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ATCC64974_12610-T1, ATCC64974_12610-T1 (mRNA) Aspergillus niger N402

Overview
NameATCC64974_12610-T1
Unique NameATCC64974_12610-T1
TypemRNA
OrganismAspergillus niger N402
Sequences
The following sequences are available for this feature:

mRNA from alignment at OGUI01000003.1:387387..389593+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC64974_12610-T1 ID=ATCC64974_12610-T1|Name=ATCC64974_12610-T1|organism=Aspergillus niger N402|type=mRNA|length=2207bp|location=Sequence derived from alignment at OGUI01000003.1:387387..389593+ (Aspergillus niger N402)
ATGGCGGCACCACCAGTCAGACAATGGGGAGTTACCCCTCCCATCTCCAC
CGTTCTACCGACCCCAGACGAGCTTGCAGCAAACGATGATCTTATCACGG
AGTTAAAGGTGCAGAATAATTTTGAGAGCCCTGCGGAGACGGAACGAAGG
TAAGAGGCCGATCCGTGATGGTTTCGTGAAGGTCGGCGAGCATGGGCGCT
AAGTATGCAATTGCGCTATAGGAAACAAGTATTGCAGCTCATCCAGCGTG
TCACCGTCGAATTCGTTAAAACAGTCAGTCGGAAGAAGGGCCTTTCCCAA
GCAGCTGTCGAGGCCGCCGGAGGGAAGATCTTCACGTACGGAAGTTATCG
CCTGGGCGTTTATGGACCGGGCTCGGATATTGATACCTTGGTTGTTGGCC
CAAAGCATGTCATTATCGATGATTTCTTTTCCGATTTCCCCCCAATTCTA
GAGAAGATGGCGGCTCCGGGAGCTATCGAGAAGATGACCCCGGTCCCAGA
CGCCTACGTTCCGATCATCAAGCTCGAATTGTCCGGCATCAGTATCGATC
TGATTTTTGCTCGCTTGATAATTCCTTCCATTCCCATGAACCTGGATCTC
AAGAACAACGATTATTTGCGTGGTCTGGATGAGAGGGAGGTGCGATCGCT
CAACGGCACTCGTGTGACGGATGAAATCTTGGAGCTCGTACCTCAGCAGA
AAACATTCCGGCTTGCTTTGCGCGCCATCAAGCTTTGGGCTCAGCGTAAG
CGCTTCGCCCCTTATCTAGAATGGGCTTTACTAAGTCTTGAACAGGCCGT
GCGATTTATTCCAATATTGTCGGTTTCCCGGGTGGTGTTGCTTGGGCTAT
GTTGGTGGCCAGAGTGTGTCAGTTGTATCCCCAGGCTACTGGCTCGGTGA
TTGTGGGCAAATTCTTCCGGATCATGAACAAGTGGGCTTGGCCTCAGCCG
GTTCTGTTGAAGCCGATTGAAGATGGGCCTCTTCAGATGAAGGTTTGGAA
TCCGAAGGTAAGAACAAGACACAGCAACATACAGGGTATCTGGCATGGCA
GTTAACGAAAAATATAGATTTACCACGGCGACCGTTTCCACCTGATGCCT
ATTATTACCCCTGCCTACCCCTCCATGTGCGCGACCCACAACGTCTCAAT
GTCCACCAAGGCAGTTATTCTTCGTGAACTCCAGCGTGGTGGAGATATTG
TGGACAAGATTTTCTTGAAACAGCTGCGCTGGGAAGACCTGTTCGCGCGA
CACACTTTCTTCACGAAGGATTACAAATACTACCTCAGCATCACCGCCTC
GAGCAGAACCAAGGAGGCAGAGTCGGTGTGGTCTGGTCTTGTTGAATCTA
AGATCAGACATCTTGTTGGAGCACTAGACAGGAAAGCAACTATCGCCATT
GCCCACCCATTTCCCAAGGGATTCGAGAGAGTCCATCGTGTCTCGTCGGA
GGAGGAAATCGAGGCTGTCAAGACCGGATCTACCAAGTACCAAGATAAGG
GAACAAAGACTGAGACCACCGATGAGATGAAGGATGCGGCTCACCAGGCT
GCAGCCCAGAACGGGGCGGAGAACACTGATGTTGCAGCAGCCGAAAATAA
