CAN33_3190-T1, CAN33_3190-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview


Name	CAN33_3190-T1
Unique Name	CAN33_3190-T1
Type	mRNA
Organism	Aspergillus niger FDAARGOS_311

Sequences

The following sequences are available for this feature:

mRNA from alignment at NKJJ01000004.1:2027132..2030385-
coding sequence from alignment at NKJJ01000004.1:2027132..2030385-

mRNA from alignment at NKJJ01000004.1:2027132..2030385-

Legend: polypeptideCDSexon

Hold the cursor over a type above to highlight its positions in the sequence below.

>CAN33_3190-T1 ID=CAN33_3190-T1|Name=CAN33_3190-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=3254bp|location=Sequence derived from alignment at NKJJ01000004.1:2027132..2030385- (Aspergillus niger FDAARGOS_311)
ATGCAGGACTCAGAAGTAGCTGCGGGATTGTTGCCCTCATGGAGTGTGCA
AGATAACCATCCCATCATCCAGAAGGGTGCAGGCACCCACAGCGGCCAAG
ATCTGAGGATCCGGAGGCGCAACCCACTGGTGAGCGACATTCTCCCCGCT
CTTGGATGTACATCAATTGAGCTCATTGTGACAGGCATGCGAAGCGTGCT
ATAAGAAAAAGGTCAAATGCGAGACCGAAGGTTCAGGTACAACATGTATA
CAATGTCTGCGTCGTAATACAACCTGCAAATTCACCACGAGGAAAGAAAA
ACGAGAAGACCTAAAAAGGTAACCGTCTACTGTCTAGATGCTCCACACAA
CTTCGACCCGAAGACACTTGCTAACAAAACACCCGTAGGGCGCACTACGT
GAGAACTCTGGAAAACCGGGTGAGGAGAACAGAGTCTATCCTCAGAGCCG
CTGGTCTTCTAAGCGATGACCTGATGAGTTTGGATGGCGGCCTCAGCGAC
GATGATGGTGATAGAAGGCCCGACTATGGAAGTGACTCGGGAGATGAATC
CATCTCGCCTTATTTTAGCCCCCGCGAGGTCTCCAGCCGGCGTAGTTCGG
GGGCATTGACTTCGGATGGCTCAAGGGACTATGATCATCTACAGTACCGT
GCACCAACGGAGAACGACGCAGGACCTAGTACATCTTATGCCGCCCCGTC
CCGTCAGTCACTTGGCCCTAGCAACTCATCTAAACTCCCAGAAGACGGGA
GCTCCCCATCAAAAAAGTGCTCTCACACTCACGCCCCGGTGTTTAAGTTG
GATAGCAGAGAGGACGACAGGTATTATGGTATGACGGTCGTCTATTATGC
CACTTTTTCGCATCCGTTTTGGTTTTAACCTGTACTAGGTCGGTCATCTT
CTTTGTCCATTTTATCACGGGAGGCCCTAGAATGGATAAAGCACAAGACG
GGCGAAGACAAGATCTTAAACGTCGTATTTTCTGACTCCAATCGAGATAA
CGCCTGGGATGCCTGGCGACCGGAAGTATTCCATGACCTGTTTGCCTCGC
AAGTGTTCAAGCCTTTACCCCCGAGAGCCGAGGTATTCACTCTATTGCGG
GACTATTTTCGCACTGTGAACCGCCTATTTCCGCTTTATCATGAACAGTC
TTTCATGCAGCTCGTGGAGTGGCAATACACACAGCAAACGTGTGATGATG
CTGCCCGATGGGCCAGTATCAACATCATACTTTCGTTAGCCTATGAGTAC
CGCTTTTCTAACTGCCAAAAGTCCGAGAAAGATCGAGAACGCGCGTGGCT
ATACTATAAGAACGCAATGTCAGTCTTTGCGGAGCTCTCTCTGCGACGGA
CTGACCTCCTAAGCGTGCAAGCCCTTCTAGGCATGGCTTTCTTTCTGCGG
GGGAATTCGGGGACTCAGTCAGCATTACCAATAATCACGGCGGCCATGCG
CATTTGCCAGCGGATGGGTCTACACCGCAATATACCAAGGCCCTACCTTA
CCCCGGAGGAACAGGAACAAAGAAGAAGGGTATTTTGGATTGCATATATC
CTGGATCAAAGGTAAGACATGCAAATGTCAAACCTACAGTCCCTCTTTCA
TTGCGAAATTCTTCTGGGCCTTGCTAACTAATGCCTGTTACAGTGCCTGT
GTTCGATCAGGAAGCGCCCCAGCCCAACACTTCGAAGACTTTGATGTGGA
CTTTCCTGTTGATCATATTCACGATCCATTTGTAAAAGCTCGCGACGGCT
CGTTCTTCCGTCATCTTTGCCAGATTACGGTGATAAAAAGCCGCGTGTTC
AGTAAGCTTTATGCAGCAAAAGCTTTGGAGAATAAGTCACCCGAGGAGAT
CTACAACAATATTCGGGAGCTACACGATGAGCTTGAGGAGTGGAAACGTG
TCAATGCGCTCGAGTTTCGAATGAAACAAAGAGGTGCTGGTCAGGACTTC
CTGCTCGGCTTTGCCTCGGCAGGTCTTCAGTTTGTCTATTATAATACCAT
GATTATGATACATCGACTGCCTCTGATGATTCAATTTGCTTCGGCGCACT
ACATCGCAAGAGGCCACCACCCCCCAATGGATTATGACTTGATCTCGAGC
GAGGCGTCTGCTTCAGCTGCGATCTGCGTTCAAGCCGCCCGGGACACCGT
GAGGCTAGTGAACAATTTGCCATGGGGTGATATTGCTTGGATATGGTAAG
CAATAAATAGAACCCTTGTCTGCGCAGCGGCCTTTTATGACGACTGACAA
TGCCCAGGTCCTTACTGTATTACATCTTTCTGGCAGTCATGAACATTTTC
GTGAATATCCTACGAGATCCGCAGAACGAGAAAGTCAAAGACGACCTACA
ATCCCTGAACATGGCGGCGACGTTCTTTGCAACCCTCATTCCCGGCGACG
GGCCTGGTCACTACGCTCGCTTTATGACGAGGATGTGTGCCAATTTCGAG
CGCGTAGCCAGAGTTGTCGTCGAGCGAAATCAAAGAACCGTCAAACCCAG
TGAAGCGAAACATCACAGTTCATCCCGCAAAAACAGCACTGCCGCAAAGG
ATCAGAAATCTGTGCGTGCAGCATCCCCTCAGTCTTTACGCACAACCACC
TATCCTACATCCGAATCAGGCCTTCCCGGGCCTCCCTCCGCCCGCCCCTT
AAGCATCGACATCCCGAATCTTGAAGGCCTTCCCCCGGTTAACTCCGCCG
GCTACGTGGTCCCCGACAATCTAACCTCCAGTCCAGTCCAGGGTCCGACA
TTCTCCCACCCTGTCACGACCATAACCACGCAGCCTCTGTCTCAACCCGC
ACCTGCACCTCCATCCGCTCCCTCTCGATCCTACGATAGCCCTTTACCAC
CAGGTCTCGAGAGCTCCTTCTTCCCCATCACAGTCAACAGTGACGGCTTC
AACTTTTCCCAGCCTGAACTATGGCAGATACCCTTAACAGCAGATTGGGA
AGTCACCCCACACGCCCTAGGCAGCTTGTTCGGGCCCGACTTCAATTATC
TTTTCCCGGGGCAAGCAGACCCAAGCAGTAATGAATTTCAACCGACGAGC
CAGGCTGCCGGCCAACCCATGACAACTGCACCAGCGCCCATGGATTTCGC
TTATGCCAATACCATGGCCGAGGCGCAAAATTCGAGCCGGAGTCGCAACC
GCAATCAGCATGGCGGGGTGCCTACAACTGCAGATCAGTCACTGCAAGAA
AATGAGATGTGGATGGCCGGCATGTATTCGAATCCTTATAATCTCCCACC
CTAA

