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KYF_010951-T1, KYF_010951-T1 (mRNA) Aspergillus niger KYF3

Overview
NameKYF_010951-T1
Unique NameKYF_010951-T1
TypemRNA
OrganismAspergillus niger KYF3
Sequences
The following sequences are available for this feature:

mRNA from alignment at ch8:2803514..2807870-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>KYF_010951-T1 ID=KYF_010951-T1|Name=KYF_010951-T1|organism=Aspergillus niger KYF3|type=mRNA|length=4357bp|location=Sequence derived from alignment at ch8:2803514..2807870- (Aspergillus niger KYF3)
ATGTCGGATTCCAGATCGGATGGTCATGATGCTAGGCAGTCAGGGACGAC
TCCCCTGCGACGGGAGCGGGCCCCAACCATCACCATCGATACGTCGGCTG
TAACGTCCCCAACCGACCACCAAGAACCTCCACAGCAGATACTTCCTACC
CCGTCCCATCCCTCTTTGCAAGTGTCTACCGAAAATGTTGATGCGCATGA
TATGAGCGCGCTCCTGAGCAGTGGGGGTGTCTCGCCGTCGTCAGTCCGCT
CATTTGCGTCGTCTGAGAACCGGGACTACGAGAGTCGTCCTACATCTCCG
CACAATATCTCGTCTCCCGCCTCGAAAATGACTGAGAACATGTCGAATTC
GAATTACCTGGCTGTCCCCGGCACTAGGTCTCGCGGCAACTCGTTGGAAT
CTGAGGACTCGAATAATTCGTCGACCAGCTCGTACGGAGGAGATACATAT
GTTCCCACAGCATCCCACGGCTCGCGCACCGATTTGACGCAGAACACGAT
AATCTCCGATGAGGATGCCCTTAAGCCGGATCCGGGGCGAGAGGCCGAGT
TTGAGGTGGAAGACAACAAATTTGCATTCGCGCCTGGCCATTTGAACAAG
CTGTTGAACCCTAAGAGCTTGGGGGCATTCCATGCTTTGGGTGGGTTGCG
TGGAATCGAAAAAGGACTTCGAACCGACACGCGCAGTGGCTTGAGTTTGG
ATGAGGGAGACCTGGATGGTACTGTAAGCTTCGAGGATGCAACCAACACG
CAAACGTCCGAATCGCTGCCAAAGACCGCTTCCTCAACGCCACCGAGCCC
TCCCAGAACCGACACGGGCTCGTCGAAACATGTCGAAAATGCCTTTGGGG
ATCGAAGCCGCGTCTATGGGAGGAACAAGCTTCCTGAAAGGAAGGCTAAG
AGTTTCCTGGAGCTGGCTTGGATTGCCTACAACGACAAGGTTCTGATTCT
GCTTACGATAGCTGCGATCATATCTCTCGCCCTTGGAATCTATCAGTCTG
TGACGGCAACCGGAAAGGAAGCACGCGTGCAATGGGTAGAAGGCGTGGCT
ATCATTGTCGCCATTCTAATCGTGGTCGTTGTGGGTGCTGCTAATGACTG
GCAAAAGGAACGCCAATTCGTCAAGTTGAATAAGAAGAAAGATGATCGAC
TTGTGAAAGTAGTCCGTTCCGGGAAAACTGCAGAGATCTCTATTCACGAC
ATTCTCGTGGGTGACGTTATGCATCTTGAACCCGGTGATCTCATTCCAGT
TGACGGTATCTTTATTACTGGCCACAATGTCAAATGCGACGAATCCTCTG
CGACCGGCGAGTCGGACGTCTTACGCAAGACCCCTGCTCACGATGTCTAT
CGGGCAATCGAGCAACACGAAAACATCTCGAAGCAGGACCCATTCATTGT
