KJC3_000880-T1, KJC3_000880-T1 (mRNA) Aspergillus niger KJC3

Overview


Name	KJC3_000880-T1
Unique Name	KJC3_000880-T1
Type	mRNA
Organism	Aspergillus niger KJC3

Sequences

The following sequences are available for this feature:

mRNA from alignment at ch1:2204195..2206862-
coding sequence from alignment at ch1:2204195..2206862-

mRNA from alignment at ch1:2204195..2206862-

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

>KJC3_000880-T1 ID=KJC3_000880-T1|Name=KJC3_000880-T1|organism=Aspergillus niger KJC3|type=mRNA|length=2668bp|location=Sequence derived from alignment at ch1:2204195..2206862- (Aspergillus niger KJC3)
CCATCCGTTACATACATTGTAGAGAATTCCCGTCATGTCTCAAGTCCAGT
CATACCGTAAAAGAGTGTCTGTCGCTTGTGATGTTTGCCGAAGGAAAAGA
ATCAAGGTAAGGGAAATCCTTAGCAGTTAATCTTAATCAAATGGTACCAA
AGCTATGAGCTTCTATGAGCTCTAACGTTCGATATTGATTTAGTGTAATG
GTGCCAAACCATCCTGTGCTGGATGCTTGGGCCAGGCTGAAAAGTGTGAG
TATCAGTATGATAAGGAGAAACGCAAGTAAGCATAATTTCGGTCATATTC
CTCGTCACTCTGTCGTTGACTCGAATCAAGGCCACCAACCAAGCAGCACA
TACAAGCACTGCAGGCTCGTATTGAATTTCTGGAGTCACAATTAGCCCAA
TATGAACACAAAGAAGGGAAGACTCTTACTACAACAACTCACCAAATGCT
AGACCGAGATGAAACATTTGGGAGTAGAGAACTTTCTGGCACCCAGCCTC
GATCCCTAGACCCGATTGACGATATCACTGATCTTCTTGGGGGCCTAAGC
ATTGGGGAAGGCGATCAGCTGCGATACTTTGGATCGCGGAGCAATCTCAG
CTTCGTAGAACGGCAGGGCACAAAACACACTACCTTTCGTCAAAACTCAC
ATCAGCCATTACAGCGTATCGATATGGATCCCCAAATCCAGGAAGAACTC
CTTGATATTTACTGGAAGTGGCAGAACCCTTGGCAGTACCTTGTTTATCA
AAAGGTGTTTCTCAGGGGTCTGGAAAACCAAATAGACGATGGATACTGTA
CCCCGTTGCTTCTTCACTCCATGATGGCTTTGGCAGCGAGATACTCTGAC
AATCCTGAAGTCCGCACTGTTCCCAATGATCCGAGTACCGCAGGTGACTG
TTTCTCCCACAAAGCCCGAGCTCTCTTATTCGAAGAGATCAAGGCTCCAC
GGGTTTCCACAGTAGTGGCCGCTGCACATATATCTCTATATGAAATGGCC
AAAGACAATGAACCAGCTGGTTGGATCTACCTCGGTATGTGTACCTCCCA
ACAAACCCTTCGTTGAAATATCTCCTTTATCTGGTAGCTCATTTCGGACG
CAGGAATTGCTATTCGGATGGCGTATAATCTGGGACTACATATTGACCCA
CATTTGTGGGTTTCTTCGGGATTCATGGCTTCTGAAGAAGCTGAGCTGCG
GTCAATCGCATGGTGGGGTTGTTATATGATTGAAAAGTAAGCGTGCAGTT
TACTCACGTGTTAACAATGCTCTAACGGACAAGGTTGTTTACTGTCGGCA
TTGGTCGACCAAGTATCATTCATGAGCGCGATATACAGGTCAATTTCCCA
TCCAATTTAGCCGATGTTGAATATGGCCAATGGAACGGAGACTCGATGCC
CTCGATAGACCGTTCACCTTTATCCTACTCTATCACTACTTTACATAATA
CATGCCGACTTTTACGCTTAGCAACACGTCCACTAGATGACATGTAAGAA
CTCTATCAGTTTATTCTTTCGACTCTTGGCCGCTTCGGTCAAATCGCTCA
TGTTCGCCTATAGATATACCCCTGAACAATTTGTTACCTCGGCCGAGAAG
AAAAGTATTATGACAAAAACAAATATAGCGTTAACATCTTTTTATAACAA
CTTACCAAGTGTTCTTCGTCTGCCACCGACTTCGTCAAGGCCGTTGCCGC
CGCATATGTATTGTTTCCAGTACGTGCCATGACCAACGTTGGGAAGTTCC
CAATACTAACTGATGCTCCTTCAGCATGCACTTTTACACTTTGGTCATCC
TTCTCCATCGACCATTCATCAACATACCCAGCAACGCCCGCCCTCCTCAG
CGCTCCATGAATGGAGCTGTCTCTACTAGCCTGGAAACATGCACAAAAGC
CGCAGAAAAGGTAACAGTTCTTTTTAGGGCTTACGCTAAATTCTTTACCT
TGGTAAGACCACCCCATTCGTCGCAATTTCGAGTTAACGTAACGAGTACT
AATATTCTTTATCACCAGAGGAAAATATCAATATCCGTAGTCGATACCGC
CCGCACCGCCGCATTCATCCATCTATTCAACAGTACCGCCAAAGACCACC
AAATTCGGGATAAATCCAGACAGCTTTTTCTCGAAACGCTCCAATATCTA
GAGCAAATGAGCATCGCCTGGGGCTGGGCAAAACGTTCAGTAAGGGCACT
TAGCATGATTGCACGGAAATGGAGGGTGCATGATATTCTGAACAACCGGG
ACTCATCGTCTGTCGAACCATCTCTTGCACATCAGCATGAACGCCAGGAC
CGTGATTCAGAGCTTGCAGGTGACTTTGATGCATGGCTACAGGACCCATT
TGACTTACAGTCGGCAGTTCAGGTCATAGACAATAACAATTCCTCGCTCG
GAGAGGGCTTCAATTTGGAGCAGGAATTATTTCATCTTCAAGACTTTTTG
TCTGTAGGTGATGATGCATATTCGTCAAGCTCTTTCTTGAACACCGATTG
GGAGCATGAACTTGGTCTCTGACGTTTGAGGGACTTCTGTCTGGATCGTC
TATGGACCTTATCAGTAATTTGAATGAAGGCATTGTGCAATGGAGTTTTC
AAAGCATAGAAGGGGGACAGTGTATTGTATTTATTACGCCATCGGAATAC
CCATCCAATTACTACTGC