GCCCGTCGATGACACTCACGTCATGTACACGACGACTTACTATATTGGGT
TGGAGCTCAAGCCACTCGAGCCAGGTATGTAGGATCGTCCACCTTCGTGA
ATCCACTGACTTTGTAGGTGCCTCCCGGTCGCTGGATATCTCGACCGATG
CCCAGATTTTCAAGTCGACATGCACCTCGTGGCCAGGATACCAACCCGGT
ATCAATGATCTAGCGATCACCCATGTTCGCAAGTGAGTGGCCCATTCCCT
GCGGCACAAGTTACCGATTAACTCCCGTCAGCTTCGACCTTCCCGAGGAC
GTGTTCCAACCGGGAGAGACTCGCCCAACCCGCCCGAAGAAGAAGATCGT
CAAGAAAGCCGAGATCAGCGGCCAGAAGCGCAACATCGAATCCTTGGACG
TAAGTGCACGCAAGAAAGCCAAAGTAGCTTACGAGCAGCGAACCGGCTAC
CATACGAACTTCGACTCTTCGCAAGTCGCCTAGTGCTCGATCGTTCTCCG
TGTGTGGGTATGACTGATATCGACTGTCTGCGTAGGACCCGTCCCACCCC
GCTGCCAAACGCCAGGTCCCCTCCAACGGAATCGCCAATACAGCAATGCC
CGCCTGA
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Coding sequence (CDS) from alignment at OGUI01000003.1:387387..389593+

>ATCC64974_12610-T1 ID=ATCC64974_12610-T1|Name=ATCC64974_12610-T1|organism=Aspergillus niger N402|type=CDS|length=12579bp|location=Sequence derived from alignment at OGUI01000003.1:387387..389593+ (Aspergillus niger N402)
ATGGCGGCACCACCAGTCAGACAATGGGGAGTTACCCCTCCCATCTCCAC
CGTTCTACCGACCCCAGACGAGCTTGCAGCAAACGATGATCTTATCACGG
AGTTAAAGGTGCAGAATAATTTTGAGAGCCCTGCGGAGACGGAACGAAGG
AAACAAGTATTGCAGCTCATCCAGCGTGTCACCGTCGAATTCGTTAAAAC
AGTCAGTCGGAAGAAGGGCCTTTCCCAAGCAGCTGTCGAGGCCGCCGGAG
GGAAGATCTTCACGTACGGAAGTTATCGCCTGGGCGTTTATGGACCGGGC
TCGGATATTGATACCTTGGTTGTTGGCCCAAAGCATGTCATTATCGATGA
TTTCTTTTCCGATTTCCCCCCAATTCTAGAGAAGATGGCGGCTCCGGGAG
CTATCGAGAAGATGACCCCGGTCCCAGACGCCTACGTTCCGATCATCAAG
CTCGAATTGTCCGGCATCAGTATCGATCTGATTTTTGCTCGCTTGATAAT
TCCTTCCATTCCCATGAACCTGGATCTCAAGAACAACGATTATTTGCGTG
GTCTGGATGAGAGGGAGGTGCGATCGCTCAACGGCACTCGTGTGACGGAT
GAAATCTTGGAGCTCGTACCTCAGCAGAAAACATTCCGGCTTGCTTTGCG
CGCCATCAAGCTTTGGGCTCAGCGCCGTGCGATTTATTCCAATATTGTCG
GTTTCCCGGGTGGTGTTGCTTGGGCTATGTTGGTGGCCAGAGTGTGTCAG
TTGTATCCCCAGGCTACTGGCTCGGTGATTGTGGGCAAATTCTTCCGGAT
CATGAACAAGTGGGCTTGGCCTCAGCCGGTTCTGTTGAAGCCGATTGAAG
ATGGGCCTCTTCAGATGAAGGTTTGGAATCCGAAGATTTACCACGGCGAC
CGTTTCCACCTGATGCCTATTATTACCCCTGCCTACCCCTCCATGTGCGC
GACCCACAACGTCTCAATGTCCACCAAGGCAGTTATTCTTCGTGAACTCC
AGCGTGGTGGAGATATTGTGGACAAGATTTTCTTGAAACAGCTGCGCTGG
GAAGACCTGTTCGCGCGACACACTTTCTTCACGAAGGATTACAAATACTA
CCTCAGCATCACCGCCTCGAGCAGAACCAAGGAGGCAGAGTCGGTGTGGT
CTGGTCTTGTTGAATCTAAGATCAGACATCTTGTTGGAGCACTAGACAGG
AAAGCAACTATCGCCATTGCCCACCCATTTCCCAAGGGATTCGAGAGAGT
