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Sequences
The following sequences are available for this feature:
mRNA from alignment at OGUI01000016.1:898856..900784+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >ATCC64974_89610-T1 ID=ATCC64974_89610-T1|Name=ATCC64974_89610-T1|organism=Aspergillus niger N402|type=mRNA|length=1929bp|location=Sequence derived from alignment at OGUI01000016.1:898856..900784+ (Aspergillus niger N402)
ATGTTGTCCATAGCTAGCCTTCTTGTCGGACTTGCATCAATTTACGTTCT
CTATGTCTTTCTTGGACCTAAGAAGACATCAGCACCACTGCCCCCAGGGC
CTCCTCCAAAACCTGTTATCGGCAATCTCAATGATCTCCCACCTCCCGGT
TCCAAGGATTGGCAGCATTGGCTGGATCATAAGGAAAAATATGGTATATC
CCCCTTTTATCCTACCTTTAGAACGGCATCTTCCATTATAATAACCTTCG
ACTCTAGGCCCAATCAGCTCCGTCACTATATTTGGACAGACTCTCGTTGT
TCTTAATGATCCCGACATGGCACTGGAGATGTTGGAGAAGCGTTCTGCAA
AACACTCCTCCCGACCCCATCTTCCCATCGCAGATCTGTTAGTTCCACAC
TAATCTCACTCGTTACAAGTGACACAATATACTAATCTGCACCCCTAGGT
CGGGATGGGACAAGACATTAGGCCTTCTCCCCTATAACAACCGATTCCGC
GCCTATCGGAAAGCCACGTACCGCGAACTCGGCTCGGCCAACGCAGTAGC
TAAATTCGATGGAATCGTGGATAAAGAAGTTACCCGGTTTCTTCTGCGCG
TTATTCGGTCACCGAACGACTTGATTGATCATCTTCGCAAGTAAGTCCTG
CAGCTTGCAACAAAGTTGCTCTATGCCTAATCGTCCCATAGAGAGGCCGG
AGCAATCATCCTTCGGATCGGATACGGATACACCATTGAGCCAAATGCGC
GAGATCCCCTGGTGGACCTGGTCGACAAGGCCATGGATGACTTTTCTCAG
ATAGTTCTCCCAGGAGCCTGGCTGGTTAACTTTGTTCCTTTCTGTAAGTC
TGCTAACCTCCCTTGGATGATTTGGACGCTGACTTTGCAGTGAAATACCT
TCCCACTTGGTTGCCTGGAGGAAAGGAAAATCAGATAGCCAAGGAATACA
AAGAGAGACTGACTATCATGCACGACAAAACATACGACTTCGTGAAGAAC
CAAATGGCCCGAGGTGTCCACCAGCCATCGTATGTCTCTGGCCTGCTTGA
GAAGGACACTGTCCTTCCAGGCTCTGAAGAGGAGATTGTTGTCAAATACT
CGGCTGGTGCTCTGTATGGCGGTGGTGCTGATACGGTGCGTATTGATCAC
CACAATCATCACCATATCTCCGCTAACCGCGCATAGACCGTCTCCGCTCT
ATCCTGCTTCTTTATGGCCATGGCCCTCAACCCATCCGTGCAAAAGAAAG
CCAAAGAAGAAATCGACCAGGTTATAGGAACCTCCCGACTACCCGACCTC
TCCAACCAGAACGACCTCCCGTACATCAACGCCGTAGTCCAAGAAGTGTT
CAGATGGCACCCCGTCACCCCTCTCAGCGTATCCCACGCCTCCAGCGAAG
