATTTATGACGACATTGAGCTGAC
CGCTCCGCCATTCCCCTTCGAACAACGCTGGGACGCTGAAGCTGGTGATC
TCATCAGACAGCGTAAAGGCTGGGGTAAGAAGAGAAGACGGCGGCAGCAG
CTTCAAGTTTACGATGGGGAAGAAGAAAATGGAAATGGCGATTACGGCTA
TTCCGTGGGGGGTTACTCCGTGGACGATCTACAACTAAACTACGATGATG
CCGAGCAACCGAATGGAGACATGGAGGGAGTGGAGCATGCTGCAGAGCAA
GCCGTAGAGGACCAATCTGAAGATTCGGCAGACGACCTCCCTGCTCTGCC
CAATGACCCGGCCTCTCTACAGGACATGGGCGTGGATGGCTTGAAGAAGG
GCTCGATCATTGCTTTCCGACAGCTGGAAATTTCCAAGGCTACAAGCTGG
CAGCCCACGGTTTCTGGATACCGAGTGGCCAAGATCCACGAAGTCTTTGA
ACACGATATCCTCAAAATTCGGCTAGCCAAGCGTGACCGACGACAGGCAC
GGGATGACCAAGATTGGGATGAGGAAAATGATAGGCCGCAATATAGTGGT
TTTGAAATGCCCGGGATGGACGAAGAGGAGGACGACGGCTTCCGGGAGTT
GTCATTTGCCGACCTGATTGAACCCAAGCTTCTCCGATCTGCTGACACTG
CAGGTCTTGGGAATGCTGGGAAATCCAGCATCTCCCGTGCCATAGAGGAG
CCCAGTCCAAACGAAATCGAGGCCACGCGCGAGAACGAGGACTGTCAGCC
ACCAGTGCGAGATGTGGAAAGGGAAGGTACTAATCCTGATGAGATGTCAG
CAAAGCAAGAGCCTATTGACCGCACGGGAGGCCCGGCCATGCACTCTAGC
CCCATCAAGTCACCGCATTTTGACGGGTTTCATTCGCCTCCCGCGGAGAT
GACAACCGGATCGAAAGGCAGCCATGAGGACCAGGTGTCCAGATCTACCC
CTCCGGCAGGACAAGACAGCGAGAATGGCCGGAACGGTCGACAACCGGAG
GATGCGCCCGAGATCAAGGACCCTCCATCGACCTTGCACTCGATGCTTCT
CCCCGATGACGCCCATGAAGGTGGTTCTGCGGCCAACGCGTCGGAAGATG
ATCTCCAAATGATCAGTAGCCCCGTGAGTATGATGTCTTTCAACTGCCTG
ATGGAAACGTACTTTCCCCCGGCGGTCAAGAGAGAGACATCCGCCGCACC
TGCCAAGGAAGAGCCTCGGTCGCTTTCACAATCATCGGCCTATTCCATTG
TCCCTAATCCCTTCTACGAGATCGACAAGGCCGAGGAGGAACGACAGCGA
CGACAGACGTCTCGCAAGGGGCGGCGCAGTAGCAACGCCGACGGTGGAAA
CGGGACGATGGAGCTCATGTCCCTAGCGGGATCGGTGTCTCCCGTACCAA
GACCATCTCCCCGAGTGAAATCACCAGCGGTGCATGAACCATCATCGATC
AGCGTTGTCCCGGAGAGTGTGCCGCAGCCTCACCAAGACGATCCAGAGCC
ATCACAACTTTCTGAGGTGGTGGACCTGACACAATCGAGCCCGCCGGTAT
CCCCGGGAGGTAGTGATGAAGACTATGCGCGCTCACATCGCCTTCCCCGT
GGGTCCGGATGGGTACAGAAGAATATTCCTCGAACCCTACGGGTGACGCG
ACGGTCATGCGTCTCCATCTTATTATCCAGCGCCACGGCCTGCCCGTCAC
GCGCATTCTTTGGACAACGTCACCGCCGTCTCTTTTCGGTCATAATGCTC
CCAGCGCTTCGTCCATGCTTCCTGCCGCATCTTCTGCGCTGACTTCGACG
