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CAN33_53610-T1, CAN33_53610-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_53610-T1
Unique NameCAN33_53610-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000020.1:2291821..2293951-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_53610-T1 ID=CAN33_53610-T1|Name=CAN33_53610-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2131bp|location=Sequence derived from alignment at NKJJ01000020.1:2291821..2293951- (Aspergillus niger FDAARGOS_311)
ATGTCGTGGAAACTCACTAGAAGTATGTGCGCTGTTTATGCCCGGTTGTG
TTCCCTTTGTCCCGGCATATCGGATAGCTAATCAATTAATTCCCTCATAC
AGAACTAAAGGAGACGCACTTGGCTCCTTTGACCCAAACATTCACCCGAT
CCTCCTCCACATCCACCATCAAAGGTGATTCTGGCGAAGAGACCCCCGTT
GTTTCGCAAACCCCCAGCATCTCCACAACAAACACCAATGGAATCAGTAC
GTTGTTCATATACCTTCTTCTCTTCAATTCCCTGCCGACCGTCTAACGTT
GTCCCAAAGATGCCTCGGAGTCGCTCGTCTCCCCGCCCGTGGCCCCTGTC
AAGCCCGGAATCCTGATCGTCACCCTCCACGAAGGTCGAGGCTTTTCTCT
TTCCCCCCACTACCAACAGATCTTCAACTCCCATTTCCAAAGTAGCGGTT
CCTATGGCATGCGTCCAAGCTCCTCGTCATCCCACTCTGCACACGGAACG
GCTGGCTCCTATGTCCCCAGCGGTCGCCCTCAGTCCACCAGCGGAGGTAT
CAATGCCGCTCCGACCTCCCACGGTCGCTATTCGACCAAGTACCTCCCCT
ACGCCCTTCTGGATTTCGAAAAGAACCAAGTCTTCGTCGATGCTGTTTCT
GGTTCCCCGAGAACCCCTTGTGGGCTGGAGACAACACGGCTTATAAGTTT
GATGTGTCGCGCAAGACGGAATTGAACGTTCAGTTGTATCTACGGAACCC
CACGGCTCGTCCTGGCGCTGGTCGCAGCGAGGATATCTTCCTTGGTGCCG
TCAAGGTACATCCTCGCTTCGAGGAGGCTCAGCCCCATGCGGAAGACCCC
AAGTCCAAGAAGACCCCGCAGGAGCGCCAGCTGGGCCAGCTGGGCGCCGA
ATGGCTGGATATGCAGTTCGGCACCGGCTCCATCAAGATTGGCGTCTCTT
TCGTCGAGAACAAGCAGCGCAGCATGAAGCTGGAAGACTTCGAGTTGCTG
AAGGTGGTGGGTAAGGGTAGTTTCGGCAAGGTCATGCAGGTCATGAAGAA
GGATACGGGTCGGATTTACGCCCTCAAGACTATCCGCAAAGCGCACATCA
TCTCACGGTCGGAAGTCACTCACACCCTCGCCGAAAGATCGGTGCTTTCT
CAAATCAACAATCCTTTCATCGTCCCTCTAAAGTTCTCCTTCCAGTCTCC
AGAGAAGCTGTACCTCGTCCTTGCTTTCGTCAACGGCGGTGAGCTGTTCC
ATCACCTTCAGCGCGAGCAACGCTTCGATATCAACCGGGCCCGTTTCTAT
ACTGCCGAGCTGCTCTGTGCGCTGGAGTGCCTGCATGGTTTCAAGGTCAT
CTACCGTGATCTCAAGCCTGAGAATATCCTTCTGGACTACACTGGCCACA
