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CAN33_15565-T1, CAN33_15565-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_15565-T1
Unique NameCAN33_15565-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000010.1:2177422..2179583-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_15565-T1 ID=CAN33_15565-T1|Name=CAN33_15565-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2162bp|location=Sequence derived from alignment at NKJJ01000010.1:2177422..2179583- (Aspergillus niger FDAARGOS_311)
ATGAATCGGATCGATCAGTTGGAGAATTTGGTCAAGAGACTCATTGCTGA
GCGGCAGGATGGATCTGGGAACGCGCCTAATACGCCAGAGAGCTCTACAC
TCGACGATAATAAGGCTGTGCAAGGTGCGCATTTGAATGCTTCGGAGGTC
GCATGTGCTGGGACGACGATGATTGATGGCACTCGCTCGGTGTATCGAGG
AGGTGATGAGTGGTATGACGTTTTGGAAGAGGTAAAAACCACGATCTTCT
TTTTGTCTTTGCTACGAAATATTTTGCTTTCCTACGCTTGCCTAGTTGGA
GTTTGCTCTTTGCTACACCGTGTCTCCCTTCTATCATGTTGGCGAACAGC
TGCCTCTTTTTTGACGTCGCGTGGACTTCCTTGACGAAATCAAGGGCACC
TTCGGCTAATAGTCCATAGATAAATGCACTCAAGCAGACGTGGGCCGAAA
ATCATGATGAAACAGCCGACGAGGTCGTTCAGTCTTCTCCCTCACACATT
GCCGACGGCTCGAGCTTGCTTTTTGGTCAGGTCAAGCCATTGGAGCGAAT
AGAGATAATTTCAACATTACCGCCAAAGCATCAAGTCGATAAGCTCGTAG
CTAAATTCTTTGACACAGAGAATTTTAGGATAGCTGTGCCTCGTGAGTGT
CCTCGTCCAATGATTGTCAAACAAGTTAACTTACCAATGTGAAGCAATCC
TACACAAGCCGACCTTCATGCGCGAGGTATCAATCTCTTTACTGTCAGAT
CAATTACCTTACTAACCTCTTGTCAGTATAATGAGCATTGGAAAGACCCA
TCCCGCACAAATTTCATATGGCTAGGCCTCCTCTTCTCAATCCTCGGCCT
CACAATGCTCTCCTTTCACCAATTCGGGGAACCGCCAGAGTACGAAGGCG
TCTCGGAGTCTCTCTTTCAACTTTACCGCATCCGTACAGCACAGTGCTTA
CTTAACGGCGACATTGCCAAATGCTTTCCTTATACCATTGAAACCCTGCG
GTTCAATGCGACAGCTGAGCTCAACAGAAAGGACGATAACCGTCGCGGTT
TATGGATAATGACAGGAGTTATTGTTCGAGCTGCAATAAACATGGGCTAT
CATCGTGACCCTTCTCACTCGCCGTCTATCTCACCATTTCATGCAGAATA
TCGACGTCGTGTCTGGCTATCAGTGCTTATCATGGACGATATGGCTTCAT
TTCTTGGTGGCTTTCCTCGAATGGGCTCGGCAGTATTCTCGGACACAATG
GAGCCACGAAACATACACGACTGGGAGTTGTCGGAACATAGTACGTCTCT
CCGCCATCCAGGCCCATGGAAGAGTCTACAGCAACAACCTACCTAATAGC
AAAGACACGCCTCTTCCGTGCGATCGGACGCATCGCAGATTTTAACAATA
CTCCAAACTTTGTTTCCTATGATACTGTAAGAGAAATCGACCAGGCTCTC
TATAATAGCTATGACAGCTTTCCTTCACACCTGAAGGTCCACAAGGAGGG
AAGCACCATTCCAGTCAAGACTGCAGCAGATGTTTCTAGATTTAGTCTCT
GCTCCATGTATCACAGGGCTATGTGCGCTCTTCATCGGAAATTCATGGCT
AAAGGGCGACTCAATAGCCGATTCAAACTATCCCACGATCGGTGCCTATC