CCATCGTGTCTCGTCGGAGGAGGAAATCGAGGCTGTCAAGACCGGATCTA
CCAAGTACCAAGATAAGGGAACAAAGACTGAGACCACCGATGAGATGAAG
GATGCGGCTCACCAGGCTGCAGCCCAGAACGGGGCGGAGAACACTGATGT
TGCAGCAGCCGAAAATAAGCCCGTCGATGACACTCACGTCATGTACACGA
CGACTTACTATATTGGGTTGGAGCTCAAGCCACTCGAGCCAGGTGCCTCC
CGGTCGCTGGATATCTCGACCGATGCCCAGATTTTCAAGTCGACATGCAC
CTCGTGGCCAGGATACCAACCCGGTATCAATGATCTAGCGATCACCCATG
TTCGCAACTTCGACCTTCCCGAGGACGTGTTCCAACCGGGAGAGACTCGC
CCAACCCGCCCGAAGAAGAAGATCGTCAAGAAAGCCGAGATCAGCGGCCA
GAAGCGCAACATCGAATCCTTGGACGACCCGTCCCACCCCGCTGCCAAAC
GCCAGGTCCCCTCCAACGGAATCGCCAATACAGCAATGCCCGCCTGAATG
GCGGCACCACCAGTCAGACAATGGGGAGTTACCCCTCCCATCTCCACCGT
TCTACCGACCCCAGACGAGCTTGCAGCAAACGATGATCTTATCACGGAGT
TAAAGGTGCAGAATAATTTTGAGAGCCCTGCGGAGACGGAACGAAGGAAA
CAAGTATTGCAGCTCATCCAGCGTGTCACCGTCGAATTCGTTAAAACAGT
CAGTCGGAAGAAGGGCCTTTCCCAAGCAGCTGTCGAGGCCGCCGGAGGGA
AGATCTTCACGTACGGAAGTTATCGCCTGGGCGTTTATGGACCGGGCTCG
GATATTGATACCTTGGTTGTTGGCCCAAAGCATGTCATTATCGATGATTT
CTTTTCCGATTTCCCCCCAATTCTAGAGAAGATGGCGGCTCCGGGAGCTA
TCGAGAAGATGACCCCGGTCCCAGACGCCTACGTTCCGATCATCAAGCTC
GAATTGTCCGGCATCAGTATCGATCTGATTTTTGCTCGCTTGATAATTCC
TTCCATTCCCATGAACCTGGATCTCAAGAACAACGATTATTTGCGTGGTC
TGGATGAGAGGGAGGTGCGATCGCTCAACGGCACTCGTGTGACGGATGAA
ATCTTGGAGCTCGTACCTCAGCAGAAAACATTCCGGCTTGCTTTGCGCGC
CATCAAGCTTTGGGCTCAGCGCCGTGCGATTTATTCCAATATTGTCGGTT
TCCCGGGTGGTGTTGCTTGGGCTATGTTGGTGGCCAGAGTGTGTCAGTTG
TATCCCCAGGCTACTGGCTCGGTGATTGTGGGCAAATTCTTCCGGATCAT
GAACAAGTGGGCTTGGCCTCAGCCGGTTCTGTTGAAGCCGATTGAAGATG
GGCCTCTTCAGATGAAGGTTTGGAATCCGAAGATTTACCACGGCGACCGT
TTCCACCTGATGCCTATTATTACCCCTGCCTACCCCTCCATGTGCGCGAC
CCACAACGTCTCAATGTCCACCAAGGCAGTTATTCTTCGTGAACTCCAGC
GTGGTGGAGATATTGTGGACAAGATTTTCTTGAAACAGCTGCGCTGGGAA
GACCTGTTCGCGCGACACACTTTCTTCACGAAGGATTACAAATACTACCT
CAGCATCACCGCCTCGAGCAGAACCAAGGAGGCAGAGTCGGTGTGGTCTG
GTCTTGTTGAATCTAAGATCAGACATCTTGTTGGAGCACTAGACAGGAAA
GCAACTATCGCCATTGCCCACCCATTTCCCAAGGGATTCGAGAGAGTCCA
TCGTGTCTCGTCGGAGGAGGAAATCGAGGCTGTCAAGACCGGATCTACCA
AGTACCAAGATAAGGGAACAAAGACTGAGACCACCGATGAGATGAAGGAT
GCGGCTCACCAGGCTGCAGCCCAGAACGGGGCGGAGAACACTGATGTTGC
AGCAGCCGAAAATAAGCCCGTCGATGACACTCACGTCATGTACACGACGA
CTTACTATATTGGGTTGGAGCTCAAGCCACTCGAGCCAGGTGCCTCCCGG
TCGCTGGATATCTCGACCGATGCCCAGATTTTCAAGTCGACATGCACCTC
GTGGCCAGGATACCAACCCGGTATCAATGATCTAGCGATCACCCATGTTC
GCAACTTCGACCTTCCCGAGGACGTGTTCCAACCGGGAGAGACTCGCCCA
