KJC3_010672-T1, KJC3_010672-T1 (mRNA) Aspergillus niger KJC3

Overview


Name	KJC3_010672-T1
Unique Name	KJC3_010672-T1
Type	mRNA
Organism	Aspergillus niger KJC3

Sequences

The following sequences are available for this feature:

mRNA from alignment at ch7:4042780..4046888-
coding sequence from alignment at ch7:4042780..4046888-

mRNA from alignment at ch7:4042780..4046888-

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

>KJC3_010672-T1 ID=KJC3_010672-T1|Name=KJC3_010672-T1|organism=Aspergillus niger KJC3|type=mRNA|length=4109bp|location=Sequence derived from alignment at ch7:4042780..4046888- (Aspergillus niger KJC3)
TTTGTTCTTTACGCACCTCCTTTGTGCGCACCCCCCCCCCCCCGACTTCA
ATTTCTCCCACCAGATCCTCTACAGCTATATTTCCGAGAGTTAGTGGGTC
TTAAATATTATCAGGGTTCTTATCGATAGCTTCCTACCTGGGTTGTCTTA
TTATCAACTCGTGTCCCGCTTTGTATAGTACCAAACAGCTGCGCTCGGTG
CGCTGTGGTTGGTGATGGCTCCCTCAGTTGAACCGACTCCCGACTCGCCA
TCACAGGCAGATACCCCCATGACAGACGCGAATGCTGAGCCTGTCACGTC
GGTGCCCGTGGATAGCGCAGACGCGCCGATGACGGTGAGTTAGCGCAAAC
CCCCTCTTTGCGCCATGCACGATCTTGATGCGCGTCCTTGGTTGATTGGC
AAAGCGCTCCTGCTGACAAGCTTCCTCATGTAGGGCTACCAAGACACTCC
GGACTACACGGTAAACGCGACTCGACTCCTCAGCGATCTCCCTAACGTAC
GATCCGACTAACACGAATTAGGACTCGGATACGAATCCCAATACCACGGC
GAGCAGTGTTGCAGGCGACGCAGCGCCTTTGGATGGCCGGAGACGGAGGT
CCGAAGCTTTTCACATGAGAAAAAGTATTTTGGGCAAGAAGCATGGTCGT
TTGGATGAATCAAAGGTACGCCAAAGTAATGGTCATGCATCAATATTTTG
TCGCTTACGGTGCGTGCTACCATAGGAAGATGACTCAATCCGACGATTTC
GCTACCTCCTCGGTTTAACCGATCTATTCCGTCATTTCATCGAAACCAAC
CCTAATCCGCGGATCAAGGAGATCATGGCCGAAATTGACCGGCAAAATGC
CGAGGAGGAGGCAAAGGCCAAGAAGAAGGGCTCGTCGCGCTCAGGTGGTG
CAGGCGGTGATAGGCGTCGCAGAACCGAGCAAGAGGAAGATGCCGAGCTG
TTGAAGGATGAAAGAACCGGCGGCGAAACCAACACGGTCTTTCGGGAATC
CCCGCCCTTCATCAAGGGAGAGATGCGCGATTACCAAATTGCGGGATTGA
ACTGGCTTGTTTCGCTGCATGAGAACGGTATTTCGGGTATTTTGGCGGAT
GAGATGGGTTTGGGCAAGACTCTGCAGACCATTTCTTTCCTCGGCTACCT
CCGACATGTATGCGAGATCACCGGCCCGCACCTCATCGCTGTTCCGAAAT
CTACCCTCGATAACTGGAAGCGGGAGTTTGGAAAATGGACACCCGAGGTC
AATGTGCTTGTTCTTCAGGGTGACAAGGAACAGCGACACAAGTTGATCAA
TGAGGAGCTCCTCGACGAGAACTTCGACGTTTGTATTACCAGTTACGAGA
TGATTCTTCGAGAAAAGGCGCACCTTAAGAAGTTCGCTTGGGAGTACATC
ATCATCGACGAGGCTCATCGGATCAAGAACGAGGAGTCTTCACTGGCGCA
AATTATCCGTGTCTTCCACTCCAGGAACCGACTACTGATCACCGGTACCC
CACTTCAGAATAACCTCCACGAGCTTTGGGCCCTCCTCAACTTCTTGTTG
CCGGATGTTTTCGGTGATTCGGAAGCATTTGACCAATGGTTCTCCGGGCA
AGACTCTGATCAGGATACGGTCGTACAACAACTCCATCGCGTTCTGCGAC
CTTTCTTGCTTCGCCGTGTCAAGAGTGACGTCGAAAAGAGCTTGCTTCCC
AAGAAGGAGGTTAATCTATACGTCCCCATGTCGGAAATGCAGGTCAAGTG
GTATCAGAAGATTCTCGAAAAAGATATCGATGCGGTCAATGGCGCTGCCG
GCAAGCGTGAGTCAAAGACCCGTTTGTTGAATATCGTCATGCAACTTCGC
AAATGTTGCAACCATCCCTACCTTTTTGAAGGTGCTGAGCCTGGCCCTCC
CTACACCACCGATGAACACCTCGTTTACAATGCTGGAAAGATGACGATCC
TTGACAAGTTGCTGGCGCGTATGCAGAAACAGGGAAGTCGCGTACTCATC
TTCTCCCAGATGAGTCGTGTCCTTGATATCCTCGAAGACTACTGTGTTTT
CCGCGAATACAACTACTGCCGCATCGATGGTACAACGGCCCATGAGGATC
GAATTGCTGCTATCGATGAGTACAACAAGCCGGGCTCGGAGAAGTTCATC
TTCCTGCTCACAACAAGAGCGGGAGGTCTGGGTATCAATCTGACGACGGC
GGATATTGTCGTTCTCTTTGATAGTGACTGGAATCCTCAGGCGGATTTGC
AAGCAATGGACCGTGCCCACCGTATCGGACAGACGAAACAGGTCGTGGTA
TTCAGGTTTGTTACAGAGAATGCGATCGAAGAAAAAGTCTTAGAACGTGC
CGCACAGAAACTGCGACTCGACCAGCTTGTCATCCAACAGGGACGTGCCC
AGCAGCAGACCAAGAATGCCGCGTCTAAGGAAGAATTGCTGGGTATGATT
CAGCACGGAGCTGCCAATGTCTTCAACACTCAAGCCAACACCACCATATC
TGCGGAACACCAGATATCCGAAGATGATATCGATGACATTTTGCGGAAAG
GCGAGGAGCGGACTGCGCAATTGAACAAAAAGTACGAAAAGCTTGGTATC
GACGACTTGCAGAAGTTCAGTTCCGAAAGTGCGTACGAATGGAACGGCAA
AGACTTCACTGATCGCAAGAAGGACATTGGTATTAACTGGATCAACCCGG
CAAAGCGAGAGCGGAAGGAACAGTTCTATTCTATCGACAAATACTATCGC
CAGGCTTTAGCTACTGGTGGTAGAACGGCTGATCCCAAGCCTAAGGTTCC
TCGGGCGCCAAAGCAAATCACCGTCCATGATTGGCAGTTCTTCCCGCCTG
GGCTTCAAGAGCTGCAGGAGAAGGAGACGGCCTACTTCCACAAGGAGATC
GGATACAAGGTTCCTCTGCCTGATGGGCCCGAAGAAGAACTTAGCGAGCG
CGAAGCTGAGCGTGATCTTGAACAACAGGAGATTGACAATGCAGTGCCAC
TAACGGAGGATGAACAGGCGGAGAAGGCGAAGATGTCTGAAGAGGGCTTC
TCCAACTGGAACCGCAGAGATTTCCAACAGTTCGTGAACGGTTCCGCCAA
GTTTGGCCGCACTGACTACGTTGGAATCGCCACCGAGGTAGACAGCAAAG
AGCCGGAAGAAGTTGAGGAGTACGCGCAAGTATTCTGGGAGCGGTACACG
GAAATCCAAGATTATCCCAAGTACCTCCGTGTCATCGAGCAGGGTGAGGA
TAAACTGCGGAAGATGAACCACCAACGCAAAATGTTGCGCAAGAAGATGG
AAATGTACCGCGTACCACTCCAACAGGTCAAGATCAACTACACTGTGTCT
ACCACCAACAAGAAGGTCTATACAGAAGAGGAGGACCGGTTCTTGTTGGT
AATGCTGGACAAATATGGAGTCGATGGTGAAGGTCTCTACGAGAAAATCC
GCGACGAAATCCGCGAGTCTCCACTATTCCGATTTGATTGGTTTTTCCTT
AGTCGGACCCCAGTCGAGATTGGACGTCGGTGCACCACCCTGCTAAACAC
CGTGGCAAAGGAATTTGAAACTGATGGAAAGGCCAACGGTGAGAGCGGCA
AGGGCCGGGGACGTGACCGTGACGACGATGAAGCTGAAGAGGATGAGGCC
CCACCCGCCAAGAAGAAGACGAAGGGCGGTGCAGTTGTAAGTTGCCTTGT
CGTTCCTATCAACATAACCATATTGGATAGCTCGGCTAACAAACCCACAG
AACAAGCAAGTCAAGGCCGTCAAGGGTGGCAGCAAGGCAAATTCTACTTC
AACATCGCGGGCAGCCAGTGTCTCTTCAAATGCGGCACCCAAGTCCAGGA
GTCGCAAGAAATGATCTCTTCCTGTAATCGGGGGCCTAGGTGGACGATGA
CGAGGATTGTTACGACTATTCTGTAGACTGTTTGGGAAGCCTTTCTTGAT
GGAGGAGGGTTTGTTGGTTCTATTTTATTCCATATATGTCGGTCCGGCGT
TGCCAGATAGATGCCATTGTAGTTTTATGATTCATCTTCAATCTCCTTCG
CTTTTTGTAAAATGACACCTTGTTGTTCAAAAAGACCTTTTGGCTGTTGT
CTTCCATCA