AAGACATCTTCAACGGCTATCTAATCCCCAAGGGTGCCATCATCGTTCCC
AACGTCTGGTATGCGTCCCCCTTCCCTCCTCAAACCCACCAACTCATACC
TAACCCAAAACCAGGGCCTTCACCCACGACCCAACCAACTACCGCAACCC
CGAGACATTCAACCCCGACCGATTTCTCGGGGCAGCCCCTGAGCCAGACC
CACGACTATACGCCTTTGGATTCGGCAGACGCATCTGTCCTGGTCGCTTG
CTCGCCGAGAAGAGCATTTTCCTTACTGTCGCGCGGGCACTTGCGGTACT
GGATATTCGGAAGAAGGTACGAGATGGCAAGGAAGTTCCGATTCGGGTCG
AATTTTCTTCAGGGACTATTAGCCATCCTGTTCCTTTCGAGGTGGATCTG
AAACCGAGGAGTAAGGGGCATGAGAAGTTGGTGGGGGCAGTGGAGAGAGA
GTTCCGTGGGAGGAGAGTCATGCGAAGGAGCTGGGGATCTGAGGATATGG
ACGACTGGTATTATAGAGGAAGATGTTGA back to topCoding sequence (CDS) from alignment at OGUI01000016.1:898856..900784+ >ATCC64974_89610-T1 ID=ATCC64974_89610-T1|Name=ATCC64974_89610-T1|organism=Aspergillus niger N402|type=CDS|length=11193bp|location=Sequence derived from alignment at OGUI01000016.1:898856..900784+ (Aspergillus niger N402)
ATGTTGTCCATAGCTAGCCTTCTTGTCGGACTTGCATCAATTTACGTTCT
CTATGTCTTTCTTGGACCTAAGAAGACATCAGCACCACTGCCCCCAGGGC
CTCCTCCAAAACCTGTTATCGGCAATCTCAATGATCTCCCACCTCCCGGT
TCCAAGGATTGGCAGCATTGGCTGGATCATAAGGAAAAATATGGCCCAAT
CAGCTCCGTCACTATATTTGGACAGACTCTCGTTGTTCTTAATGATCCCG
ACATGGCACTGGAGATGTTGGAGAAGCGTTCTGCAAAACACTCCTCCCGA
CCCCATCTTCCCATCGCAGATCTGTCGGGATGGGACAAGACATTAGGCCT
TCTCCCCTATAACAACCGATTCCGCGCCTATCGGAAAGCCACGTACCGCG
AACTCGGCTCGGCCAACGCAGTAGCTAAATTCGATGGAATCGTGGATAAA
GAAGTTACCCGGTTTCTTCTGCGCGTTATTCGGTCACCGAACGACTTGAT
TGATCATCTTCGCAAAGAGGCCGGAGCAATCATCCTTCGGATCGGATACG
GATACACCATTGAGCCAAATGCGCGAGATCCCCTGGTGGACCTGGTCGAC
AAGGCCATGGATGACTTTTCTCAGATAGTTCTCCCAGGAGCCTGGCTGGT
TAACTTTGTTCCTTTCTTGAAATACCTTCCCACTTGGTTGCCTGGAGGAA
AGGAAAATCAGATAGCCAAGGAATACAAAGAGAGACTGACTATCATGCAC
GACAAAACATACGACTTCGTGAAGAACCAAATGGCCCGAGGTGTCCACCA
GCCATCGTATGTCTCTGGCCTGCTTGAGAAGGACACTGTCCTTCCAGGCT
CTGAAGAGGAGATTGTTGTCAAATACTCGGCTGGTGCTCTGTATGGCGGT
GGTGCTGATACGACCGTCTCCGCTCTATCCTGCTTCTTTATGGCCATGGC
CCTCAACCCATCCGTGCAAAAGAAAGCCAAAGAAGAAATCGACCAGGTTA