CTCCGCGCTGACCATACTGGACTACCAAGTGGCACTAGAACCGTCATGGT
ATAAGTCCTCATTAACCAGACAAGTGTTGACTCTAGCTGCTATGATTCTG
TTGCTGGACCTGGAACTCGCGCGACGTTTCAACAATACAGATACATCTAG
TAGCATCGATGTACTGCAGATACTCGAAAGGTCTTGCGATCTCTGGAGAC
GCGCGAAGGACTCATATGAAGAGGCTGGGAGGGTGCATGAGATTCTTGCG
CCGATGATTTCAAGCTTCCGGCCCGTAACTGCAACTACTTCCGCTCAGAC
TGAAGTCCGGACAGCCTTTGACCTTCAAAGATTCAGTCCCTCATTTACCT
CCTTCGATGGCGTCGAGAACTCGCTTGAAAAGGAAATGTCAGATATGGAT
ATTGATTGGGTTCGTATCTCCTATTACTAGACTTGTTTCGTACTGACCAG
AACAGACAACGTGGGATGCCTTCATCCAGGATACCGAGTTGCAGGACGGG
CCTATATATTAA
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Coding sequence (CDS) from alignment at NKJJ01000010.1:2177422..2179583-

>CAN33_15565-T1 ID=CAN33_15565-T1|Name=CAN33_15565-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=10602bp|location=Sequence derived from alignment at NKJJ01000010.1:2177422..2179583- (Aspergillus niger FDAARGOS_311)
ACAACGTGGGATGCCTTCATCCAGGATACCGAGTTGCAGGACGGGCCTAT
ATATTAACAAAGACACGCCTCTTCCGTGCGATCGGACGCATCGCAGATTT
TAACAATACTCCAAACTTTGTTTCCTATGATACTGTAAGAGAAATCGACC
AGGCTCTCTATAATAGCTATGACAGCTTTCCTTCACACCTGAAGGTCCAC
AAGGAGGGAAGCACCATTCCAGTCAAGACTGCAGCAGATGTTTCTAGATT
TAGTCTCTGCTCCATGTATCACAGGGCTATGTGCGCTCTTCATCGGAAAT
TCATGGCTAAAGGGCGACTCAATAGCCGATTCAAACTATCCCACGATCGG
TGCCTATCCTCCGCGCTGACCATACTGGACTACCAAGTGGCACTAGAACC
GTCATGGTATAAGTCCTCATTAACCAGACAAGTGTTGACTCTAGCTGCTA
TGATTCTGTTGCTGGACCTGGAACTCGCGCGACGTTTCAACAATACAGAT
ACATCTAGTAGCATCGATGTACTGCAGATACTCGAAAGGTCTTGCGATCT
CTGGAGACGCGCGAAGGACTCATATGAAGAGGCTGGGAGGGTGCATGAGA
TTCTTGCGCCGATGATTTCAAGCTTCCGGCCCGTAACTGCAACTACTTCC
GCTCAGACTGAAGTCCGGACAGCCTTTGACCTTCAAAGATTCAGTCCCTC
ATTTACCTCCTTCGATGGCGTCGAGAACTCGCTTGAAAAGGAAATGTCAG
ATATGGATATTGATTGGTATAATGAGCATTGGAAAGACCCATCCCGCACA
AATTTCATATGGCTAGGCCTCCTCTTCTCAATCCTCGGCCTCACAATGCT
CTCCTTTCACCAATTCGGGGAACCGCCAGAGTACGAAGGCGTCTCGGAGT
CTCTCTTTCAACTTTACCGCATCCGTACAGCACAGTGCTTACTTAACGGC
GACATTGCCAAATGCTTTCCTTATACCATTGAAACCCTGCGGTTCAATGC
GACAGCTGAGCTCAACAGAAAGGACGATAACCGTCGCGGTTTATGGATAA
TGACAGGAGTTATTGTTCGAGCTGCAATAAACATGGGCTATCATCGTGAC
CCTTCTCACTCGCCGTCTATCTCACCATTTCATGCAGAATATCGACGTCG
TGTCTGGCTATCAGTGCTTATCATGGACGATATGGCTTCATTTCTTGGTG
GCTTTCCTCGAATGGGCTCGGCAGTATTCTCGGACACAATGGAGCCACGA
