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CAN33_28665-T1, CAN33_28665-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_28665-T1
Unique NameCAN33_28665-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000008.1:295795..300311-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_28665-T1 ID=CAN33_28665-T1|Name=CAN33_28665-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=4517bp|location=Sequence derived from alignment at NKJJ01000008.1:295795..300311- (Aspergillus niger FDAARGOS_311)
ATGACTAGCATTCGCAAGTCACACGATGACTATACCCTTGGCTGGCTCAC
TGCTCTCTCACTTGAAAGGAGCGCGGCAGAAGCCGTGCTGGACAAAAGAC
ATCACTCATTAGGAGGTAGTCCCGGGGATGAAAACACATATACGTTAGGT
GAGATTCAGGGTCACAATGTAGCAATAACTTGTCTCCCGTCCGGGCAGTA
TGGGATCGCCGCGGCCGCAAACGCGGCATCACGGATGAGGATCTCCTTTC
CTAATATCCAGTACGGGCTCTTGGTAGGAATTGCTGGCGGTGTACCCGAC
TCCCCTCATGCTGACATCCGACTTGGGGATATCGTCATCGGGCAGCCCAC
CAGTACTCATCCGGCAGTGGTGCAATACGACTTTGGCAAAAGTGTTGATG
GTGTTTTTCAACGCATAGGCAGGTTGGATCCACCTTCATCAGTGCTACTG
TCTGCACTTTCCAAATTGCAGGCAAACTACACGAACAAGAGGTCCAAAGT
TGCTGAATTTCTCCAGAAATTGGGGGATTGCAATGAACTGTTCCGTCATC
CTGGCCAGGACCAGGACCGTCTTTTCAAACCGTTATACAGCCACAAGGGA
GGTGCAAGGACTTGTGCGAACTGCGATCAGATACAAGTGATCGAACGCTC
AAAACGGCCCTCGACTGAGCCTATTGTTCATTATGGTGTGGTTGGGACGG
GGAACCAGGTCATAAAGGATGCTCAGATGCGGCAGAGGTTGGCAAGGCAA
GAACAACTTCTATGCTTTGAGATGGAGGCCGCGGGAATGGTTAATGAAAT
CCCATCTCTAGTGATCAGGGGCATATGCGATTACTCTGACACGCACAAGA
ACAAGCACTGGCAGGGGTACGCGGCGGCGGCAGCGGCAGCGTATGCAAAA
GATTTTCTTTCGGTCCTTCCCCCTTATGCCTATATAGGTACGCAACTCAC
CATAGTATTGACTGAAAGAGCAGGAATTAGTATCAACTGACGGATTCTTT
GTCTCAGAAAACCGCTTTACGCTCACTATGAACCTGAGCGGTGTACCTGC
CATTTGCAATTTCGTTGGGAGAAATGCTGACTTGGAGAAGCTGGCAAGGC
TGCTGCTGCCGAATGCGTCAACCTCGCAAAAGATTGTCACACTTCACGGA
TTGAGTGGTATCGGCAAGACCCAGTTAGCTCTTCGATTCATTCAATGTCA
CAAGGAGGATTTCACTGCAGTATTTTGGGTCAACGCACACACTCGCGAGA
GCATAGTACAGTCGTTGGCTTCGGTACATTTACCGCAATCTACGGACGCC
CTCACGAGTGATCACCCAACCCACGATGAGGAATTGGAAGGAAATGCCAT
GGATGTTATTTCATGGCTGAGCCTGAGGGGAAATACAAAGTGGCTTCTGG
TGTTTGACGGAATGGCTCTTGACTCAGCCGAGGTCCAGAAGTTCTTCCCG
AAGTCAGACCAGGGTTCAATTCTTCTCACGACACAGTTTGCTAATACTCA
AGAATATGGGCACCCATACCGCCTTTCAACGCTTAACTTTGATGATTCAC
TGAAGCTCCTAACGCGCAAAACGGGCCTTCCAATTAGCGATAATATACCA
TCAGGTAGGGTGTCGTGAATTGTTCGGTGGAAAAGGGGGAGGCTAACATT
TCACTGCAGATATTTATGACCTCCTCAATCGATTAGACGGACATCCTCTA
GCTATCACCTTAGCAGGATCTTTTATAAATGAGACAGGTGCCACCGTGTC
AGATTGCTTGCAGCAATACTCAAGCCTGTGGCACAAACATGAACCACAAA
TCCCAGAATATAACCTACCTTCCAGCCGTAACATAAGCACAGCATGGATG
CTTCCTTTTGAGGAGATCAAGAAGAGTCGTCCAATCGTCTTCAAAATGCT