Coding sequence (CDS) from alignment at NKJJ01000004.1:2027132..2030385-

>CAN33_3190-T1 ID=CAN33_3190-T1|Name=CAN33_3190-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=17550bp|location=Sequence derived from alignment at NKJJ01000004.1:2027132..2030385- (Aspergillus niger FDAARGOS_311)
GTCCTTACTGTATTACATCTTTCTGGCAGTCATGAACATTTTCGTGAATA
TCCTACGAGATCCGCAGAACGAGAAAGTCAAAGACGACCTACAATCCCTG
AACATGGCGGCGACGTTCTTTGCAACCCTCATTCCCGGCGACGGGCCTGG
TCACTACGCTCGCTTTATGACGAGGATGTGTGCCAATTTCGAGCGCGTAG
CCAGAGTTGTCGTCGAGCGAAATCAAAGAACCGTCAAACCCAGTGAAGCG
AAACATCACAGTTCATCCCGCAAAAACAGCACTGCCGCAAAGGATCAGAA
ATCTGTGCGTGCAGCATCCCCTCAGTCTTTACGCACAACCACCTATCCTA
CATCCGAATCAGGCCTTCCCGGGCCTCCCTCCGCCCGCCCCTTAAGCATC
GACATCCCGAATCTTGAAGGCCTTCCCCCGGTTAACTCCGCCGGCTACGT
GGTCCCCGACAATCTAACCTCCAGTCCAGTCCAGGGTCCGACATTCTCCC
ACCCTGTCACGACCATAACCACGCAGCCTCTGTCTCAACCCGCACCTGCA
CCTCCATCCGCTCCCTCTCGATCCTACGATAGCCCTTTACCACCAGGTCT
CGAGAGCTCCTTCTTCCCCATCACAGTCAACAGTGACGGCTTCAACTTTT
CCCAGCCTGAACTATGGCAGATACCCTTAACAGCAGATTGGGAAGTCACC
CCACACGCCCTAGGCAGCTTGTTCGGGCCCGACTTCAATTATCTTTTCCC
GGGGCAAGCAGACCCAAGCAGTAATGAATTTCAACCGACGAGCCAGGCTG
CCGGCCAACCCATGACAACTGCACCAGCGCCCATGGATTTCGCTTATGCC
AATACCATGGCCGAGGCGCAAAATTCGAGCCGGAGTCGCAACCGCAATCA
GCATGGCGGGGTGCCTACAACTGCAGATCAGTCACTGCAAGAAAATGAGA
TGTGGATGGCCGGCATGTATTCGAATCCTTATAATCTCCCACCCTAATGC
CTGTGTTCGATCAGGAAGCGCCCCAGCCCAACACTTCGAAGACTTTGATG
TGGACTTTCCTGTTGATCATATTCACGATCCATTTGTAAAAGCTCGCGAC
GGCTCGTTCTTCCGTCATCTTTGCCAGATTACGGTGATAAAAAGCCGCGT
GTTCAGTAAGCTTTATGCAGCAAAAGCTTTGGAGAATAAGTCACCCGAGG
AGATCTACAACAATATTCGGGAGCTACACGATGAGCTTGAGGAGTGGAAA
CGTGTCAATGCGCTCGAGTTTCGAATGAAACAAAGAGGTGCTGGTCAGGA
CTTCCTGCTCGGCTTTGCCTCGGCAGGTCTTCAGTTTGTCTATTATAATA
CCATGATTATGATACATCGACTGCCTCTGATGATTCAATTTGCTTCGGCG
CACTACATCGCAAGAGGCCACCACCCCCCAATGGATTATGACTTGATCTC
GAGCGAGGCGTCTGCTTCAGCTGCGATCTGCGTTCAAGCCGCCCGGGACA
CCGTGAGGCTAGTGAACAATTTGCCATGGGGTGATATTGCTTGGATATGG
TCGGTCATCTTCTTTGTCCATTTTATCACGGGAGGCCCTAGAATGGATAA
AGCACAAGACGGGCGAAGACAAGATCTTAAACGTCGTATTTTCTGACTCC
AATCGAGATAACGCCTGGGATGCCTGGCGACCGGAAGTATTCCATGACCT
GTTTGCCTCGCAAGTGTTCAAGCCTTTACCCCCGAGAGCCGAGGTATTCA
CTCTATTGCGGGACTATTTTCGCACTGTGAACCGCCTATTTCCGCTTTAT
CATGAACAGTCTTTCATGCAGCTCGTGGAGTGGCAATACACACAGCAAAC
GTGTGATGATGCTGCCCGATGGGCCAGTATCAACATCATACTTTCGTTAG
CCTATGAGTACCGCTTTTCTAACTGCCAAAAGTCCGAGAAAGATCGAGAA
CGCGCGTGGCTATACTATAAGAACGCAATGTCAGTCTTTGCGGAGCTCTC
TCTGCGACGGACTGACCTCCTAAGCGTGCAAGCCCTTCTAGGCATGGCTT
TCTTTCTGCGGGGGAATTCGGGGACTCAGTCAGCATTACCAATAATCACG
GCGGCCATGCGCATTTGCCAGCGGATGGGTCTACACCGCAATATACCAAG
GCCCTACCTTACCCCGGAGGAACAGGAACAAAGAAGAAGGGTATTTTGGA
TTGCATATATCCTGGATCAAAGGGCGCACTACGTGAGAACTCTGGAAAAC
CGGGTGAGGAGAACAGAGTCTATCCTCAGAGCCGCTGGTCTTCTAAGCGA
TGACCTGATGAGTTTGGATGGCGGCCTCAGCGACGATGATGGTGATAGAA
GGCCCGACTATGGAAGTGACTCGGGAGATGAATCCATCTCGCCTTATTTT
AGCCCCCGCGAGGTCTCCAGCCGGCGTAGTTCGGGGGCATTGACTTCGGA
TGGCTCAAGGGACTATGATCATCTACAGTACCGTGCACCAACGGAGAACG
ACGCAGGACCTAGTACATCTTATGCCGCCCCGTCCCGTCAGTCACTTGGC
CCTAGCAACTCATCTAAACTCCCAGAAGACGGGAGCTCCCCATCAAAAAA
GTGCTCTCACACTCACGCCCCGGTGTTTAAGTTGGATAGCAGAGAGGACG
ACAGGTATTATGGCATGCGAAGCGTGCTATAAGAAAAAGGTCAAATGCGA