AACATACACGACTGGGAGTTGTCGGAACATACAATCCTACACAAGCCGAC
CTTCATGCGCGAGATAAATGCACTCAAGCAGACGTGGGCCGAAAATCATG
ATGAAACAGCCGACGAGGTCGTTCAGTCTTCTCCCTCACACATTGCCGAC
GGCTCGAGCTTGCTTTTTGGTCAGGTCAAGCCATTGGAGCGAATAGAGAT
AATTTCAACATTACCGCCAAAGCATCAAGTCGATAAGCTCGTAGCTAAAT
TCTTTGACACAGAGAATTTTAGGATAGCTGTGCCTCATGAATCGGATCGA
TCAGTTGGAGAATTTGGTCAAGAGACTCATTGCTGAGCGGCAGGATGGAT
CTGGGAACGCGCCTAATACGCCAGAGAGCTCTACACTCGACGATAATAAG
GCTGTGCAAGGTGCGCATTTGAATGCTTCGGAGGTCGCATGTGCTGGGAC
GACGATGATTGATGGCACTCGCTCGGTGTATCGAGGAGGTGATGAGTGGT
ATGACGTTTTGGAAGAGACAACGTGGGATGCCTTCATCCAGGATACCGAG
TTGCAGGACGGGCCTATATATTAACAAAGACACGCCTCTTCCGTGCGATC
GGACGCATCGCAGATTTTAACAATACTCCAAACTTTGTTTCCTATGATAC
TGTAAGAGAAATCGACCAGGCTCTCTATAATAGCTATGACAGCTTTCCTT
CACACCTGAAGGTCCACAAGGAGGGAAGCACCATTCCAGTCAAGACTGCA
GCAGATGTTTCTAGATTTAGTCTCTGCTCCATGTATCACAGGGCTATGTG
CGCTCTTCATCGGAAATTCATGGCTAAAGGGCGACTCAATAGCCGATTCA
AACTATCCCACGATCGGTGCCTATCCTCCGCGCTGACCATACTGGACTAC
CAAGTGGCACTAGAACCGTCATGGTATAAGTCCTCATTAACCAGACAAGT
GTTGACTCTAGCTGCTATGATTCTGTTGCTGGACCTGGAACTCGCGCGAC
GTTTCAACAATACAGATACATCTAGTAGCATCGATGTACTGCAGATACTC
GAAAGGTCTTGCGATCTCTGGAGACGCGCGAAGGACTCATATGAAGAGGC
TGGGAGGGTGCATGAGATTCTTGCGCCGATGATTTCAAGCTTCCGGCCCG
TAACTGCAACTACTTCCGCTCAGACTGAAGTCCGGACAGCCTTTGACCTT
CAAAGATTCAGTCCCTCATTTACCTCCTTCGATGGCGTCGAGAACTCGCT
TGAAAAGGAAATGTCAGATATGGATATTGATTGGTATAATGAGCATTGGA
AAGACCCATCCCGCACAAATTTCATATGGCTAGGCCTCCTCTTCTCAATC
CTCGGCCTCACAATGCTCTCCTTTCACCAATTCGGGGAACCGCCAGAGTA
CGAAGGCGTCTCGGAGTCTCTCTTTCAACTTTACCGCATCCGTACAGCAC
AGTGCTTACTTAACGGCGACATTGCCAAATGCTTTCCTTATACCATTGAA
ACCCTGCGGTTCAATGCGACAGCTGAGCTCAACAGAAAGGACGATAACCG
TCGCGGTTTATGGATAATGACAGGAGTTATTGTTCGAGCTGCAATAAACA
TGGGCTATCATCGTGACCCTTCTCACTCGCCGTCTATCTCACCATTTCAT
GCAGAATATCGACGTCGTGTCTGGCTATCAGTGCTTATCATGGACGATAT
GGCTTCATTTCTTGGTGGCTTTCCTCGAATGGGCTCGGCAGTATTCTCGG
ACACAATGGAGCCACGAAACATACACGACTGGGAGTTGTCGGAACATACA
ATCCTACACAAGCCGACCTTCATGCGCGAGATAAATGCACTCAAGCAGAC
GTGGGCCGAAAATCATGATGAAACAGCCGACGAGGTCGTTCAGTCTTCTC
CCTCACACATTGCCGACGGCTCGAGCTTGCTTTTTGGTCAGGTCAAGCCA
TTGGAGCGAATAGAGATAATTTCAACATTACCGCCAAAGCATCAAGTCGA
TAAGCTCGTAGCTAAATTCTTTGACACAGAGAATTTTAGGATAGCTGTGC
CTCATGAATCGGATCGATCAGTTGGAGAATTTGGTCAAGAGACTCATTGC
TGAGCGGCAGGATGGATCTGGGAACGCGCCTAATACGCCAGAGAGCTCTA