Coding sequence (CDS) from alignment at ch7:4042780..4046888-

>KJC3_010672-T1 ID=KJC3_010672-T1|Name=KJC3_010672-T1|organism=Aspergillus niger KJC3|type=CDS|length=16830bp|location=Sequence derived from alignment at ch7:4042780..4046888- (Aspergillus niger KJC3)
AACAAGCAAGTCAAGGCCGTCAAGGGTGGCAGCAAGGCAAATTCTACTTC
AACATCGCGGGCAGCCAGTGTCTCTTCAAATGCGGCACCCAAGTCCAGGA
GTCGCAAGAAATGAGAAGATGACTCAATCCGACGATTTCGCTACCTCCTC
GGTTTAACCGATCTATTCCGTCATTTCATCGAAACCAACCCTAATCCGCG
GATCAAGGAGATCATGGCCGAAATTGACCGGCAAAATGCCGAGGAGGAGG
CAAAGGCCAAGAAGAAGGGCTCGTCGCGCTCAGGTGGTGCAGGCGGTGAT
AGGCGTCGCAGAACCGAGCAAGAGGAAGATGCCGAGCTGTTGAAGGATGA
AAGAACCGGCGGCGAAACCAACACGGTCTTTCGGGAATCCCCGCCCTTCA
TCAAGGGAGAGATGCGCGATTACCAAATTGCGGGATTGAACTGGCTTGTT
TCGCTGCATGAGAACGGTATTTCGGGTATTTTGGCGGATGAGATGGGTTT
GGGCAAGACTCTGCAGACCATTTCTTTCCTCGGCTACCTCCGACATGTAT
GCGAGATCACCGGCCCGCACCTCATCGCTGTTCCGAAATCTACCCTCGAT
AACTGGAAGCGGGAGTTTGGAAAATGGACACCCGAGGTCAATGTGCTTGT
TCTTCAGGGTGACAAGGAACAGCGACACAAGTTGATCAATGAGGAGCTCC
TCGACGAGAACTTCGACGTTTGTATTACCAGTTACGAGATGATTCTTCGA
GAAAAGGCGCACCTTAAGAAGTTCGCTTGGGAGTACATCATCATCGACGA
GGCTCATCGGATCAAGAACGAGGAGTCTTCACTGGCGCAAATTATCCGTG
TCTTCCACTCCAGGAACCGACTACTGATCACCGGTACCCCACTTCAGAAT
AACCTCCACGAGCTTTGGGCCCTCCTCAACTTCTTGTTGCCGGATGTTTT
CGGTGATTCGGAAGCATTTGACCAATGGTTCTCCGGGCAAGACTCTGATC
AGGATACGGTCGTACAACAACTCCATCGCGTTCTGCGACCTTTCTTGCTT
CGCCGTGTCAAGAGTGACGTCGAAAAGAGCTTGCTTCCCAAGAAGGAGGT
TAATCTATACGTCCCCATGTCGGAAATGCAGGTCAAGTGGTATCAGAAGA
TTCTCGAAAAAGATATCGATGCGGTCAATGGCGCTGCCGGCAAGCGTGAG
TCAAAGACCCGTTTGTTGAATATCGTCATGCAACTTCGCAAATGTTGCAA
CCATCCCTACCTTTTTGAAGGTGCTGAGCCTGGCCCTCCCTACACCACCG
ATGAACACCTCGTTTACAATGCTGGAAAGATGACGATCCTTGACAAGTTG
CTGGCGCGTATGCAGAAACAGGGAAGTCGCGTACTCATCTTCTCCCAGAT
GAGTCGTGTCCTTGATATCCTCGAAGACTACTGTGTTTTCCGCGAATACA
ACTACTGCCGCATCGATGGTACAACGGCCCATGAGGATCGAATTGCTGCT
ATCGATGAGTACAACAAGCCGGGCTCGGAGAAGTTCATCTTCCTGCTCAC
AACAAGAGCGGGAGGTCTGGGTATCAATCTGACGACGGCGGATATTGTCG
TTCTCTTTGATAGTGACTGGAATCCTCAGGCGGATTTGCAAGCAATGGAC
CGTGCCCACCGTATCGGACAGACGAAACAGGTCGTGGTATTCAGGTTTGT
TACAGAGAATGCGATCGAAGAAAAAGTCTTAGAACGTGCCGCACAGAAAC
TGCGACTCGACCAGCTTGTCATCCAACAGGGACGTGCCCAGCAGCAGACC
AAGAATGCCGCGTCTAAGGAAGAATTGCTGGGTATGATTCAGCACGGAGC
TGCCAATGTCTTCAACACTCAAGCCAACACCACCATATCTGCGGAACACC
AGATATCCGAAGATGATATCGATGACATTTTGCGGAAAGGCGAGGAGCGG
ACTGCGCAATTGAACAAAAAGTACGAAAAGCTTGGTATCGACGACTTGCA
GAAGTTCAGTTCCGAAAGTGCGTACGAATGGAACGGCAAAGACTTCACTG
ATCGCAAGAAGGACATTGGTATTAACTGGATCAACCCGGCAAAGCGAGAG
CGGAAGGAACAGTTCTATTCTATCGACAAATACTATCGCCAGGCTTTAGC
TACTGGTGGTAGAACGGCTGATCCCAAGCCTAAGGTTCCTCGGGCGCCAA
AGCAAATCACCGTCCATGATTGGCAGTTCTTCCCGCCTGGGCTTCAAGAG
CTGCAGGAGAAGGAGACGGCCTACTTCCACAAGGAGATCGGATACAAGGT
TCCTCTGCCTGATGGGCCCGAAGAAGAACTTAGCGAGCGCGAAGCTGAGC
GTGATCTTGAACAACAGGAGATTGACAATGCAGTGCCACTAACGGAGGAT
GAACAGGCGGAGAAGGCGAAGATGTCTGAAGAGGGCTTCTCCAACTGGAA
CCGCAGAGATTTCCAACAGTTCGTGAACGGTTCCGCCAAGTTTGGCCGCA
CTGACTACGTTGGAATCGCCACCGAGGTAGACAGCAAAGAGCCGGAAGAA
GTTGAGGAGTACGCGCAAGTATTCTGGGAGCGGTACACGGAAATCCAAGA