TAGGAACCTCCCGACTACCCGACCTCTCCAACCAGAACGACCTCCCGTAC
ATCAACGCCGTAGTCCAAGAAGTGTTCAGATGGCACCCCGTCACCCCTCT
CAGCGTATCCCACGCCTCCAGCGAAGAAGACATCTTCAACGGCTATCTAA
TCCCCAAGGGTGCCATCATCGTTCCCAACGTCTGGGCCTTCACCCACGAC
CCAACCAACTACCGCAACCCCGAGACATTCAACCCCGACCGATTTCTCGG
GGCAGCCCCTGAGCCAGACCCACGACTATACGCCTTTGGATTCGGCAGAC
GCATCTGTCCTGGTCGCTTGCTCGCCGAGAAGAGCATTTTCCTTACTGTC
GCGCGGGCACTTGCGGTACTGGATATTCGGAAGAAGGTACGAGATGGCAA
GGAAGTTCCGATTCGGGTCGAATTTTCTTCAGGGACTATTAGCCATCCTG
TTCCTTTCGAGGTGGATCTGAAACCGAGGAGTAAGGGGCATGAGAAGTTG
GTGGGGGCAGTGGAGAGAGAGTTCCGTGGGAGGAGAGTCATGCGAAGGAG
CTGGGGATCTGAGGATATGGACGACTGGTATTATAGAGGAAGATGTTGAA
TGTTGTCCATAGCTAGCCTTCTTGTCGGACTTGCATCAATTTACGTTCTC
TATGTCTTTCTTGGACCTAAGAAGACATCAGCACCACTGCCCCCAGGGCC
TCCTCCAAAACCTGTTATCGGCAATCTCAATGATCTCCCACCTCCCGGTT
CCAAGGATTGGCAGCATTGGCTGGATCATAAGGAAAAATATGGCCCAATC
AGCTCCGTCACTATATTTGGACAGACTCTCGTTGTTCTTAATGATCCCGA
CATGGCACTGGAGATGTTGGAGAAGCGTTCTGCAAAACACTCCTCCCGAC
CCCATCTTCCCATCGCAGATCTGTCGGGATGGGACAAGACATTAGGCCTT
CTCCCCTATAACAACCGATTCCGCGCCTATCGGAAAGCCACGTACCGCGA
ACTCGGCTCGGCCAACGCAGTAGCTAAATTCGATGGAATCGTGGATAAAG
AAGTTACCCGGTTTCTTCTGCGCGTTATTCGGTCACCGAACGACTTGATT
GATCATCTTCGCAAAGAGGCCGGAGCAATCATCCTTCGGATCGGATACGG
ATACACCATTGAGCCAAATGCGCGAGATCCCCTGGTGGACCTGGTCGACA
AGGCCATGGATGACTTTTCTCAGATAGTTCTCCCAGGAGCCTGGCTGGTT
AACTTTGTTCCTTTCTTGAAATACCTTCCCACTTGGTTGCCTGGAGGAAA
GGAAAATCAGATAGCCAAGGAATACAAAGAGAGACTGACTATCATGCACG
ACAAAACATACGACTTCGTGAAGAACCAAATGGCCCGAGGTGTCCACCAG
CCATCGTATGTCTCTGGCCTGCTTGAGAAGGACACTGTCCTTCCAGGCTC
TGAAGAGGAGATTGTTGTCAAATACTCGGCTGGTGCTCTGTATGGCGGTG
GTGCTGATACGACCGTCTCCGCTCTATCCTGCTTCTTTATGGCCATGGCC
CTCAACCCATCCGTGCAAAAGAAAGCCAAAGAAGAAATCGACCAGGTTAT
AGGAACCTCCCGACTACCCGACCTCTCCAACCAGAACGACCTCCCGTACA
TCAACGCCGTAGTCCAAGAAGTGTTCAGATGGCACCCCGTCACCCCTCTC
AGCGTATCCCACGCCTCCAGCGAAGAAGACATCTTCAACGGCTATCTAAT
CCCCAAGGGTGCCATCATCGTTCCCAACGTCTGGGCCTTCACCCACGACC
CAACCAACTACCGCAACCCCGAGACATTCAACCCCGACCGATTTCTCGGG