Coding sequence (CDS) from alignment at ch1:2204195..2206862-

>KJC3_000880-T1 ID=KJC3_000880-T1|Name=KJC3_000880-T1|organism=Aspergillus niger KJC3|type=CDS|length=16320bp|location=Sequence derived from alignment at ch1:2204195..2206862- (Aspergillus niger KJC3)
AGGAAAATATCAATATCCGTAGTCGATACCGCCCGCACCGCCGCATTCAT
CCATCTATTCAACAGTACCGCCAAAGACCACCAAATTCGGGATAAATCCA
GACAGCTTTTTCTCGAAACGCTCCAATATCTAGAGCAAATGAGCATCGCC
TGGGGCTGGGCAAAACGTTCAGTAAGGGCACTTAGCATGATTGCACGGAA
ATGGAGGGTGCATGATATTCTGAACAACCGGGACTCATCGTCTGTCGAAC
CATCTCTTGCACATCAGCATGAACGCCAGGACCGTGATTCAGAGCTTGCA
GGTGACTTTGATGCATGGCTACAGGACCCATTTGACTTACAGTCGGCAGT
TCAGGTCATAGACAATAACAATTCCTCGCTCGGAGAGGGCTTCAATTTGG
AGCAGGAATTATTTCATCTTCAAGACTTTTTGTCTGTAGGTGATGATGCA
TATTCGTCAAGCTCTTTCTTGAACACCGATTGGGAGCATGAACTTGGTCT
CTGACATGCACTTTTACACTTTGGTCATCCTTCTCCATCGACCATTCATC
AACATACCCAGCAACGCCCGCCCTCCTCAGCGCTCCATGAATGGAGCTGT
CTCTACTAGCCTGGAAACATGCACAAAAGCCGCAGAAAAGGTAACAGTTC
TTTTTAGGGCTTACGCTAAATTCTTTACCTTGATATACCCCTGAACAATT
TGTTACCTCGGCCGAGAAGAAAAGTATTATGACAAAAACAAATATAGCGT
TAACATCTTTTTATAACAACTTACCAAGTGTTCTTCGTCTGCCACCGACT
TCGTCAAGGCCGTTGCCGCCGCATATGTATTGTTTCCAGTTGTTTACTGT
CGGCATTGGTCGACCAAGTATCATTCATGAGCGCGATATACAGGTCAATT
TCCCATCCAATTTAGCCGATGTTGAATATGGCCAATGGAACGGAGACTCG
ATGCCCTCGATAGACCGTTCACCTTTATCCTACTCTATCACTACTTTACA
TAATACATGCCGACTTTTACGCTTAGCAACACGTCCACTAGATGACATGA
ATTGCTATTCGGATGGCGTATAATCTGGGACTACATATTGACCCACATTT
GTGGGTTTCTTCGGGATTCATGGCTTCTGAAGAAGCTGAGCTGCGGTCAA
TCGCATGGTGGGGTTGTTATATGATTGAAAAGCCACCAACCAAGCAGCAC
ATACAAGCACTGCAGGCTCGTATTGAATTTCTGGAGTCACAATTAGCCCA
ATATGAACACAAAGAAGGGAAGACTCTTACTACAACAACTCACCAAATGC
TAGACCGAGATGAAACATTTGGGAGTAGAGAACTTTCTGGCACCCAGCCT
CGATCCCTAGACCCGATTGACGATATCACTGATCTTCTTGGGGGCCTAAG
CATTGGGGAAGGCGATCAGCTGCGATACTTTGGATCGCGGAGCAATCTCA
GCTTCGTAGAACGGCAGGGCACAAAACACACTACCTTTCGTCAAAACTCA
CATCAGCCATTACAGCGTATCGATATGGATCCCCAAATCCAGGAAGAACT
CCTTGATATTTACTGGAAGTGGCAGAACCCTTGGCAGTACCTTGTTTATC
AAAAGGTGTTTCTCAGGGGTCTGGAAAACCAAATAGACGATGGATACTGT
ACCCCGTTGCTTCTTCACTCCATGATGGCTTTGGCAGCGAGATACTCTGA
CAATCCTGAAGTCCGCACTGTTCCCAATGATCCGAGTACCGCAGGTGACT
GTTTCTCCCACAAAGCCCGAGCTCTCTTATTCGAAGAGATCAAGGCTCCA
CGGGTTTCCACAGTAGTGGCCGCTGCACATATATCTCTATATGAAATGGC
CAAAGACAATGAACCAGCTGGTTGGATCTACCTCGTGTAATGGTGCCAAA
CCATCCTGTGCTGGATGCTTGGGCCAGGCTGAAAAGTGTGAGTATCAGTA
TGATAAGGAGAAACGCAAATGTCTCAAGTCCAGTCATACCGTAAAAGAGT
GTCTGTCGCTTGTGATGTTTGCCGAAGGAAAAGAATCAAGAGGAAAATAT
CAATATCCGTAGTCGATACCGCCCGCACCGCCGCATTCATCCATCTATTC
AACAGTACCGCCAAAGACCACCAAATTCGGGATAAATCCAGACAGCTTTT
TCTCGAAACGCTCCAATATCTAGAGCAAATGAGCATCGCCTGGGGCTGGG
CAAAACGTTCAGTAAGGGCACTTAGCATGATTGCACGGAAATGGAGGGTG
CATGATATTCTGAACAACCGGGACTCATCGTCTGTCGAACCATCTCTTGC
ACATCAGCATGAACGCCAGGACCGTGATTCAGAGCTTGCAGGTGACTTTG
ATGCATGGCTACAGGACCCATTTGACTTACAGTCGGCAGTTCAGGTCATA
GACAATAACAATTCCTCGCTCGGAGAGGGCTTCAATTTGGAGCAGGAATT
ATTTCATCTTCAAGACTTTTTGTCTGTAGGTGATGATGCATATTCGTCAA