GCTTTTGCTTTCCTGTTTTGACCAACGGGACATTTGGCCCGAACTCATCA
AAACTGGCCTTCAAGTAAGGAATTCGCCTTTGTGGTATACCAGCGTTGCC
TCCAGCTATGACGAATTTTATCAAGTAATGGGTTATCTTCTTCGCCTTGG
CTTACTGGATAGAAGGCCATCCCAAAATAGTTACTTCATGCATCCGGTGG
TGCAGAACTGGTGTCAAGGATATCTCGCTCACTACGACAAACACGAGCTT
GTATCTATTGCTTTGAGTTCGATTGGTCTCTGTGTTCCTGAAAAAGATGA
TTCAGAAGCTTGGAAATGGCAGAAGCGTATTATACCCCATGCTAACCGTA
TATACCAATTGTCGCAAGGTGATCTGGCTATGGAGCCATGTGTCGGGTTA
GCAGATGCCAGCAGAAGACTTGGAGACTTGTTCTTGCAATACGGCAAGCT
GCAGGAAGCAGAGGTCATGTATAAAACAGCACACGACTGGTATCAGCAGC
TGGACCCTCTAAGCCGAGAGCTCCTTATAGCCCTTGATAGCCTGGGGCTC
GTCTATCGAAACCAGTCCAAATACAAGGAGGCGGAAGAGATCCACGAAAA
GGTGTTGGCAGACAAACAAATCAGGGTAGGCCCAGAAGACCCGTCTACAT
TGGATACCACTTATCATCTCGCCGAACTATACTCGAGCCAAGGAATGCTA
GAAAAGGCAAAGCAGATGTATGAAAGAGTGCTAAGTGGAAGGAGAAGCAT
GCTGGGCCAAAGCCATCCATCAACTCTGAGCACGATGGATAAACTAGGAA
CAGTCTATCTAGGCTTAGGAGAACTGAACGATGCTATGGACTATTGTCAG
CGAGCTTATCAAGGTTACCGAAAGCACCGTCTAATAACCGCGATGATGAA
TATCACCAACAATATCGGCCTCATCTACTTGAAGCAGGGGCGTTTTGTAG
ACGCCGCAGCGTACCACACTCAAGTTGTGAAGGAACTTGAGGCAATCCTA
GGAGAGAACCACCCCTCTGTATTCAATGCCATGGAGAATCTGGGTCTTCT
CTATACCAAACAGGGCAAATTCGACGAAGCCAAGAAACATCTCTTCGAAG
CTTTATCCCACAGGAAGCGCGTGCTCGGCGCAGAGCACCCTTCGATCATA
ACTACCAAGGACAATATAGCACGTCTGTATGTCTCACAGGGCAAGACTGA
TGATGCTGAGAGAGAATACAAAGAAGCTCTGGAGCTAGCAAACAGGATGC
TTAGTTCGAATCATATAAGCACCTTACGGCTACTCAACAACCTGGGTAAC
TTGTACTATTCGCAAGGAATGTTTCGGGAAGCCGAGAACAACTATCTTCA
GGCCATGGCTGGCTATGAGGCGGTTGTAGTCCCCACTCACACCTCTAGGT
TATCTGTCATGGTCAATCTCGGCAATATCTACAAGTTACAAGATAAGAGA
GACGAGGCTGGACAGATGTATAGAGGAGCCCTTGATGGCTACAAAGACGC
GGTGGGTGAGAGCCATCCGACCACGCTGAAAGTTGAGAACAACCTCGGAC
TGCTCTACTTCGACCAGGGGAACTTTCAAGCGTCGGAGGATACGCTCTTT
CAATGCAAGAAAAAGAAGGAAAAGTTGTTCGGCTCTGACCATCCTTCTAC
CCTGGATGCAATTGACAACCTGGGTTTCCTACGATATTGTCAAGGCCGGT
TCATAGAGGCAGACAAGCTGATGGAACAGTCCTTAACTGGATGGAAGAAG
ATAGGTCACCGCCAGCACATTCTCGCGACACAAATCAACCGAGGAATGGT
TTGTATTGGCCTGGGCAGATTCGACGAAGCAGAAGAGATCCTTAAACAAA
GTCAAGTTCAAGCCCAGGAGCTCCTCGATCCAGACTATCCGTTCATCGCC
GAAGTCACTCACAATCTTGGTGTATTATCCTTGGAGCGGGGTGCAATTCA
CGAGGCGAAAAAGCAACTCCAATATGCCCTCGACAAACGAGGAAAGATAT
TCGGCGCAAACCACACGTCTACCCTAGAGACATCCCTCAGTCTCGCCAAC
TGTCTCCGCACTGCCGGCGACCTAAGCCAAGCGAAAGCAAGATATATTGA
AATAACCCAATCATTAAAAGCAAACGTCGGCCCTAACCACCCATCAACAC
TCCAAGCGCAATGCCACGTCGTGGCCCTCCTCTTAGACGAAGACAGCGCG
ACCAGCATAACCCAGGCCGAGACCATAATAACCCCCACCTTAAACGGCTT
ACAGTCAACCTTCGGATGGGATCATCTCTTCACCGCACGAGCCATAGTCC
AAATGGCCAGACTACAGACCAAAAAGGGTCGCTTGAGAGAAGCCAAAAAG