GCAGCCCCTGAGCCAGACCCACGACTATACGCCTTTGGATTCGGCAGACG
CATCTGTCCTGGTCGCTTGCTCGCCGAGAAGAGCATTTTCCTTACTGTCG
CGCGGGCACTTGCGGTACTGGATATTCGGAAGAAGGTACGAGATGGCAAG
GAAGTTCCGATTCGGGTCGAATTTTCTTCAGGGACTATTAGCCATCCTGT
TCCTTTCGAGGTGGATCTGAAACCGAGGAGTAAGGGGCATGAGAAGTTGG
TGGGGGCAGTGGAGAGAGAGTTCCGTGGGAGGAGAGTCATGCGAAGGAGC
TGGGGATCTGAGGATATGGACGACTGGTATTATAGAGGAAGATGTTGAAT
GTTGTCCATAGCTAGCCTTCTTGTCGGACTTGCATCAATTTACGTTCTCT
ATGTCTTTCTTGGACCTAAGAAGACATCAGCACCACTGCCCCCAGGGCCT
CCTCCAAAACCTGTTATCGGCAATCTCAATGATCTCCCACCTCCCGGTTC
CAAGGATTGGCAGCATTGGCTGGATCATAAGGAAAAATATGGCCCAATCA
GCTCCGTCACTATATTTGGACAGACTCTCGTTGTTCTTAATGATCCCGAC
ATGGCACTGGAGATGTTGGAGAAGCGTTCTGCAAAACACTCCTCCCGACC
CCATCTTCCCATCGCAGATCTGTCGGGATGGGACAAGACATTAGGCCTTC
TCCCCTATAACAACCGATTCCGCGCCTATCGGAAAGCCACGTACCGCGAA
CTCGGCTCGGCCAACGCAGTAGCTAAATTCGATGGAATCGTGGATAAAGA
AGTTACCCGGTTTCTTCTGCGCGTTATTCGGTCACCGAACGACTTGATTG
ATCATCTTCGCAAAGAGGCCGGAGCAATCATCCTTCGGATCGGATACGGA
TACACCATTGAGCCAAATGCGCGAGATCCCCTGGTGGACCTGGTCGACAA
GGCCATGGATGACTTTTCTCAGATAGTTCTCCCAGGAGCCTGGCTGGTTA
ACTTTGTTCCTTTCTTGAAATACCTTCCCACTTGGTTGCCTGGAGGAAAG
GAAAATCAGATAGCCAAGGAATACAAAGAGAGACTGACTATCATGCACGA
CAAAACATACGACTTCGTGAAGAACCAAATGGCCCGAGGTGTCCACCAGC
CATCGTATGTCTCTGGCCTGCTTGAGAAGGACACTGTCCTTCCAGGCTCT
GAAGAGGAGATTGTTGTCAAATACTCGGCTGGTGCTCTGTATGGCGGTGG
TGCTGATACGACCGTCTCCGCTCTATCCTGCTTCTTTATGGCCATGGCCC
TCAACCCATCCGTGCAAAAGAAAGCCAAAGAAGAAATCGACCAGGTTATA
GGAACCTCCCGACTACCCGACCTCTCCAACCAGAACGACCTCCCGTACAT
CAACGCCGTAGTCCAAGAAGTGTTCAGATGGCACCCCGTCACCCCTCTCA
GCGTATCCCACGCCTCCAGCGAAGAAGACATCTTCAACGGCTATCTAATC
CCCAAGGGTGCCATCATCGTTCCCAACGTCTGGGCCTTCACCCACGACCC
AACCAACTACCGCAACCCCGAGACATTCAACCCCGACCGATTTCTCGGGG
CAGCCCCTGAGCCAGACCCACGACTATACGCCTTTGGATTCGGCAGACGC
ATCTGTCCTGGTCGCTTGCTCGCCGAGAAGAGCATTTTCCTTACTGTCGC
GCGGGCACTTGCGGTACTGGATATTCGGAAGAAGGTACGAGATGGCAAGG
AAGTTCCGATTCGGGTCGAATTTTCTTCAGGGACTATTAGCCATCCTGTT
CCTTTCGAGGTGGATCTGAAACCGAGGAGTAAGGGGCATGAGAAGTTGGT