GCTCTTTCTTGAACACCGATTGGGAGCATGAACTTGGTCTCTGACATGCA
CTTTTACACTTTGGTCATCCTTCTCCATCGACCATTCATCAACATACCCA
GCAACGCCCGCCCTCCTCAGCGCTCCATGAATGGAGCTGTCTCTACTAGC
CTGGAAACATGCACAAAAGCCGCAGAAAAGGTAACAGTTCTTTTTAGGGC
TTACGCTAAATTCTTTACCTTGATATACCCCTGAACAATTTGTTACCTCG
GCCGAGAAGAAAAGTATTATGACAAAAACAAATATAGCGTTAACATCTTT
TTATAACAACTTACCAAGTGTTCTTCGTCTGCCACCGACTTCGTCAAGGC
CGTTGCCGCCGCATATGTATTGTTTCCAGTTGTTTACTGTCGGCATTGGT
CGACCAAGTATCATTCATGAGCGCGATATACAGGTCAATTTCCCATCCAA
TTTAGCCGATGTTGAATATGGCCAATGGAACGGAGACTCGATGCCCTCGA
TAGACCGTTCACCTTTATCCTACTCTATCACTACTTTACATAATACATGC
CGACTTTTACGCTTAGCAACACGTCCACTAGATGACATGAATTGCTATTC
GGATGGCGTATAATCTGGGACTACATATTGACCCACATTTGTGGGTTTCT
TCGGGATTCATGGCTTCTGAAGAAGCTGAGCTGCGGTCAATCGCATGGTG
GGGTTGTTATATGATTGAAAAGCCACCAACCAAGCAGCACATACAAGCAC
TGCAGGCTCGTATTGAATTTCTGGAGTCACAATTAGCCCAATATGAACAC
AAAGAAGGGAAGACTCTTACTACAACAACTCACCAAATGCTAGACCGAGA
TGAAACATTTGGGAGTAGAGAACTTTCTGGCACCCAGCCTCGATCCCTAG
ACCCGATTGACGATATCACTGATCTTCTTGGGGGCCTAAGCATTGGGGAA
GGCGATCAGCTGCGATACTTTGGATCGCGGAGCAATCTCAGCTTCGTAGA
ACGGCAGGGCACAAAACACACTACCTTTCGTCAAAACTCACATCAGCCAT
TACAGCGTATCGATATGGATCCCCAAATCCAGGAAGAACTCCTTGATATT
TACTGGAAGTGGCAGAACCCTTGGCAGTACCTTGTTTATCAAAAGGTGTT
TCTCAGGGGTCTGGAAAACCAAATAGACGATGGATACTGTACCCCGTTGC
TTCTTCACTCCATGATGGCTTTGGCAGCGAGATACTCTGACAATCCTGAA
GTCCGCACTGTTCCCAATGATCCGAGTACCGCAGGTGACTGTTTCTCCCA
CAAAGCCCGAGCTCTCTTATTCGAAGAGATCAAGGCTCCACGGGTTTCCA
CAGTAGTGGCCGCTGCACATATATCTCTATATGAAATGGCCAAAGACAAT
GAACCAGCTGGTTGGATCTACCTCGTGTAATGGTGCCAAACCATCCTGTG
CTGGATGCTTGGGCCAGGCTGAAAAGTGTGAGTATCAGTATGATAAGGAG
AAACGCAAATGTCTCAAGTCCAGTCATACCGTAAAAGAGTGTCTGTCGCT
TGTGATGTTTGCCGAAGGAAAAGAATCAAGAGGAAAATATCAATATCCGT
AGTCGATACCGCCCGCACCGCCGCATTCATCCATCTATTCAACAGTACCG
CCAAAGACCACCAAATTCGGGATAAATCCAGACAGCTTTTTCTCGAAACG
CTCCAATATCTAGAGCAAATGAGCATCGCCTGGGGCTGGGCAAAACGTTC
AGTAAGGGCACTTAGCATGATTGCACGGAAATGGAGGGTGCATGATATTC
TGAACAACCGGGACTCATCGTCTGTCGAACCATCTCTTGCACATCAGCAT
GAACGCCAGGACCGTGATTCAGAGCTTGCAGGTGACTTTGATGCATGGCT
ACAGGACCCATTTGACTTACAGTCGGCAGTTCAGGTCATAGACAATAACA
ATTCCTCGCTCGGAGAGGGCTTCAATTTGGAGCAGGAATTATTTCATCTT
CAAGACTTTTTGTCTGTAGGTGATGATGCATATTCGTCAAGCTCTTTCTT
GAACACCGATTGGGAGCATGAACTTGGTCTCTGACATGCACTTTTACACT
TTGGTCATCCTTCTCCATCGACCATTCATCAACATACCCAGCAACGCCCG
CCCTCCTCAGCGCTCCATGAATGGAGCTGTCTCTACTAGCCTGGAAACAT
GCACAAAAGCCGCAGAAAAGGTAACAGTTCTTTTTAGGGCTTACGCTAAA
TTCTTTACCTTGATATACCCCTGAACAATTTGTTACCTCGGCCGAGAAGA
AAAGTATTATGACAAAAACAAATATAGCGTTAACATCTTTTTATAACAAC
TTACCAAGTGTTCTTCGTCTGCCACCGACTTCGTCAAGGCCGTTGCCGCC
GCATATGTATTGTTTCCAGTTGTTTACTGTCGGCATTGGTCGACCAAGTA
TCATTCATGAGCGCGATATACAGGTCAATTTCCCATCCAATTTAGCCGAT
GTTGAATATGGCCAATGGAACGGAGACTCGATGCCCTCGATAGACCGTTC
ACCTTTATCCTACTCTATCACTACTTTACATAATACATGCCGACTTTTAC
GCTTAGCAACACGTCCACTAGATGACATGAATTGCTATTCGGATGGCGTA
TAATCTGGGACTACATATTGACCCACATTTGTGGGTTTCTTCGGGATTCA
TGGCTTCTGAAGAAGCTGAGCTGCGGTCAATCGCATGGTGGGGTTGTTAT