CTCTACTCGAAAGCGTATCAGAGCTTCGAGAGCACGCTGGGAAAAGATCA
CCGGGAAACTGTGTCGGCGGGAAAGATGTTGCACACTGCGAGCTCGCAAG
TCAGTCAGATGTATCGGCGATTGATCCTGGTTGCATCGGTTCCTCTCTTG
GTTGGGATTTGCGCGAGACTGGCAAAGGGGTTTCTGAATCGGTCAACGTT
TGTCGATGGGTTGTTGCGTAGGGTGTTTGCTTTGATGCGTATTCGGAAAC
AGAGGGAGAGACGGTGA
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Coding sequence (CDS) from alignment at NKJJ01000008.1:295795..300311-

>CAN33_28665-T1 ID=CAN33_28665-T1|Name=CAN33_28665-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=12420bp|location=Sequence derived from alignment at NKJJ01000008.1:295795..300311- (Aspergillus niger FDAARGOS_311)
ATATTTATGACCTCCTCAATCGATTAGACGGACATCCTCTAGCTATCACC
TTAGCAGGATCTTTTATAAATGAGACAGGTGCCACCGTGTCAGATTGCTT
GCAGCAATACTCAAGCCTGTGGCACAAACATGAACCACAAATCCCAGAAT
ATAACCTACCTTCCAGCCGTAACATAAGCACAGCATGGATGCTTCCTTTT
GAGGAGATCAAGAAGAGTCGTCCAATCGTCTTCAAAATGCTGCTTTTGCT
TTCCTGTTTTGACCAACGGGACATTTGGCCCGAACTCATCAAAACTGGCC
TTCAAGTAAGGAATTCGCCTTTGTGGTATACCAGCGTTGCCTCCAGCTAT
GACGAATTTTATCAAGTAATGGGTTATCTTCTTCGCCTTGGCTTACTGGA
TAGAAGGCCATCCCAAAATAGTTACTTCATGCATCCGGTGGTGCAGAACT
GGTGTCAAGGATATCTCGCTCACTACGACAAACACGAGCTTGTATCTATT
GCTTTGAGTTCGATTGGTCTCTGTGTTCCTGAAAAAGATGATTCAGAAGC
TTGGAAATGGCAGAAGCGTATTATACCCCATGCTAACCGTATATACCAAT
TGTCGCAAGGTGATCTGGCTATGGAGCCATGTGTCGGGTTAGCAGATGCC
AGCAGAAGACTTGGAGACTTGTTCTTGCAATACGGCAAGCTGCAGGAAGC
AGAGGTCATGTATAAAACAGCACACGACTGGTATCAGCAGCTGGACCCTC
TAAGCCGAGAGCTCCTTATAGCCCTTGATAGCCTGGGGCTCGTCTATCGA
AACCAGTCCAAATACAAGGAGGCGGAAGAGATCCACGAAAAGGTGTTGGC
AGACAAACAAATCAGGGTAGGCCCAGAAGACCCGTCTACATTGGATACCA
CTTATCATCTCGCCGAACTATACTCGAGCCAAGGAATGCTAGAAAAGGCA
AAGCAGATGTATGAAAGAGTGCTAAGTGGAAGGAGAAGCATGCTGGGCCA
AAGCCATCCATCAACTCTGAGCACGATGGATAAACTAGGAACAGTCTATC
TAGGCTTAGGAGAACTGAACGATGCTATGGACTATTGTCAGCGAGCTTAT
CAAGGTTACCGAAAGCACCGTCTAATAACCGCGATGATGAATATCACCAA
CAATATCGGCCTCATCTACTTGAAGCAGGGGCGTTTTGTAGACGCCGCAG
CGTACCACACTCAAGTTGTGAAGGAACTTGAGGCAATCCTAGGAGAGAAC
CACCCCTCTGTATTCAATGCCATGGAGAATCTGGGTCTTCTCTATACCAA
ACAGGGCAAATTCGACGAAGCCAAGAAACATCTCTTCGAAGCTTTATCCC
ACAGGAAGCGCGTGCTCGGCGCAGAGCACCCTTCGATCATAACTACCAAG
GACAATATAGCACGTCTGTATGTCTCACAGGGCAAGACTGATGATGCTGA
GAGAGAATACAAAGAAGCTCTGGAGCTAGCAAACAGGATGCTTAGTTCGA
ATCATATAAGCACCTTACGGCTACTCAACAACCTGGGTAACTTGTACTAT
TCGCAAGGAATGTTTCGGGAAGCCGAGAACAACTATCTTCAGGCCATGGC
TGGCTATGAGGCGGTTGTAGTCCCCACTCACACCTCTAGGTTATCTGTCA
TGGTCAATCTCGGCAATATCTACAAGTTACAAGATAAGAGAGACGAGGCT
GGACAGATGTATAGAGGAGCCCTTGATGGCTACAAAGACGCGGTGGGTGA
GAGCCATCCGACCACGCTGAAAGTTGAGAACAACCTCGGACTGCTCTACT