GGGGGCAGTGGAGAGAGAGTTCCGTGGGAGGAGAGTCATGCGAAGGAGCT
GGGGATCTGAGGATATGGACGACTGGTATTATAGAGGAAGATGTTGAATG
TTGTCCATAGCTAGCCTTCTTGTCGGACTTGCATCAATTTACGTTCTCTA
TGTCTTTCTTGGACCTAAGAAGACATCAGCACCACTGCCCCCAGGGCCTC
CTCCAAAACCTGTTATCGGCAATCTCAATGATCTCCCACCTCCCGGTTCC
AAGGATTGGCAGCATTGGCTGGATCATAAGGAAAAATATGGCCCAATCAG
CTCCGTCACTATATTTGGACAGACTCTCGTTGTTCTTAATGATCCCGACA
TGGCACTGGAGATGTTGGAGAAGCGTTCTGCAAAACACTCCTCCCGACCC
CATCTTCCCATCGCAGATCTGTCGGGATGGGACAAGACATTAGGCCTTCT
CCCCTATAACAACCGATTCCGCGCCTATCGGAAAGCCACGTACCGCGAAC
TCGGCTCGGCCAACGCAGTAGCTAAATTCGATGGAATCGTGGATAAAGAA
GTTACCCGGTTTCTTCTGCGCGTTATTCGGTCACCGAACGACTTGATTGA
TCATCTTCGCAAAGAGGCCGGAGCAATCATCCTTCGGATCGGATACGGAT
ACACCATTGAGCCAAATGCGCGAGATCCCCTGGTGGACCTGGTCGACAAG
GCCATGGATGACTTTTCTCAGATAGTTCTCCCAGGAGCCTGGCTGGTTAA
CTTTGTTCCTTTCTTGAAATACCTTCCCACTTGGTTGCCTGGAGGAAAGG
AAAATCAGATAGCCAAGGAATACAAAGAGAGACTGACTATCATGCACGAC
AAAACATACGACTTCGTGAAGAACCAAATGGCCCGAGGTGTCCACCAGCC
ATCGTATGTCTCTGGCCTGCTTGAGAAGGACACTGTCCTTCCAGGCTCTG
AAGAGGAGATTGTTGTCAAATACTCGGCTGGTGCTCTGTATGGCGGTGGT
GCTGATACGACCGTCTCCGCTCTATCCTGCTTCTTTATGGCCATGGCCCT
CAACCCATCCGTGCAAAAGAAAGCCAAAGAAGAAATCGACCAGGTTATAG
GAACCTCCCGACTACCCGACCTCTCCAACCAGAACGACCTCCCGTACATC
AACGCCGTAGTCCAAGAAGTGTTCAGATGGCACCCCGTCACCCCTCTCAG
CGTATCCCACGCCTCCAGCGAAGAAGACATCTTCAACGGCTATCTAATCC
CCAAGGGTGCCATCATCGTTCCCAACGTCTGGGCCTTCACCCACGACCCA
ACCAACTACCGCAACCCCGAGACATTCAACCCCGACCGATTTCTCGGGGC
AGCCCCTGAGCCAGACCCACGACTATACGCCTTTGGATTCGGCAGACGCA
TCTGTCCTGGTCGCTTGCTCGCCGAGAAGAGCATTTTCCTTACTGTCGCG
CGGGCACTTGCGGTACTGGATATTCGGAAGAAGGTACGAGATGGCAAGGA
AGTTCCGATTCGGGTCGAATTTTCTTCAGGGACTATTAGCCATCCTGTTC
CTTTCGAGGTGGATCTGAAACCGAGGAGTAAGGGGCATGAGAAGTTGGTG
GGGGCAGTGGAGAGAGAGTTCCGTGGGAGGAGAGTCATGCGAAGGAGCTG
GGGATCTGAGGATATGGACGACTGGTATTATAGAGGAAGATGTTGAATGT
TGTCCATAGCTAGCCTTCTTGTCGGACTTGCATCAATTTACGTTCTCTAT
GTCTTTCTTGGACCTAAGAAGACATCAGCACCACTGCCCCCAGGGCCTCC
TCCAAAACCTGTTATCGGCAATCTCAATGATCTCCCACCTCCCGGTTCCA