CGTGCACCTAATGCGCTGTATTCCAATGGCGGGTACACGATCGCACAGCT
CCTGGAGGATGTGAATGAGGTTATCCCGCTTGAGACGGAACCAGCTTTGT
TTGATACCGAGTGCAGTGGACAGTGGGGTCTCGAGGATTATGTGGTTGAG
GTTGGGGGCTCGGAATGTTTGCATTTCATGGAAGTAGAAGGCTTGTTGCG
GGACGGTGATGAAATCTTGATACGCGCCCTTCAAATCTCAGACCTTCGAG
CCAGGCGACTTTCCGGTCGCCATCAAATATCTTCCGACGGCAAACACCTC
ATTGACGGAGTCCCGTTTGGGAAACCATTCTTGAAAAGACCTACGTCGTC
AAGACCCGCAATCACGATCCCACCGAGAAAGAAAAGACGGACTAGCGCTG
CAGGGTGGGACTATGGATCGCGCTACGAGGAGGAAGATACAGAATGGGCG
CCAAATAATCAAGTAGGCTTTGCAAGAGAGCTTCCTGTAATCCGGTCAAA
TGAGCAGCCGCAGGAGAAGAAGGGTGATGATTACACCGATGCTTACCAGG
ATGATTACGAGGATTACCACGAGCCTGAAGAGGAAGGTAATGGGACAGTC
ATCCGGCATGCTGTTGACGAGACACATGATCAAGCTTCGGAAAGTGGCTC
AGATGAGTCGAACATCAACCCTGAAGACTTGGTAGAAGAGCTGAAGGGAC
TTGAGGAAGATCTGGAGATATCCCCTATGCCTCTGGCGGAAGACGTTGAT
ATCGAGCAAGCGGGCTATTCGCTGCGCTCCAGACCCAGTATCCATCAACC
GGCCCCGAGAAAGAGCTCATTTGCGCATCCCTCTAGCCAAGAGTCTTTAA
ATCCGGACGGTACTCGCAGGGATTCAAAGGCAGTGACATTTGAAGACCAG
AAAGCGAAGCCGTCCGTCTTGGAATCGAATGCTACCGTTGCCAGCAAAGC
GATCTCAATCCCAGAGGATCTAACGGGCTCGGCTTCAGGTACGAGCGATA
GCAGCTCATCTGCAAGCGATACGAGCGAGACCAGCGACTCTAGTGACTCA
GACGATTCCAGCAATGCAAGTGATTCACCTTCTGACGAAGACTCTCTTTC
TGGATCAGAAGCTTCTACATCTGATTCAGAAGAAGACTCAAGCTCCGACT
CTGGTGAGGACATGTCCACATCTGAATCAGAGGATGAGCTTTCGGACTCT
GATGTAGATGTGCAGATGCGCACGAAAACCAATCCTCCGGGAGCAGGCTC
TTTGAGAACCAAGAAGAGCAATGAGCGTAACAAAATGCGACGCAGGTTAG
CAAAGCTAAAAGAGCTTGGTGCCCTGCCCGCACAGGCCGATTTCGCTGCT
CTCCGTGACTGGGAAGAGGCTAACGGACGTTCATACTACATTCCTGAGGA
CAAGCACGATATCAAAGAACAAGAGCGGGCGGAATTCGAAGCAAAACGAC
AGAAACTGCTCCGTGATCTTGAATCGGGGGGAGTCGATGTCACTGAGGCA
AAGCAAAAGGAAGTTGCATCCCCACAGAGCGTCAAGGCTACCGGCGACAC
ACGGCCTGCAACCGACGTTGCTGCTGATGAAGATGAAGCTAGGCCACCTT
CTAAGCGACGTACTCTCGATGTTGCCAGCTCCAGGAGGATGCTTTTTGGC
TCACTGGGGGTGAGAACTCCACGAACCAAAGAAGACGAGGAGGCTACTCG
AAAGAAGCTTGCAGGCAAGGTCAACAACCAAGTTCACCCCCCAAAGTCCC
CGAAAGAGGATGCGGTCAAAGCGCCTGAAAGCGATTCGGATGAGAACTGG
CAAGACAAGTTGATCCTCCGGGCTACCGAGTGTATTTATGACGACATTGA