CACTCGACGATAATAAGGCTGTGCAAGGTGCGCATTTGAATGCTTCGGAG
GTCGCATGTGCTGGGACGACGATGATTGATGGCACTCGCTCGGTGTATCG
AGGAGGTGATGAGTGGTATGACGTTTTGGAAGAGACAACGTGGGATGCCT
TCATCCAGGATACCGAGTTGCAGGACGGGCCTATATATTAACAAAGACAC
GCCTCTTCCGTGCGATCGGACGCATCGCAGATTTTAACAATACTCCAAAC
TTTGTTTCCTATGATACTGTAAGAGAAATCGACCAGGCTCTCTATAATAG
CTATGACAGCTTTCCTTCACACCTGAAGGTCCACAAGGAGGGAAGCACCA
TTCCAGTCAAGACTGCAGCAGATGTTTCTAGATTTAGTCTCTGCTCCATG
TATCACAGGGCTATGTGCGCTCTTCATCGGAAATTCATGGCTAAAGGGCG
ACTCAATAGCCGATTCAAACTATCCCACGATCGGTGCCTATCCTCCGCGC
TGACCATACTGGACTACCAAGTGGCACTAGAACCGTCATGGTATAAGTCC
TCATTAACCAGACAAGTGTTGACTCTAGCTGCTATGATTCTGTTGCTGGA
CCTGGAACTCGCGCGACGTTTCAACAATACAGATACATCTAGTAGCATCG
ATGTACTGCAGATACTCGAAAGGTCTTGCGATCTCTGGAGACGCGCGAAG
GACTCATATGAAGAGGCTGGGAGGGTGCATGAGATTCTTGCGCCGATGAT
TTCAAGCTTCCGGCCCGTAACTGCAACTACTTCCGCTCAGACTGAAGTCC
GGACAGCCTTTGACCTTCAAAGATTCAGTCCCTCATTTACCTCCTTCGAT
GGCGTCGAGAACTCGCTTGAAAAGGAAATGTCAGATATGGATATTGATTG
GTATAATGAGCATTGGAAAGACCCATCCCGCACAAATTTCATATGGCTAG
GCCTCCTCTTCTCAATCCTCGGCCTCACAATGCTCTCCTTTCACCAATTC
GGGGAACCGCCAGAGTACGAAGGCGTCTCGGAGTCTCTCTTTCAACTTTA
CCGCATCCGTACAGCACAGTGCTTACTTAACGGCGACATTGCCAAATGCT
TTCCTTATACCATTGAAACCCTGCGGTTCAATGCGACAGCTGAGCTCAAC
AGAAAGGACGATAACCGTCGCGGTTTATGGATAATGACAGGAGTTATTGT
TCGAGCTGCAATAAACATGGGCTATCATCGTGACCCTTCTCACTCGCCGT
CTATCTCACCATTTCATGCAGAATATCGACGTCGTGTCTGGCTATCAGTG
CTTATCATGGACGATATGGCTTCATTTCTTGGTGGCTTTCCTCGAATGGG
CTCGGCAGTATTCTCGGACACAATGGAGCCACGAAACATACACGACTGGG
AGTTGTCGGAACATACAATCCTACACAAGCCGACCTTCATGCGCGAGATA
AATGCACTCAAGCAGACGTGGGCCGAAAATCATGATGAAACAGCCGACGA
GGTCGTTCAGTCTTCTCCCTCACACATTGCCGACGGCTCGAGCTTGCTTT
TTGGTCAGGTCAAGCCATTGGAGCGAATAGAGATAATTTCAACATTACCG
CCAAAGCATCAAGTCGATAAGCTCGTAGCTAAATTCTTTGACACAGAGAA
TTTTAGGATAGCTGTGCCTCATGAATCGGATCGATCAGTTGGAGAATTTG
GTCAAGAGACTCATTGCTGAGCGGCAGGATGGATCTGGGAACGCGCCTAA
TACGCCAGAGAGCTCTACACTCGACGATAATAAGGCTGTGCAAGGTGCGC
ATTTGAATGCTTCGGAGGTCGCATGTGCTGGGACGACGATGATTGATGGC
ACTCGCTCGGTGTATCGAGGAGGTGATGAGTGGTATGACGTTTTGGAAGA
GACAACGTGGGATGCCTTCATCCAGGATACCGAGTTGCAGGACGGGCCTA
TATATTAACAAAGACACGCCTCTTCCGTGCGATCGGACGCATCGCAGATT
TTAACAATACTCCAAACTTTGTTTCCTATGATACTGTAAGAGAAATCGAC
CAGGCTCTCTATAATAGCTATGACAGCTTTCCTTCACACCTGAAGGTCCA