TCGACCAGGGGAACTTTCAAGCGTCGGAGGATACGCTCTTTCAATGCAAG
AAAAAGAAGGAAAAGTTGTTCGGCTCTGACCATCCTTCTACCCTGGATGC
AATTGACAACCTGGGTTTCCTACGATATTGTCAAGGCCGGTTCATAGAGG
CAGACAAGCTGATGGAACAGTCCTTAACTGGATGGAAGAAGATAGGTCAC
CGCCAGCACATTCTCGCGACACAAATCAACCGAGGAATGGTTTGTATTGG
CCTGGGCAGATTCGACGAAGCAGAAGAGATCCTTAAACAAAGTCAAGTTC
AAGCCCAGGAGCTCCTCGATCCAGACTATCCGTTCATCGCCGAAGTCACT
CACAATCTTGGTGTATTATCCTTGGAGCGGGGTGCAATTCACGAGGCGAA
AAAGCAACTCCAATATGCCCTCGACAAACGAGGAAAGATATTCGGCGCAA
ACCACACGTCTACCCTAGAGACATCCCTCAGTCTCGCCAACTGTCTCCGC
ACTGCCGGCGACCTAAGCCAAGCGAAAGCAAGATATATTGAAATAACCCA
ATCATTAAAAGCAAACGTCGGCCCTAACCACCCATCAACACTCCAAGCGC
AATGCCACGTCGTGGCCCTCCTCTTAGACGAAGACAGCGCGACCAGCATA
ACCCAGGCCGAGACCATAATAACCCCCACCTTAAACGGCTTACAGTCAAC
CTTCGGATGGGATCATCTCTTCACCGCACGAGCCATAGTCCAAATGGCCA
GACTACAGACCAAAAAGGGTCGCTTGAGAGAAGCCAAAAAGCTCTACTCG
AAAGCGTATCAGAGCTTCGAGAGCACGCTGGGAAAAGATCACCGGGAAAC
TGTGTCGGCGGGAAAGATGTTGCACACTGCGAGCTCGCAAGTCAGTCAGA
TGTATCGGCGATTGATCCTGGTTGCATCGGTTCCTCTCTTGGTTGGGATT
TGCGCGAGACTGGCAAAGGGGTTTCTGAATCGGTCAACGTTTGTCGATGG
GTTGTTGCGTAGGGTGTTTGCTTTGATGCGTATTCGGAAACAGAGGGAGA
GACGGTGAAAAACCGCTTTACGCTCACTATGAACCTGAGCGGTGTACCTG
CCATTTGCAATTTCGTTGGGAGAAATGCTGACTTGGAGAAGCTGGCAAGG
CTGCTGCTGCCGAATGCGTCAACCTCGCAAAAGATTGTCACACTTCACGG
ATTGAGTGGTATCGGCAAGACCCAGTTAGCTCTTCGATTCATTCAATGTC
ACAAGGAGGATTTCACTGCAGTATTTTGGGTCAACGCACACACTCGCGAG
AGCATAGTACAGTCGTTGGCTTCGGTACATTTACCGCAATCTACGGACGC
CCTCACGAGTGATCACCCAACCCACGATGAGGAATTGGAAGGAAATGCCA
TGGATGTTATTTCATGGCTGAGCCTGAGGGGAAATACAAAGTGGCTTCTG
GTGTTTGACGGAATGGCTCTTGACTCAGCCGAGGTCCAGAAGTTCTTCCC
GAAGTCAGACCAGGGTTCAATTCTTCTCACGACACAGTTTGCTAATACTC
AAGAATATGGGCACCCATACCGCCTTTCAACGCTTAACTTTGATGATTCA
CTGAAGCTCCTAACGCGCAAAACGGGCCTTCCAATTAGCGATAATATACC
ATCAGATGACTAGCATTCGCAAGTCACACGATGACTATACCCTTGGCTGG
CTCACTGCTCTCTCACTTGAAAGGAGCGCGGCAGAAGCCGTGCTGGACAA
AAGACATCACTCATTAGGAGGTAGTCCCGGGGATGAAAACACATATACGT
TAGGTGAGATTCAGGGTCACAATGTAGCAATAACTTGTCTCCCGTCCGGG
CAGTATGGGATCGCCGCGGCCGCAAACGCGGCATCACGGATGAGGATCTC
CTTTCCTAATATCCAGTACGGGCTCTTGGTAGGAATTGCTGGCGGTGTAC
CCGACTCCCCTCATGCTGACATCCGACTTGGGGATATCGTCATCGGGCAG
CCCACCAGTACTCATCCGGCAGTGGTGCAATACGACTTTGGCAAAAGTGT
TGATGGTGTTTTTCAACGCATAGGCAGGTTGGATCCACCTTCATCAGTGC
TACTGTCTGCACTTTCCAAATTGCAGGCAAACTACACGAACAAGAGGTCC
AAAGTTGCTGAATTTCTCCAGAAATTGGGGGATTGCAATGAACTGTTCCG
TCATCCTGGCCAGGACCAGGACCGTCTTTTCAAACCGTTATACAGCCACA
AGGGAGGTGCAAGGACTTGTGCGAACTGCGATCAGATACAAGTGATCGAA
CGCTCAAAACGGCCCTCGACTGAGCCTATTGTTCATTATGATATTTATGA
CCTCCTCAATCGATTAGACGGACATCCTCTAGCTATCACCTTAGCAGGAT