ACCCGCCCGAAGAAGAAGATCGTCAAGAAAGCCGAGATCAGCGGCCAGAA
GCGCAACATCGAATCCTTGGACGACCCGTCCCACCCCGCTGCCAAACGCC
AGGTCCCCTCCAACGGAATCGCCAATACAGCAATGCCCGCCTGAATGGCG
GCACCACCAGTCAGACAATGGGGAGTTACCCCTCCCATCTCCACCGTTCT
ACCGACCCCAGACGAGCTTGCAGCAAACGATGATCTTATCACGGAGTTAA
AGGTGCAGAATAATTTTGAGAGCCCTGCGGAGACGGAACGAAGGAAACAA
GTATTGCAGCTCATCCAGCGTGTCACCGTCGAATTCGTTAAAACAGTCAG
TCGGAAGAAGGGCCTTTCCCAAGCAGCTGTCGAGGCCGCCGGAGGGAAGA
TCTTCACGTACGGAAGTTATCGCCTGGGCGTTTATGGACCGGGCTCGGAT
ATTGATACCTTGGTTGTTGGCCCAAAGCATGTCATTATCGATGATTTCTT
TTCCGATTTCCCCCCAATTCTAGAGAAGATGGCGGCTCCGGGAGCTATCG
AGAAGATGACCCCGGTCCCAGACGCCTACGTTCCGATCATCAAGCTCGAA
TTGTCCGGCATCAGTATCGATCTGATTTTTGCTCGCTTGATAATTCCTTC
CATTCCCATGAACCTGGATCTCAAGAACAACGATTATTTGCGTGGTCTGG
ATGAGAGGGAGGTGCGATCGCTCAACGGCACTCGTGTGACGGATGAAATC
TTGGAGCTCGTACCTCAGCAGAAAACATTCCGGCTTGCTTTGCGCGCCAT
CAAGCTTTGGGCTCAGCGCCGTGCGATTTATTCCAATATTGTCGGTTTCC
CGGGTGGTGTTGCTTGGGCTATGTTGGTGGCCAGAGTGTGTCAGTTGTAT
CCCCAGGCTACTGGCTCGGTGATTGTGGGCAAATTCTTCCGGATCATGAA
CAAGTGGGCTTGGCCTCAGCCGGTTCTGTTGAAGCCGATTGAAGATGGGC
CTCTTCAGATGAAGGTTTGGAATCCGAAGATTTACCACGGCGACCGTTTC
CACCTGATGCCTATTATTACCCCTGCCTACCCCTCCATGTGCGCGACCCA
CAACGTCTCAATGTCCACCAAGGCAGTTATTCTTCGTGAACTCCAGCGTG
GTGGAGATATTGTGGACAAGATTTTCTTGAAACAGCTGCGCTGGGAAGAC
CTGTTCGCGCGACACACTTTCTTCACGAAGGATTACAAATACTACCTCAG
CATCACCGCCTCGAGCAGAACCAAGGAGGCAGAGTCGGTGTGGTCTGGTC
TTGTTGAATCTAAGATCAGACATCTTGTTGGAGCACTAGACAGGAAAGCA
ACTATCGCCATTGCCCACCCATTTCCCAAGGGATTCGAGAGAGTCCATCG
TGTCTCGTCGGAGGAGGAAATCGAGGCTGTCAAGACCGGATCTACCAAGT
ACCAAGATAAGGGAACAAAGACTGAGACCACCGATGAGATGAAGGATGCG
GCTCACCAGGCTGCAGCCCAGAACGGGGCGGAGAACACTGATGTTGCAGC
AGCCGAAAATAAGCCCGTCGATGACACTCACGTCATGTACACGACGACTT
ACTATATTGGGTTGGAGCTCAAGCCACTCGAGCCAGGTGCCTCCCGGTCG
CTGGATATCTCGACCGATGCCCAGATTTTCAAGTCGACATGCACCTCGTG
GCCAGGATACCAACCCGGTATCAATGATCTAGCGATCACCCATGTTCGCA
ACTTCGACCTTCCCGAGGACGTGTTCCAACCGGGAGAGACTCGCCCAACC
CGCCCGAAGAAGAAGATCGTCAAGAAAGCCGAGATCAGCGGCCAGAAGCG
CAACATCGAATCCTTGGACGACCCGTCCCACCCCGCTGCCAAACGCCAGG
TCCCCTCCAACGGAATCGCCAATACAGCAATGCCCGCCTGAATGGCGGCA
CCACCAGTCAGACAATGGGGAGTTACCCCTCCCATCTCCACCGTTCTACC
GACCCCAGACGAGCTTGCAGCAAACGATGATCTTATCACGGAGTTAAAGG
TGCAGAATAATTTTGAGAGCCCTGCGGAGACGGAACGAAGGAAACAAGTA
TTGCAGCTCATCCAGCGTGTCACCGTCGAATTCGTTAAAACAGTCAGTCG
GAAGAAGGGCCTTTCCCAAGCAGCTGTCGAGGCCGCCGGAGGGAAGATCT