GACCGAAGGTTCAGGTACAACATGTATACAATGTCTGCGTCGTAATACAA
CCTGCAAATTCACCACGAGGAAAGAAAAACGAGAAGACCTAAAAAGATGC
AGGACTCAGAAGTAGCTGCGGGATTGTTGCCCTCATGGAGTGTGCAAGAT
AACCATCCCATCATCCAGAAGGGTGCAGGCACCCACAGCGGCCAAGATCT
GAGGATCCGGAGGCGCAACCCACTGGTCCTTACTGTATTACATCTTTCTG
GCAGTCATGAACATTTTCGTGAATATCCTACGAGATCCGCAGAACGAGAA
AGTCAAAGACGACCTACAATCCCTGAACATGGCGGCGACGTTCTTTGCAA
CCCTCATTCCCGGCGACGGGCCTGGTCACTACGCTCGCTTTATGACGAGG
ATGTGTGCCAATTTCGAGCGCGTAGCCAGAGTTGTCGTCGAGCGAAATCA
AAGAACCGTCAAACCCAGTGAAGCGAAACATCACAGTTCATCCCGCAAAA
ACAGCACTGCCGCAAAGGATCAGAAATCTGTGCGTGCAGCATCCCCTCAG
TCTTTACGCACAACCACCTATCCTACATCCGAATCAGGCCTTCCCGGGCC
TCCCTCCGCCCGCCCCTTAAGCATCGACATCCCGAATCTTGAAGGCCTTC
CCCCGGTTAACTCCGCCGGCTACGTGGTCCCCGACAATCTAACCTCCAGT
CCAGTCCAGGGTCCGACATTCTCCCACCCTGTCACGACCATAACCACGCA
GCCTCTGTCTCAACCCGCACCTGCACCTCCATCCGCTCCCTCTCGATCCT
ACGATAGCCCTTTACCACCAGGTCTCGAGAGCTCCTTCTTCCCCATCACA
GTCAACAGTGACGGCTTCAACTTTTCCCAGCCTGAACTATGGCAGATACC
CTTAACAGCAGATTGGGAAGTCACCCCACACGCCCTAGGCAGCTTGTTCG
GGCCCGACTTCAATTATCTTTTCCCGGGGCAAGCAGACCCAAGCAGTAAT
GAATTTCAACCGACGAGCCAGGCTGCCGGCCAACCCATGACAACTGCACC
AGCGCCCATGGATTTCGCTTATGCCAATACCATGGCCGAGGCGCAAAATT
CGAGCCGGAGTCGCAACCGCAATCAGCATGGCGGGGTGCCTACAACTGCA
GATCAGTCACTGCAAGAAAATGAGATGTGGATGGCCGGCATGTATTCGAA
TCCTTATAATCTCCCACCCTAATGCCTGTGTTCGATCAGGAAGCGCCCCA
GCCCAACACTTCGAAGACTTTGATGTGGACTTTCCTGTTGATCATATTCA
CGATCCATTTGTAAAAGCTCGCGACGGCTCGTTCTTCCGTCATCTTTGCC
AGATTACGGTGATAAAAAGCCGCGTGTTCAGTAAGCTTTATGCAGCAAAA
GCTTTGGAGAATAAGTCACCCGAGGAGATCTACAACAATATTCGGGAGCT
ACACGATGAGCTTGAGGAGTGGAAACGTGTCAATGCGCTCGAGTTTCGAA
TGAAACAAAGAGGTGCTGGTCAGGACTTCCTGCTCGGCTTTGCCTCGGCA
GGTCTTCAGTTTGTCTATTATAATACCATGATTATGATACATCGACTGCC
TCTGATGATTCAATTTGCTTCGGCGCACTACATCGCAAGAGGCCACCACC
CCCCAATGGATTATGACTTGATCTCGAGCGAGGCGTCTGCTTCAGCTGCG
ATCTGCGTTCAAGCCGCCCGGGACACCGTGAGGCTAGTGAACAATTTGCC
ATGGGGTGATATTGCTTGGATATGGTCGGTCATCTTCTTTGTCCATTTTA
TCACGGGAGGCCCTAGAATGGATAAAGCACAAGACGGGCGAAGACAAGAT
CTTAAACGTCGTATTTTCTGACTCCAATCGAGATAACGCCTGGGATGCCT
GGCGACCGGAAGTATTCCATGACCTGTTTGCCTCGCAAGTGTTCAAGCCT
TTACCCCCGAGAGCCGAGGTATTCACTCTATTGCGGGACTATTTTCGCAC
TGTGAACCGCCTATTTCCGCTTTATCATGAACAGTCTTTCATGCAGCTCG
TGGAGTGGCAATACACACAGCAAACGTGTGATGATGCTGCCCGATGGGCC
AGTATCAACATCATACTTTCGTTAGCCTATGAGTACCGCTTTTCTAACTG
CCAAAAGTCCGAGAAAGATCGAGAACGCGCGTGGCTATACTATAAGAACG
CAATGTCAGTCTTTGCGGAGCTCTCTCTGCGACGGACTGACCTCCTAAGC
GTGCAAGCCCTTCTAGGCATGGCTTTCTTTCTGCGGGGGAATTCGGGGAC
TCAGTCAGCATTACCAATAATCACGGCGGCCATGCGCATTTGCCAGCGGA
TGGGTCTACACCGCAATATACCAAGGCCCTACCTTACCCCGGAGGAACAG
GAACAAAGAAGAAGGGTATTTTGGATTGCATATATCCTGGATCAAAGGGC
GCACTACGTGAGAACTCTGGAAAACCGGGTGAGGAGAACAGAGTCTATCC
TCAGAGCCGCTGGTCTTCTAAGCGATGACCTGATGAGTTTGGATGGCGGC
CTCAGCGACGATGATGGTGATAGAAGGCCCGACTATGGAAGTGACTCGGG
AGATGAATCCATCTCGCCTTATTTTAGCCCCCGCGAGGTCTCCAGCCGGC
GTAGTTCGGGGGCATTGACTTCGGATGGCTCAAGGGACTATGATCATCTA
CAGTACCGTGCACCAACGGAGAACGACGCAGGACCTAGTACATCTTATGC
CGCCCCGTCCCGTCAGTCACTTGGCCCTAGCAACTCATCTAAACTCCCAG
AAGACGGGAGCTCCCCATCAAAAAAGTGCTCTCACACTCACGCCCCGGTG
TTTAAGTTGGATAGCAGAGAGGACGACAGGTATTATGGCATGCGAAGCGT
GCTATAAGAAAAAGGTCAAATGCGAGACCGAAGGTTCAGGTACAACATGT