CAAGGAGGGAAGCACCATTCCAGTCAAGACTGCAGCAGATGTTTCTAGAT
TTAGTCTCTGCTCCATGTATCACAGGGCTATGTGCGCTCTTCATCGGAAA
TTCATGGCTAAAGGGCGACTCAATAGCCGATTCAAACTATCCCACGATCG
GTGCCTATCCTCCGCGCTGACCATACTGGACTACCAAGTGGCACTAGAAC
CGTCATGGTATAAGTCCTCATTAACCAGACAAGTGTTGACTCTAGCTGCT
ATGATTCTGTTGCTGGACCTGGAACTCGCGCGACGTTTCAACAATACAGA
TACATCTAGTAGCATCGATGTACTGCAGATACTCGAAAGGTCTTGCGATC
TCTGGAGACGCGCGAAGGACTCATATGAAGAGGCTGGGAGGGTGCATGAG
ATTCTTGCGCCGATGATTTCAAGCTTCCGGCCCGTAACTGCAACTACTTC
CGCTCAGACTGAAGTCCGGACAGCCTTTGACCTTCAAAGATTCAGTCCCT
CATTTACCTCCTTCGATGGCGTCGAGAACTCGCTTGAAAAGGAAATGTCA
GATATGGATATTGATTGGTATAATGAGCATTGGAAAGACCCATCCCGCAC
AAATTTCATATGGCTAGGCCTCCTCTTCTCAATCCTCGGCCTCACAATGC
TCTCCTTTCACCAATTCGGGGAACCGCCAGAGTACGAAGGCGTCTCGGAG
TCTCTCTTTCAACTTTACCGCATCCGTACAGCACAGTGCTTACTTAACGG
CGACATTGCCAAATGCTTTCCTTATACCATTGAAACCCTGCGGTTCAATG
CGACAGCTGAGCTCAACAGAAAGGACGATAACCGTCGCGGTTTATGGATA
ATGACAGGAGTTATTGTTCGAGCTGCAATAAACATGGGCTATCATCGTGA
CCCTTCTCACTCGCCGTCTATCTCACCATTTCATGCAGAATATCGACGTC
GTGTCTGGCTATCAGTGCTTATCATGGACGATATGGCTTCATTTCTTGGT
GGCTTTCCTCGAATGGGCTCGGCAGTATTCTCGGACACAATGGAGCCACG
AAACATACACGACTGGGAGTTGTCGGAACATACAATCCTACACAAGCCGA
CCTTCATGCGCGAGATAAATGCACTCAAGCAGACGTGGGCCGAAAATCAT
GATGAAACAGCCGACGAGGTCGTTCAGTCTTCTCCCTCACACATTGCCGA
CGGCTCGAGCTTGCTTTTTGGTCAGGTCAAGCCATTGGAGCGAATAGAGA
TAATTTCAACATTACCGCCAAAGCATCAAGTCGATAAGCTCGTAGCTAAA
TTCTTTGACACAGAGAATTTTAGGATAGCTGTGCCTCATGAATCGGATCG
ATCAGTTGGAGAATTTGGTCAAGAGACTCATTGCTGAGCGGCAGGATGGA
TCTGGGAACGCGCCTAATACGCCAGAGAGCTCTACACTCGACGATAATAA
GGCTGTGCAAGGTGCGCATTTGAATGCTTCGGAGGTCGCATGTGCTGGGA
CGACGATGATTGATGGCACTCGCTCGGTGTATCGAGGAGGTGATGAGTGG
TATGACGTTTTGGAAGAGACAACGTGGGATGCCTTCATCCAGGATACCGA
GTTGCAGGACGGGCCTATATATTAACAAAGACACGCCTCTTCCGTGCGAT
CGGACGCATCGCAGATTTTAACAATACTCCAAACTTTGTTTCCTATGATA
CTGTAAGAGAAATCGACCAGGCTCTCTATAATAGCTATGACAGCTTTCCT
TCACACCTGAAGGTCCACAAGGAGGGAAGCACCATTCCAGTCAAGACTGC
AGCAGATGTTTCTAGATTTAGTCTCTGCTCCATGTATCACAGGGCTATGT
GCGCTCTTCATCGGAAATTCATGGCTAAAGGGCGACTCAATAGCCGATTC
AAACTATCCCACGATCGGTGCCTATCCTCCGCGCTGACCATACTGGACTA
CCAAGTGGCACTAGAACCGTCATGGTATAAGTCCTCATTAACCAGACAAG
TGTTGACTCTAGCTGCTATGATTCTGTTGCTGGACCTGGAACTCGCGCGA
CGTTTCAACAATACAGATACATCTAGTAGCATCGATGTACTGCAGATACT
CGAAAGGTCTTGCGATCTCTGGAGACGCGCGAAGGACTCATATGAAGAGG