TCACGTACGGAAGTTATCGCCTGGGCGTTTATGGACCGGGCTCGGATATT
GATACCTTGGTTGTTGGCCCAAAGCATGTCATTATCGATGATTTCTTTTC
CGATTTCCCCCCAATTCTAGAGAAGATGGCGGCTCCGGGAGCTATCGAGA
AGATGACCCCGGTCCCAGACGCCTACGTTCCGATCATCAAGCTCGAATTG
TCCGGCATCAGTATCGATCTGATTTTTGCTCGCTTGATAATTCCTTCCAT
TCCCATGAACCTGGATCTCAAGAACAACGATTATTTGCGTGGTCTGGATG
AGAGGGAGGTGCGATCGCTCAACGGCACTCGTGTGACGGATGAAATCTTG
GAGCTCGTACCTCAGCAGAAAACATTCCGGCTTGCTTTGCGCGCCATCAA
GCTTTGGGCTCAGCGCCGTGCGATTTATTCCAATATTGTCGGTTTCCCGG
GTGGTGTTGCTTGGGCTATGTTGGTGGCCAGAGTGTGTCAGTTGTATCCC
CAGGCTACTGGCTCGGTGATTGTGGGCAAATTCTTCCGGATCATGAACAA
GTGGGCTTGGCCTCAGCCGGTTCTGTTGAAGCCGATTGAAGATGGGCCTC
TTCAGATGAAGGTTTGGAATCCGAAGATTTACCACGGCGACCGTTTCCAC
CTGATGCCTATTATTACCCCTGCCTACCCCTCCATGTGCGCGACCCACAA
CGTCTCAATGTCCACCAAGGCAGTTATTCTTCGTGAACTCCAGCGTGGTG
GAGATATTGTGGACAAGATTTTCTTGAAACAGCTGCGCTGGGAAGACCTG
TTCGCGCGACACACTTTCTTCACGAAGGATTACAAATACTACCTCAGCAT
CACCGCCTCGAGCAGAACCAAGGAGGCAGAGTCGGTGTGGTCTGGTCTTG
TTGAATCTAAGATCAGACATCTTGTTGGAGCACTAGACAGGAAAGCAACT
ATCGCCATTGCCCACCCATTTCCCAAGGGATTCGAGAGAGTCCATCGTGT
CTCGTCGGAGGAGGAAATCGAGGCTGTCAAGACCGGATCTACCAAGTACC
AAGATAAGGGAACAAAGACTGAGACCACCGATGAGATGAAGGATGCGGCT
CACCAGGCTGCAGCCCAGAACGGGGCGGAGAACACTGATGTTGCAGCAGC
CGAAAATAAGCCCGTCGATGACACTCACGTCATGTACACGACGACTTACT
ATATTGGGTTGGAGCTCAAGCCACTCGAGCCAGGTGCCTCCCGGTCGCTG
GATATCTCGACCGATGCCCAGATTTTCAAGTCGACATGCACCTCGTGGCC
AGGATACCAACCCGGTATCAATGATCTAGCGATCACCCATGTTCGCAACT
TCGACCTTCCCGAGGACGTGTTCCAACCGGGAGAGACTCGCCCAACCCGC
CCGAAGAAGAAGATCGTCAAGAAAGCCGAGATCAGCGGCCAGAAGCGCAA
CATCGAATCCTTGGACGACCCGTCCCACCCCGCTGCCAAACGCCAGGTCC
CCTCCAACGGAATCGCCAATACAGCAATGCCCGCCTGAATGGCGGCACCA
CCAGTCAGACAATGGGGAGTTACCCCTCCCATCTCCACCGTTCTACCGAC
CCCAGACGAGCTTGCAGCAAACGATGATCTTATCACGGAGTTAAAGGTGC
AGAATAATTTTGAGAGCCCTGCGGAGACGGAACGAAGGAAACAAGTATTG
CAGCTCATCCAGCGTGTCACCGTCGAATTCGTTAAAACAGTCAGTCGGAA
GAAGGGCCTTTCCCAAGCAGCTGTCGAGGCCGCCGGAGGGAAGATCTTCA
CGTACGGAAGTTATCGCCTGGGCGTTTATGGACCGGGCTCGGATATTGAT
ACCTTGGTTGTTGGCCCAAAGCATGTCATTATCGATGATTTCTTTTCCGA
TTTCCCCCCAATTCTAGAGAAGATGGCGGCTCCGGGAGCTATCGAGAAGA
TGACCCCGGTCCCAGACGCCTACGTTCCGATCATCAAGCTCGAATTGTCC
GGCATCAGTATCGATCTGATTTTTGCTCGCTTGATAATTCCTTCCATTCC
CATGAACCTGGATCTCAAGAACAACGATTATTTGCGTGGTCTGGATGAGA
GGGAGGTGCGATCGCTCAACGGCACTCGTGTGACGGATGAAATCTTGGAG
CTCGTACCTCAGCAGAAAACATTCCGGCTTGCTTTGCGCGCCATCAAGCT