TTATCCCAAGTACCTCCGTGTCATCGAGCAGGGTGAGGATAAACTGCGGA
AGATGAACCACCAACGCAAAATGTTGCGCAAGAAGATGGAAATGTACCGC
GTACCACTCCAACAGGTCAAGATCAACTACACTGTGTCTACCACCAACAA
GAAGGTCTATACAGAAGAGGAGGACCGGTTCTTGTTGGTAATGCTGGACA
AATATGGAGTCGATGGTGAAGGTCTCTACGAGAAAATCCGCGACGAAATC
CGCGAGTCTCCACTATTCCGATTTGATTGGTTTTTCCTTAGTCGGACCCC
AGTCGAGATTGGACGTCGGTGCACCACCCTGCTAAACACCGTGGCAAAGG
AATTTGAAACTGATGGAAAGGCCAACGGTGAGAGCGGCAAGGGCCGGGGA
CGTGACCGTGACGACGATGAAGCTGAAGAGGATGAGGCCCCACCCGCCAA
GAAGAAGACGAAGGGCGGTGCAGTTGACTCGGATACGAATCCCAATACCA
CGGCGAGCAGTGTTGCAGGCGACGCAGCGCCTTTGGATGGCCGGAGACGG
AGGTCCGAAGCTTTTCACATGAGAAAAAGTATTTTGGGCAAGAAGCATGG
TCGTTTGGATGAATCAAAGGGCTACCAAGACACTCCGGACTACACGATGG
CTCCCTCAGTTGAACCGACTCCCGACTCGCCATCACAGGCAGATACCCCC
ATGACAGACGCGAATGCTGAGCCTGTCACGTCGGTGCCCGTGGATAGCGC
AGACGCGCCGATGACGAACAAGCAAGTCAAGGCCGTCAAGGGTGGCAGCA
AGGCAAATTCTACTTCAACATCGCGGGCAGCCAGTGTCTCTTCAAATGCG
GCACCCAAGTCCAGGAGTCGCAAGAAATGAGAAGATGACTCAATCCGACG
ATTTCGCTACCTCCTCGGTTTAACCGATCTATTCCGTCATTTCATCGAAA
CCAACCCTAATCCGCGGATCAAGGAGATCATGGCCGAAATTGACCGGCAA
AATGCCGAGGAGGAGGCAAAGGCCAAGAAGAAGGGCTCGTCGCGCTCAGG
TGGTGCAGGCGGTGATAGGCGTCGCAGAACCGAGCAAGAGGAAGATGCCG
AGCTGTTGAAGGATGAAAGAACCGGCGGCGAAACCAACACGGTCTTTCGG
GAATCCCCGCCCTTCATCAAGGGAGAGATGCGCGATTACCAAATTGCGGG
ATTGAACTGGCTTGTTTCGCTGCATGAGAACGGTATTTCGGGTATTTTGG
CGGATGAGATGGGTTTGGGCAAGACTCTGCAGACCATTTCTTTCCTCGGC
TACCTCCGACATGTATGCGAGATCACCGGCCCGCACCTCATCGCTGTTCC
GAAATCTACCCTCGATAACTGGAAGCGGGAGTTTGGAAAATGGACACCCG
AGGTCAATGTGCTTGTTCTTCAGGGTGACAAGGAACAGCGACACAAGTTG
ATCAATGAGGAGCTCCTCGACGAGAACTTCGACGTTTGTATTACCAGTTA
CGAGATGATTCTTCGAGAAAAGGCGCACCTTAAGAAGTTCGCTTGGGAGT
ACATCATCATCGACGAGGCTCATCGGATCAAGAACGAGGAGTCTTCACTG
GCGCAAATTATCCGTGTCTTCCACTCCAGGAACCGACTACTGATCACCGG
TACCCCACTTCAGAATAACCTCCACGAGCTTTGGGCCCTCCTCAACTTCT
TGTTGCCGGATGTTTTCGGTGATTCGGAAGCATTTGACCAATGGTTCTCC
GGGCAAGACTCTGATCAGGATACGGTCGTACAACAACTCCATCGCGTTCT
GCGACCTTTCTTGCTTCGCCGTGTCAAGAGTGACGTCGAAAAGAGCTTGC
TTCCCAAGAAGGAGGTTAATCTATACGTCCCCATGTCGGAAATGCAGGTC
AAGTGGTATCAGAAGATTCTCGAAAAAGATATCGATGCGGTCAATGGCGC
TGCCGGCAAGCGTGAGTCAAAGACCCGTTTGTTGAATATCGTCATGCAAC
TTCGCAAATGTTGCAACCATCCCTACCTTTTTGAAGGTGCTGAGCCTGGC
CCTCCCTACACCACCGATGAACACCTCGTTTACAATGCTGGAAAGATGAC
GATCCTTGACAAGTTGCTGGCGCGTATGCAGAAACAGGGAAGTCGCGTAC
TCATCTTCTCCCAGATGAGTCGTGTCCTTGATATCCTCGAAGACTACTGT
GTTTTCCGCGAATACAACTACTGCCGCATCGATGGTACAACGGCCCATGA
GGATCGAATTGCTGCTATCGATGAGTACAACAAGCCGGGCTCGGAGAAGT
TCATCTTCCTGCTCACAACAAGAGCGGGAGGTCTGGGTATCAATCTGACG
ACGGCGGATATTGTCGTTCTCTTTGATAGTGACTGGAATCCTCAGGCGGA
TTTGCAAGCAATGGACCGTGCCCACCGTATCGGACAGACGAAACAGGTCG
TGGTATTCAGGTTTGTTACAGAGAATGCGATCGAAGAAAAAGTCTTAGAA
CGTGCCGCACAGAAACTGCGACTCGACCAGCTTGTCATCCAACAGGGACG
TGCCCAGCAGCAGACCAAGAATGCCGCGTCTAAGGAAGAATTGCTGGGTA
TGATTCAGCACGGAGCTGCCAATGTCTTCAACACTCAAGCCAACACCACC
ATATCTGCGGAACACCAGATATCCGAAGATGATATCGATGACATTTTGCG
GAAAGGCGAGGAGCGGACTGCGCAATTGAACAAAAAGTACGAAAAGCTTG
GTATCGACGACTTGCAGAAGTTCAGTTCCGAAAGTGCGTACGAATGGAAC
GGCAAAGACTTCACTGATCGCAAGAAGGACATTGGTATTAACTGGATCAA