TTGCCCTGTGCGACTTTGGTCTGTGCAAGTTGGACATGAAGGATGAGGAT
CGCACAAACAGTAAGATTATTTCCTGCCCTCAACCTGGACTCGTTTAACA
TTTTGAAACAGCTTTCTGTGGTACCCCTGAATACCTCGCACCCGAGCTTC
TGCTTGGAAACGGATACACAAAGACCGTTGACTGGTGGACGCTGGGTGTC
CTCCTTTACGAGATGTTGACGGGTCTTCCCCCTTTCTACGATGAAAACAC
CAATGATATGTATCGGAAGATCCTTCAGGAGCCCCTGACGTTCCCCAGCA
CGGACATTGTTCCCCCGGCCGCTCGGGATCTACTGAGTCGTCTGCTTGAT
CGCGATCCCCAACGTCGGTTGGGAGCCAACGGCGCAGCGGAGATCAAGTC
GCACCACTTCTTCGCTAACATCGATTGGCGCAAGCTGCTCCAGCGGAAGT
ACGAGCCCAGCTTCCGTCCGAACGTGGTATGTAACTCTTGATGTGGCTCG
CATTATGATGGGGATGGTGACTAACCTTTGCAGATGGGCGCTCGCGATAT
CACTAACTTCGACCGGGAGTTCACCTCTGAAGCACCGCAAGATTCCTATG
TGGACGGCCCCATGCTGTCGCAGACCATGCAGCAACAGTTCGAAGGCTGG
TCTTACAACCGCCCGGTTGCCGGTCTCGGGGACGCTGGTGGCAGTGTCAA
GGATCCCTCTTTTGGTAGCATCACCGAGTAA
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Coding sequence (CDS) from alignment at NKJJ01000020.1:2291821..2293951-

>CAN33_53610-T1 ID=CAN33_53610-T1|Name=CAN33_53610-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=10908bp|location=Sequence derived from alignment at NKJJ01000020.1:2291821..2293951- (Aspergillus niger FDAARGOS_311)
ATGGGCGCTCGCGATATCACTAACTTCGACCGGGAGTTCACCTCTGAAGC
ACCGCAAGATTCCTATGTGGACGGCCCCATGCTGTCGCAGACCATGCAGC
AACAGTTCGAAGGCTGGTCTTACAACCGCCCGGTTGCCGGTCTCGGGGAC
GCTGGTGGCAGTGTCAAGGATCCCTCTTTTGGTAGCATCACCGAGTAACT
TTCTGTGGTACCCCTGAATACCTCGCACCCGAGCTTCTGCTTGGAAACGG
ATACACAAAGACCGTTGACTGGTGGACGCTGGGTGTCCTCCTTTACGAGA
TGTTGACGGGTCTTCCCCCTTTCTACGATGAAAACACCAATGATATGTAT
CGGAAGATCCTTCAGGAGCCCCTGACGTTCCCCAGCACGGACATTGTTCC
CCCGGCCGCTCGGGATCTACTGAGTCGTCTGCTTGATCGCGATCCCCAAC
GTCGGTTGGGAGCCAACGGCGCAGCGGAGATCAAGTCGCACCACTTCTTC
GCTAACATCGATTGGCGCAAGCTGCTCCAGCGGAAGTACGAGCCCAGCTT
CCGTCCGAACGTGTTTGATGTGTCGCGCAAGACGGAATTGAACGTTCAGT
TGTATCTACGGAACCCCACGGCTCGTCCTGGCGCTGGTCGCAGCGAGGAT
ATCTTCCTTGGTGCCGTCAAGGTACATCCTCGCTTCGAGGAGGCTCAGCC
CCATGCGGAAGACCCCAAGTCCAAGAAGACCCCGCAGGAGCGCCAGCTGG
GCCAGCTGGGCGCCGAATGGCTGGATATGCAGTTCGGCACCGGCTCCATC
AAGATTGGCGTCTCTTTCGTCGAGAACAAGCAGCGCAGCATGAAGCTGGA