AGGATTGGCAGCATTGGCTGGATCATAAGGAAAAATATGGCCCAATCAGC
TCCGTCACTATATTTGGACAGACTCTCGTTGTTCTTAATGATCCCGACAT
GGCACTGGAGATGTTGGAGAAGCGTTCTGCAAAACACTCCTCCCGACCCC
ATCTTCCCATCGCAGATCTGTCGGGATGGGACAAGACATTAGGCCTTCTC
CCCTATAACAACCGATTCCGCGCCTATCGGAAAGCCACGTACCGCGAACT
CGGCTCGGCCAACGCAGTAGCTAAATTCGATGGAATCGTGGATAAAGAAG
TTACCCGGTTTCTTCTGCGCGTTATTCGGTCACCGAACGACTTGATTGAT
CATCTTCGCAAAGAGGCCGGAGCAATCATCCTTCGGATCGGATACGGATA
CACCATTGAGCCAAATGCGCGAGATCCCCTGGTGGACCTGGTCGACAAGG
CCATGGATGACTTTTCTCAGATAGTTCTCCCAGGAGCCTGGCTGGTTAAC
TTTGTTCCTTTCTTGAAATACCTTCCCACTTGGTTGCCTGGAGGAAAGGA
AAATCAGATAGCCAAGGAATACAAAGAGAGACTGACTATCATGCACGACA
AAACATACGACTTCGTGAAGAACCAAATGGCCCGAGGTGTCCACCAGCCA
TCGTATGTCTCTGGCCTGCTTGAGAAGGACACTGTCCTTCCAGGCTCTGA
AGAGGAGATTGTTGTCAAATACTCGGCTGGTGCTCTGTATGGCGGTGGTG
CTGATACGACCGTCTCCGCTCTATCCTGCTTCTTTATGGCCATGGCCCTC
AACCCATCCGTGCAAAAGAAAGCCAAAGAAGAAATCGACCAGGTTATAGG
AACCTCCCGACTACCCGACCTCTCCAACCAGAACGACCTCCCGTACATCA
ACGCCGTAGTCCAAGAAGTGTTCAGATGGCACCCCGTCACCCCTCTCAGC
GTATCCCACGCCTCCAGCGAAGAAGACATCTTCAACGGCTATCTAATCCC
CAAGGGTGCCATCATCGTTCCCAACGTCTGGGCCTTCACCCACGACCCAA
CCAACTACCGCAACCCCGAGACATTCAACCCCGACCGATTTCTCGGGGCA
GCCCCTGAGCCAGACCCACGACTATACGCCTTTGGATTCGGCAGACGCAT
CTGTCCTGGTCGCTTGCTCGCCGAGAAGAGCATTTTCCTTACTGTCGCGC
GGGCACTTGCGGTACTGGATATTCGGAAGAAGGTACGAGATGGCAAGGAA
GTTCCGATTCGGGTCGAATTTTCTTCAGGGACTATTAGCCATCCTGTTCC
TTTCGAGGTGGATCTGAAACCGAGGAGTAAGGGGCATGAGAAGTTGGTGG
GGGCAGTGGAGAGAGAGTTCCGTGGGAGGAGAGTCATGCGAAGGAGCTGG
GGATCTGAGGATATGGACGACTGGTATTATAGAGGAAGATGTTGAATGTT
GTCCATAGCTAGCCTTCTTGTCGGACTTGCATCAATTTACGTTCTCTATG
TCTTTCTTGGACCTAAGAAGACATCAGCACCACTGCCCCCAGGGCCTCCT
CCAAAACCTGTTATCGGCAATCTCAATGATCTCCCACCTCCCGGTTCCAA
GGATTGGCAGCATTGGCTGGATCATAAGGAAAAATATGGCCCAATCAGCT
CCGTCACTATATTTGGACAGACTCTCGTTGTTCTTAATGATCCCGACATG
GCACTGGAGATGTTGGAGAAGCGTTCTGCAAAACACTCCTCCCGACCCCA
TCTTCCCATCGCAGATCTGTCGGGATGGGACAAGACATTAGGCCTTCTCC