CTGGGAGGGTGCATGAGATTCTTGCGCCGATGATTTCAAGCTTCCGGCCC
GTAACTGCAACTACTTCCGCTCAGACTGAAGTCCGGACAGCCTTTGACCT
TCAAAGATTCAGTCCCTCATTTACCTCCTTCGATGGCGTCGAGAACTCGC
TTGAAAAGGAAATGTCAGATATGGATATTGATTGGTATAATGAGCATTGG
AAAGACCCATCCCGCACAAATTTCATATGGCTAGGCCTCCTCTTCTCAAT
CCTCGGCCTCACAATGCTCTCCTTTCACCAATTCGGGGAACCGCCAGAGT
ACGAAGGCGTCTCGGAGTCTCTCTTTCAACTTTACCGCATCCGTACAGCA
CAGTGCTTACTTAACGGCGACATTGCCAAATGCTTTCCTTATACCATTGA
AACCCTGCGGTTCAATGCGACAGCTGAGCTCAACAGAAAGGACGATAACC
GTCGCGGTTTATGGATAATGACAGGAGTTATTGTTCGAGCTGCAATAAAC
ATGGGCTATCATCGTGACCCTTCTCACTCGCCGTCTATCTCACCATTTCA
TGCAGAATATCGACGTCGTGTCTGGCTATCAGTGCTTATCATGGACGATA
TGGCTTCATTTCTTGGTGGCTTTCCTCGAATGGGCTCGGCAGTATTCTCG
GACACAATGGAGCCACGAAACATACACGACTGGGAGTTGTCGGAACATAC
AATCCTACACAAGCCGACCTTCATGCGCGAGATAAATGCACTCAAGCAGA
CGTGGGCCGAAAATCATGATGAAACAGCCGACGAGGTCGTTCAGTCTTCT
CCCTCACACATTGCCGACGGCTCGAGCTTGCTTTTTGGTCAGGTCAAGCC
ATTGGAGCGAATAGAGATAATTTCAACATTACCGCCAAAGCATCAAGTCG
ATAAGCTCGTAGCTAAATTCTTTGACACAGAGAATTTTAGGATAGCTGTG
CCTCATGAATCGGATCGATCAGTTGGAGAATTTGGTCAAGAGACTCATTG
CTGAGCGGCAGGATGGATCTGGGAACGCGCCTAATACGCCAGAGAGCTCT
ACACTCGACGATAATAAGGCTGTGCAAGGTGCGCATTTGAATGCTTCGGA
GGTCGCATGTGCTGGGACGACGATGATTGATGGCACTCGCTCGGTGTATC
GAGGAGGTGATGAGTGGTATGACGTTTTGGAAGAGACAACGTGGGATGCC
TTCATCCAGGATACCGAGTTGCAGGACGGGCCTATATATTAACAAAGACA
CGCCTCTTCCGTGCGATCGGACGCATCGCAGATTTTAACAATACTCCAAA
CTTTGTTTCCTATGATACTGTAAGAGAAATCGACCAGGCTCTCTATAATA
GCTATGACAGCTTTCCTTCACACCTGAAGGTCCACAAGGAGGGAAGCACC
ATTCCAGTCAAGACTGCAGCAGATGTTTCTAGATTTAGTCTCTGCTCCAT
GTATCACAGGGCTATGTGCGCTCTTCATCGGAAATTCATGGCTAAAGGGC
GACTCAATAGCCGATTCAAACTATCCCACGATCGGTGCCTATCCTCCGCG
CTGACCATACTGGACTACCAAGTGGCACTAGAACCGTCATGGTATAAGTC
CTCATTAACCAGACAAGTGTTGACTCTAGCTGCTATGATTCTGTTGCTGG
ACCTGGAACTCGCGCGACGTTTCAACAATACAGATACATCTAGTAGCATC
GATGTACTGCAGATACTCGAAAGGTCTTGCGATCTCTGGAGACGCGCGAA
GGACTCATATGAAGAGGCTGGGAGGGTGCATGAGATTCTTGCGCCGATGA
TTTCAAGCTTCCGGCCCGTAACTGCAACTACTTCCGCTCAGACTGAAGTC
CGGACAGCCTTTGACCTTCAAAGATTCAGTCCCTCATTTACCTCCTTCGA
TGGCGTCGAGAACTCGCTTGAAAAGGAAATGTCAGATATGGATATTGATT
GGTATAATGAGCATTGGAAAGACCCATCCCGCACAAATTTCATATGGCTA
GGCCTCCTCTTCTCAATCCTCGGCCTCACAATGCTCTCCTTTCACCAATT
CGGGGAACCGCCAGAGTACGAAGGCGTCTCGGAGTCTCTCTTTCAACTTT