AGACTTCGAGTTGCTGAAGGTGGTGGGTAAGGGTAGTTTCGGCAAGGTCA
TGCAGGTCATGAAGAAGGATACGGGTCGGATTTACGCCCTCAAGACTATC
CGCAAAGCGCACATCATCTCACGGTCGGAAGTCACTCACACCCTCGCCGA
AAGATCGGTGCTTTCTCAAATCAACAATCCTTTCATCGTCCCTCTAAAGT
TCTCCTTCCAGTCTCCAGAGAAGCTGTACCTCGTCCTTGCTTTCGTCAAC
GGCGGTGAGCTGTTCCATCACCTTCAGCGCGAGCAACGCTTCGATATCAA
CCGGGCCCGTTTCTATACTGCCGAGCTGCTCTGTGCGCTGGAGTGCCTGC
ATGGTTTCAAGGTCATCTACCGTGATCTCAAGCCTGAGAATATCCTTCTG
GACTACACTGGCCACATTGCCCTGTGCGACTTTGGTCTGTGCAAGTTGGA
CATGAAGGATGAGGATCGCACAAACAATGCCTCGGAGTCGCTCGTCTCCC
CGCCCGTGGCCCCTGTCAAGCCCGGAATCCTGATCGTCACCCTCCACGAA
GGTCGAGGCTTTTCTCTTTCCCCCCACTACCAACAGATCTTCAACTCCCA
TTTCCAAAGTAGCGGTTCCTATGGCATGCGTCCAAGCTCCTCGTCATCCC
ACTCTGCACACGGAACGGCTGGCTCCTATGTCCCCAGCGGTCGCCCTCAG
TCCACCAGCGGAGGTATCAATGCCGCTCCGACCTCCCACGGTCGCTATTC
GACCAAGTACCTCCCCTACGCCCTTCTGGATTTCGAAAAGAACCAAGTCT
TCAACTAAAGGAGACGCACTTGGCTCCTTTGACCCAAACATTCACCCGAT
CCTCCTCCACATCCACCATCAAAGGTGATTCTGGCGAAGAGACCCCCGTT
GTTTCGCAAACCCCCAGCATCTCCACAACAAACACCAATGGAATCAATGT
CGTGGAAACTCACTAGAAATGGGCGCTCGCGATATCACTAACTTCGACCG
GGAGTTCACCTCTGAAGCACCGCAAGATTCCTATGTGGACGGCCCCATGC
TGTCGCAGACCATGCAGCAACAGTTCGAAGGCTGGTCTTACAACCGCCCG
GTTGCCGGTCTCGGGGACGCTGGTGGCAGTGTCAAGGATCCCTCTTTTGG
TAGCATCACCGAGTAACTTTCTGTGGTACCCCTGAATACCTCGCACCCGA
GCTTCTGCTTGGAAACGGATACACAAAGACCGTTGACTGGTGGACGCTGG
GTGTCCTCCTTTACGAGATGTTGACGGGTCTTCCCCCTTTCTACGATGAA
AACACCAATGATATGTATCGGAAGATCCTTCAGGAGCCCCTGACGTTCCC
CAGCACGGACATTGTTCCCCCGGCCGCTCGGGATCTACTGAGTCGTCTGC
TTGATCGCGATCCCCAACGTCGGTTGGGAGCCAACGGCGCAGCGGAGATC
AAGTCGCACCACTTCTTCGCTAACATCGATTGGCGCAAGCTGCTCCAGCG
GAAGTACGAGCCCAGCTTCCGTCCGAACGTGTTTGATGTGTCGCGCAAGA
CGGAATTGAACGTTCAGTTGTATCTACGGAACCCCACGGCTCGTCCTGGC
GCTGGTCGCAGCGAGGATATCTTCCTTGGTGCCGTCAAGGTACATCCTCG
CTTCGAGGAGGCTCAGCCCCATGCGGAAGACCCCAAGTCCAAGAAGACCC
CGCAGGAGCGCCAGCTGGGCCAGCTGGGCGCCGAATGGCTGGATATGCAG
TTCGGCACCGGCTCCATCAAGATTGGCGTCTCTTTCGTCGAGAACAAGCA
GCGCAGCATGAAGCTGGAAGACTTCGAGTTGCTGAAGGTGGTGGGTAAGG
GTAGTTTCGGCAAGGTCATGCAGGTCATGAAGAAGGATACGGGTCGGATT