CCCGGCAAAGCGAGAGCGGAAGGAACAGTTCTATTCTATCGACAAATACT
ATCGCCAGGCTTTAGCTACTGGTGGTAGAACGGCTGATCCCAAGCCTAAG
GTTCCTCGGGCGCCAAAGCAAATCACCGTCCATGATTGGCAGTTCTTCCC
GCCTGGGCTTCAAGAGCTGCAGGAGAAGGAGACGGCCTACTTCCACAAGG
AGATCGGATACAAGGTTCCTCTGCCTGATGGGCCCGAAGAAGAACTTAGC
GAGCGCGAAGCTGAGCGTGATCTTGAACAACAGGAGATTGACAATGCAGT
GCCACTAACGGAGGATGAACAGGCGGAGAAGGCGAAGATGTCTGAAGAGG
GCTTCTCCAACTGGAACCGCAGAGATTTCCAACAGTTCGTGAACGGTTCC
GCCAAGTTTGGCCGCACTGACTACGTTGGAATCGCCACCGAGGTAGACAG
CAAAGAGCCGGAAGAAGTTGAGGAGTACGCGCAAGTATTCTGGGAGCGGT
ACACGGAAATCCAAGATTATCCCAAGTACCTCCGTGTCATCGAGCAGGGT
GAGGATAAACTGCGGAAGATGAACCACCAACGCAAAATGTTGCGCAAGAA
GATGGAAATGTACCGCGTACCACTCCAACAGGTCAAGATCAACTACACTG
TGTCTACCACCAACAAGAAGGTCTATACAGAAGAGGAGGACCGGTTCTTG
TTGGTAATGCTGGACAAATATGGAGTCGATGGTGAAGGTCTCTACGAGAA
AATCCGCGACGAAATCCGCGAGTCTCCACTATTCCGATTTGATTGGTTTT
TCCTTAGTCGGACCCCAGTCGAGATTGGACGTCGGTGCACCACCCTGCTA
AACACCGTGGCAAAGGAATTTGAAACTGATGGAAAGGCCAACGGTGAGAG
CGGCAAGGGCCGGGGACGTGACCGTGACGACGATGAAGCTGAAGAGGATG
AGGCCCCACCCGCCAAGAAGAAGACGAAGGGCGGTGCAGTTGACTCGGAT
ACGAATCCCAATACCACGGCGAGCAGTGTTGCAGGCGACGCAGCGCCTTT
GGATGGCCGGAGACGGAGGTCCGAAGCTTTTCACATGAGAAAAAGTATTT
TGGGCAAGAAGCATGGTCGTTTGGATGAATCAAAGGGCTACCAAGACACT
CCGGACTACACGATGGCTCCCTCAGTTGAACCGACTCCCGACTCGCCATC
ACAGGCAGATACCCCCATGACAGACGCGAATGCTGAGCCTGTCACGTCGG
TGCCCGTGGATAGCGCAGACGCGCCGATGACGAACAAGCAAGTCAAGGCC
GTCAAGGGTGGCAGCAAGGCAAATTCTACTTCAACATCGCGGGCAGCCAG
TGTCTCTTCAAATGCGGCACCCAAGTCCAGGAGTCGCAAGAAATGAGAAG
ATGACTCAATCCGACGATTTCGCTACCTCCTCGGTTTAACCGATCTATTC
CGTCATTTCATCGAAACCAACCCTAATCCGCGGATCAAGGAGATCATGGC
CGAAATTGACCGGCAAAATGCCGAGGAGGAGGCAAAGGCCAAGAAGAAGG
GCTCGTCGCGCTCAGGTGGTGCAGGCGGTGATAGGCGTCGCAGAACCGAG
CAAGAGGAAGATGCCGAGCTGTTGAAGGATGAAAGAACCGGCGGCGAAAC
CAACACGGTCTTTCGGGAATCCCCGCCCTTCATCAAGGGAGAGATGCGCG
ATTACCAAATTGCGGGATTGAACTGGCTTGTTTCGCTGCATGAGAACGGT
ATTTCGGGTATTTTGGCGGATGAGATGGGTTTGGGCAAGACTCTGCAGAC
CATTTCTTTCCTCGGCTACCTCCGACATGTATGCGAGATCACCGGCCCGC
ACCTCATCGCTGTTCCGAAATCTACCCTCGATAACTGGAAGCGGGAGTTT
GGAAAATGGACACCCGAGGTCAATGTGCTTGTTCTTCAGGGTGACAAGGA
ACAGCGACACAAGTTGATCAATGAGGAGCTCCTCGACGAGAACTTCGACG
TTTGTATTACCAGTTACGAGATGATTCTTCGAGAAAAGGCGCACCTTAAG
AAGTTCGCTTGGGAGTACATCATCATCGACGAGGCTCATCGGATCAAGAA
CGAGGAGTCTTCACTGGCGCAAATTATCCGTGTCTTCCACTCCAGGAACC
GACTACTGATCACCGGTACCCCACTTCAGAATAACCTCCACGAGCTTTGG
GCCCTCCTCAACTTCTTGTTGCCGGATGTTTTCGGTGATTCGGAAGCATT
TGACCAATGGTTCTCCGGGCAAGACTCTGATCAGGATACGGTCGTACAAC
AACTCCATCGCGTTCTGCGACCTTTCTTGCTTCGCCGTGTCAAGAGTGAC
GTCGAAAAGAGCTTGCTTCCCAAGAAGGAGGTTAATCTATACGTCCCCAT
GTCGGAAATGCAGGTCAAGTGGTATCAGAAGATTCTCGAAAAAGATATCG
ATGCGGTCAATGGCGCTGCCGGCAAGCGTGAGTCAAAGACCCGTTTGTTG
AATATCGTCATGCAACTTCGCAAATGTTGCAACCATCCCTACCTTTTTGA
AGGTGCTGAGCCTGGCCCTCCCTACACCACCGATGAACACCTCGTTTACA
ATGCTGGAAAGATGACGATCCTTGACAAGTTGCTGGCGCGTATGCAGAAA
CAGGGAAGTCGCGTACTCATCTTCTCCCAGATGAGTCGTGTCCTTGATAT
CCTCGAAGACTACTGTGTTTTCCGCGAATACAACTACTGCCGCATCGATG
GTACAACGGCCCATGAGGATCGAATTGCTGCTATCGATGAGTACAACAAG
CCGGGCTCGGAGAAGTTCATCTTCCTGCTCACAACAAGAGCGGGAGGTCT