TTGGGCTCAGCGCCGTGCGATTTATTCCAATATTGTCGGTTTCCCGGGTG
GTGTTGCTTGGGCTATGTTGGTGGCCAGAGTGTGTCAGTTGTATCCCCAG
GCTACTGGCTCGGTGATTGTGGGCAAATTCTTCCGGATCATGAACAAGTG
GGCTTGGCCTCAGCCGGTTCTGTTGAAGCCGATTGAAGATGGGCCTCTTC
AGATGAAGGTTTGGAATCCGAAGATTTACCACGGCGACCGTTTCCACCTG
ATGCCTATTATTACCCCTGCCTACCCCTCCATGTGCGCGACCCACAACGT
CTCAATGTCCACCAAGGCAGTTATTCTTCGTGAACTCCAGCGTGGTGGAG
ATATTGTGGACAAGATTTTCTTGAAACAGCTGCGCTGGGAAGACCTGTTC
GCGCGACACACTTTCTTCACGAAGGATTACAAATACTACCTCAGCATCAC
CGCCTCGAGCAGAACCAAGGAGGCAGAGTCGGTGTGGTCTGGTCTTGTTG
AATCTAAGATCAGACATCTTGTTGGAGCACTAGACAGGAAAGCAACTATC
GCCATTGCCCACCCATTTCCCAAGGGATTCGAGAGAGTCCATCGTGTCTC
GTCGGAGGAGGAAATCGAGGCTGTCAAGACCGGATCTACCAAGTACCAAG
ATAAGGGAACAAAGACTGAGACCACCGATGAGATGAAGGATGCGGCTCAC
CAGGCTGCAGCCCAGAACGGGGCGGAGAACACTGATGTTGCAGCAGCCGA
AAATAAGCCCGTCGATGACACTCACGTCATGTACACGACGACTTACTATA
TTGGGTTGGAGCTCAAGCCACTCGAGCCAGGTGCCTCCCGGTCGCTGGAT
ATCTCGACCGATGCCCAGATTTTCAAGTCGACATGCACCTCGTGGCCAGG
ATACCAACCCGGTATCAATGATCTAGCGATCACCCATGTTCGCAACTTCG
ACCTTCCCGAGGACGTGTTCCAACCGGGAGAGACTCGCCCAACCCGCCCG
AAGAAGAAGATCGTCAAGAAAGCCGAGATCAGCGGCCAGAAGCGCAACAT
CGAATCCTTGGACGACCCGTCCCACCCCGCTGCCAAACGCCAGGTCCCCT
CCAACGGAATCGCCAATACAGCAATGCCCGCCTGAATGGCGGCACCACCA
GTCAGACAATGGGGAGTTACCCCTCCCATCTCCACCGTTCTACCGACCCC
AGACGAGCTTGCAGCAAACGATGATCTTATCACGGAGTTAAAGGTGCAGA
ATAATTTTGAGAGCCCTGCGGAGACGGAACGAAGGAAACAAGTATTGCAG
CTCATCCAGCGTGTCACCGTCGAATTCGTTAAAACAGTCAGTCGGAAGAA
GGGCCTTTCCCAAGCAGCTGTCGAGGCCGCCGGAGGGAAGATCTTCACGT
ACGGAAGTTATCGCCTGGGCGTTTATGGACCGGGCTCGGATATTGATACC
TTGGTTGTTGGCCCAAAGCATGTCATTATCGATGATTTCTTTTCCGATTT
CCCCCCAATTCTAGAGAAGATGGCGGCTCCGGGAGCTATCGAGAAGATGA
CCCCGGTCCCAGACGCCTACGTTCCGATCATCAAGCTCGAATTGTCCGGC
ATCAGTATCGATCTGATTTTTGCTCGCTTGATAATTCCTTCCATTCCCAT
GAACCTGGATCTCAAGAACAACGATTATTTGCGTGGTCTGGATGAGAGGG
AGGTGCGATCGCTCAACGGCACTCGTGTGACGGATGAAATCTTGGAGCTC
GTACCTCAGCAGAAAACATTCCGGCTTGCTTTGCGCGCCATCAAGCTTTG
GGCTCAGCGCCGTGCGATTTATTCCAATATTGTCGGTTTCCCGGGTGGTG
TTGCTTGGGCTATGTTGGTGGCCAGAGTGTGTCAGTTGTATCCCCAGGCT
ACTGGCTCGGTGATTGTGGGCAAATTCTTCCGGATCATGAACAAGTGGGC
TTGGCCTCAGCCGGTTCTGTTGAAGCCGATTGAAGATGGGCCTCTTCAGA
TGAAGGTTTGGAATCCGAAGATTTACCACGGCGACCGTTTCCACCTGATG
CCTATTATTACCCCTGCCTACCCCTCCATGTGCGCGACCCACAACGTCTC
AATGTCCACCAAGGCAGTTATTCTTCGTGAACTCCAGCGTGGTGGAGATA