TACGCCCTCAAGACTATCCGCAAAGCGCACATCATCTCACGGTCGGAAGT
CACTCACACCCTCGCCGAAAGATCGGTGCTTTCTCAAATCAACAATCCTT
TCATCGTCCCTCTAAAGTTCTCCTTCCAGTCTCCAGAGAAGCTGTACCTC
GTCCTTGCTTTCGTCAACGGCGGTGAGCTGTTCCATCACCTTCAGCGCGA
GCAACGCTTCGATATCAACCGGGCCCGTTTCTATACTGCCGAGCTGCTCT
GTGCGCTGGAGTGCCTGCATGGTTTCAAGGTCATCTACCGTGATCTCAAG
CCTGAGAATATCCTTCTGGACTACACTGGCCACATTGCCCTGTGCGACTT
TGGTCTGTGCAAGTTGGACATGAAGGATGAGGATCGCACAAACAATGCCT
CGGAGTCGCTCGTCTCCCCGCCCGTGGCCCCTGTCAAGCCCGGAATCCTG
ATCGTCACCCTCCACGAAGGTCGAGGCTTTTCTCTTTCCCCCCACTACCA
ACAGATCTTCAACTCCCATTTCCAAAGTAGCGGTTCCTATGGCATGCGTC
CAAGCTCCTCGTCATCCCACTCTGCACACGGAACGGCTGGCTCCTATGTC
CCCAGCGGTCGCCCTCAGTCCACCAGCGGAGGTATCAATGCCGCTCCGAC
CTCCCACGGTCGCTATTCGACCAAGTACCTCCCCTACGCCCTTCTGGATT
TCGAAAAGAACCAAGTCTTCAACTAAAGGAGACGCACTTGGCTCCTTTGA
CCCAAACATTCACCCGATCCTCCTCCACATCCACCATCAAAGGTGATTCT
GGCGAAGAGACCCCCGTTGTTTCGCAAACCCCCAGCATCTCCACAACAAA
CACCAATGGAATCAATGTCGTGGAAACTCACTAGAAATGGGCGCTCGCGA
TATCACTAACTTCGACCGGGAGTTCACCTCTGAAGCACCGCAAGATTCCT
ATGTGGACGGCCCCATGCTGTCGCAGACCATGCAGCAACAGTTCGAAGGC
TGGTCTTACAACCGCCCGGTTGCCGGTCTCGGGGACGCTGGTGGCAGTGT
CAAGGATCCCTCTTTTGGTAGCATCACCGAGTAACTTTCTGTGGTACCCC
TGAATACCTCGCACCCGAGCTTCTGCTTGGAAACGGATACACAAAGACCG
TTGACTGGTGGACGCTGGGTGTCCTCCTTTACGAGATGTTGACGGGTCTT
CCCCCTTTCTACGATGAAAACACCAATGATATGTATCGGAAGATCCTTCA
GGAGCCCCTGACGTTCCCCAGCACGGACATTGTTCCCCCGGCCGCTCGGG
ATCTACTGAGTCGTCTGCTTGATCGCGATCCCCAACGTCGGTTGGGAGCC
AACGGCGCAGCGGAGATCAAGTCGCACCACTTCTTCGCTAACATCGATTG
GCGCAAGCTGCTCCAGCGGAAGTACGAGCCCAGCTTCCGTCCGAACGTGT
TTGATGTGTCGCGCAAGACGGAATTGAACGTTCAGTTGTATCTACGGAAC
CCCACGGCTCGTCCTGGCGCTGGTCGCAGCGAGGATATCTTCCTTGGTGC
CGTCAAGGTACATCCTCGCTTCGAGGAGGCTCAGCCCCATGCGGAAGACC
CCAAGTCCAAGAAGACCCCGCAGGAGCGCCAGCTGGGCCAGCTGGGCGCC
GAATGGCTGGATATGCAGTTCGGCACCGGCTCCATCAAGATTGGCGTCTC
TTTCGTCGAGAACAAGCAGCGCAGCATGAAGCTGGAAGACTTCGAGTTGC
TGAAGGTGGTGGGTAAGGGTAGTTTCGGCAAGGTCATGCAGGTCATGAAG
AAGGATACGGGTCGGATTTACGCCCTCAAGACTATCCGCAAAGCGCACAT
CATCTCACGGTCGGAAGTCACTCACACCCTCGCCGAAAGATCGGTGCTTT