GCTGACCGCTCCGCCATTCCCCTTCGAACAACGCTGGGACGCTGAAGCTG
GTGATCTCATCAGACAGCGTAAAGGCTGGGGTAAGAAGAGAAGACGGCGG
CAGCAGCTTCAAGTTTACGATGGGGAAGAAGAAAATGGAAATGGCGATTA
CGGCTATTCCGTGGGGGGTTACTCCGTGGACGATCTACAACTAAACTACG
ATGATGCCGAGCAACCGAATGGAGACATGGAGGGAGTGGAGCATGCTGCA
GAGCAAGCCGTAGAGGACCAATCTGAAGATTCGGCAGACGACCTCCCTGC
TCTGCCCAATGACCCGGCCTCTCTACAGGACATGGGCGTGGATGGCTTGA
AGAAGGGCTCGATCATTGCTTTCCGACAGCTGGAAATTTCCAAGGCTACA
AGCTGGCAGCCCACGGTTTCTGGATACCGAGTGGCCAAGATCCACGAAGT
CTTTGAACACGATATCCTCAAAATTCGGCTAGCCAAGCGTGACCGACGAC
AGGCACGGGATGACCAAGATTGGGATGAGGAAAATGATAGGCCGCAATAT
AGTGGTTTTGAAATGCCCGGGATGGACGAAGAGGAGGACGACGGCTTCCG
GGAGTTGTCATTTGCCGACCTGATTGAACCCAAGCTTCTCCGATCTGCTG
ACACTGCAGGTCTTGGGAATGCTGGGAAATCCAGCATCTCCCGTGCCATA
GAGGAGCCCAGTCCAAACGAAATCGAGGCCACGCGCGAGAACGAGGACTG
TCAGCCACCAGTGCGAGATGTGGAAAGGGAAGGTACTAATCCTGATGAGA
TGTCAGCAAAGCAAGAGCCTATTGACCGCACGGGAGGCCCGGCCATGCAC
TCTAGCCCCATCAAGTCACCGCATTTTGACGGGTTTCATTCGCCTCCCGC
GGAGATGACAACCGGATCGAAAGGCAGCCATGAGGACCAGGTGTCCAGAT
CTACCCCTCCGGCAGGACAAGACAGCGAGAATGGCCGGAACGGTCGACAA
CCGGAGGATGCGCCCGAGATCAAGGACCCTCCATCGACCTTGCACTCGAT
GCTTCTCCCCGATGACGCCCATGAAGGTGGTTCTGCGGCCAACGCGTCGG
AAGATGATCTCCAAATGATCAGTAGCCCCGTGAGTATGATGTCTTTCAAC
TGCCTGATGGAAACGTACTTTCCCCCGGCGGTCAAGAGAGAGACATCCGC
CGCACCTGCCAAGGAAGAGCCTCGGTCGCTTTCACAATCATCGGCCTATT
CCATTGTCCCTAATCCCTTCTACGAGATCGACAAGGCCGAGGAGGAACGA
CAGCGACGACAGACGTCTCGCAAGGGGCGGCGCAGTAGCAACGCCGACGG
TGGAAACGGGACGATGGAGCTCATGTCCCTAGCGGGATCGGTGTCTCCCG
TACCAAGACCATCTCCCCGAGTGAAATCACCAGCGGTGCATGAACCATCA
TCGATCAGCGTTGTCCCGGAGAGTGTGCCGCAGCCTCACCAAGACGATCC
AGAGCCATCACAACTTTCTGAGGTGGTGGACCTGACACAATCGAGCCCGC
CGGTATCCCCGGGAGGTAGTGATGAAGACTATGCGCGCTCACATCGCCTT
CCCCGTGGGTCCGGATGGGTACAGAAGAATATTCCTCGAACCCTACGGGT
GACGCGACGGTCATGCGTCTCCATCTTATTATCCAGCGCCACGGCCTGCC
CGTCACGCGCATTCTTTGGACAACGTCACCGCCGTCTCTTTTCGGTCATA
ATGCTCCCAGCGCTTCGTCCATGCTTCCTGCCGCATCTTCTGCGCTGACT
TCGACGCGTGCACCTAATGCGCTGTATTCCAATGGCGGGTACACGATCGC