GGGTATCAATCTGACGACGGCGGATATTGTCGTTCTCTTTGATAGTGACT
GGAATCCTCAGGCGGATTTGCAAGCAATGGACCGTGCCCACCGTATCGGA
CAGACGAAACAGGTCGTGGTATTCAGGTTTGTTACAGAGAATGCGATCGA
AGAAAAAGTCTTAGAACGTGCCGCACAGAAACTGCGACTCGACCAGCTTG
TCATCCAACAGGGACGTGCCCAGCAGCAGACCAAGAATGCCGCGTCTAAG
GAAGAATTGCTGGGTATGATTCAGCACGGAGCTGCCAATGTCTTCAACAC
TCAAGCCAACACCACCATATCTGCGGAACACCAGATATCCGAAGATGATA
TCGATGACATTTTGCGGAAAGGCGAGGAGCGGACTGCGCAATTGAACAAA
AAGTACGAAAAGCTTGGTATCGACGACTTGCAGAAGTTCAGTTCCGAAAG
TGCGTACGAATGGAACGGCAAAGACTTCACTGATCGCAAGAAGGACATTG
GTATTAACTGGATCAACCCGGCAAAGCGAGAGCGGAAGGAACAGTTCTAT
TCTATCGACAAATACTATCGCCAGGCTTTAGCTACTGGTGGTAGAACGGC
TGATCCCAAGCCTAAGGTTCCTCGGGCGCCAAAGCAAATCACCGTCCATG
ATTGGCAGTTCTTCCCGCCTGGGCTTCAAGAGCTGCAGGAGAAGGAGACG
GCCTACTTCCACAAGGAGATCGGATACAAGGTTCCTCTGCCTGATGGGCC
CGAAGAAGAACTTAGCGAGCGCGAAGCTGAGCGTGATCTTGAACAACAGG
AGATTGACAATGCAGTGCCACTAACGGAGGATGAACAGGCGGAGAAGGCG
AAGATGTCTGAAGAGGGCTTCTCCAACTGGAACCGCAGAGATTTCCAACA
GTTCGTGAACGGTTCCGCCAAGTTTGGCCGCACTGACTACGTTGGAATCG
CCACCGAGGTAGACAGCAAAGAGCCGGAAGAAGTTGAGGAGTACGCGCAA
GTATTCTGGGAGCGGTACACGGAAATCCAAGATTATCCCAAGTACCTCCG
TGTCATCGAGCAGGGTGAGGATAAACTGCGGAAGATGAACCACCAACGCA
AAATGTTGCGCAAGAAGATGGAAATGTACCGCGTACCACTCCAACAGGTC
AAGATCAACTACACTGTGTCTACCACCAACAAGAAGGTCTATACAGAAGA
GGAGGACCGGTTCTTGTTGGTAATGCTGGACAAATATGGAGTCGATGGTG
AAGGTCTCTACGAGAAAATCCGCGACGAAATCCGCGAGTCTCCACTATTC
CGATTTGATTGGTTTTTCCTTAGTCGGACCCCAGTCGAGATTGGACGTCG
GTGCACCACCCTGCTAAACACCGTGGCAAAGGAATTTGAAACTGATGGAA
AGGCCAACGGTGAGAGCGGCAAGGGCCGGGGACGTGACCGTGACGACGAT
GAAGCTGAAGAGGATGAGGCCCCACCCGCCAAGAAGAAGACGAAGGGCGG
TGCAGTTGACTCGGATACGAATCCCAATACCACGGCGAGCAGTGTTGCAG
GCGACGCAGCGCCTTTGGATGGCCGGAGACGGAGGTCCGAAGCTTTTCAC
ATGAGAAAAAGTATTTTGGGCAAGAAGCATGGTCGTTTGGATGAATCAAA
GGGCTACCAAGACACTCCGGACTACACGATGGCTCCCTCAGTTGAACCGA
CTCCCGACTCGCCATCACAGGCAGATACCCCCATGACAGACGCGAATGCT
GAGCCTGTCACGTCGGTGCCCGTGGATAGCGCAGACGCGCCGATGACGAA
CAAGCAAGTCAAGGCCGTCAAGGGTGGCAGCAAGGCAAATTCTACTTCAA
CATCGCGGGCAGCCAGTGTCTCTTCAAATGCGGCACCCAAGTCCAGGAGT
CGCAAGAAATGAGAAGATGACTCAATCCGACGATTTCGCTACCTCCTCGG
TTTAACCGATCTATTCCGTCATTTCATCGAAACCAACCCTAATCCGCGGA
TCAAGGAGATCATGGCCGAAATTGACCGGCAAAATGCCGAGGAGGAGGCA
AAGGCCAAGAAGAAGGGCTCGTCGCGCTCAGGTGGTGCAGGCGGTGATAG
GCGTCGCAGAACCGAGCAAGAGGAAGATGCCGAGCTGTTGAAGGATGAAA
GAACCGGCGGCGAAACCAACACGGTCTTTCGGGAATCCCCGCCCTTCATC
AAGGGAGAGATGCGCGATTACCAAATTGCGGGATTGAACTGGCTTGTTTC
GCTGCATGAGAACGGTATTTCGGGTATTTTGGCGGATGAGATGGGTTTGG
GCAAGACTCTGCAGACCATTTCTTTCCTCGGCTACCTCCGACATGTATGC
GAGATCACCGGCCCGCACCTCATCGCTGTTCCGAAATCTACCCTCGATAA
CTGGAAGCGGGAGTTTGGAAAATGGACACCCGAGGTCAATGTGCTTGTTC
TTCAGGGTGACAAGGAACAGCGACACAAGTTGATCAATGAGGAGCTCCTC
GACGAGAACTTCGACGTTTGTATTACCAGTTACGAGATGATTCTTCGAGA
AAAGGCGCACCTTAAGAAGTTCGCTTGGGAGTACATCATCATCGACGAGG
CTCATCGGATCAAGAACGAGGAGTCTTCACTGGCGCAAATTATCCGTGTC
TTCCACTCCAGGAACCGACTACTGATCACCGGTACCCCACTTCAGAATAA
CCTCCACGAGCTTTGGGCCCTCCTCAACTTCTTGTTGCCGGATGTTTTCG
GTGATTCGGAAGCATTTGACCAATGGTTCTCCGGGCAAGACTCTGATCAG
GATACGGTCGTACAACAACTCCATCGCGTTCTGCGACCTTTCTTGCTTCG