ACCGCATCCGTACAGCACAGTGCTTACTTAACGGCGACATTGCCAAATGC
TTTCCTTATACCATTGAAACCCTGCGGTTCAATGCGACAGCTGAGCTCAA
CAGAAAGGACGATAACCGTCGCGGTTTATGGATAATGACAGGAGTTATTG
TTCGAGCTGCAATAAACATGGGCTATCATCGTGACCCTTCTCACTCGCCG
TCTATCTCACCATTTCATGCAGAATATCGACGTCGTGTCTGGCTATCAGT
GCTTATCATGGACGATATGGCTTCATTTCTTGGTGGCTTTCCTCGAATGG
GCTCGGCAGTATTCTCGGACACAATGGAGCCACGAAACATACACGACTGG
GAGTTGTCGGAACATACAATCCTACACAAGCCGACCTTCATGCGCGAGAT
AAATGCACTCAAGCAGACGTGGGCCGAAAATCATGATGAAACAGCCGACG
AGGTCGTTCAGTCTTCTCCCTCACACATTGCCGACGGCTCGAGCTTGCTT
TTTGGTCAGGTCAAGCCATTGGAGCGAATAGAGATAATTTCAACATTACC
GCCAAAGCATCAAGTCGATAAGCTCGTAGCTAAATTCTTTGACACAGAGA
ATTTTAGGATAGCTGTGCCTCATGAATCGGATCGATCAGTTGGAGAATTT
GGTCAAGAGACTCATTGCTGAGCGGCAGGATGGATCTGGGAACGCGCCTA
ATACGCCAGAGAGCTCTACACTCGACGATAATAAGGCTGTGCAAGGTGCG
CATTTGAATGCTTCGGAGGTCGCATGTGCTGGGACGACGATGATTGATGG
CACTCGCTCGGTGTATCGAGGAGGTGATGAGTGGTATGACGTTTTGGAAG
AG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005634nucleus
Vocabulary: Biological Process
TermDefinition
GO:0006351transcription, DNA-templated
Vocabulary: Molecular Function
TermDefinition
GO:0003677DNA binding
GO:0008270zinc ion binding
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_15565CAN33_15565Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_15565-T1CAN33_15565-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_15565-T1.cdsCAN33_15565-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_15565-T1.exon6CAN33_15565-T1.exon6Aspergillus niger FDAARGOS_311exon
CAN33_15565-T1.exon5CAN33_15565-T1.exon5Aspergillus niger FDAARGOS_311exon
CAN33_15565-T1.exon4CAN33_15565-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_15565-T1.exon3CAN33_15565-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_15565-T1.exon2CAN33_15565-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_15565-T1.exon1CAN33_15565-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR007219
DBxrefPFAM:PF04082
ProductFungal specific transcription factor domain family protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger FDAARGOS_311 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
NKJJ01000010.1supercontigNKJJ01000010.1:2177422..2179583 -
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