ACAGCTCCTGGAGGATGTGAATGAGGTTATCCCGCTTGAGACGGAACCAG
CTTTGTTTGATACCGAGTGCAGTGGACAGTGGGGTCTCGAGGATTATGTG
GTTGAGGTTGGGGGCTCGGAATGTTTGCATTTCATGGAAGTAGAAGGCTT
GTTGCGGGACGGTGATGAAATCTTGATACGCGCCCTTCAAATCTCAGACC
TTCGAGCCAGGCGACTTTCCGGTCGCCATCAAATATCTTCCGACGGCAAA
CACCTCATTGACGGAGTCCCGTTTGGGAAACCATTCTTGAAAAGACCTAC
GTCGTCAAGACCCGCAATCACGATCCCACCGAGAAAGAAAAGACGGACTA
GCGCTGCAGGGTGGGACTATGGATCGCGCTACGAGGAGGAAGATACAGAA
TGGGCGCCAAATAATCAAGTAGGCTTTGCAAGAGAGCTTCCTGTAATCCG
GTCAAATGAGCAGCCGCAGGAGAAGAAGGGTGATGATTACACCGATGCTT
ACCAGGATGATTACGAGGATTACCACGAGCCTGAAGAGGAAGGTAATGGG
ACAGTCATCCGGCATGCTGTTGACGAGACACATGATCAAGCTTCGGAAAG
TGGCTCAGATGAGTCGAACATCAACCCTGAAGACTTGGTAGAAGAGCTGA
AGGGACTTGAGGAAGATCTGGAGATATCCCCTATGCCTCTGGCGGAAGAC
GTTGATATCGAGCAAGCGGGCTATTCGCTGCGCTCCAGACCCAGTATCCA
TCAACCGGCCCCGAGAAAGAGCTCATTTGCGCATCCCTCTAGCCAAGAGT
CTTTAAATCCGGACGGTACTCGCAGGGATTCAAAGGCAGTGACATTTGAA
GACCAGAAAGCGAAGCCGTCCGTCTTGGAATCGAATGCTACCGTTGCCAG
CAAAGCGATCTCAATCCCAGAGGATCTAACGGGCTCGGCTTCAGGTACGA
GCGATAGCAGCTCATCTGCAAGCGATACGAGCGAGACCAGCGACTCTAGT
GACTCAGACGATTCCAGCAATGCAAGTGATTCACCTTCTGACGAAGACTC
TCTTTCTGGATCAGAAGCTTCTACATCTGATTCAGAAGAAGACTCAAGCT
CCGACTCTGGTGAGGACATGTCCACATCTGAATCAGAGGATGAGCTTTCG
GACTCTGATGTAGATGTGCAGATGCGCACGAAAACCAATCCTCCGGGAGC
AGGCTCTTTGAGAACCAAGAAGAGCAATGAGCGTAACAAAATGCGACGCA
GGTTAGCAAAGCTAAAAGAGCTTGGTGCCCTGCCCGCACAGGCCGATTTC
GCTGCTCTCCGTGACTGGGAAGAGGCTAACGGACGTTCATACTACATTCC
TGAGGACAAGCACGATATCAAAGAACAAGAGCGGGCGGAATTCGAAGCAA
AACGACAGAAACTGCTCCGTGATCTTGAATCGGGGGGAGTCGATGTCACT
GAGGCAAAGCAAAAGGAAGTTGCATCCCCACAGAGCGTCAAGGCTACCGG
CGACACACGGCCTGCAACCGACGTTGCTGCTGATGAAGATGAAGCTAGGC
CACCTTCTAAGCGACGTACTCTCGATGTTGCCAGCTCCAGGAGGATGCTT
TTTGGCTCACTGGGGGTGAGAACTCCACGAACCAAAGAAGACGAGGAGGC
TACTCGAAAGAAGCTTGCAGGCAAGGTCAACAACCAAGTTCACCCCCCAA
AGTCCCCGAAAGAGGATGCGGTCAAAGCGCCTGAAAGCGATTCGGATGAG
AACTGGCAAGACAAGTTGATCCTCCGGGCTACCGAGTGTATTTATGACGA
CATTGAGCTGACCGCTCCGCCATTCCCCTTCGAACAACGCTGGGACGCTG