CCGTGTCAAGAGTGACGTCGAAAAGAGCTTGCTTCCCAAGAAGGAGGTTA
ATCTATACGTCCCCATGTCGGAAATGCAGGTCAAGTGGTATCAGAAGATT
CTCGAAAAAGATATCGATGCGGTCAATGGCGCTGCCGGCAAGCGTGAGTC
AAAGACCCGTTTGTTGAATATCGTCATGCAACTTCGCAAATGTTGCAACC
ATCCCTACCTTTTTGAAGGTGCTGAGCCTGGCCCTCCCTACACCACCGAT
GAACACCTCGTTTACAATGCTGGAAAGATGACGATCCTTGACAAGTTGCT
GGCGCGTATGCAGAAACAGGGAAGTCGCGTACTCATCTTCTCCCAGATGA
GTCGTGTCCTTGATATCCTCGAAGACTACTGTGTTTTCCGCGAATACAAC
TACTGCCGCATCGATGGTACAACGGCCCATGAGGATCGAATTGCTGCTAT
CGATGAGTACAACAAGCCGGGCTCGGAGAAGTTCATCTTCCTGCTCACAA
CAAGAGCGGGAGGTCTGGGTATCAATCTGACGACGGCGGATATTGTCGTT
CTCTTTGATAGTGACTGGAATCCTCAGGCGGATTTGCAAGCAATGGACCG
TGCCCACCGTATCGGACAGACGAAACAGGTCGTGGTATTCAGGTTTGTTA
CAGAGAATGCGATCGAAGAAAAAGTCTTAGAACGTGCCGCACAGAAACTG
CGACTCGACCAGCTTGTCATCCAACAGGGACGTGCCCAGCAGCAGACCAA
GAATGCCGCGTCTAAGGAAGAATTGCTGGGTATGATTCAGCACGGAGCTG
CCAATGTCTTCAACACTCAAGCCAACACCACCATATCTGCGGAACACCAG
ATATCCGAAGATGATATCGATGACATTTTGCGGAAAGGCGAGGAGCGGAC
TGCGCAATTGAACAAAAAGTACGAAAAGCTTGGTATCGACGACTTGCAGA
AGTTCAGTTCCGAAAGTGCGTACGAATGGAACGGCAAAGACTTCACTGAT
CGCAAGAAGGACATTGGTATTAACTGGATCAACCCGGCAAAGCGAGAGCG
GAAGGAACAGTTCTATTCTATCGACAAATACTATCGCCAGGCTTTAGCTA
CTGGTGGTAGAACGGCTGATCCCAAGCCTAAGGTTCCTCGGGCGCCAAAG
CAAATCACCGTCCATGATTGGCAGTTCTTCCCGCCTGGGCTTCAAGAGCT
GCAGGAGAAGGAGACGGCCTACTTCCACAAGGAGATCGGATACAAGGTTC
CTCTGCCTGATGGGCCCGAAGAAGAACTTAGCGAGCGCGAAGCTGAGCGT
GATCTTGAACAACAGGAGATTGACAATGCAGTGCCACTAACGGAGGATGA
ACAGGCGGAGAAGGCGAAGATGTCTGAAGAGGGCTTCTCCAACTGGAACC
GCAGAGATTTCCAACAGTTCGTGAACGGTTCCGCCAAGTTTGGCCGCACT
GACTACGTTGGAATCGCCACCGAGGTAGACAGCAAAGAGCCGGAAGAAGT
TGAGGAGTACGCGCAAGTATTCTGGGAGCGGTACACGGAAATCCAAGATT
ATCCCAAGTACCTCCGTGTCATCGAGCAGGGTGAGGATAAACTGCGGAAG
ATGAACCACCAACGCAAAATGTTGCGCAAGAAGATGGAAATGTACCGCGT
ACCACTCCAACAGGTCAAGATCAACTACACTGTGTCTACCACCAACAAGA
AGGTCTATACAGAAGAGGAGGACCGGTTCTTGTTGGTAATGCTGGACAAA
TATGGAGTCGATGGTGAAGGTCTCTACGAGAAAATCCGCGACGAAATCCG
CGAGTCTCCACTATTCCGATTTGATTGGTTTTTCCTTAGTCGGACCCCAG
TCGAGATTGGACGTCGGTGCACCACCCTGCTAAACACCGTGGCAAAGGAA
TTTGAAACTGATGGAAAGGCCAACGGTGAGAGCGGCAAGGGCCGGGGACG
TGACCGTGACGACGATGAAGCTGAAGAGGATGAGGCCCCACCCGCCAAGA
AGAAGACGAAGGGCGGTGCAGTTGACTCGGATACGAATCCCAATACCACG
GCGAGCAGTGTTGCAGGCGACGCAGCGCCTTTGGATGGCCGGAGACGGAG
GTCCGAAGCTTTTCACATGAGAAAAAGTATTTTGGGCAAGAAGCATGGTC
GTTTGGATGAATCAAAGGGCTACCAAGACACTCCGGACTACACGATGGCT
CCCTCAGTTGAACCGACTCCCGACTCGCCATCACAGGCAGATACCCCCAT
GACAGACGCGAATGCTGAGCCTGTCACGTCGGTGCCCGTGGATAGCGCAG
ACGCGCCGATGACGAACAAGCAAGTCAAGGCCGTCAAGGGTGGCAGCAAG
GCAAATTCTACTTCAACATCGCGGGCAGCCAGTGTCTCTTCAAATGCGGC
ACCCAAGTCCAGGAGTCGCAAGAAATGAGAAGATGACTCAATCCGACGAT
TTCGCTACCTCCTCGGTTTAACCGATCTATTCCGTCATTTCATCGAAACC
AACCCTAATCCGCGGATCAAGGAGATCATGGCCGAAATTGACCGGCAAAA
TGCCGAGGAGGAGGCAAAGGCCAAGAAGAAGGGCTCGTCGCGCTCAGGTG
GTGCAGGCGGTGATAGGCGTCGCAGAACCGAGCAAGAGGAAGATGCCGAG
CTGTTGAAGGATGAAAGAACCGGCGGCGAAACCAACACGGTCTTTCGGGA
ATCCCCGCCCTTCATCAAGGGAGAGATGCGCGATTACCAAATTGCGGGAT
TGAACTGGCTTGTTTCGCTGCATGAGAACGGTATTTCGGGTATTTTGGCG
GATGAGATGGGTTTGGGCAAGACTCTGCAGACCATTTCTTTCCTCGGCTA