CCTATAACAACCGATTCCGCGCCTATCGGAAAGCCACGTACCGCGAACTC
GGCTCGGCCAACGCAGTAGCTAAATTCGATGGAATCGTGGATAAAGAAGT
TACCCGGTTTCTTCTGCGCGTTATTCGGTCACCGAACGACTTGATTGATC
ATCTTCGCAAAGAGGCCGGAGCAATCATCCTTCGGATCGGATACGGATAC
ACCATTGAGCCAAATGCGCGAGATCCCCTGGTGGACCTGGTCGACAAGGC
CATGGATGACTTTTCTCAGATAGTTCTCCCAGGAGCCTGGCTGGTTAACT
TTGTTCCTTTCTTGAAATACCTTCCCACTTGGTTGCCTGGAGGAAAGGAA
AATCAGATAGCCAAGGAATACAAAGAGAGACTGACTATCATGCACGACAA
AACATACGACTTCGTGAAGAACCAAATGGCCCGAGGTGTCCACCAGCCAT
CGTATGTCTCTGGCCTGCTTGAGAAGGACACTGTCCTTCCAGGCTCTGAA
GAGGAGATTGTTGTCAAATACTCGGCTGGTGCTCTGTATGGCGGTGGTGC
TGATACGACCGTCTCCGCTCTATCCTGCTTCTTTATGGCCATGGCCCTCA
ACCCATCCGTGCAAAAGAAAGCCAAAGAAGAAATCGACCAGGTTATAGGA
ACCTCCCGACTACCCGACCTCTCCAACCAGAACGACCTCCCGTACATCAA
CGCCGTAGTCCAAGAAGTGTTCAGATGGCACCCCGTCACCCCTCTCAGCG
TATCCCACGCCTCCAGCGAAGAAGACATCTTCAACGGCTATCTAATCCCC
AAGGGTGCCATCATCGTTCCCAACGTCTGGGCCTTCACCCACGACCCAAC
CAACTACCGCAACCCCGAGACATTCAACCCCGACCGATTTCTCGGGGCAG
CCCCTGAGCCAGACCCACGACTATACGCCTTTGGATTCGGCAGACGCATC
TGTCCTGGTCGCTTGCTCGCCGAGAAGAGCATTTTCCTTACTGTCGCGCG
GGCACTTGCGGTACTGGATATTCGGAAGAAGGTACGAGATGGCAAGGAAG
TTCCGATTCGGGTCGAATTTTCTTCAGGGACTATTAGCCATCCTGTTCCT
TTCGAGGTGGATCTGAAACCGAGGAGTAAGGGGCATGAGAAGTTGGTGGG
GGCAGTGGAGAGAGAGTTCCGTGGGAGGAGAGTCATGCGAAGGAGCTGGG
GATCTGAGGATATGGACGACTGGTATTATAGAGGAAGATGTTGAATGTTG
TCCATAGCTAGCCTTCTTGTCGGACTTGCATCAATTTACGTTCTCTATGT
CTTTCTTGGACCTAAGAAGACATCAGCACCACTGCCCCCAGGGCCTCCTC
CAAAACCTGTTATCGGCAATCTCAATGATCTCCCACCTCCCGGTTCCAAG
GATTGGCAGCATTGGCTGGATCATAAGGAAAAATATGGCCCAATCAGCTC
CGTCACTATATTTGGACAGACTCTCGTTGTTCTTAATGATCCCGACATGG
CACTGGAGATGTTGGAGAAGCGTTCTGCAAAACACTCCTCCCGACCCCAT
CTTCCCATCGCAGATCTGTCGGGATGGGACAAGACATTAGGCCTTCTCCC
CTATAACAACCGATTCCGCGCCTATCGGAAAGCCACGTACCGCGAACTCG
GCTCGGCCAACGCAGTAGCTAAATTCGATGGAATCGTGGATAAAGAAGTT
ACCCGGTTTCTTCTGCGCGTTATTCGGTCACCGAACGACTTGATTGATCA
TCTTCGCAAAGAGGCCGGAGCAATCATCCTTCGGATCGGATACGGATACA
CCATTGAGCCAAATGCGCGAGATCCCCTGGTGGACCTGGTCGACAAGGCC