ATGATTGAAAAGCCACCAACCAAGCAGCACATACAAGCACTGCAGGCTCG
TATTGAATTTCTGGAGTCACAATTAGCCCAATATGAACACAAAGAAGGGA
AGACTCTTACTACAACAACTCACCAAATGCTAGACCGAGATGAAACATTT
GGGAGTAGAGAACTTTCTGGCACCCAGCCTCGATCCCTAGACCCGATTGA
CGATATCACTGATCTTCTTGGGGGCCTAAGCATTGGGGAAGGCGATCAGC
TGCGATACTTTGGATCGCGGAGCAATCTCAGCTTCGTAGAACGGCAGGGC
ACAAAACACACTACCTTTCGTCAAAACTCACATCAGCCATTACAGCGTAT
CGATATGGATCCCCAAATCCAGGAAGAACTCCTTGATATTTACTGGAAGT
GGCAGAACCCTTGGCAGTACCTTGTTTATCAAAAGGTGTTTCTCAGGGGT
CTGGAAAACCAAATAGACGATGGATACTGTACCCCGTTGCTTCTTCACTC
CATGATGGCTTTGGCAGCGAGATACTCTGACAATCCTGAAGTCCGCACTG
TTCCCAATGATCCGAGTACCGCAGGTGACTGTTTCTCCCACAAAGCCCGA
GCTCTCTTATTCGAAGAGATCAAGGCTCCACGGGTTTCCACAGTAGTGGC
CGCTGCACATATATCTCTATATGAAATGGCCAAAGACAATGAACCAGCTG
GTTGGATCTACCTCGTGTAATGGTGCCAAACCATCCTGTGCTGGATGCTT
GGGCCAGGCTGAAAAGTGTGAGTATCAGTATGATAAGGAGAAACGCAAAT
GTCTCAAGTCCAGTCATACCGTAAAAGAGTGTCTGTCGCTTGTGATGTTT
GCCGAAGGAAAAGAATCAAGAGGAAAATATCAATATCCGTAGTCGATACC
GCCCGCACCGCCGCATTCATCCATCTATTCAACAGTACCGCCAAAGACCA
CCAAATTCGGGATAAATCCAGACAGCTTTTTCTCGAAACGCTCCAATATC
TAGAGCAAATGAGCATCGCCTGGGGCTGGGCAAAACGTTCAGTAAGGGCA
CTTAGCATGATTGCACGGAAATGGAGGGTGCATGATATTCTGAACAACCG
GGACTCATCGTCTGTCGAACCATCTCTTGCACATCAGCATGAACGCCAGG
ACCGTGATTCAGAGCTTGCAGGTGACTTTGATGCATGGCTACAGGACCCA
TTTGACTTACAGTCGGCAGTTCAGGTCATAGACAATAACAATTCCTCGCT
CGGAGAGGGCTTCAATTTGGAGCAGGAATTATTTCATCTTCAAGACTTTT
TGTCTGTAGGTGATGATGCATATTCGTCAAGCTCTTTCTTGAACACCGAT
TGGGAGCATGAACTTGGTCTCTGACATGCACTTTTACACTTTGGTCATCC
TTCTCCATCGACCATTCATCAACATACCCAGCAACGCCCGCCCTCCTCAG
CGCTCCATGAATGGAGCTGTCTCTACTAGCCTGGAAACATGCACAAAAGC
CGCAGAAAAGGTAACAGTTCTTTTTAGGGCTTACGCTAAATTCTTTACCT
TGATATACCCCTGAACAATTTGTTACCTCGGCCGAGAAGAAAAGTATTAT
GACAAAAACAAATATAGCGTTAACATCTTTTTATAACAACTTACCAAGTG
TTCTTCGTCTGCCACCGACTTCGTCAAGGCCGTTGCCGCCGCATATGTAT
TGTTTCCAGTTGTTTACTGTCGGCATTGGTCGACCAAGTATCATTCATGA
GCGCGATATACAGGTCAATTTCCCATCCAATTTAGCCGATGTTGAATATG
GCCAATGGAACGGAGACTCGATGCCCTCGATAGACCGTTCACCTTTATCC
TACTCTATCACTACTTTACATAATACATGCCGACTTTTACGCTTAGCAAC
ACGTCCACTAGATGACATGAATTGCTATTCGGATGGCGTATAATCTGGGA
CTACATATTGACCCACATTTGTGGGTTTCTTCGGGATTCATGGCTTCTGA
AGAAGCTGAGCTGCGGTCAATCGCATGGTGGGGTTGTTATATGATTGAAA
AGCCACCAACCAAGCAGCACATACAAGCACTGCAGGCTCGTATTGAATTT
CTGGAGTCACAATTAGCCCAATATGAACACAAAGAAGGGAAGACTCTTAC
TACAACAACTCACCAAATGCTAGACCGAGATGAAACATTTGGGAGTAGAG
AACTTTCTGGCACCCAGCCTCGATCCCTAGACCCGATTGACGATATCACT
GATCTTCTTGGGGGCCTAAGCATTGGGGAAGGCGATCAGCTGCGATACTT
TGGATCGCGGAGCAATCTCAGCTTCGTAGAACGGCAGGGCACAAAACACA
CTACCTTTCGTCAAAACTCACATCAGCCATTACAGCGTATCGATATGGAT
CCCCAAATCCAGGAAGAACTCCTTGATATTTACTGGAAGTGGCAGAACCC
TTGGCAGTACCTTGTTTATCAAAAGGTGTTTCTCAGGGGTCTGGAAAACC
AAATAGACGATGGATACTGTACCCCGTTGCTTCTTCACTCCATGATGGCT
TTGGCAGCGAGATACTCTGACAATCCTGAAGTCCGCACTGTTCCCAATGA
TCCGAGTACCGCAGGTGACTGTTTCTCCCACAAAGCCCGAGCTCTCTTAT
TCGAAGAGATCAAGGCTCCACGGGTTTCCACAGTAGTGGCCGCTGCACAT
ATATCTCTATATGAAATGGCCAAAGACAATGAACCAGCTGGTTGGATCTA
CCTCGTGTAATGGTGCCAAACCATCCTGTGCTGGATGCTTGGGCCAGGCT