GTCCGGTGCCAAAGTTTCTGAAGGTGTAGGGACGTTCTTGGTCACAGCAG
TCGGTGTTAATTCAACATACGGGAAGACCATGATGTCTCTTCAAGATGAA
GGGCAGACGACCCCGCTGCAATCGAAGCTGAACGTACTCGCAGAGTACAT
TGCGAAGCTCGGTCTTGCTTCTGGATTACTCCTGTTCGTCGTGCTTTTCA
TCAAGTTCCTTGCTCAGTTGAAAGATATGGGCGGCGCATCCGAGAAAGGA
CAAGCTTTCCTACAGATCTTCATTGTTGCTGTGACCGTCATTGTTGTCGC
TGTCCCAGAAGGTCTTCCTCTGGCTGTCACCCTGGCGCTCGCCTTTGCAA
CGACCCGGATGCTCAAGGACAATAACCTCGTACGGCTGCTAAGAGCCTGT
GAAACTATGGGAAATGCCACGACTATCTGCTCCGACAAAACAGGTACCCT
GACGGAGAACAAAATGACTGCCGTCGCAGCTACTCTGGGAAAGAATCTAA
GATTTGGAGACAAATCCACGGAAACCTCCAGTCGTCCAGATGGCGACCGG
GGTCGTGATCCTGCGACTACTCTTTCTCCCTCCGAGTTCGCATCCAGCCT
TTCCGCTCCGGCCAAAGACCTTTTGATCAAGTCGATTGTATTGAACTCCA
CGGCATTCGAAGGGGAGCAAGACGGTGTAATGACTTTTATCGGATCGAAG
ACGGAGACTGCTCTCCTGGGATTCGCGCGTACATATCTCGGCCTAGGGTC
GCTTAGCGAGGCGCGGGACAATGCAAATCTTGCCCAGATGGTGCCATTCG
ACTCAGGACGCAAGTGTATGGCAGTGGTCGTCAAGATGGAAAATGGTAAA
TACAGAATGCTGGTCAAAGGTGCATCCGAGATCCTGGTGGCGAGATCCAC
TCGAATTGTTCACAACGCTACGCAGGACTTGGCAGAAGGGCCTATGTCGG
ATCAGGACCGGTCTAACCTGGACAATTTGATCAACCGTTATGCATCTCGT
TCGTTGCGAACTATTGGTCTGGTGTACCGGGACTTCGATCAATGGCCACC
CCGCGGAGCACCCACGCAGGAGGAGGACCGTTCGCTCGCTGTTTTCGATG
CAGTTTTCAAGGATATGATCTTGCTAGGCGTCTTCGGTATCCAAGATCCC
TTGCGACCGGGTGTGACCGAGTCTGTCCACCAGTGTCAGCGCGCAGGTGT
CTTTGTGCGTATGGTGACTGGCGATAACATCATGACTGCTAAAGCTATCG
CCCAAGAATGTGGCATCTTCACCCCTGGAGGTATTGCCATTGAGGGCCCC
AAGTTCCGTCAGCTGAGCAGCCGCCAAATGACGCAGATCATCCCGCGGCT
ACAGGTTTTGGCCAGGTCAAGCCCCGACGACAAGAAGATCCTGGTTAATC
AACTCAAAAAGCTGGGTGAAACGGTGGCTGTGACAGGCGACGGTACAAAT
GATGCACAAGCTCTCAAGACGGCCGATGTTGGCTTTTCCATGGGAATCTC
TGGCACTGAAGTTGCTAAAGAAGCATCCGATATCATCCTCATGGACGACA
ACTTCACCTCGATTATTAAGGCTATGGCTTGGGGTAGGACAGTCAACGAT
GCTGTCAAGAAATTCCTTCAGGTATGGCTTCCTTATATGTTCCTGTGTTT
CGCAAGCAAAACTAACCGAGCTGTAGTTCCAACTTACTGTCAACGTTACT
GCCGTGGTCCTCACTTTCGTTTCCGCAGTAGCAAGTGGAGATGAGGAATC
TGTCCTGACAGCAGTTCAGCTTCTTTGGGTCAACCTTATCATGGACACCT
TTGCGGCCCTTGCCTTGGCTACGGATCCTCCCTCGCCTCATGTTCTCGAC
CGTCGACCTGACCCTAAATCGGCGCCCCTGATCAATCTGACTATGTGGAA