CTTTTATAAATGAGACAGGTGCCACCGTGTCAGATTGCTTGCAGCAATAC
TCAAGCCTGTGGCACAAACATGAACCACAAATCCCAGAATATAACCTACC
TTCCAGCCGTAACATAAGCACAGCATGGATGCTTCCTTTTGAGGAGATCA
AGAAGAGTCGTCCAATCGTCTTCAAAATGCTGCTTTTGCTTTCCTGTTTT
GACCAACGGGACATTTGGCCCGAACTCATCAAAACTGGCCTTCAAGTAAG
GAATTCGCCTTTGTGGTATACCAGCGTTGCCTCCAGCTATGACGAATTTT
ATCAAGTAATGGGTTATCTTCTTCGCCTTGGCTTACTGGATAGAAGGCCA
TCCCAAAATAGTTACTTCATGCATCCGGTGGTGCAGAACTGGTGTCAAGG
ATATCTCGCTCACTACGACAAACACGAGCTTGTATCTATTGCTTTGAGTT
CGATTGGTCTCTGTGTTCCTGAAAAAGATGATTCAGAAGCTTGGAAATGG
CAGAAGCGTATTATACCCCATGCTAACCGTATATACCAATTGTCGCAAGG
TGATCTGGCTATGGAGCCATGTGTCGGGTTAGCAGATGCCAGCAGAAGAC
TTGGAGACTTGTTCTTGCAATACGGCAAGCTGCAGGAAGCAGAGGTCATG
TATAAAACAGCACACGACTGGTATCAGCAGCTGGACCCTCTAAGCCGAGA
GCTCCTTATAGCCCTTGATAGCCTGGGGCTCGTCTATCGAAACCAGTCCA
AATACAAGGAGGCGGAAGAGATCCACGAAAAGGTGTTGGCAGACAAACAA
ATCAGGGTAGGCCCAGAAGACCCGTCTACATTGGATACCACTTATCATCT
CGCCGAACTATACTCGAGCCAAGGAATGCTAGAAAAGGCAAAGCAGATGT
ATGAAAGAGTGCTAAGTGGAAGGAGAAGCATGCTGGGCCAAAGCCATCCA
TCAACTCTGAGCACGATGGATAAACTAGGAACAGTCTATCTAGGCTTAGG
AGAACTGAACGATGCTATGGACTATTGTCAGCGAGCTTATCAAGGTTACC
GAAAGCACCGTCTAATAACCGCGATGATGAATATCACCAACAATATCGGC
CTCATCTACTTGAAGCAGGGGCGTTTTGTAGACGCCGCAGCGTACCACAC
TCAAGTTGTGAAGGAACTTGAGGCAATCCTAGGAGAGAACCACCCCTCTG
TATTCAATGCCATGGAGAATCTGGGTCTTCTCTATACCAAACAGGGCAAA
TTCGACGAAGCCAAGAAACATCTCTTCGAAGCTTTATCCCACAGGAAGCG
CGTGCTCGGCGCAGAGCACCCTTCGATCATAACTACCAAGGACAATATAG
CACGTCTGTATGTCTCACAGGGCAAGACTGATGATGCTGAGAGAGAATAC
AAAGAAGCTCTGGAGCTAGCAAACAGGATGCTTAGTTCGAATCATATAAG
CACCTTACGGCTACTCAACAACCTGGGTAACTTGTACTATTCGCAAGGAA
TGTTTCGGGAAGCCGAGAACAACTATCTTCAGGCCATGGCTGGCTATGAG
GCGGTTGTAGTCCCCACTCACACCTCTAGGTTATCTGTCATGGTCAATCT
CGGCAATATCTACAAGTTACAAGATAAGAGAGACGAGGCTGGACAGATGT
ATAGAGGAGCCCTTGATGGCTACAAAGACGCGGTGGGTGAGAGCCATCCG
ACCACGCTGAAAGTTGAGAACAACCTCGGACTGCTCTACTTCGACCAGGG
GAACTTTCAAGCGTCGGAGGATACGCTCTTTCAATGCAAGAAAAAGAAGG
AAAAGTTGTTCGGCTCTGACCATCCTTCTACCCTGGATGCAATTGACAAC
CTGGGTTTCCTACGATATTGTCAAGGCCGGTTCATAGAGGCAGACAAGCT
GATGGAACAGTCCTTAACTGGATGGAAGAAGATAGGTCACCGCCAGCACA
TTCTCGCGACACAAATCAACCGAGGAATGGTTTGTATTGGCCTGGGCAGA
TTCGACGAAGCAGAAGAGATCCTTAAACAAAGTCAAGTTCAAGCCCAGGA
GCTCCTCGATCCAGACTATCCGTTCATCGCCGAAGTCACTCACAATCTTG
GTGTATTATCCTTGGAGCGGGGTGCAATTCACGAGGCGAAAAAGCAACTC
CAATATGCCCTCGACAAACGAGGAAAGATATTCGGCGCAAACCACACGTC
TACCCTAGAGACATCCCTCAGTCTCGCCAACTGTCTCCGCACTGCCGGCG
ACCTAAGCCAAGCGAAAGCAAGATATATTGAAATAACCCAATCATTAAAA
GCAAACGTCGGCCCTAACCACCCATCAACACTCCAAGCGCAATGCCACGT