GAAAAGTGTGAGTATCAGTATGATAAGGAGAAACGCAAATGTCTCAAGTC
CAGTCATACCGTAAAAGAGTGTCTGTCGCTTGTGATGTTTGCCGAAGGAA
AAGAATCAAGAGGAAAATATCAATATCCGTAGTCGATACCGCCCGCACCG
CCGCATTCATCCATCTATTCAACAGTACCGCCAAAGACCACCAAATTCGG
GATAAATCCAGACAGCTTTTTCTCGAAACGCTCCAATATCTAGAGCAAAT
GAGCATCGCCTGGGGCTGGGCAAAACGTTCAGTAAGGGCACTTAGCATGA
TTGCACGGAAATGGAGGGTGCATGATATTCTGAACAACCGGGACTCATCG
TCTGTCGAACCATCTCTTGCACATCAGCATGAACGCCAGGACCGTGATTC
AGAGCTTGCAGGTGACTTTGATGCATGGCTACAGGACCCATTTGACTTAC
AGTCGGCAGTTCAGGTCATAGACAATAACAATTCCTCGCTCGGAGAGGGC
TTCAATTTGGAGCAGGAATTATTTCATCTTCAAGACTTTTTGTCTGTAGG
TGATGATGCATATTCGTCAAGCTCTTTCTTGAACACCGATTGGGAGCATG
AACTTGGTCTCTGACATGCACTTTTACACTTTGGTCATCCTTCTCCATCG
ACCATTCATCAACATACCCAGCAACGCCCGCCCTCCTCAGCGCTCCATGA
ATGGAGCTGTCTCTACTAGCCTGGAAACATGCACAAAAGCCGCAGAAAAG
GTAACAGTTCTTTTTAGGGCTTACGCTAAATTCTTTACCTTGATATACCC
CTGAACAATTTGTTACCTCGGCCGAGAAGAAAAGTATTATGACAAAAACA
AATATAGCGTTAACATCTTTTTATAACAACTTACCAAGTGTTCTTCGTCT
GCCACCGACTTCGTCAAGGCCGTTGCCGCCGCATATGTATTGTTTCCAGT
TGTTTACTGTCGGCATTGGTCGACCAAGTATCATTCATGAGCGCGATATA
CAGGTCAATTTCCCATCCAATTTAGCCGATGTTGAATATGGCCAATGGAA
CGGAGACTCGATGCCCTCGATAGACCGTTCACCTTTATCCTACTCTATCA
CTACTTTACATAATACATGCCGACTTTTACGCTTAGCAACACGTCCACTA
GATGACATGAATTGCTATTCGGATGGCGTATAATCTGGGACTACATATTG
ACCCACATTTGTGGGTTTCTTCGGGATTCATGGCTTCTGAAGAAGCTGAG
CTGCGGTCAATCGCATGGTGGGGTTGTTATATGATTGAAAAGCCACCAAC
CAAGCAGCACATACAAGCACTGCAGGCTCGTATTGAATTTCTGGAGTCAC
AATTAGCCCAATATGAACACAAAGAAGGGAAGACTCTTACTACAACAACT
CACCAAATGCTAGACCGAGATGAAACATTTGGGAGTAGAGAACTTTCTGG
CACCCAGCCTCGATCCCTAGACCCGATTGACGATATCACTGATCTTCTTG
GGGGCCTAAGCATTGGGGAAGGCGATCAGCTGCGATACTTTGGATCGCGG
AGCAATCTCAGCTTCGTAGAACGGCAGGGCACAAAACACACTACCTTTCG
TCAAAACTCACATCAGCCATTACAGCGTATCGATATGGATCCCCAAATCC
AGGAAGAACTCCTTGATATTTACTGGAAGTGGCAGAACCCTTGGCAGTAC
CTTGTTTATCAAAAGGTGTTTCTCAGGGGTCTGGAAAACCAAATAGACGA
TGGATACTGTACCCCGTTGCTTCTTCACTCCATGATGGCTTTGGCAGCGA
GATACTCTGACAATCCTGAAGTCCGCACTGTTCCCAATGATCCGAGTACC
GCAGGTGACTGTTTCTCCCACAAAGCCCGAGCTCTCTTATTCGAAGAGAT
CAAGGCTCCACGGGTTTCCACAGTAGTGGCCGCTGCACATATATCTCTAT
ATGAAATGGCCAAAGACAATGAACCAGCTGGTTGGATCTACCTCGTGTAA
TGGTGCCAAACCATCCTGTGCTGGATGCTTGGGCCAGGCTGAAAAGTGTG
AGTATCAGTATGATAAGGAGAAACGCAAATGTCTCAAGTCCAGTCATACC
GTAAAAGAGTGTCTGTCGCTTGTGATGTTTGCCGAAGGAAAAGAATCAAG
AGGAAAATATCAATATCCGTAGTCGATACCGCCCGCACCGCCGCATTCAT
CCATCTATTCAACAGTACCGCCAAAGACCACCAAATTCGGGATAAATCCA
GACAGCTTTTTCTCGAAACGCTCCAATATCTAGAGCAAATGAGCATCGCC
TGGGGCTGGGCAAAACGTTCAGTAAGGGCACTTAGCATGATTGCACGGAA
ATGGAGGGTGCATGATATTCTGAACAACCGGGACTCATCGTCTGTCGAAC
CATCTCTTGCACATCAGCATGAACGCCAGGACCGTGATTCAGAGCTTGCA
GGTGACTTTGATGCATGGCTACAGGACCCATTTGACTTACAGTCGGCAGT
TCAGGTCATAGACAATAACAATTCCTCGCTCGGAGAGGGCTTCAATTTGG
AGCAGGAATTATTTCATCTTCAAGACTTTTTGTCTGTAGGTGATGATGCA
TATTCGTCAAGCTCTTTCTTGAACACCGATTGGGAGCATGAACTTGGTCT
CTGACATGCACTTTTACACTTTGGTCATCCTTCTCCATCGACCATTCATC
AACATACCCAGCAACGCCCGCCCTCCTCAGCGCTCCATGAATGGAGCTGT