ATACAATGTCTGCGTCGTAATACAACCTGCAAATTCACCACGAGGAAAGA
AAAACGAGAAGACCTAAAAAGATGCAGGACTCAGAAGTAGCTGCGGGATT
GTTGCCCTCATGGAGTGTGCAAGATAACCATCCCATCATCCAGAAGGGTG
CAGGCACCCACAGCGGCCAAGATCTGAGGATCCGGAGGCGCAACCCACTG
GTCCTTACTGTATTACATCTTTCTGGCAGTCATGAACATTTTCGTGAATA
TCCTACGAGATCCGCAGAACGAGAAAGTCAAAGACGACCTACAATCCCTG
AACATGGCGGCGACGTTCTTTGCAACCCTCATTCCCGGCGACGGGCCTGG
TCACTACGCTCGCTTTATGACGAGGATGTGTGCCAATTTCGAGCGCGTAG
CCAGAGTTGTCGTCGAGCGAAATCAAAGAACCGTCAAACCCAGTGAAGCG
AAACATCACAGTTCATCCCGCAAAAACAGCACTGCCGCAAAGGATCAGAA
ATCTGTGCGTGCAGCATCCCCTCAGTCTTTACGCACAACCACCTATCCTA
CATCCGAATCAGGCCTTCCCGGGCCTCCCTCCGCCCGCCCCTTAAGCATC
GACATCCCGAATCTTGAAGGCCTTCCCCCGGTTAACTCCGCCGGCTACGT
GGTCCCCGACAATCTAACCTCCAGTCCAGTCCAGGGTCCGACATTCTCCC
ACCCTGTCACGACCATAACCACGCAGCCTCTGTCTCAACCCGCACCTGCA
CCTCCATCCGCTCCCTCTCGATCCTACGATAGCCCTTTACCACCAGGTCT
CGAGAGCTCCTTCTTCCCCATCACAGTCAACAGTGACGGCTTCAACTTTT
CCCAGCCTGAACTATGGCAGATACCCTTAACAGCAGATTGGGAAGTCACC
CCACACGCCCTAGGCAGCTTGTTCGGGCCCGACTTCAATTATCTTTTCCC
GGGGCAAGCAGACCCAAGCAGTAATGAATTTCAACCGACGAGCCAGGCTG
CCGGCCAACCCATGACAACTGCACCAGCGCCCATGGATTTCGCTTATGCC
AATACCATGGCCGAGGCGCAAAATTCGAGCCGGAGTCGCAACCGCAATCA
GCATGGCGGGGTGCCTACAACTGCAGATCAGTCACTGCAAGAAAATGAGA
TGTGGATGGCCGGCATGTATTCGAATCCTTATAATCTCCCACCCTAATGC
CTGTGTTCGATCAGGAAGCGCCCCAGCCCAACACTTCGAAGACTTTGATG
TGGACTTTCCTGTTGATCATATTCACGATCCATTTGTAAAAGCTCGCGAC
GGCTCGTTCTTCCGTCATCTTTGCCAGATTACGGTGATAAAAAGCCGCGT
GTTCAGTAAGCTTTATGCAGCAAAAGCTTTGGAGAATAAGTCACCCGAGG
AGATCTACAACAATATTCGGGAGCTACACGATGAGCTTGAGGAGTGGAAA
CGTGTCAATGCGCTCGAGTTTCGAATGAAACAAAGAGGTGCTGGTCAGGA
CTTCCTGCTCGGCTTTGCCTCGGCAGGTCTTCAGTTTGTCTATTATAATA
CCATGATTATGATACATCGACTGCCTCTGATGATTCAATTTGCTTCGGCG
CACTACATCGCAAGAGGCCACCACCCCCCAATGGATTATGACTTGATCTC
GAGCGAGGCGTCTGCTTCAGCTGCGATCTGCGTTCAAGCCGCCCGGGACA
CCGTGAGGCTAGTGAACAATTTGCCATGGGGTGATATTGCTTGGATATGG
TCGGTCATCTTCTTTGTCCATTTTATCACGGGAGGCCCTAGAATGGATAA
AGCACAAGACGGGCGAAGACAAGATCTTAAACGTCGTATTTTCTGACTCC
AATCGAGATAACGCCTGGGATGCCTGGCGACCGGAAGTATTCCATGACCT
GTTTGCCTCGCAAGTGTTCAAGCCTTTACCCCCGAGAGCCGAGGTATTCA
CTCTATTGCGGGACTATTTTCGCACTGTGAACCGCCTATTTCCGCTTTAT
CATGAACAGTCTTTCATGCAGCTCGTGGAGTGGCAATACACACAGCAAAC
GTGTGATGATGCTGCCCGATGGGCCAGTATCAACATCATACTTTCGTTAG
CCTATGAGTACCGCTTTTCTAACTGCCAAAAGTCCGAGAAAGATCGAGAA
CGCGCGTGGCTATACTATAAGAACGCAATGTCAGTCTTTGCGGAGCTCTC
TCTGCGACGGACTGACCTCCTAAGCGTGCAAGCCCTTCTAGGCATGGCTT
TCTTTCTGCGGGGGAATTCGGGGACTCAGTCAGCATTACCAATAATCACG
GCGGCCATGCGCATTTGCCAGCGGATGGGTCTACACCGCAATATACCAAG
GCCCTACCTTACCCCGGAGGAACAGGAACAAAGAAGAAGGGTATTTTGGA
TTGCATATATCCTGGATCAAAGGGCGCACTACGTGAGAACTCTGGAAAAC
CGGGTGAGGAGAACAGAGTCTATCCTCAGAGCCGCTGGTCTTCTAAGCGA
TGACCTGATGAGTTTGGATGGCGGCCTCAGCGACGATGATGGTGATAGAA
GGCCCGACTATGGAAGTGACTCGGGAGATGAATCCATCTCGCCTTATTTT
AGCCCCCGCGAGGTCTCCAGCCGGCGTAGTTCGGGGGCATTGACTTCGGA
TGGCTCAAGGGACTATGATCATCTACAGTACCGTGCACCAACGGAGAACG
ACGCAGGACCTAGTACATCTTATGCCGCCCCGTCCCGTCAGTCACTTGGC
CCTAGCAACTCATCTAAACTCCCAGAAGACGGGAGCTCCCCATCAAAAAA
GTGCTCTCACACTCACGCCCCGGTGTTTAAGTTGGATAGCAGAGAGGACG
ACAGGTATTATGGCATGCGAAGCGTGCTATAAGAAAAAGGTCAAATGCGA
GACCGAAGGTTCAGGTACAACATGTATACAATGTCTGCGTCGTAATACAA
CCTGCAAATTCACCACGAGGAAAGAAAAACGAGAAGACCTAAAAAGATGC