TTGTGGACAAGATTTTCTTGAAACAGCTGCGCTGGGAAGACCTGTTCGCG
CGACACACTTTCTTCACGAAGGATTACAAATACTACCTCAGCATCACCGC
CTCGAGCAGAACCAAGGAGGCAGAGTCGGTGTGGTCTGGTCTTGTTGAAT
CTAAGATCAGACATCTTGTTGGAGCACTAGACAGGAAAGCAACTATCGCC
ATTGCCCACCCATTTCCCAAGGGATTCGAGAGAGTCCATCGTGTCTCGTC
GGAGGAGGAAATCGAGGCTGTCAAGACCGGATCTACCAAGTACCAAGATA
AGGGAACAAAGACTGAGACCACCGATGAGATGAAGGATGCGGCTCACCAG
GCTGCAGCCCAGAACGGGGCGGAGAACACTGATGTTGCAGCAGCCGAAAA
TAAGCCCGTCGATGACACTCACGTCATGTACACGACGACTTACTATATTG
GGTTGGAGCTCAAGCCACTCGAGCCAGGTGCCTCCCGGTCGCTGGATATC
TCGACCGATGCCCAGATTTTCAAGTCGACATGCACCTCGTGGCCAGGATA
CCAACCCGGTATCAATGATCTAGCGATCACCCATGTTCGCAACTTCGACC
TTCCCGAGGACGTGTTCCAACCGGGAGAGACTCGCCCAACCCGCCCGAAG
AAGAAGATCGTCAAGAAAGCCGAGATCAGCGGCCAGAAGCGCAACATCGA
ATCCTTGGACGACCCGTCCCACCCCGCTGCCAAACGCCAGGTCCCCTCCA
ACGGAATCGCCAATACAGCAATGCCCGCCTGAATGGCGGCACCACCAGTC
AGACAATGGGGAGTTACCCCTCCCATCTCCACCGTTCTACCGACCCCAGA
CGAGCTTGCAGCAAACGATGATCTTATCACGGAGTTAAAGGTGCAGAATA
ATTTTGAGAGCCCTGCGGAGACGGAACGAAGGAAACAAGTATTGCAGCTC
ATCCAGCGTGTCACCGTCGAATTCGTTAAAACAGTCAGTCGGAAGAAGGG
CCTTTCCCAAGCAGCTGTCGAGGCCGCCGGAGGGAAGATCTTCACGTACG
GAAGTTATCGCCTGGGCGTTTATGGACCGGGCTCGGATATTGATACCTTG
GTTGTTGGCCCAAAGCATGTCATTATCGATGATTTCTTTTCCGATTTCCC
CCCAATTCTAGAGAAGATGGCGGCTCCGGGAGCTATCGAGAAGATGACCC
CGGTCCCAGACGCCTACGTTCCGATCATCAAGCTCGAATTGTCCGGCATC
AGTATCGATCTGATTTTTGCTCGCTTGATAATTCCTTCCATTCCCATGAA
CCTGGATCTCAAGAACAACGATTATTTGCGTGGTCTGGATGAGAGGGAGG
TGCGATCGCTCAACGGCACTCGTGTGACGGATGAAATCTTGGAGCTCGTA
CCTCAGCAGAAAACATTCCGGCTTGCTTTGCGCGCCATCAAGCTTTGGGC
TCAGCGCCGTGCGATTTATTCCAATATTGTCGGTTTCCCGGGTGGTGTTG
CTTGGGCTATGTTGGTGGCCAGAGTGTGTCAGTTGTATCCCCAGGCTACT
GGCTCGGTGATTGTGGGCAAATTCTTCCGGATCATGAACAAGTGGGCTTG
GCCTCAGCCGGTTCTGTTGAAGCCGATTGAAGATGGGCCTCTTCAGATGA
AGGTTTGGAATCCGAAGATTTACCACGGCGACCGTTTCCACCTGATGCCT
ATTATTACCCCTGCCTACCCCTCCATGTGCGCGACCCACAACGTCTCAAT
GTCCACCAAGGCAGTTATTCTTCGTGAACTCCAGCGTGGTGGAGATATTG
TGGACAAGATTTTCTTGAAACAGCTGCGCTGGGAAGACCTGTTCGCGCGA
CACACTTTCTTCACGAAGGATTACAAATACTACCTCAGCATCACCGCCTC
GAGCAGAACCAAGGAGGCAGAGTCGGTGTGGTCTGGTCTTGTTGAATCTA
AGATCAGACATCTTGTTGGAGCACTAGACAGGAAAGCAACTATCGCCATT
GCCCACCCATTTCCCAAGGGATTCGAGAGAGTCCATCGTGTCTCGTCGGA
GGAGGAAATCGAGGCTGTCAAGACCGGATCTACCAAGTACCAAGATAAGG
GAACAAAGACTGAGACCACCGATGAGATGAAGGATGCGGCTCACCAGGCT
GCAGCCCAGAACGGGGCGGAGAACACTGATGTTGCAGCAGCCGAAAATAA