ATGGATGACTTTTCTCAGATAGTTCTCCCAGGAGCCTGGCTGGTTAACTT
TGTTCCTTTCTTGAAATACCTTCCCACTTGGTTGCCTGGAGGAAAGGAAA
ATCAGATAGCCAAGGAATACAAAGAGAGACTGACTATCATGCACGACAAA
ACATACGACTTCGTGAAGAACCAAATGGCCCGAGGTGTCCACCAGCCATC
GTATGTCTCTGGCCTGCTTGAGAAGGACACTGTCCTTCCAGGCTCTGAAG
AGGAGATTGTTGTCAAATACTCGGCTGGTGCTCTGTATGGCGGTGGTGCT
GATACGACCGTCTCCGCTCTATCCTGCTTCTTTATGGCCATGGCCCTCAA
CCCATCCGTGCAAAAGAAAGCCAAAGAAGAAATCGACCAGGTTATAGGAA
CCTCCCGACTACCCGACCTCTCCAACCAGAACGACCTCCCGTACATCAAC
GCCGTAGTCCAAGAAGTGTTCAGATGGCACCCCGTCACCCCTCTCAGCGT
ATCCCACGCCTCCAGCGAAGAAGACATCTTCAACGGCTATCTAATCCCCA
AGGGTGCCATCATCGTTCCCAACGTCTGGGCCTTCACCCACGACCCAACC
AACTACCGCAACCCCGAGACATTCAACCCCGACCGATTTCTCGGGGCAGC
CCCTGAGCCAGACCCACGACTATACGCCTTTGGATTCGGCAGACGCATCT
GTCCTGGTCGCTTGCTCGCCGAGAAGAGCATTTTCCTTACTGTCGCGCGG
GCACTTGCGGTACTGGATATTCGGAAGAAGGTACGAGATGGCAAGGAAGT
TCCGATTCGGGTCGAATTTTCTTCAGGGACTATTAGCCATCCTGTTCCTT
TCGAGGTGGATCTGAAACCGAGGAGTAAGGGGCATGAGAAGTTGGTGGGG
GCAGTGGAGAGAGAGTTCCGTGGGAGGAGAGTCATGCGAAGGAGCTGGGG
ATCTGAGGATATGGACGACTGGTATTATAGAGGAAGATGTTGA back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
| Term | Definition |
|---|
| GO:0016705 | oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen |
| GO:0020037 | heme binding |
| GO:0005506 | iron ion binding |
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0055114 | oxidation-reduction process |
Relationships
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
| Feature Name | Unique Name | Species | Type |
|---|
| ATCC64974_89610-T1 | ATCC64974_89610-T1-protein | Aspergillus niger N402 | polypeptide |
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 |
|---|
| DBxref | InterPro:IPR017972 |
| DBxref | InterPro:IPR036396 |
| DBxref | InterPro:IPR001128 |
| DBxref | InterPro:IPR002401 |
| DBxref | PFAM:PF00067 |
| 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 |
|---|
| OGUI01000016.1 | supercontig | OGUI01000016.1:898856..900784 + |
|