AGGACTCAGAAGTAGCTGCGGGATTGTTGCCCTCATGGAGTGTGCAAGAT
AACCATCCCATCATCCAGAAGGGTGCAGGCACCCACAGCGGCCAAGATCT
GAGGATCCGGAGGCGCAACCCACTGGTCCTTACTGTATTACATCTTTCTG
GCAGTCATGAACATTTTCGTGAATATCCTACGAGATCCGCAGAACGAGAA
AGTCAAAGACGACCTACAATCCCTGAACATGGCGGCGACGTTCTTTGCAA
CCCTCATTCCCGGCGACGGGCCTGGTCACTACGCTCGCTTTATGACGAGG
ATGTGTGCCAATTTCGAGCGCGTAGCCAGAGTTGTCGTCGAGCGAAATCA
AAGAACCGTCAAACCCAGTGAAGCGAAACATCACAGTTCATCCCGCAAAA
ACAGCACTGCCGCAAAGGATCAGAAATCTGTGCGTGCAGCATCCCCTCAG
TCTTTACGCACAACCACCTATCCTACATCCGAATCAGGCCTTCCCGGGCC
TCCCTCCGCCCGCCCCTTAAGCATCGACATCCCGAATCTTGAAGGCCTTC
CCCCGGTTAACTCCGCCGGCTACGTGGTCCCCGACAATCTAACCTCCAGT
CCAGTCCAGGGTCCGACATTCTCCCACCCTGTCACGACCATAACCACGCA
GCCTCTGTCTCAACCCGCACCTGCACCTCCATCCGCTCCCTCTCGATCCT
ACGATAGCCCTTTACCACCAGGTCTCGAGAGCTCCTTCTTCCCCATCACA
GTCAACAGTGACGGCTTCAACTTTTCCCAGCCTGAACTATGGCAGATACC
CTTAACAGCAGATTGGGAAGTCACCCCACACGCCCTAGGCAGCTTGTTCG
GGCCCGACTTCAATTATCTTTTCCCGGGGCAAGCAGACCCAAGCAGTAAT
GAATTTCAACCGACGAGCCAGGCTGCCGGCCAACCCATGACAACTGCACC
AGCGCCCATGGATTTCGCTTATGCCAATACCATGGCCGAGGCGCAAAATT
CGAGCCGGAGTCGCAACCGCAATCAGCATGGCGGGGTGCCTACAACTGCA
GATCAGTCACTGCAAGAAAATGAGATGTGGATGGCCGGCATGTATTCGAA
TCCTTATAATCTCCCACCCTAATGCCTGTGTTCGATCAGGAAGCGCCCCA
GCCCAACACTTCGAAGACTTTGATGTGGACTTTCCTGTTGATCATATTCA
CGATCCATTTGTAAAAGCTCGCGACGGCTCGTTCTTCCGTCATCTTTGCC
AGATTACGGTGATAAAAAGCCGCGTGTTCAGTAAGCTTTATGCAGCAAAA
GCTTTGGAGAATAAGTCACCCGAGGAGATCTACAACAATATTCGGGAGCT
ACACGATGAGCTTGAGGAGTGGAAACGTGTCAATGCGCTCGAGTTTCGAA
TGAAACAAAGAGGTGCTGGTCAGGACTTCCTGCTCGGCTTTGCCTCGGCA
GGTCTTCAGTTTGTCTATTATAATACCATGATTATGATACATCGACTGCC
TCTGATGATTCAATTTGCTTCGGCGCACTACATCGCAAGAGGCCACCACC
CCCCAATGGATTATGACTTGATCTCGAGCGAGGCGTCTGCTTCAGCTGCG
ATCTGCGTTCAAGCCGCCCGGGACACCGTGAGGCTAGTGAACAATTTGCC
ATGGGGTGATATTGCTTGGATATGGTCGGTCATCTTCTTTGTCCATTTTA
TCACGGGAGGCCCTAGAATGGATAAAGCACAAGACGGGCGAAGACAAGAT
CTTAAACGTCGTATTTTCTGACTCCAATCGAGATAACGCCTGGGATGCCT
GGCGACCGGAAGTATTCCATGACCTGTTTGCCTCGCAAGTGTTCAAGCCT
TTACCCCCGAGAGCCGAGGTATTCACTCTATTGCGGGACTATTTTCGCAC
TGTGAACCGCCTATTTCCGCTTTATCATGAACAGTCTTTCATGCAGCTCG
TGGAGTGGCAATACACACAGCAAACGTGTGATGATGCTGCCCGATGGGCC
AGTATCAACATCATACTTTCGTTAGCCTATGAGTACCGCTTTTCTAACTG
CCAAAAGTCCGAGAAAGATCGAGAACGCGCGTGGCTATACTATAAGAACG
CAATGTCAGTCTTTGCGGAGCTCTCTCTGCGACGGACTGACCTCCTAAGC
GTGCAAGCCCTTCTAGGCATGGCTTTCTTTCTGCGGGGGAATTCGGGGAC
TCAGTCAGCATTACCAATAATCACGGCGGCCATGCGCATTTGCCAGCGGA
TGGGTCTACACCGCAATATACCAAGGCCCTACCTTACCCCGGAGGAACAG
GAACAAAGAAGAAGGGTATTTTGGATTGCATATATCCTGGATCAAAGGGC
GCACTACGTGAGAACTCTGGAAAACCGGGTGAGGAGAACAGAGTCTATCC
TCAGAGCCGCTGGTCTTCTAAGCGATGACCTGATGAGTTTGGATGGCGGC
CTCAGCGACGATGATGGTGATAGAAGGCCCGACTATGGAAGTGACTCGGG
AGATGAATCCATCTCGCCTTATTTTAGCCCCCGCGAGGTCTCCAGCCGGC
GTAGTTCGGGGGCATTGACTTCGGATGGCTCAAGGGACTATGATCATCTA
CAGTACCGTGCACCAACGGAGAACGACGCAGGACCTAGTACATCTTATGC
CGCCCCGTCCCGTCAGTCACTTGGCCCTAGCAACTCATCTAAACTCCCAG
AAGACGGGAGCTCCCCATCAAAAAAGTGCTCTCACACTCACGCCCCGGTG
TTTAAGTTGGATAGCAGAGAGGACGACAGGTATTATGGCATGCGAAGCGT
GCTATAAGAAAAAGGTCAAATGCGAGACCGAAGGTTCAGGTACAACATGT
ATACAATGTCTGCGTCGTAATACAACCTGCAAATTCACCACGAGGAAAGA
AAAACGAGAAGACCTAAAAAGATGCAGGACTCAGAAGTAGCTGCGGGATT