GATGATTATCGGACAAAGCATCTACCAGTTAGTCGTCACGCTGGTTCTGA
ACTTCGCAGGGAAATCGATCTTTCACTACAAAACGGCAGACGACCTCGAT
CGGCTTGAGACCATGGTGTTCAATACGTTTGTGTGGATGCAGATCTTCAA
CCAGTGGAATTGTCGCAGACTCGATAACAACTTCAATATCTTTGAGGGCA
TGTGGCGAAACTTCTGGTTCATGGGGATTCAGTTGATCATCATTGGAGGT
CAAATTCTCATCATCTTCGTTGGTGGACAGGCTTTCTCTGTCAAGCGACT
CGATGGAGCTCAGTGGGGTGTTTCACTGGTTCTGGGCGTGATCTCTCTGC
CGGTAGGCGTGATCATTCGTTTGATACCTGATGAGTTTATTAGCAGACTC
ATTCCTCGGTTCTGGCAGCGCAAGAAGGGCCCCGAACTTCTGGTGTCCGA
CGAGGACCGGCGGTTTGAGTGGAACCCTGCGCTCGAGGAGATCCGTGATC
AGTTGAAGTTCCTCAAGACGGTCCGCGGAGGTCGGCTGAGGCACCTCAAG
CACAAGTTGCAACATCCAGAAGAACTCCTCCCAAGATCACGAAGCGGGTC
ACGGTCCAGAGAAAACTCGATTCCCGGTACTCCTGTTGGCGAACACAGCG
ACAGTACCCCGACGCAGCCACCGACTCCTGATTCGCGGTCTAGACGTCGC
ACTCGGTCCCGCTCGAATTCAGCATTCGGGCCTGCTGCTGCTATGGCCGG
TGTGGTTGCGGGTAGTATTGCAGGCTGGTCTCCAATCGAGCGGGCACCAG
GCGACGGAGAAGCTTTCAAGGTTCAGACGGACAGCCCTCATGGGGGTCTG
GATAAGCAGAAGGGCATTGAAATCCACCCCGATACTGCCGCTGATGACCG
TATTCTGGGCGATTACCAGACCACTTCAAAGACTCCTCCCAGCCAAAACC
CAGGGCTCCTCCCGTTCTTTGAATACGCACCGCCTGAGCGTGCTCCCTCC
CATCGGAGCCAGAGATCCACTTCTCGCTTGTCGCGATCCAGCCAAAGCCA
GGCGTGA
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Coding sequence (CDS) from alignment at ch8:2803514..2807870-

>KYF_010951-T1 ID=KYF_010951-T1|Name=KYF_010951-T1|organism=Aspergillus niger KYF3|type=CDS|length=8604bp|location=Sequence derived from alignment at ch8:2803514..2807870- (Aspergillus niger KYF3)
TTCCAACTTACTGTCAACGTTACTGCCGTGGTCCTCACTTTCGTTTCCGC
AGTAGCAAGTGGAGATGAGGAATCTGTCCTGACAGCAGTTCAGCTTCTTT
GGGTCAACCTTATCATGGACACCTTTGCGGCCCTTGCCTTGGCTACGGAT
CCTCCCTCGCCTCATGTTCTCGACCGTCGACCTGACCCTAAATCGGCGCC
CCTGATCAATCTGACTATGTGGAAGATGATTATCGGACAAAGCATCTACC
AGTTAGTCGTCACGCTGGTTCTGAACTTCGCAGGGAAATCGATCTTTCAC
TACAAAACGGCAGACGACCTCGATCGGCTTGAGACCATGGTGTTCAATAC
GTTTGTGTGGATGCAGATCTTCAACCAGTGGAATTGTCGCAGACTCGATA
ACAACTTCAATATCTTTGAGGGCATGTGGCGAAACTTCTGGTTCATGGGG
ATTCAGTTGATCATCATTGGAGGTCAAATTCTCATCATCTTCGTTGGTGG
ACAGGCTTTCTCTGTCAAGCGACTCGATGGAGCTCAGTGGGGTGTTTCAC
TGGTTCTGGGCGTGATCTCTCTGCCGGTAGGCGTGATCATTCGTTTGATA