CTCTACTAGCCTGGAAACATGCACAAAAGCCGCAGAAAAGGTAACAGTTC
TTTTTAGGGCTTACGCTAAATTCTTTACCTTGATATACCCCTGAACAATT
TGTTACCTCGGCCGAGAAGAAAAGTATTATGACAAAAACAAATATAGCGT
TAACATCTTTTTATAACAACTTACCAAGTGTTCTTCGTCTGCCACCGACT
TCGTCAAGGCCGTTGCCGCCGCATATGTATTGTTTCCAGTTGTTTACTGT
CGGCATTGGTCGACCAAGTATCATTCATGAGCGCGATATACAGGTCAATT
TCCCATCCAATTTAGCCGATGTTGAATATGGCCAATGGAACGGAGACTCG
ATGCCCTCGATAGACCGTTCACCTTTATCCTACTCTATCACTACTTTACA
TAATACATGCCGACTTTTACGCTTAGCAACACGTCCACTAGATGACATGA
ATTGCTATTCGGATGGCGTATAATCTGGGACTACATATTGACCCACATTT
GTGGGTTTCTTCGGGATTCATGGCTTCTGAAGAAGCTGAGCTGCGGTCAA
TCGCATGGTGGGGTTGTTATATGATTGAAAAGCCACCAACCAAGCAGCAC
ATACAAGCACTGCAGGCTCGTATTGAATTTCTGGAGTCACAATTAGCCCA
ATATGAACACAAAGAAGGGAAGACTCTTACTACAACAACTCACCAAATGC
TAGACCGAGATGAAACATTTGGGAGTAGAGAACTTTCTGGCACCCAGCCT
CGATCCCTAGACCCGATTGACGATATCACTGATCTTCTTGGGGGCCTAAG
CATTGGGGAAGGCGATCAGCTGCGATACTTTGGATCGCGGAGCAATCTCA
GCTTCGTAGAACGGCAGGGCACAAAACACACTACCTTTCGTCAAAACTCA
CATCAGCCATTACAGCGTATCGATATGGATCCCCAAATCCAGGAAGAACT
CCTTGATATTTACTGGAAGTGGCAGAACCCTTGGCAGTACCTTGTTTATC
AAAAGGTGTTTCTCAGGGGTCTGGAAAACCAAATAGACGATGGATACTGT
ACCCCGTTGCTTCTTCACTCCATGATGGCTTTGGCAGCGAGATACTCTGA
CAATCCTGAAGTCCGCACTGTTCCCAATGATCCGAGTACCGCAGGTGACT
GTTTCTCCCACAAAGCCCGAGCTCTCTTATTCGAAGAGATCAAGGCTCCA
CGGGTTTCCACAGTAGTGGCCGCTGCACATATATCTCTATATGAAATGGC
CAAAGACAATGAACCAGCTGGTTGGATCTACCTCGTGTAATGGTGCCAAA
CCATCCTGTGCTGGATGCTTGGGCCAGGCTGAAAAGTGTGAGTATCAGTA
TGATAAGGAGAAACGCAAATGTCTCAAGTCCAGTCATACCGTAAAAGAGT
GTCTGTCGCTTGTGATGTTTGCCGAAGGAAAAGAATCAAGAGGAAAATAT
CAATATCCGTAGTCGATACCGCCCGCACCGCCGCATTCATCCATCTATTC
AACAGTACCGCCAAAGACCACCAAATTCGGGATAAATCCAGACAGCTTTT
TCTCGAAACGCTCCAATATCTAGAGCAAATGAGCATCGCCTGGGGCTGGG
CAAAACGTTCAGTAAGGGCACTTAGCATGATTGCACGGAAATGGAGGGTG
CATGATATTCTGAACAACCGGGACTCATCGTCTGTCGAACCATCTCTTGC
ACATCAGCATGAACGCCAGGACCGTGATTCAGAGCTTGCAGGTGACTTTG
ATGCATGGCTACAGGACCCATTTGACTTACAGTCGGCAGTTCAGGTCATA
GACAATAACAATTCCTCGCTCGGAGAGGGCTTCAATTTGGAGCAGGAATT
ATTTCATCTTCAAGACTTTTTGTCTGTAGGTGATGATGCATATTCGTCAA
GCTCTTTCTTGAACACCGATTGGGAGCATGAACTTGGTCTCTGACATGCA
CTTTTACACTTTGGTCATCCTTCTCCATCGACCATTCATCAACATACCCA
GCAACGCCCGCCCTCCTCAGCGCTCCATGAATGGAGCTGTCTCTACTAGC
CTGGAAACATGCACAAAAGCCGCAGAAAAGGTAACAGTTCTTTTTAGGGC
TTACGCTAAATTCTTTACCTTGATATACCCCTGAACAATTTGTTACCTCG
GCCGAGAAGAAAAGTATTATGACAAAAACAAATATAGCGTTAACATCTTT
TTATAACAACTTACCAAGTGTTCTTCGTCTGCCACCGACTTCGTCAAGGC
CGTTGCCGCCGCATATGTATTGTTTCCAGTTGTTTACTGTCGGCATTGGT
CGACCAAGTATCATTCATGAGCGCGATATACAGGTCAATTTCCCATCCAA
TTTAGCCGATGTTGAATATGGCCAATGGAACGGAGACTCGATGCCCTCGA
TAGACCGTTCACCTTTATCCTACTCTATCACTACTTTACATAATACATGC
CGACTTTTACGCTTAGCAACACGTCCACTAGATGACATGAATTGCTATTC
GGATGGCGTATAATCTGGGACTACATATTGACCCACATTTGTGGGTTTCT
TCGGGATTCATGGCTTCTGAAGAAGCTGAGCTGCGGTCAATCGCATGGTG
GGGTTGTTATATGATTGAAAAGCCACCAACCAAGCAGCACATACAAGCAC
TGCAGGCTCGTATTGAATTTCTGGAGTCACAATTAGCCCAATATGAACAC
AAAGAAGGGAAGACTCTTACTACAACAACTCACCAAATGCTAGACCGAGA