GTTGCCCTCATGGAGTGTGCAAGATAACCATCCCATCATCCAGAAGGGTG
CAGGCACCCACAGCGGCCAAGATCTGAGGATCCGGAGGCGCAACCCACTG
GTCCTTACTGTATTACATCTTTCTGGCAGTCATGAACATTTTCGTGAATA
TCCTACGAGATCCGCAGAACGAGAAAGTCAAAGACGACCTACAATCCCTG
AACATGGCGGCGACGTTCTTTGCAACCCTCATTCCCGGCGACGGGCCTGG
TCACTACGCTCGCTTTATGACGAGGATGTGTGCCAATTTCGAGCGCGTAG
CCAGAGTTGTCGTCGAGCGAAATCAAAGAACCGTCAAACCCAGTGAAGCG
AAACATCACAGTTCATCCCGCAAAAACAGCACTGCCGCAAAGGATCAGAA
ATCTGTGCGTGCAGCATCCCCTCAGTCTTTACGCACAACCACCTATCCTA
CATCCGAATCAGGCCTTCCCGGGCCTCCCTCCGCCCGCCCCTTAAGCATC
GACATCCCGAATCTTGAAGGCCTTCCCCCGGTTAACTCCGCCGGCTACGT
GGTCCCCGACAATCTAACCTCCAGTCCAGTCCAGGGTCCGACATTCTCCC
ACCCTGTCACGACCATAACCACGCAGCCTCTGTCTCAACCCGCACCTGCA
CCTCCATCCGCTCCCTCTCGATCCTACGATAGCCCTTTACCACCAGGTCT
CGAGAGCTCCTTCTTCCCCATCACAGTCAACAGTGACGGCTTCAACTTTT
CCCAGCCTGAACTATGGCAGATACCCTTAACAGCAGATTGGGAAGTCACC
CCACACGCCCTAGGCAGCTTGTTCGGGCCCGACTTCAATTATCTTTTCCC
GGGGCAAGCAGACCCAAGCAGTAATGAATTTCAACCGACGAGCCAGGCTG
CCGGCCAACCCATGACAACTGCACCAGCGCCCATGGATTTCGCTTATGCC
AATACCATGGCCGAGGCGCAAAATTCGAGCCGGAGTCGCAACCGCAATCA
GCATGGCGGGGTGCCTACAACTGCAGATCAGTCACTGCAAGAAAATGAGA
TGTGGATGGCCGGCATGTATTCGAATCCTTATAATCTCCCACCCTAATGC
CTGTGTTCGATCAGGAAGCGCCCCAGCCCAACACTTCGAAGACTTTGATG
TGGACTTTCCTGTTGATCATATTCACGATCCATTTGTAAAAGCTCGCGAC
GGCTCGTTCTTCCGTCATCTTTGCCAGATTACGGTGATAAAAAGCCGCGT
GTTCAGTAAGCTTTATGCAGCAAAAGCTTTGGAGAATAAGTCACCCGAGG
AGATCTACAACAATATTCGGGAGCTACACGATGAGCTTGAGGAGTGGAAA
CGTGTCAATGCGCTCGAGTTTCGAATGAAACAAAGAGGTGCTGGTCAGGA
CTTCCTGCTCGGCTTTGCCTCGGCAGGTCTTCAGTTTGTCTATTATAATA
CCATGATTATGATACATCGACTGCCTCTGATGATTCAATTTGCTTCGGCG
CACTACATCGCAAGAGGCCACCACCCCCCAATGGATTATGACTTGATCTC
GAGCGAGGCGTCTGCTTCAGCTGCGATCTGCGTTCAAGCCGCCCGGGACA
CCGTGAGGCTAGTGAACAATTTGCCATGGGGTGATATTGCTTGGATATGG
TCGGTCATCTTCTTTGTCCATTTTATCACGGGAGGCCCTAGAATGGATAA
AGCACAAGACGGGCGAAGACAAGATCTTAAACGTCGTATTTTCTGACTCC
AATCGAGATAACGCCTGGGATGCCTGGCGACCGGAAGTATTCCATGACCT
GTTTGCCTCGCAAGTGTTCAAGCCTTTACCCCCGAGAGCCGAGGTATTCA
CTCTATTGCGGGACTATTTTCGCACTGTGAACCGCCTATTTCCGCTTTAT
CATGAACAGTCTTTCATGCAGCTCGTGGAGTGGCAATACACACAGCAAAC
GTGTGATGATGCTGCCCGATGGGCCAGTATCAACATCATACTTTCGTTAG
CCTATGAGTACCGCTTTTCTAACTGCCAAAAGTCCGAGAAAGATCGAGAA
CGCGCGTGGCTATACTATAAGAACGCAATGTCAGTCTTTGCGGAGCTCTC
TCTGCGACGGACTGACCTCCTAAGCGTGCAAGCCCTTCTAGGCATGGCTT
TCTTTCTGCGGGGGAATTCGGGGACTCAGTCAGCATTACCAATAATCACG
GCGGCCATGCGCATTTGCCAGCGGATGGGTCTACACCGCAATATACCAAG
GCCCTACCTTACCCCGGAGGAACAGGAACAAAGAAGAAGGGTATTTTGGA
TTGCATATATCCTGGATCAAAGGGCGCACTACGTGAGAACTCTGGAAAAC
CGGGTGAGGAGAACAGAGTCTATCCTCAGAGCCGCTGGTCTTCTAAGCGA
TGACCTGATGAGTTTGGATGGCGGCCTCAGCGACGATGATGGTGATAGAA
GGCCCGACTATGGAAGTGACTCGGGAGATGAATCCATCTCGCCTTATTTT
AGCCCCCGCGAGGTCTCCAGCCGGCGTAGTTCGGGGGCATTGACTTCGGA
TGGCTCAAGGGACTATGATCATCTACAGTACCGTGCACCAACGGAGAACG
ACGCAGGACCTAGTACATCTTATGCCGCCCCGTCCCGTCAGTCACTTGGC
CCTAGCAACTCATCTAAACTCCCAGAAGACGGGAGCTCCCCATCAAAAAA
GTGCTCTCACACTCACGCCCCGGTGTTTAAGTTGGATAGCAGAGAGGACG
ACAGGTATTATGGCATGCGAAGCGTGCTATAAGAAAAAGGTCAAATGCGA
GACCGAAGGTTCAGGTACAACATGTATACAATGTCTGCGTCGTAATACAA
CCTGCAAATTCACCACGAGGAAAGAAAAACGAGAAGACCTAAAAAGATGC
AGGACTCAGAAGTAGCTGCGGGATTGTTGCCCTCATGGAGTGTGCAAGAT
AACCATCCCATCATCCAGAAGGGTGCAGGCACCCACAGCGGCCAAGATCT