CCTGATGAGTTTATTAGCAGACTCATTCCTCGGTTCTGGCAGCGCAAGAA
GGGCCCCGAACTTCTGGTGTCCGACGAGGACCGGCGGTTTGAGTGGAACC
CTGCGCTCGAGGAGATCCGTGATCAGTTGAAGTTCCTCAAGACGGTCCGC
GGAGGTCGGCTGAGGCACCTCAAGCACAAGTTGCAACATCCAGAAGAACT
CCTCCCAAGATCACGAAGCGGGTCACGGTCCAGAGAAAACTCGATTCCCG
GTACTCCTGTTGGCGAACACAGCGACAGTACCCCGACGCAGCCACCGACT
CCTGATTCGCGGTCTAGACGTCGCACTCGGTCCCGCTCGAATTCAGCATT
CGGGCCTGCTGCTGCTATGGCCGGTGTGGTTGCGGGTAGTATTGCAGGCT
GGTCTCCAATCGAGCGGGCACCAGGCGACGGAGAAGCTTTCAAGGTTCAG
ACGGACAGCCCTCATGGGGGTCTGGATAAGCAGAAGGGCATTGAAATCCA
CCCCGATACTGCCGCTGATGACCGTATTCTGGGCGATTACCAGACCACTT
CAAAGACTCCTCCCAGCCAAAACCCAGGGCTCCTCCCGTTCTTTGAATAC
GCACCGCCTGAGCGTGCTCCCTCCCATCGGAGCCAGAGATCCACTTCTCG
CTTGTCGCGATCCAGCCAAAGCCAGGCGTGAATGTCGGATTCCAGATCGG
ATGGTCATGATGCTAGGCAGTCAGGGACGACTCCCCTGCGACGGGAGCGG
GCCCCAACCATCACCATCGATACGTCGGCTGTAACGTCCCCAACCGACCA
CCAAGAACCTCCACAGCAGATACTTCCTACCCCGTCCCATCCCTCTTTGC
AAGTGTCTACCGAAAATGTTGATGCGCATGATATGAGCGCGCTCCTGAGC
AGTGGGGGTGTCTCGCCGTCGTCAGTCCGCTCATTTGCGTCGTCTGAGAA
CCGGGACTACGAGAGTCGTCCTACATCTCCGCACAATATCTCGTCTCCCG
CCTCGAAAATGACTGAGAACATGTCGAATTCGAATTACCTGGCTGTCCCC
GGCACTAGGTCTCGCGGCAACTCGTTGGAATCTGAGGACTCGAATAATTC
GTCGACCAGCTCGTACGGAGGAGATACATATGTTCCCACAGCATCCCACG
GCTCGCGCACCGATTTGACGCAGAACACGATAATCTCCGATGAGGATGCC
CTTAAGCCGGATCCGGGGCGAGAGGCCGAGTTTGAGGTGGAAGACAACAA
ATTTGCATTCGCGCCTGGCCATTTGAACAAGCTGTTGAACCCTAAGAGCT
TGGGGGCATTCCATGCTTTGGGTGGGTTGCGTGGAATCGAAAAAGGACTT
CGAACCGACACGCGCAGTGGCTTGAGTTTGGATGAGGGAGACCTGGATGG
TACTGTAAGCTTCGAGGATGCAACCAACACGCAAACGTCCGAATCGCTGC
CAAAGACCGCTTCCTCAACGCCACCGAGCCCTCCCAGAACCGACACGGGC
TCGTCGAAACATGTCGAAAATGCCTTTGGGGATCGAAGCCGCGTCTATGG
GAGGAACAAGCTTCCTGAAAGGAAGGCTAAGAGTTTCCTGGAGCTGGCTT
GGATTGCCTACAACGACAAGGTTCTGATTCTGCTTACGATAGCTGCGATC
ATATCTCTCGCCCTTGGAATCTATCAGTCTGTGACGGCAACCGGAAAGGA
AGCACGCGTGCAATGGGTAGAAGGCGTGGCTATCATTGTCGCCATTCTAA
TCGTGGTCGTTGTGGGTGCTGCTAATGACTGGCAAAAGGAACGCCAATTC
GTCAAGTTGAATAAGAAGAAAGATGATCGACTTGTGAAAGTAGTCCGTTC
CGGGAAAACTGCAGAGATCTCTATTCACGACATTCTCGTGGGTGACGTTA
TGCATCTTGAACCCGGTGATCTCATTCCAGTTGACGGTATCTTTATTACT