TGAAACATTTGGGAGTAGAGAACTTTCTGGCACCCAGCCTCGATCCCTAG
ACCCGATTGACGATATCACTGATCTTCTTGGGGGCCTAAGCATTGGGGAA
GGCGATCAGCTGCGATACTTTGGATCGCGGAGCAATCTCAGCTTCGTAGA
ACGGCAGGGCACAAAACACACTACCTTTCGTCAAAACTCACATCAGCCAT
TACAGCGTATCGATATGGATCCCCAAATCCAGGAAGAACTCCTTGATATT
TACTGGAAGTGGCAGAACCCTTGGCAGTACCTTGTTTATCAAAAGGTGTT
TCTCAGGGGTCTGGAAAACCAAATAGACGATGGATACTGTACCCCGTTGC
TTCTTCACTCCATGATGGCTTTGGCAGCGAGATACTCTGACAATCCTGAA
GTCCGCACTGTTCCCAATGATCCGAGTACCGCAGGTGACTGTTTCTCCCA
CAAAGCCCGAGCTCTCTTATTCGAAGAGATCAAGGCTCCACGGGTTTCCA
CAGTAGTGGCCGCTGCACATATATCTCTATATGAAATGGCCAAAGACAAT
GAACCAGCTGGTTGGATCTACCTCGTGTAATGGTGCCAAACCATCCTGTG
CTGGATGCTTGGGCCAGGCTGAAAAGTGTGAGTATCAGTATGATAAGGAG
AAACGCAAATGTCTCAAGTCCAGTCATACCGTAAAAGAGTGTCTGTCGCT
TGTGATGTTTGCCGAAGGAAAAGAATCAAGAGGAAAATATCAATATCCGT
AGTCGATACCGCCCGCACCGCCGCATTCATCCATCTATTCAACAGTACCG
CCAAAGACCACCAAATTCGGGATAAATCCAGACAGCTTTTTCTCGAAACG
CTCCAATATCTAGAGCAAATGAGCATCGCCTGGGGCTGGGCAAAACGTTC
AGTAAGGGCACTTAGCATGATTGCACGGAAATGGAGGGTGCATGATATTC
TGAACAACCGGGACTCATCGTCTGTCGAACCATCTCTTGCACATCAGCAT
GAACGCCAGGACCGTGATTCAGAGCTTGCAGGTGACTTTGATGCATGGCT
ACAGGACCCATTTGACTTACAGTCGGCAGTTCAGGTCATAGACAATAACA
ATTCCTCGCTCGGAGAGGGCTTCAATTTGGAGCAGGAATTATTTCATCTT
CAAGACTTTTTGTCTGTAGGTGATGATGCATATTCGTCAAGCTCTTTCTT
GAACACCGATTGGGAGCATGAACTTGGTCTCTGACATGCACTTTTACACT
TTGGTCATCCTTCTCCATCGACCATTCATCAACATACCCAGCAACGCCCG
CCCTCCTCAGCGCTCCATGAATGGAGCTGTCTCTACTAGCCTGGAAACAT
GCACAAAAGCCGCAGAAAAGGTAACAGTTCTTTTTAGGGCTTACGCTAAA
TTCTTTACCTTGATATACCCCTGAACAATTTGTTACCTCGGCCGAGAAGA
AAAGTATTATGACAAAAACAAATATAGCGTTAACATCTTTTTATAACAAC
TTACCAAGTGTTCTTCGTCTGCCACCGACTTCGTCAAGGCCGTTGCCGCC
GCATATGTATTGTTTCCAGTTGTTTACTGTCGGCATTGGTCGACCAAGTA
TCATTCATGAGCGCGATATACAGGTCAATTTCCCATCCAATTTAGCCGAT
GTTGAATATGGCCAATGGAACGGAGACTCGATGCCCTCGATAGACCGTTC
ACCTTTATCCTACTCTATCACTACTTTACATAATACATGCCGACTTTTAC
GCTTAGCAACACGTCCACTAGATGACATGAATTGCTATTCGGATGGCGTA
TAATCTGGGACTACATATTGACCCACATTTGTGGGTTTCTTCGGGATTCA
TGGCTTCTGAAGAAGCTGAGCTGCGGTCAATCGCATGGTGGGGTTGTTAT
ATGATTGAAAAGCCACCAACCAAGCAGCACATACAAGCACTGCAGGCTCG
TATTGAATTTCTGGAGTCACAATTAGCCCAATATGAACACAAAGAAGGGA
AGACTCTTACTACAACAACTCACCAAATGCTAGACCGAGATGAAACATTT
GGGAGTAGAGAACTTTCTGGCACCCAGCCTCGATCCCTAGACCCGATTGA
CGATATCACTGATCTTCTTGGGGGCCTAAGCATTGGGGAAGGCGATCAGC
TGCGATACTTTGGATCGCGGAGCAATCTCAGCTTCGTAGAACGGCAGGGC
ACAAAACACACTACCTTTCGTCAAAACTCACATCAGCCATTACAGCGTAT
CGATATGGATCCCCAAATCCAGGAAGAACTCCTTGATATTTACTGGAAGT
GGCAGAACCCTTGGCAGTACCTTGTTTATCAAAAGGTGTTTCTCAGGGGT
CTGGAAAACCAAATAGACGATGGATACTGTACCCCGTTGCTTCTTCACTC
CATGATGGCTTTGGCAGCGAGATACTCTGACAATCCTGAAGTCCGCACTG
TTCCCAATGATCCGAGTACCGCAGGTGACTGTTTCTCCCACAAAGCCCGA
GCTCTCTTATTCGAAGAGATCAAGGCTCCACGGGTTTCCACAGTAGTGGC
CGCTGCACATATATCTCTATATGAAATGGCCAAAGACAATGAACCAGCTG
GTTGGATCTACCTCGTGTAATGGTGCCAAACCATCCTGTGCTGGATGCTT
GGGCCAGGCTGAAAAGTGTGAGTATCAGTATGATAAGGAGAAACGCAAAT
GTCTCAAGTCCAGTCATACCGTAAAAGAGTGTCTGTCGCTTGTGATGTTT
GCCGAAGGAAAAGAATCAAG