CCTCCGACATGTATGCGAGATCACCGGCCCGCACCTCATCGCTGTTCCGA
AATCTACCCTCGATAACTGGAAGCGGGAGTTTGGAAAATGGACACCCGAG
GTCAATGTGCTTGTTCTTCAGGGTGACAAGGAACAGCGACACAAGTTGAT
CAATGAGGAGCTCCTCGACGAGAACTTCGACGTTTGTATTACCAGTTACG
AGATGATTCTTCGAGAAAAGGCGCACCTTAAGAAGTTCGCTTGGGAGTAC
ATCATCATCGACGAGGCTCATCGGATCAAGAACGAGGAGTCTTCACTGGC
GCAAATTATCCGTGTCTTCCACTCCAGGAACCGACTACTGATCACCGGTA
CCCCACTTCAGAATAACCTCCACGAGCTTTGGGCCCTCCTCAACTTCTTG
TTGCCGGATGTTTTCGGTGATTCGGAAGCATTTGACCAATGGTTCTCCGG
GCAAGACTCTGATCAGGATACGGTCGTACAACAACTCCATCGCGTTCTGC
GACCTTTCTTGCTTCGCCGTGTCAAGAGTGACGTCGAAAAGAGCTTGCTT
CCCAAGAAGGAGGTTAATCTATACGTCCCCATGTCGGAAATGCAGGTCAA
GTGGTATCAGAAGATTCTCGAAAAAGATATCGATGCGGTCAATGGCGCTG
CCGGCAAGCGTGAGTCAAAGACCCGTTTGTTGAATATCGTCATGCAACTT
CGCAAATGTTGCAACCATCCCTACCTTTTTGAAGGTGCTGAGCCTGGCCC
TCCCTACACCACCGATGAACACCTCGTTTACAATGCTGGAAAGATGACGA
TCCTTGACAAGTTGCTGGCGCGTATGCAGAAACAGGGAAGTCGCGTACTC
ATCTTCTCCCAGATGAGTCGTGTCCTTGATATCCTCGAAGACTACTGTGT
TTTCCGCGAATACAACTACTGCCGCATCGATGGTACAACGGCCCATGAGG
ATCGAATTGCTGCTATCGATGAGTACAACAAGCCGGGCTCGGAGAAGTTC
ATCTTCCTGCTCACAACAAGAGCGGGAGGTCTGGGTATCAATCTGACGAC
GGCGGATATTGTCGTTCTCTTTGATAGTGACTGGAATCCTCAGGCGGATT
TGCAAGCAATGGACCGTGCCCACCGTATCGGACAGACGAAACAGGTCGTG
GTATTCAGGTTTGTTACAGAGAATGCGATCGAAGAAAAAGTCTTAGAACG
TGCCGCACAGAAACTGCGACTCGACCAGCTTGTCATCCAACAGGGACGTG
CCCAGCAGCAGACCAAGAATGCCGCGTCTAAGGAAGAATTGCTGGGTATG
ATTCAGCACGGAGCTGCCAATGTCTTCAACACTCAAGCCAACACCACCAT
ATCTGCGGAACACCAGATATCCGAAGATGATATCGATGACATTTTGCGGA
AAGGCGAGGAGCGGACTGCGCAATTGAACAAAAAGTACGAAAAGCTTGGT
ATCGACGACTTGCAGAAGTTCAGTTCCGAAAGTGCGTACGAATGGAACGG
CAAAGACTTCACTGATCGCAAGAAGGACATTGGTATTAACTGGATCAACC
CGGCAAAGCGAGAGCGGAAGGAACAGTTCTATTCTATCGACAAATACTAT
CGCCAGGCTTTAGCTACTGGTGGTAGAACGGCTGATCCCAAGCCTAAGGT
TCCTCGGGCGCCAAAGCAAATCACCGTCCATGATTGGCAGTTCTTCCCGC
CTGGGCTTCAAGAGCTGCAGGAGAAGGAGACGGCCTACTTCCACAAGGAG
ATCGGATACAAGGTTCCTCTGCCTGATGGGCCCGAAGAAGAACTTAGCGA
GCGCGAAGCTGAGCGTGATCTTGAACAACAGGAGATTGACAATGCAGTGC
CACTAACGGAGGATGAACAGGCGGAGAAGGCGAAGATGTCTGAAGAGGGC
TTCTCCAACTGGAACCGCAGAGATTTCCAACAGTTCGTGAACGGTTCCGC
CAAGTTTGGCCGCACTGACTACGTTGGAATCGCCACCGAGGTAGACAGCA
AAGAGCCGGAAGAAGTTGAGGAGTACGCGCAAGTATTCTGGGAGCGGTAC
ACGGAAATCCAAGATTATCCCAAGTACCTCCGTGTCATCGAGCAGGGTGA
GGATAAACTGCGGAAGATGAACCACCAACGCAAAATGTTGCGCAAGAAGA
TGGAAATGTACCGCGTACCACTCCAACAGGTCAAGATCAACTACACTGTG
TCTACCACCAACAAGAAGGTCTATACAGAAGAGGAGGACCGGTTCTTGTT
GGTAATGCTGGACAAATATGGAGTCGATGGTGAAGGTCTCTACGAGAAAA
TCCGCGACGAAATCCGCGAGTCTCCACTATTCCGATTTGATTGGTTTTTC
CTTAGTCGGACCCCAGTCGAGATTGGACGTCGGTGCACCACCCTGCTAAA
CACCGTGGCAAAGGAATTTGAAACTGATGGAAAGGCCAACGGTGAGAGCG
GCAAGGGCCGGGGACGTGACCGTGACGACGATGAAGCTGAAGAGGATGAG
GCCCCACCCGCCAAGAAGAAGACGAAGGGCGGTGCAGTTGACTCGGATAC
GAATCCCAATACCACGGCGAGCAGTGTTGCAGGCGACGCAGCGCCTTTGG
ATGGCCGGAGACGGAGGTCCGAAGCTTTTCACATGAGAAAAAGTATTTTG
GGCAAGAAGCATGGTCGTTTGGATGAATCAAAGGGCTACCAAGACACTCC
GGACTACACGATGGCTCCCTCAGTTGAACCGACTCCCGACTCGCCATCAC
AGGCAGATACCCCCATGACAGACGCGAATGCTGAGCCTGTCACGTCGGTG
CCCGTGGATAGCGCAGACGCGCCGATGACG