GGCCACAATGTCAAATGCGACGAATCCTCTGCGACCGGCGAGTCGGACGT
CTTACGCAAGACCCCTGCTCACGATGTCTATCGGGCAATCGAGCAACACG
AAAACATCTCGAAGCAGGACCCATTCATTGTGTCCGGTGCCAAAGTTTCT
GAAGGTGTAGGGACGTTCTTGGTCACAGCAGTCGGTGTTAATTCAACATA
CGGGAAGACCATGATGTCTCTTCAAGATGAAGGGCAGACGACCCCGCTGC
AATCGAAGCTGAACGTACTCGCAGAGTACATTGCGAAGCTCGGTCTTGCT
TCTGGATTACTCCTGTTCGTCGTGCTTTTCATCAAGTTCCTTGCTCAGTT
GAAAGATATGGGCGGCGCATCCGAGAAAGGACAAGCTTTCCTACAGATCT
TCATTGTTGCTGTGACCGTCATTGTTGTCGCTGTCCCAGAAGGTCTTCCT
CTGGCTGTCACCCTGGCGCTCGCCTTTGCAACGACCCGGATGCTCAAGGA
CAATAACCTCGTACGGCTGCTAAGAGCCTGTGAAACTATGGGAAATGCCA
CGACTATCTGCTCCGACAAAACAGGTACCCTGACGGAGAACAAAATGACT
GCCGTCGCAGCTACTCTGGGAAAGAATCTAAGATTTGGAGACAAATCCAC
GGAAACCTCCAGTCGTCCAGATGGCGACCGGGGTCGTGATCCTGCGACTA
CTCTTTCTCCCTCCGAGTTCGCATCCAGCCTTTCCGCTCCGGCCAAAGAC
CTTTTGATCAAGTCGATTGTATTGAACTCCACGGCATTCGAAGGGGAGCA
AGACGGTGTAATGACTTTTATCGGATCGAAGACGGAGACTGCTCTCCTGG
GATTCGCGCGTACATATCTCGGCCTAGGGTCGCTTAGCGAGGCGCGGGAC
AATGCAAATCTTGCCCAGATGGTGCCATTCGACTCAGGACGCAAGTGTAT
GGCAGTGGTCGTCAAGATGGAAAATGGTAAATACAGAATGCTGGTCAAAG
GTGCATCCGAGATCCTGGTGGCGAGATCCACTCGAATTGTTCACAACGCT
ACGCAGGACTTGGCAGAAGGGCCTATGTCGGATCAGGACCGGTCTAACCT
GGACAATTTGATCAACCGTTATGCATCTCGTTCGTTGCGAACTATTGGTC
TGGTGTACCGGGACTTCGATCAATGGCCACCCCGCGGAGCACCCACGCAG
GAGGAGGACCGTTCGCTCGCTGTTTTCGATGCAGTTTTCAAGGATATGAT
CTTGCTAGGCGTCTTCGGTATCCAAGATCCCTTGCGACCGGGTGTGACCG
AGTCTGTCCACCAGTGTCAGCGCGCAGGTGTCTTTGTGCGTATGGTGACT
GGCGATAACATCATGACTGCTAAAGCTATCGCCCAAGAATGTGGCATCTT
CACCCCTGGAGGTATTGCCATTGAGGGCCCCAAGTTCCGTCAGCTGAGCA
GCCGCCAAATGACGCAGATCATCCCGCGGCTACAGGTTTTGGCCAGGTCA
AGCCCCGACGACAAGAAGATCCTGGTTAATCAACTCAAAAAGCTGGGTGA
AACGGTGGCTGTGACAGGCGACGGTACAAATGATGCACAAGCTCTCAAGA
CGGCCGATGTTGGCTTTTCCATGGGAATCTCTGGCACTGAAGTTGCTAAA
GAAGCATCCGATATCATCCTCATGGACGACAACTTCACCTCGATTATTAA
GGCTATGGCTTGGGGTAGGACAGTCAACGATGCTGTCAAGAAATTCCTTC
AGTTCCAACTTACTGTCAACGTTACTGCCGTGGTCCTCACTTTCGTTTCC
GCAGTAGCAAGTGGAGATGAGGAATCTGTCCTGACAGCAGTTCAGCTTCT
TTGGGTCAACCTTATCATGGACACCTTTGCGGCCCTTGCCTTGGCTACGG