CTCAAATCAACAATCCTTTCATCGTCCCTCTAAAGTTCTCCTTCCAGTCT
CCAGAGAAGCTGTACCTCGTCCTTGCTTTCGTCAACGGCGGTGAGCTGTT
CCATCACCTTCAGCGCGAGCAACGCTTCGATATCAACCGGGCCCGTTTCT
ATACTGCCGAGCTGCTCTGTGCGCTGGAGTGCCTGCATGGTTTCAAGGTC
ATCTACCGTGATCTCAAGCCTGAGAATATCCTTCTGGACTACACTGGCCA
CATTGCCCTGTGCGACTTTGGTCTGTGCAAGTTGGACATGAAGGATGAGG
ATCGCACAAACAATGCCTCGGAGTCGCTCGTCTCCCCGCCCGTGGCCCCT
GTCAAGCCCGGAATCCTGATCGTCACCCTCCACGAAGGTCGAGGCTTTTC
TCTTTCCCCCCACTACCAACAGATCTTCAACTCCCATTTCCAAAGTAGCG
GTTCCTATGGCATGCGTCCAAGCTCCTCGTCATCCCACTCTGCACACGGA
ACGGCTGGCTCCTATGTCCCCAGCGGTCGCCCTCAGTCCACCAGCGGAGG
TATCAATGCCGCTCCGACCTCCCACGGTCGCTATTCGACCAAGTACCTCC
CCTACGCCCTTCTGGATTTCGAAAAGAACCAAGTCTTCAACTAAAGGAGA
CGCACTTGGCTCCTTTGACCCAAACATTCACCCGATCCTCCTCCACATCC
ACCATCAAAGGTGATTCTGGCGAAGAGACCCCCGTTGTTTCGCAAACCCC
CAGCATCTCCACAACAAACACCAATGGAATCAATGTCGTGGAAACTCACT
AGAAATGGGCGCTCGCGATATCACTAACTTCGACCGGGAGTTCACCTCTG
AAGCACCGCAAGATTCCTATGTGGACGGCCCCATGCTGTCGCAGACCATG
CAGCAACAGTTCGAAGGCTGGTCTTACAACCGCCCGGTTGCCGGTCTCGG
GGACGCTGGTGGCAGTGTCAAGGATCCCTCTTTTGGTAGCATCACCGAGT
AACTTTCTGTGGTACCCCTGAATACCTCGCACCCGAGCTTCTGCTTGGAA
ACGGATACACAAAGACCGTTGACTGGTGGACGCTGGGTGTCCTCCTTTAC
GAGATGTTGACGGGTCTTCCCCCTTTCTACGATGAAAACACCAATGATAT
GTATCGGAAGATCCTTCAGGAGCCCCTGACGTTCCCCAGCACGGACATTG
TTCCCCCGGCCGCTCGGGATCTACTGAGTCGTCTGCTTGATCGCGATCCC
CAACGTCGGTTGGGAGCCAACGGCGCAGCGGAGATCAAGTCGCACCACTT
CTTCGCTAACATCGATTGGCGCAAGCTGCTCCAGCGGAAGTACGAGCCCA
GCTTCCGTCCGAACGTGTTTGATGTGTCGCGCAAGACGGAATTGAACGTT
CAGTTGTATCTACGGAACCCCACGGCTCGTCCTGGCGCTGGTCGCAGCGA
GGATATCTTCCTTGGTGCCGTCAAGGTACATCCTCGCTTCGAGGAGGCTC
AGCCCCATGCGGAAGACCCCAAGTCCAAGAAGACCCCGCAGGAGCGCCAG
CTGGGCCAGCTGGGCGCCGAATGGCTGGATATGCAGTTCGGCACCGGCTC
CATCAAGATTGGCGTCTCTTTCGTCGAGAACAAGCAGCGCAGCATGAAGC
TGGAAGACTTCGAGTTGCTGAAGGTGGTGGGTAAGGGTAGTTTCGGCAAG
GTCATGCAGGTCATGAAGAAGGATACGGGTCGGATTTACGCCCTCAAGAC
TATCCGCAAAGCGCACATCATCTCACGGTCGGAAGTCACTCACACCCTCG
CCGAAAGATCGGTGCTTTCTCAAATCAACAATCCTTTCATCGTCCCTCTA
AAGTTCTCCTTCCAGTCTCCAGAGAAGCTGTACCTCGTCCTTGCTTTCGT