GCCCGTCGATGACACTCACGTCATGTACACGACGACTTACTATATTGGGT
TGGAGCTCAAGCCACTCGAGCCAGGTGCCTCCCGGTCGCTGGATATCTCG
ACCGATGCCCAGATTTTCAAGTCGACATGCACCTCGTGGCCAGGATACCA
ACCCGGTATCAATGATCTAGCGATCACCCATGTTCGCAACTTCGACCTTC
CCGAGGACGTGTTCCAACCGGGAGAGACTCGCCCAACCCGCCCGAAGAAG
AAGATCGTCAAGAAAGCCGAGATCAGCGGCCAGAAGCGCAACATCGAATC
CTTGGACGACCCGTCCCACCCCGCTGCCAAACGCCAGGTCCCCTCCAACG
GAATCGCCAATACAGCAATGCCCGCCTGA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005634nucleus
Vocabulary: Molecular Function
TermDefinition
GO:0004652polynucleotide adenylyltransferase activity
GO:0016779nucleotidyltransferase activity
GO:0003723RNA binding
Vocabulary: Biological Process
TermDefinition
GO:0031123RNA 3'-end processing
GO:0043631RNA polyadenylation
Relationships

This mRNA is a part of the following gene feature(s):

Feature NameUnique NameSpeciesType
ATCC64974_12610ATCC64974_12610Aspergillus niger N402gene


The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesType
ATCC64974_12610-T1ATCC64974_12610-T1-proteinAspergillus niger N402polypeptide


The following exon feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
ATCC64974_12610-T1.exon1ATCC64974_12610-T1.exon1Aspergillus niger N402exon
ATCC64974_12610-T1.exon2ATCC64974_12610-T1.exon2Aspergillus niger N402exon
ATCC64974_12610-T1.exon3ATCC64974_12610-T1.exon3Aspergillus niger N402exon
ATCC64974_12610-T1.exon4ATCC64974_12610-T1.exon4Aspergillus niger N402exon
ATCC64974_12610-T1.exon5ATCC64974_12610-T1.exon5Aspergillus niger N402exon
ATCC64974_12610-T1.exon6ATCC64974_12610-T1.exon6Aspergillus niger N402exon
ATCC64974_12610-T1.exon7ATCC64974_12610-T1.exon7Aspergillus niger N402exon


The following CDS feature(s) are a part of this mRNA:

Feature NameUnique NameSpeciesType
ATCC64974_12610-T1.cdsATCC64974_12610-T1.cdsAspergillus niger N402CDS


Properties
Property NameValue
NoteBUSCO:EOG09260VYK
DBxrefInterPro:IPR011068
DBxrefInterPro:IPR014492
DBxrefInterPro:IPR007012
DBxrefInterPro:IPR002934
DBxrefInterPro:IPR007010
DBxrefPFAM:PF04926
DBxrefPFAM:PF04928
DBxrefPFAM:PF01909
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger N402 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
OGUI01000003.1supercontigOGUI01000003.1:387387..389593 +
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