CGTGGCCCTCCTCTTAGACGAAGACAGCGCGACCAGCATAACCCAGGCCG
AGACCATAATAACCCCCACCTTAAACGGCTTACAGTCAACCTTCGGATGG
GATCATCTCTTCACCGCACGAGCCATAGTCCAAATGGCCAGACTACAGAC
CAAAAAGGGTCGCTTGAGAGAAGCCAAAAAGCTCTACTCGAAAGCGTATC
AGAGCTTCGAGAGCACGCTGGGAAAAGATCACCGGGAAACTGTGTCGGCG
GGAAAGATGTTGCACACTGCGAGCTCGCAAGTCAGTCAGATGTATCGGCG
ATTGATCCTGGTTGCATCGGTTCCTCTCTTGGTTGGGATTTGCGCGAGAC
TGGCAAAGGGGTTTCTGAATCGGTCAACGTTTGTCGATGGGTTGTTGCGT
AGGGTGTTTGCTTTGATGCGTATTCGGAAACAGAGGGAGAGACGGTGAAA
AACCGCTTTACGCTCACTATGAACCTGAGCGGTGTACCTGCCATTTGCAA
TTTCGTTGGGAGAAATGCTGACTTGGAGAAGCTGGCAAGGCTGCTGCTGC
CGAATGCGTCAACCTCGCAAAAGATTGTCACACTTCACGGATTGAGTGGT
ATCGGCAAGACCCAGTTAGCTCTTCGATTCATTCAATGTCACAAGGAGGA
TTTCACTGCAGTATTTTGGGTCAACGCACACACTCGCGAGAGCATAGTAC
AGTCGTTGGCTTCGGTACATTTACCGCAATCTACGGACGCCCTCACGAGT
GATCACCCAACCCACGATGAGGAATTGGAAGGAAATGCCATGGATGTTAT
TTCATGGCTGAGCCTGAGGGGAAATACAAAGTGGCTTCTGGTGTTTGACG
GAATGGCTCTTGACTCAGCCGAGGTCCAGAAGTTCTTCCCGAAGTCAGAC
CAGGGTTCAATTCTTCTCACGACACAGTTTGCTAATACTCAAGAATATGG
GCACCCATACCGCCTTTCAACGCTTAACTTTGATGATTCACTGAAGCTCC
TAACGCGCAAAACGGGCCTTCCAATTAGCGATAATATACCATCAGATGAC
TAGCATTCGCAAGTCACACGATGACTATACCCTTGGCTGGCTCACTGCTC
TCTCACTTGAAAGGAGCGCGGCAGAAGCCGTGCTGGACAAAAGACATCAC
TCATTAGGAGGTAGTCCCGGGGATGAAAACACATATACGTTAGGTGAGAT
TCAGGGTCACAATGTAGCAATAACTTGTCTCCCGTCCGGGCAGTATGGGA
TCGCCGCGGCCGCAAACGCGGCATCACGGATGAGGATCTCCTTTCCTAAT
ATCCAGTACGGGCTCTTGGTAGGAATTGCTGGCGGTGTACCCGACTCCCC
TCATGCTGACATCCGACTTGGGGATATCGTCATCGGGCAGCCCACCAGTA
CTCATCCGGCAGTGGTGCAATACGACTTTGGCAAAAGTGTTGATGGTGTT
TTTCAACGCATAGGCAGGTTGGATCCACCTTCATCAGTGCTACTGTCTGC
ACTTTCCAAATTGCAGGCAAACTACACGAACAAGAGGTCCAAAGTTGCTG
AATTTCTCCAGAAATTGGGGGATTGCAATGAACTGTTCCGTCATCCTGGC
CAGGACCAGGACCGTCTTTTCAAACCGTTATACAGCCACAAGGGAGGTGC
AAGGACTTGTGCGAACTGCGATCAGATACAAGTGATCGAACGCTCAAAAC
GGCCCTCGACTGAGCCTATTGTTCATTATGATATTTATGACCTCCTCAAT
CGATTAGACGGACATCCTCTAGCTATCACCTTAGCAGGATCTTTTATAAA
TGAGACAGGTGCCACCGTGTCAGATTGCTTGCAGCAATACTCAAGCCTGT
GGCACAAACATGAACCACAAATCCCAGAATATAACCTACCTTCCAGCCGT
AACATAAGCACAGCATGGATGCTTCCTTTTGAGGAGATCAAGAAGAGTCG
TCCAATCGTCTTCAAAATGCTGCTTTTGCTTTCCTGTTTTGACCAACGGG
ACATTTGGCCCGAACTCATCAAAACTGGCCTTCAAGTAAGGAATTCGCCT
TTGTGGTATACCAGCGTTGCCTCCAGCTATGACGAATTTTATCAAGTAAT
GGGTTATCTTCTTCGCCTTGGCTTACTGGATAGAAGGCCATCCCAAAATA
GTTACTTCATGCATCCGGTGGTGCAGAACTGGTGTCAAGGATATCTCGCT
CACTACGACAAACACGAGCTTGTATCTATTGCTTTGAGTTCGATTGGTCT
CTGTGTTCCTGAAAAAGATGATTCAGAAGCTTGGAAATGGCAGAAGCGTA
TTATACCCCATGCTAACCGTATATACCAATTGTCGCAAGGTGATCTGGCT
ATGGAGCCATGTGTCGGGTTAGCAGATGCCAGCAGAAGACTTGGAGACTT