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Cellular Component**
Term	Definition
GO:0005634	nucleus
GO:0042025	host cell nucleus

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

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

Relationships

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


Feature Name	Unique Name	Species	Type
KJC3_000880	KJC3_000880	Aspergillus niger KJC3	gene

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


Feature Name	Unique Name	Species	Type
KJC3_000880-T1	KJC3_000880-T1-protein	Aspergillus niger KJC3	polypeptide

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


Feature Name	Unique Name	Species	Type
KJC3_000880-T1.cds	KJC3_000880-T1.cds	Aspergillus niger KJC3	CDS

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


Feature Name	Unique Name	Species	Type
KJC3_000880-T1.utr3p1	KJC3_000880-T1.utr3p1	Aspergillus niger KJC3	three_prime_UTR

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


Feature Name	Unique Name	Species	Type
KJC3_000880-T1.exon8	KJC3_000880-T1.exon8	Aspergillus niger KJC3	exon
KJC3_000880-T1.exon7	KJC3_000880-T1.exon7	Aspergillus niger KJC3	exon
KJC3_000880-T1.exon6	KJC3_000880-T1.exon6	Aspergillus niger KJC3	exon
KJC3_000880-T1.exon5	KJC3_000880-T1.exon5	Aspergillus niger KJC3	exon
KJC3_000880-T1.exon4	KJC3_000880-T1.exon4	Aspergillus niger KJC3	exon
KJC3_000880-T1.exon3	KJC3_000880-T1.exon3	Aspergillus niger KJC3	exon
KJC3_000880-T1.exon2	KJC3_000880-T1.exon2	Aspergillus niger KJC3	exon
KJC3_000880-T1.exon1	KJC3_000880-T1.exon1	Aspergillus niger KJC3	exon

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


Feature Name	Unique Name	Species	Type
KJC3_000880-T1.utr5p1	KJC3_000880-T1.utr5p1	Aspergillus niger KJC3	five_prime_UTR

Properties


Property Name	Value
DBxref	InterPro:IPR036864
DBxref	InterPro:IPR007219
DBxref	InterPro:IPR001138
DBxref	PFAM:PF00172
DBxref	PFAM:PF04082
Product	hypothetical protein

Analyses

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


Analysis Name	Date Performed
Whole Genome Assembly and Annotation of Aspergillus Aspergillus niger KJC3	2021-10-31

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
ch1	supercontig	ch1:2204195..2206862 -

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KJC3_000880-T1, KJC3_000880-T1 (mRNA) Aspergillus niger KJC3