ATCCTCCCTCGCCTCATGTTCTCGACCGTCGACCTGACCCTAAATCGGCG
CCCCTGATCAATCTGACTATGTGGAAGATGATTATCGGACAAAGCATCTA
CCAGTTAGTCGTCACGCTGGTTCTGAACTTCGCAGGGAAATCGATCTTTC
ACTACAAAACGGCAGACGACCTCGATCGGCTTGAGACCATGGTGTTCAAT
ACGTTTGTGTGGATGCAGATCTTCAACCAGTGGAATTGTCGCAGACTCGA
TAACAACTTCAATATCTTTGAGGGCATGTGGCGAAACTTCTGGTTCATGG
GGATTCAGTTGATCATCATTGGAGGTCAAATTCTCATCATCTTCGTTGGT
GGACAGGCTTTCTCTGTCAAGCGACTCGATGGAGCTCAGTGGGGTGTTTC
ACTGGTTCTGGGCGTGATCTCTCTGCCGGTAGGCGTGATCATTCGTTTGA
TACCTGATGAGTTTATTAGCAGACTCATTCCTCGGTTCTGGCAGCGCAAG
AAGGGCCCCGAACTTCTGGTGTCCGACGAGGACCGGCGGTTTGAGTGGAA
CCCTGCGCTCGAGGAGATCCGTGATCAGTTGAAGTTCCTCAAGACGGTCC
GCGGAGGTCGGCTGAGGCACCTCAAGCACAAGTTGCAACATCCAGAAGAA
CTCCTCCCAAGATCACGAAGCGGGTCACGGTCCAGAGAAAACTCGATTCC
CGGTACTCCTGTTGGCGAACACAGCGACAGTACCCCGACGCAGCCACCGA
CTCCTGATTCGCGGTCTAGACGTCGCACTCGGTCCCGCTCGAATTCAGCA
TTCGGGCCTGCTGCTGCTATGGCCGGTGTGGTTGCGGGTAGTATTGCAGG
CTGGTCTCCAATCGAGCGGGCACCAGGCGACGGAGAAGCTTTCAAGGTTC
AGACGGACAGCCCTCATGGGGGTCTGGATAAGCAGAAGGGCATTGAAATC
CACCCCGATACTGCCGCTGATGACCGTATTCTGGGCGATTACCAGACCAC
TTCAAAGACTCCTCCCAGCCAAAACCCAGGGCTCCTCCCGTTCTTTGAAT
ACGCACCGCCTGAGCGTGCTCCCTCCCATCGGAGCCAGAGATCCACTTCT
CGCTTGTCGCGATCCAGCCAAAGCCAGGCGTGAATGTCGGATTCCAGATC
GGATGGTCATGATGCTAGGCAGTCAGGGACGACTCCCCTGCGACGGGAGC
GGGCCCCAACCATCACCATCGATACGTCGGCTGTAACGTCCCCAACCGAC
CACCAAGAACCTCCACAGCAGATACTTCCTACCCCGTCCCATCCCTCTTT
GCAAGTGTCTACCGAAAATGTTGATGCGCATGATATGAGCGCGCTCCTGA
GCAGTGGGGGTGTCTCGCCGTCGTCAGTCCGCTCATTTGCGTCGTCTGAG
AACCGGGACTACGAGAGTCGTCCTACATCTCCGCACAATATCTCGTCTCC
CGCCTCGAAAATGACTGAGAACATGTCGAATTCGAATTACCTGGCTGTCC
CCGGCACTAGGTCTCGCGGCAACTCGTTGGAATCTGAGGACTCGAATAAT
TCGTCGACCAGCTCGTACGGAGGAGATACATATGTTCCCACAGCATCCCA
CGGCTCGCGCACCGATTTGACGCAGAACACGATAATCTCCGATGAGGATG
CCCTTAAGCCGGATCCGGGGCGAGAGGCCGAGTTTGAGGTGGAAGACAAC
AAATTTGCATTCGCGCCTGGCCATTTGAACAAGCTGTTGAACCCTAAGAG
CTTGGGGGCATTCCATGCTTTGGGTGGGTTGCGTGGAATCGAAAAAGGAC
TTCGAACCGACACGCGCAGTGGCTTGAGTTTGGATGAGGGAGACCTGGAT
GGTACTGTAAGCTTCGAGGATGCAACCAACACGCAAACGTCCGAATCGCT
GCCAAAGACCGCTTCCTCAACGCCACCGAGCCCTCCCAGAACCGACACGG