GTTCTTGCAATACGGCAAGCTGCAGGAAGCAGAGGTCATGTATAAAACAG
CACACGACTGGTATCAGCAGCTGGACCCTCTAAGCCGAGAGCTCCTTATA
GCCCTTGATAGCCTGGGGCTCGTCTATCGAAACCAGTCCAAATACAAGGA
GGCGGAAGAGATCCACGAAAAGGTGTTGGCAGACAAACAAATCAGGGTAG
GCCCAGAAGACCCGTCTACATTGGATACCACTTATCATCTCGCCGAACTA
TACTCGAGCCAAGGAATGCTAGAAAAGGCAAAGCAGATGTATGAAAGAGT
GCTAAGTGGAAGGAGAAGCATGCTGGGCCAAAGCCATCCATCAACTCTGA
GCACGATGGATAAACTAGGAACAGTCTATCTAGGCTTAGGAGAACTGAAC
GATGCTATGGACTATTGTCAGCGAGCTTATCAAGGTTACCGAAAGCACCG
TCTAATAACCGCGATGATGAATATCACCAACAATATCGGCCTCATCTACT
TGAAGCAGGGGCGTTTTGTAGACGCCGCAGCGTACCACACTCAAGTTGTG
AAGGAACTTGAGGCAATCCTAGGAGAGAACCACCCCTCTGTATTCAATGC
CATGGAGAATCTGGGTCTTCTCTATACCAAACAGGGCAAATTCGACGAAG
CCAAGAAACATCTCTTCGAAGCTTTATCCCACAGGAAGCGCGTGCTCGGC
GCAGAGCACCCTTCGATCATAACTACCAAGGACAATATAGCACGTCTGTA
TGTCTCACAGGGCAAGACTGATGATGCTGAGAGAGAATACAAAGAAGCTC
TGGAGCTAGCAAACAGGATGCTTAGTTCGAATCATATAAGCACCTTACGG
CTACTCAACAACCTGGGTAACTTGTACTATTCGCAAGGAATGTTTCGGGA
AGCCGAGAACAACTATCTTCAGGCCATGGCTGGCTATGAGGCGGTTGTAG
TCCCCACTCACACCTCTAGGTTATCTGTCATGGTCAATCTCGGCAATATC
TACAAGTTACAAGATAAGAGAGACGAGGCTGGACAGATGTATAGAGGAGC
CCTTGATGGCTACAAAGACGCGGTGGGTGAGAGCCATCCGACCACGCTGA
AAGTTGAGAACAACCTCGGACTGCTCTACTTCGACCAGGGGAACTTTCAA
GCGTCGGAGGATACGCTCTTTCAATGCAAGAAAAAGAAGGAAAAGTTGTT
CGGCTCTGACCATCCTTCTACCCTGGATGCAATTGACAACCTGGGTTTCC
TACGATATTGTCAAGGCCGGTTCATAGAGGCAGACAAGCTGATGGAACAG
TCCTTAACTGGATGGAAGAAGATAGGTCACCGCCAGCACATTCTCGCGAC
ACAAATCAACCGAGGAATGGTTTGTATTGGCCTGGGCAGATTCGACGAAG
CAGAAGAGATCCTTAAACAAAGTCAAGTTCAAGCCCAGGAGCTCCTCGAT
CCAGACTATCCGTTCATCGCCGAAGTCACTCACAATCTTGGTGTATTATC
CTTGGAGCGGGGTGCAATTCACGAGGCGAAAAAGCAACTCCAATATGCCC
TCGACAAACGAGGAAAGATATTCGGCGCAAACCACACGTCTACCCTAGAG
ACATCCCTCAGTCTCGCCAACTGTCTCCGCACTGCCGGCGACCTAAGCCA
AGCGAAAGCAAGATATATTGAAATAACCCAATCATTAAAAGCAAACGTCG
GCCCTAACCACCCATCAACACTCCAAGCGCAATGCCACGTCGTGGCCCTC
CTCTTAGACGAAGACAGCGCGACCAGCATAACCCAGGCCGAGACCATAAT
AACCCCCACCTTAAACGGCTTACAGTCAACCTTCGGATGGGATCATCTCT
TCACCGCACGAGCCATAGTCCAAATGGCCAGACTACAGACCAAAAAGGGT
CGCTTGAGAGAAGCCAAAAAGCTCTACTCGAAAGCGTATCAGAGCTTCGA
GAGCACGCTGGGAAAAGATCACCGGGAAACTGTGTCGGCGGGAAAGATGT
TGCACACTGCGAGCTCGCAAGTCAGTCAGATGTATCGGCGATTGATCCTG
GTTGCATCGGTTCCTCTCTTGGTTGGGATTTGCGCGAGACTGGCAAAGGG
GTTTCTGAATCGGTCAACGTTTGTCGATGGGTTGTTGCGTAGGGTGTTTG
CTTTGATGCGTATTCGGAAACAGAGGGAGAGACGGTGAAAAACCGCTTTA
CGCTCACTATGAACCTGAGCGGTGTACCTGCCATTTGCAATTTCGTTGGG
AGAAATGCTGACTTGGAGAAGCTGGCAAGGCTGCTGCTGCCGAATGCGTC
AACCTCGCAAAAGATTGTCACACTTCACGGATTGAGTGGTATCGGCAAGA
CCCAGTTAGCTCTTCGATTCATTCAATGTCACAAGGAGGATTTCACTGCA