CAACGGCGGTGAGCTGTTCCATCACCTTCAGCGCGAGCAACGCTTCGATA
TCAACCGGGCCCGTTTCTATACTGCCGAGCTGCTCTGTGCGCTGGAGTGC
CTGCATGGTTTCAAGGTCATCTACCGTGATCTCAAGCCTGAGAATATCCT
TCTGGACTACACTGGCCACATTGCCCTGTGCGACTTTGGTCTGTGCAAGT
TGGACATGAAGGATGAGGATCGCACAAACAATGCCTCGGAGTCGCTCGTC
TCCCCGCCCGTGGCCCCTGTCAAGCCCGGAATCCTGATCGTCACCCTCCA
CGAAGGTCGAGGCTTTTCTCTTTCCCCCCACTACCAACAGATCTTCAACT
CCCATTTCCAAAGTAGCGGTTCCTATGGCATGCGTCCAAGCTCCTCGTCA
TCCCACTCTGCACACGGAACGGCTGGCTCCTATGTCCCCAGCGGTCGCCC
TCAGTCCACCAGCGGAGGTATCAATGCCGCTCCGACCTCCCACGGTCGCT
ATTCGACCAAGTACCTCCCCTACGCCCTTCTGGATTTCGAAAAGAACCAA
GTCTTCAACTAAAGGAGACGCACTTGGCTCCTTTGACCCAAACATTCACC
CGATCCTCCTCCACATCCACCATCAAAGGTGATTCTGGCGAAGAGACCCC
CGTTGTTTCGCAAACCCCCAGCATCTCCACAACAAACACCAATGGAATCA
ATGTCGTGGAAACTCACTAGAAATGGGCGCTCGCGATATCACTAACTTCG
ACCGGGAGTTCACCTCTGAAGCACCGCAAGATTCCTATGTGGACGGCCCC
ATGCTGTCGCAGACCATGCAGCAACAGTTCGAAGGCTGGTCTTACAACCG
CCCGGTTGCCGGTCTCGGGGACGCTGGTGGCAGTGTCAAGGATCCCTCTT
TTGGTAGCATCACCGAGTAACTTTCTGTGGTACCCCTGAATACCTCGCAC
CCGAGCTTCTGCTTGGAAACGGATACACAAAGACCGTTGACTGGTGGACG
CTGGGTGTCCTCCTTTACGAGATGTTGACGGGTCTTCCCCCTTTCTACGA
TGAAAACACCAATGATATGTATCGGAAGATCCTTCAGGAGCCCCTGACGT
TCCCCAGCACGGACATTGTTCCCCCGGCCGCTCGGGATCTACTGAGTCGT
CTGCTTGATCGCGATCCCCAACGTCGGTTGGGAGCCAACGGCGCAGCGGA
GATCAAGTCGCACCACTTCTTCGCTAACATCGATTGGCGCAAGCTGCTCC
AGCGGAAGTACGAGCCCAGCTTCCGTCCGAACGTGTTTGATGTGTCGCGC
AAGACGGAATTGAACGTTCAGTTGTATCTACGGAACCCCACGGCTCGTCC
TGGCGCTGGTCGCAGCGAGGATATCTTCCTTGGTGCCGTCAAGGTACATC
CTCGCTTCGAGGAGGCTCAGCCCCATGCGGAAGACCCCAAGTCCAAGAAG
ACCCCGCAGGAGCGCCAGCTGGGCCAGCTGGGCGCCGAATGGCTGGATAT
GCAGTTCGGCACCGGCTCCATCAAGATTGGCGTCTCTTTCGTCGAGAACA
AGCAGCGCAGCATGAAGCTGGAAGACTTCGAGTTGCTGAAGGTGGTGGGT
AAGGGTAGTTTCGGCAAGGTCATGCAGGTCATGAAGAAGGATACGGGTCG
GATTTACGCCCTCAAGACTATCCGCAAAGCGCACATCATCTCACGGTCGG
AAGTCACTCACACCCTCGCCGAAAGATCGGTGCTTTCTCAAATCAACAAT
CCTTTCATCGTCCCTCTAAAGTTCTCCTTCCAGTCTCCAGAGAAGCTGTA
CCTCGTCCTTGCTTTCGTCAACGGCGGTGAGCTGTTCCATCACCTTCAGC
GCGAGCAACGCTTCGATATCAACCGGGCCCGTTTCTATACTGCCGAGCTG