GCTCGTCGAAACATGTCGAAAATGCCTTTGGGGATCGAAGCCGCGTCTAT
GGGAGGAACAAGCTTCCTGAAAGGAAGGCTAAGAGTTTCCTGGAGCTGGC
TTGGATTGCCTACAACGACAAGGTTCTGATTCTGCTTACGATAGCTGCGA
TCATATCTCTCGCCCTTGGAATCTATCAGTCTGTGACGGCAACCGGAAAG
GAAGCACGCGTGCAATGGGTAGAAGGCGTGGCTATCATTGTCGCCATTCT
AATCGTGGTCGTTGTGGGTGCTGCTAATGACTGGCAAAAGGAACGCCAAT
TCGTCAAGTTGAATAAGAAGAAAGATGATCGACTTGTGAAAGTAGTCCGT
TCCGGGAAAACTGCAGAGATCTCTATTCACGACATTCTCGTGGGTGACGT
TATGCATCTTGAACCCGGTGATCTCATTCCAGTTGACGGTATCTTTATTA
CTGGCCACAATGTCAAATGCGACGAATCCTCTGCGACCGGCGAGTCGGAC
GTCTTACGCAAGACCCCTGCTCACGATGTCTATCGGGCAATCGAGCAACA
CGAAAACATCTCGAAGCAGGACCCATTCATTGTGTCCGGTGCCAAAGTTT
CTGAAGGTGTAGGGACGTTCTTGGTCACAGCAGTCGGTGTTAATTCAACA
TACGGGAAGACCATGATGTCTCTTCAAGATGAAGGGCAGACGACCCCGCT
GCAATCGAAGCTGAACGTACTCGCAGAGTACATTGCGAAGCTCGGTCTTG
CTTCTGGATTACTCCTGTTCGTCGTGCTTTTCATCAAGTTCCTTGCTCAG
TTGAAAGATATGGGCGGCGCATCCGAGAAAGGACAAGCTTTCCTACAGAT
CTTCATTGTTGCTGTGACCGTCATTGTTGTCGCTGTCCCAGAAGGTCTTC
CTCTGGCTGTCACCCTGGCGCTCGCCTTTGCAACGACCCGGATGCTCAAG
GACAATAACCTCGTACGGCTGCTAAGAGCCTGTGAAACTATGGGAAATGC
CACGACTATCTGCTCCGACAAAACAGGTACCCTGACGGAGAACAAAATGA
CTGCCGTCGCAGCTACTCTGGGAAAGAATCTAAGATTTGGAGACAAATCC
ACGGAAACCTCCAGTCGTCCAGATGGCGACCGGGGTCGTGATCCTGCGAC
TACTCTTTCTCCCTCCGAGTTCGCATCCAGCCTTTCCGCTCCGGCCAAAG
ACCTTTTGATCAAGTCGATTGTATTGAACTCCACGGCATTCGAAGGGGAG
CAAGACGGTGTAATGACTTTTATCGGATCGAAGACGGAGACTGCTCTCCT
GGGATTCGCGCGTACATATCTCGGCCTAGGGTCGCTTAGCGAGGCGCGGG
ACAATGCAAATCTTGCCCAGATGGTGCCATTCGACTCAGGACGCAAGTGT
ATGGCAGTGGTCGTCAAGATGGAAAATGGTAAATACAGAATGCTGGTCAA
AGGTGCATCCGAGATCCTGGTGGCGAGATCCACTCGAATTGTTCACAACG
CTACGCAGGACTTGGCAGAAGGGCCTATGTCGGATCAGGACCGGTCTAAC
CTGGACAATTTGATCAACCGTTATGCATCTCGTTCGTTGCGAACTATTGG
TCTGGTGTACCGGGACTTCGATCAATGGCCACCCCGCGGAGCACCCACGC
AGGAGGAGGACCGTTCGCTCGCTGTTTTCGATGCAGTTTTCAAGGATATG
ATCTTGCTAGGCGTCTTCGGTATCCAAGATCCCTTGCGACCGGGTGTGAC
CGAGTCTGTCCACCAGTGTCAGCGCGCAGGTGTCTTTGTGCGTATGGTGA
CTGGCGATAACATCATGACTGCTAAAGCTATCGCCCAAGAATGTGGCATC
TTCACCCCTGGAGGTATTGCCATTGAGGGCCCCAAGTTCCGTCAGCTGAG
CAGCCGCCAAATGACGCAGATCATCCCGCGGCTACAGGTTTTGGCCAGGT