GTATTTTGGGTCAACGCACACACTCGCGAGAGCATAGTACAGTCGTTGGC
TTCGGTACATTTACCGCAATCTACGGACGCCCTCACGAGTGATCACCCAA
CCCACGATGAGGAATTGGAAGGAAATGCCATGGATGTTATTTCATGGCTG
AGCCTGAGGGGAAATACAAAGTGGCTTCTGGTGTTTGACGGAATGGCTCT
TGACTCAGCCGAGGTCCAGAAGTTCTTCCCGAAGTCAGACCAGGGTTCAA
TTCTTCTCACGACACAGTTTGCTAATACTCAAGAATATGGGCACCCATAC
CGCCTTTCAACGCTTAACTTTGATGATTCACTGAAGCTCCTAACGCGCAA
AACGGGCCTTCCAATTAGCGATAATATACCATCAGATGACTAGCATTCGC
AAGTCACACGATGACTATACCCTTGGCTGGCTCACTGCTCTCTCACTTGA
AAGGAGCGCGGCAGAAGCCGTGCTGGACAAAAGACATCACTCATTAGGAG
GTAGTCCCGGGGATGAAAACACATATACGTTAGGTGAGATTCAGGGTCAC
AATGTAGCAATAACTTGTCTCCCGTCCGGGCAGTATGGGATCGCCGCGGC
CGCAAACGCGGCATCACGGATGAGGATCTCCTTTCCTAATATCCAGTACG
GGCTCTTGGTAGGAATTGCTGGCGGTGTACCCGACTCCCCTCATGCTGAC
ATCCGACTTGGGGATATCGTCATCGGGCAGCCCACCAGTACTCATCCGGC
AGTGGTGCAATACGACTTTGGCAAAAGTGTTGATGGTGTTTTTCAACGCA
TAGGCAGGTTGGATCCACCTTCATCAGTGCTACTGTCTGCACTTTCCAAA
TTGCAGGCAAACTACACGAACAAGAGGTCCAAAGTTGCTGAATTTCTCCA
GAAATTGGGGGATTGCAATGAACTGTTCCGTCATCCTGGCCAGGACCAGG
ACCGTCTTTTCAAACCGTTATACAGCCACAAGGGAGGTGCAAGGACTTGT
GCGAACTGCGATCAGATACAAGTGATCGAACGCTCAAAACGGCCCTCGAC
TGAGCCTATTGTTCATTATG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005871kinesin complex
Vocabulary: Biological Process
TermDefinition
GO:0009116nucleoside metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0043531ADP binding
GO:0003824catalytic activity
GO:0005515protein binding
GO:0003777microtubule motor activity
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_28665CAN33_28665Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_28665-T1CAN33_28665-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_28665-T1.cdsCAN33_28665-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_28665-T1.exon3CAN33_28665-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_28665-T1.exon2CAN33_28665-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_28665-T1.exon1CAN33_28665-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR013026
DBxrefInterPro:IPR041617
DBxrefInterPro:IPR002182
DBxrefInterPro:IPR011990
DBxrefInterPro:IPR035994
DBxrefInterPro:IPR019734
DBxrefInterPro:IPR002151
DBxrefPFAM:PF17874
DBxrefPFAM:PF13181
DBxrefPFAM:PF13176
DBxrefPFAM:PF13174
DBxrefPFAM:PF07721
DBxrefPFAM:PF13424
DBxrefPFAM:PF13374
DBxrefPFAM:PF00931
ProductTetratricopeptide repeat 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
NKJJ01000008.1supercontigNKJJ01000008.1:295795..300311 -
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