AAGCTGGTGATCTCATCAGACAGCGTAAAGGCTGGGGTAAGAAGAGAAGA
CGGCGGCAGCAGCTTCAAGTTTACGATGGGGAAGAAGAAAATGGAAATGG
CGATTACGGCTATTCCGTGGGGGGTTACTCCGTGGACGATCTACAACTAA
ACTACGATGATGCCGAGCAACCGAATGGAGACATGGAGGGAGTGGAGCAT
GCTGCAGAGCAAGCCGTAGAGGACCAATCTGAAGATTCGGCAGACGACCT
CCCTGCTCTGCCCAATGACCCGGCCTCTCTACAGGACATGGGCGTGGATG
GCTTGAAGAAGGGCTCGATCATTGCTTTCCGACAGCTGGAAATTTCCAAG
GCTACAAGCTGGCAGCCCACGGTTTCTGGATACCGAGTGGCCAAGATCCA
CGAAGTCTTTGAACACGATATCCTCAAAATTCGGCTAGCCAAGCGTGACC
GACGACAGGCACGGGATGACCAAGATTGGGATGAGGAAAATGATAGGCCG
CAATATAGTGGTTTTGAAATGCCCGGGATGGACGAAGAGGAGGACGACGG
CTTCCGGGAGTTGTCATTTGCCGACCTGATTGAACCCAAGCTTCTCCGAT
CTGCTGACACTGCAGGTCTTGGGAATGCTGGGAAATCCAGCATCTCCCGT
GCCATAGAGGAGCCCAGTCCAAACGAAATCGAGGCCACGCGCGAGAACGA
GGACTGTCAGCCACCAGTGCGAGATGTGGAAAGGGAAGGTACTAATCCTG
ATGAGATGTCAGCAAAGCAAGAGCCTATTGACCGCACGGGAGGCCCGGCC
ATGCACTCTAGCCCCATCAAGTCACCGCATTTTGACGGGTTTCATTCGCC
TCCCGCGGAGATGACAACCGGATCGAAAGGCAGCCATGAGGACCAGGTGT
CCAGATCTACCCCTCCGGCAGGACAAGACAGCGAGAATGGCCGGAACGGT
CGACAACCGGAGGATGCGCCCGAGATCAAGGACCCTCCATCGACCTTGCA
CTCGATGCTTCTCCCCGATGACGCCCATGAAGGTGGTTCTGCGGCCAACG
CGTCGGAAGATGATCTCCAAATGATCAGTAGCCCCGTGAGTATGATGTCT
TTCAACTGCCTGATGGAAACGTACTTTCCCCCGGCGGTCAAGAGAGAGAC
ATCCGCCGCACCTGCCAAGGAAGAGCCTCGGTCGCTTTCACAATCATCGG
CCTATTCCATTGTCCCTAATCCCTTCTACGAGATCGACAAGGCCGAGGAG
GAACGACAGCGACGACAGACGTCTCGCAAGGGGCGGCGCAGTAGCAACGC
CGACGGTGGAAACGGGACGATGGAGCTCATGTCCCTAGCGGGATCGGTGT
CTCCCGTACCAAGACCATCTCCCCGAGTGAAATCACCAGCGGTGCATGAA
CCATCATCGATCAGCGTTGTCCCGGAGAGTGTGCCGCAGCCTCACCAAGA
CGATCCAGAGCCATCACAACTTTCTGAGGTGGTGGACCTGACACAATCGA
GCCCGCCGGTATCCCCGGGAGGTAGTGATGAAGACTATGCGCGCTCACAT
CGCCTTCCCCGTGGGTCCGGATGGGTACAGAAGAATATTCCTCGAACCCT
ACGGGTGACGCGACGGTC back to top
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 |
|---|
| Note | EggNog:ENOG41 |
| 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 |
|---|
| ACJE01000005.1 | supercontig | ACJE01000005.1:1068999..1072797 + |
|