CAAGCCCCGACGACAAGAAGATCCTGGTTAATCAACTCAAAAAGCTGGGT
GAAACGGTGGCTGTGACAGGCGACGGTACAAATGATGCACAAGCTCTCAA
GACGGCCGATGTTGGCTTTTCCATGGGAATCTCTGGCACTGAAGTTGCTA
AAGAAGCATCCGATATCATCCTCATGGACGACAACTTCACCTCGATTATT
AAGGCTATGGCTTGGGGTAGGACAGTCAACGATGCTGTCAAGAAATTCCT
TCAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0016021integral component of membrane
GO:0016020membrane
Vocabulary: Biological Process
TermDefinition
GO:0070588calcium ion transmembrane transport
Vocabulary: Molecular Function
TermDefinition
GO:0000166nucleotide binding
GO:0005388calcium transmembrane transporter activity, phosphorylative mechanism
GO:0005524ATP binding
Relationships

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

Feature NameUnique NameSpeciesType
KYF_010951KYF_010951Aspergillus niger KYF3gene


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

Feature NameUnique NameSpeciesType
KYF_010951-T1KYF_010951-T1-proteinAspergillus niger KYF3polypeptide


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

Feature NameUnique NameSpeciesType
KYF_010951-T1.cdsKYF_010951-T1.cdsAspergillus niger KYF3CDS


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

Feature NameUnique NameSpeciesType
KYF_010951-T1.exon2KYF_010951-T1.exon2Aspergillus niger KYF3exon
KYF_010951-T1.exon1KYF_010951-T1.exon1Aspergillus niger KYF3exon


Properties
Property NameValue
DBxrefInterPro:IPR008250
DBxrefInterPro:IPR023298
DBxrefInterPro:IPR036412
DBxrefInterPro:IPR018303
DBxrefInterPro:IPR004014
DBxrefInterPro:IPR023299
DBxrefInterPro:IPR023214
DBxrefInterPro:IPR001757
DBxrefInterPro:IPR006068
DBxrefInterPro:IPR006408
DBxrefPFAM:PF00702
DBxrefPFAM:PF00122
DBxrefPFAM:PF00690
DBxrefPFAM:PF00689
DBxrefPFAM:PF13246
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Whole Genome Assembly and Annotation of Aspergillus Aspergillus niger KYF32020-10-09
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ch8supercontigch8:2803514..2807870 -
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