CTCTGTGCGCTGGAGTGCCTGCATGGTTTCAAGGTCATCTACCGTGATCT
CAAGCCTGAGAATATCCTTCTGGACTACACTGGCCACATTGCCCTGTGCG
ACTTTGGTCTGTGCAAGTTGGACATGAAGGATGAGGATCGCACAAACAAT
GCCTCGGAGTCGCTCGTCTCCCCGCCCGTGGCCCCTGTCAAGCCCGGAAT
CCTGATCGTCACCCTCCACGAAGGTCGAGGCTTTTCTCTTTCCCCCCACT
ACCAACAGATCTTCAACTCCCATTTCCAAAGTAGCGGTTCCTATGGCATG
CGTCCAAGCTCCTCGTCATCCCACTCTGCACACGGAACGGCTGGCTCCTA
TGTCCCCAGCGGTCGCCCTCAGTCCACCAGCGGAGGTATCAATGCCGCTC
CGACCTCCCACGGTCGCTATTCGACCAAGTACCTCCCCTACGCCCTTCTG
GATTTCGAAAAGAACCAAGTCTTCAACTAAAGGAGACGCACTTGGCTCCT
TTGACCCAAACATTCACCCGATCCTCCTCCACATCCACCATCAAAGGTGA
TTCTGGCGAAGAGACCCCCGTTGTTTCGCAAACCCCCAGCATCTCCACAA
CAAACACCAATGGAATCAATGTCGTGGAAACTCACTAGAAATGGGCGCTC
GCGATATCACTAACTTCGACCGGGAGTTCACCTCTGAAGCACCGCAAGAT
TCCTATGTGGACGGCCCCATGCTGTCGCAGACCATGCAGCAACAGTTCGA
AGGCTGGTCTTACAACCGCCCGGTTGCCGGTCTCGGGGACGCTGGTGGCA
GTGTCAAGGATCCCTCTTTTGGTAGCATCACCGAGTAACTTTCTGTGGTA
CCCCTGAATACCTCGCACCCGAGCTTCTGCTTGGAAACGGATACACAAAG
ACCGTTGACTGGTGGACGCTGGGTGTCCTCCTTTACGAGATGTTGACGGG
TCTTCCCCCTTTCTACGATGAAAACACCAATGATATGTATCGGAAGATCC
TTCAGGAGCCCCTGACGTTCCCCAGCACGGACATTGTTCCCCCGGCCGCT
CGGGATCTACTGAGTCGTCTGCTTGATCGCGATCCCCAACGTCGGTTGGG
AGCCAACGGCGCAGCGGAGATCAAGTCGCACCACTTCTTCGCTAACATCG
ATTGGCGCAAGCTGCTCCAGCGGAAGTACGAGCCCAGCTTCCGTCCGAAC
GTGTTTGATGTGTCGCGCAAGACGGAATTGAACGTTCAGTTGTATCTACG
GAACCCCACGGCTCGTCCTGGCGCTGGTCGCAGCGAGGATATCTTCCTTG
GTGCCGTCAAGGTACATCCTCGCTTCGAGGAGGCTCAGCCCCATGCGGAA
GACCCCAAGTCCAAGAAGACCCCGCAGGAGCGCCAGCTGGGCCAGCTGGG
CGCCGAATGGCTGGATATGCAGTTCGGCACCGGCTCCATCAAGATTGGCG
TCTCTTTCGTCGAGAACAAGCAGCGCAGCATGAAGCTGGAAGACTTCGAG
TTGCTGAAGGTGGTGGGTAAGGGTAGTTTCGGCAAGGTCATGCAGGTCAT
GAAGAAGGATACGGGTCGGATTTACGCCCTCAAGACTATCCGCAAAGCGC
ACATCATCTCACGGTCGGAAGTCACTCACACCCTCGCCGAAAGATCGGTG
CTTTCTCAAATCAACAATCCTTTCATCGTCCCTCTAAAGTTCTCCTTCCA
GTCTCCAGAGAAGCTGTACCTCGTCCTTGCTTTCGTCAACGGCGGTGAGC
TGTTCCATCACCTTCAGCGCGAGCAACGCTTCGATATCAACCGGGCCCGT
TTCTATACTGCCGAGCTGCTCTGTGCGCTGGAGTGCCTGCATGGTTTCAA
GGTCATCTACCGTGATCTCAAGCCTGAGAATATCCTTCTGGACTACACTG