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **Cellular Component**
Term	Definition
GO:0005634	nucleus

Vocabulary: **Biological Process**
Term	Definition
GO:0006338	chromatin remodeling
GO:0043044	ATP-dependent chromatin remodeling

Vocabulary: **Molecular Function**
Term	Definition
GO:0003677	DNA binding
GO:0003676	nucleic acid binding
GO:0016818	hydrolase activity, acting on acid anhydrides, in phosphorus-containing anhydrides
GO:0031491	nucleosome binding
GO:0005524	ATP binding

Relationships

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


Feature Name	Unique Name	Species	Type
KJC3_010672	KJC3_010672	Aspergillus niger KJC3	gene

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


Feature Name	Unique Name	Species	Type
KJC3_010672-T1	KJC3_010672-T1-protein	Aspergillus niger KJC3	polypeptide

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


Feature Name	Unique Name	Species	Type
KJC3_010672-T1.cds	KJC3_010672-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_010672-T1.utr3p1	KJC3_010672-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_010672-T1.exon5	KJC3_010672-T1.exon5	Aspergillus niger KJC3	exon
KJC3_010672-T1.exon4	KJC3_010672-T1.exon4	Aspergillus niger KJC3	exon
KJC3_010672-T1.exon3	KJC3_010672-T1.exon3	Aspergillus niger KJC3	exon
KJC3_010672-T1.exon2	KJC3_010672-T1.exon2	Aspergillus niger KJC3	exon
KJC3_010672-T1.exon1	KJC3_010672-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_010672-T1.utr5p1	KJC3_010672-T1.utr5p1	Aspergillus niger KJC3	five_prime_UTR

Properties


Property Name	Value
DBxref	InterPro:IPR009057
DBxref	InterPro:IPR027417
DBxref	InterPro:IPR017884
DBxref	InterPro:IPR015195
DBxref	InterPro:IPR015194
DBxref	InterPro:IPR036306
DBxref	InterPro:IPR000330
DBxref	InterPro:IPR038718
DBxref	InterPro:IPR001005
DBxref	InterPro:IPR001650
DBxref	InterPro:IPR014001
DBxref	PFAM:PF00176
DBxref	PFAM:PF09111
DBxref	PFAM:PF04851
DBxref	PFAM:PF00271
DBxref	PFAM:PF09110
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
ch7	supercontig	ch7:4042780..4046888 -

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KJC3_010672-T1, KJC3_010672-T1 (mRNA) Aspergillus niger KJC3

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KJC3_010672-T1, KJC3_010672-T1 (mRNA) Aspergillus niger KJC3