GAGGATCCGGAGGCGCAACCCACTGGTCCTTACTGTATTACATCTTTCTG
GCAGTCATGAACATTTTCGTGAATATCCTACGAGATCCGCAGAACGAGAA
AGTCAAAGACGACCTACAATCCCTGAACATGGCGGCGACGTTCTTTGCAA
CCCTCATTCCCGGCGACGGGCCTGGTCACTACGCTCGCTTTATGACGAGG
ATGTGTGCCAATTTCGAGCGCGTAGCCAGAGTTGTCGTCGAGCGAAATCA
AAGAACCGTCAAACCCAGTGAAGCGAAACATCACAGTTCATCCCGCAAAA
ACAGCACTGCCGCAAAGGATCAGAAATCTGTGCGTGCAGCATCCCCTCAG
TCTTTACGCACAACCACCTATCCTACATCCGAATCAGGCCTTCCCGGGCC
TCCCTCCGCCCGCCCCTTAAGCATCGACATCCCGAATCTTGAAGGCCTTC
CCCCGGTTAACTCCGCCGGCTACGTGGTCCCCGACAATCTAACCTCCAGT
CCAGTCCAGGGTCCGACATTCTCCCACCCTGTCACGACCATAACCACGCA
GCCTCTGTCTCAACCCGCACCTGCACCTCCATCCGCTCCCTCTCGATCCT
ACGATAGCCCTTTACCACCAGGTCTCGAGAGCTCCTTCTTCCCCATCACA
GTCAACAGTGACGGCTTCAACTTTTCCCAGCCTGAACTATGGCAGATACC
CTTAACAGCAGATTGGGAAGTCACCCCACACGCCCTAGGCAGCTTGTTCG
GGCCCGACTTCAATTATCTTTTCCCGGGGCAAGCAGACCCAAGCAGTAAT
GAATTTCAACCGACGAGCCAGGCTGCCGGCCAACCCATGACAACTGCACC
AGCGCCCATGGATTTCGCTTATGCCAATACCATGGCCGAGGCGCAAAATT
CGAGCCGGAGTCGCAACCGCAATCAGCATGGCGGGGTGCCTACAACTGCA
GATCAGTCACTGCAAGAAAATGAGATGTGGATGGCCGGCATGTATTCGAA
TCCTTATAATCTCCCACCCTAATGCCTGTGTTCGATCAGGAAGCGCCCCA
GCCCAACACTTCGAAGACTTTGATGTGGACTTTCCTGTTGATCATATTCA
CGATCCATTTGTAAAAGCTCGCGACGGCTCGTTCTTCCGTCATCTTTGCC
AGATTACGGTGATAAAAAGCCGCGTGTTCAGTAAGCTTTATGCAGCAAAA
GCTTTGGAGAATAAGTCACCCGAGGAGATCTACAACAATATTCGGGAGCT
ACACGATGAGCTTGAGGAGTGGAAACGTGTCAATGCGCTCGAGTTTCGAA
TGAAACAAAGAGGTGCTGGTCAGGACTTCCTGCTCGGCTTTGCCTCGGCA
GGTCTTCAGTTTGTCTATTATAATACCATGATTATGATACATCGACTGCC
TCTGATGATTCAATTTGCTTCGGCGCACTACATCGCAAGAGGCCACCACC
CCCCAATGGATTATGACTTGATCTCGAGCGAGGCGTCTGCTTCAGCTGCG
ATCTGCGTTCAAGCCGCCCGGGACACCGTGAGGCTAGTGAACAATTTGCC
ATGGGGTGATATTGCTTGGATATGGTCGGTCATCTTCTTTGTCCATTTTA
TCACGGGAGGCCCTAGAATGGATAAAGCACAAGACGGGCGAAGACAAGAT
CTTAAACGTCGTATTTTCTGACTCCAATCGAGATAACGCCTGGGATGCCT
GGCGACCGGAAGTATTCCATGACCTGTTTGCCTCGCAAGTGTTCAAGCCT
TTACCCCCGAGAGCCGAGGTATTCACTCTATTGCGGGACTATTTTCGCAC
TGTGAACCGCCTATTTCCGCTTTATCATGAACAGTCTTTCATGCAGCTCG
TGGAGTGGCAATACACACAGCAAACGTGTGATGATGCTGCCCGATGGGCC
AGTATCAACATCATACTTTCGTTAGCCTATGAGTACCGCTTTTCTAACTG
CCAAAAGTCCGAGAAAGATCGAGAACGCGCGTGGCTATACTATAAGAACG
CAATGTCAGTCTTTGCGGAGCTCTCTCTGCGACGGACTGACCTCCTAAGC
GTGCAAGCCCTTCTAGGCATGGCTTTCTTTCTGCGGGGGAATTCGGGGAC
TCAGTCAGCATTACCAATAATCACGGCGGCCATGCGCATTTGCCAGCGGA
TGGGTCTACACCGCAATATACCAAGGCCCTACCTTACCCCGGAGGAACAG
GAACAAAGAAGAAGGGTATTTTGGATTGCATATATCCTGGATCAAAGGGC
GCACTACGTGAGAACTCTGGAAAACCGGGTGAGGAGAACAGAGTCTATCC
TCAGAGCCGCTGGTCTTCTAAGCGATGACCTGATGAGTTTGGATGGCGGC
CTCAGCGACGATGATGGTGATAGAAGGCCCGACTATGGAAGTGACTCGGG
AGATGAATCCATCTCGCCTTATTTTAGCCCCCGCGAGGTCTCCAGCCGGC
GTAGTTCGGGGGCATTGACTTCGGATGGCTCAAGGGACTATGATCATCTA
CAGTACCGTGCACCAACGGAGAACGACGCAGGACCTAGTACATCTTATGC
CGCCCCGTCCCGTCAGTCACTTGGCCCTAGCAACTCATCTAAACTCCCAG
AAGACGGGAGCTCCCCATCAAAAAAGTGCTCTCACACTCACGCCCCGGTG
TTTAAGTTGGATAGCAGAGAGGACGACAGGTATTATGGCATGCGAAGCGT
GCTATAAGAAAAAGGTCAAATGCGAGACCGAAGGTTCAGGTACAACATGT
ATACAATGTCTGCGTCGTAATACAACCTGCAAATTCACCACGAGGAAAGA
AAAACGAGAAGACCTAAAAAGATGCAGGACTCAGAAGTAGCTGCGGGATT
GTTGCCCTCATGGAGTGTGCAAGATAACCATCCCATCATCCAGAAGGGTG
CAGGCACCCACAGCGGCCAAGATCTGAGGATCCGGAGGCGCAACCCACTG