GCCACATTGCCCTGTGCGACTTTGGTCTGTGCAAGTTGGACATGAAGGAT
GAGGATCGCACAAACAATGCCTCGGAGTCGCTCGTCTCCCCGCCCGTGGC
CCCTGTCAAGCCCGGAATCCTGATCGTCACCCTCCACGAAGGTCGAGGCT
TTTCTCTTTCCCCCCACTACCAACAGATCTTCAACTCCCATTTCCAAAGT
AGCGGTTCCTATGGCATGCGTCCAAGCTCCTCGTCATCCCACTCTGCACA
CGGAACGGCTGGCTCCTATGTCCCCAGCGGTCGCCCTCAGTCCACCAGCG
GAGGTATCAATGCCGCTCCGACCTCCCACGGTCGCTATTCGACCAAGTAC
CTCCCCTACGCCCTTCTGGATTTCGAAAAGAACCAAGTCTTCAACTAAAG
GAGACGCACTTGGCTCCTTTGACCCAAACATTCACCCGATCCTCCTCCAC
ATCCACCATCAAAGGTGATTCTGGCGAAGAGACCCCCGTTGTTTCGCAAA
CCCCCAGCATCTCCACAACAAACACCAATGGAATCAATGTCGTGGAAACT
CACTAGAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0004672protein kinase activity
GO:0004674protein serine/threonine kinase activity
GO:0005524ATP binding
Vocabulary: Biological Process
TermDefinition
GO:0006468protein phosphorylation
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_53610CAN33_53610Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_53610-T1CAN33_53610-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_53610-T1.cdsCAN33_53610-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_53610-T1.exon6CAN33_53610-T1.exon6Aspergillus niger FDAARGOS_311exon
CAN33_53610-T1.exon5CAN33_53610-T1.exon5Aspergillus niger FDAARGOS_311exon
CAN33_53610-T1.exon4CAN33_53610-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_53610-T1.exon3CAN33_53610-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_53610-T1.exon2CAN33_53610-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_53610-T1.exon1CAN33_53610-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
DBxrefInterPro:IPR011009
DBxrefInterPro:IPR008271
DBxrefInterPro:IPR017441
DBxrefInterPro:IPR017892
DBxrefInterPro:IPR000719
DBxrefInterPro:IPR000961
DBxrefPFAM:PF07714
DBxrefPFAM:PF00433
DBxrefPFAM:PF00069
ProductProtein kinase 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
NKJJ01000020.1supercontigNKJJ01000020.1:2291821..2293951 -
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