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Cellular Component**
Term	Definition
GO:0005634	nucleus

Vocabulary: **Biological Process**
Term	Definition
GO:0006355	regulation of transcription, DNA-templated
GO:0006351	transcription, DNA-templated

Vocabulary: **Molecular Function**
Term	Definition
GO:0000981	DNA-binding transcription factor activity, RNA polymerase II-specific
GO:0003677	DNA binding
GO:0008270	zinc ion binding

Relationships

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


Feature Name	Unique Name	Species	Type
CAN33_3190	CAN33_3190	Aspergillus niger FDAARGOS_311	gene

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


Feature Name	Unique Name	Species	Type
CAN33_3190-T1	CAN33_3190-T1-protein	Aspergillus niger FDAARGOS_311	polypeptide

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


Feature Name	Unique Name	Species	Type
CAN33_3190-T1.cds	CAN33_3190-T1.cds	Aspergillus niger FDAARGOS_311	CDS

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


Feature Name	Unique Name	Species	Type
CAN33_3190-T1.exon6	CAN33_3190-T1.exon6	Aspergillus niger FDAARGOS_311	exon
CAN33_3190-T1.exon5	CAN33_3190-T1.exon5	Aspergillus niger FDAARGOS_311	exon
CAN33_3190-T1.exon4	CAN33_3190-T1.exon4	Aspergillus niger FDAARGOS_311	exon
CAN33_3190-T1.exon3	CAN33_3190-T1.exon3	Aspergillus niger FDAARGOS_311	exon
CAN33_3190-T1.exon2	CAN33_3190-T1.exon2	Aspergillus niger FDAARGOS_311	exon
CAN33_3190-T1.exon1	CAN33_3190-T1.exon1	Aspergillus niger FDAARGOS_311	exon

Properties


Property Name	Value
Note	EggNog:ENOG41
DBxref	InterPro:IPR036864
DBxref	InterPro:IPR001138
DBxref	InterPro:IPR007219
DBxref	PFAM:PF00172
DBxref	PFAM:PF04082
Product	Fungal specific transcription factor domain family protein

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Aspergillus niger FDAARGOS_311 whole genome analysis	2021-11-01

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
NKJJ01000004.1	supercontig	NKJJ01000004.1:2027132..2030385 -

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CAN33_3190-T1, CAN33_3190-T1 (mRNA) Aspergillus niger FDAARGOS_311