You are here

Home

ASPNIDRAFT_45922-T1, ASPNIDRAFT_45922-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_45922-T1
Unique NameASPNIDRAFT_45922-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000017.1:90420..93140+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_45922-T1 ID=ASPNIDRAFT_45922-T1|Name=ASPNIDRAFT_45922-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=2721bp|location=Sequence derived from alignment at ACJE01000017.1:90420..93140+ (Aspergillus niger ATCC 1015)
ATGTCCAAACAACCCACCAAAGTCCTCTTCCTGGCCAACAGTGAACATGG
TCAAACGAACATCATCCTGGCAATCACGCACGAGCTCCTCGTCCAAGGAG
ACGTTGAGGTCCATATTGGCTCATTCCCGGTCCTTGAGCGCCGGGTGGAG
AAACTTCTGGCAGACAACGCACCTGCTTATGACGAGTCCTTCCGGTCGCG
TATTCACTTCCACCCTGTAAGGGGTCCCTCCAACACCGATGTCTTCATCC
GCACGGGCAAGCGTGGTGCCTTTCATCCCCCGGGATATCATGGTGCCGTG
CTGGGCTTCCAGTCTCTGTGTGAAGACATCTGGGGCTGGACAGAGGAGGA
GTATGTCGACATCTACGAGAGCTGTGTCGAGATAATCCAGGATGTCAAGC
CATCGACAATTGCAATTGACTTCTTCTTCCTCCAAGGCAGAGATGCTGCT
TACAACACAGGCCATACGGCCATTCTGATCAATACAACCTCCCTGAGTCA
CATCGTACTCGGGATGCAACCCAACTCAGCTGCTCTATGGAAATACCCCC
TGTTAGTCTCTTACCCTCTATATGATTAGTCAAATGCTAATAAGGACTAG
ACCTGGAACTGGCTTCCCCTACCCCATTCCCTGGCATCTCATCCCCCTCA
ACATCATGGCTGTCCTCAAGACGGCCAAGATGTACCACGGCAGTGGACGA
CGTCGGGAGATCCGTGAATGGCGCATCAAGCACAAGATCCACGGCCGCTT
TCCGTTTGCCGATGCTTGGCGTCCGGATAGATACCATATCTCTCCAGGAT
TGAAGGAGCTGGACTGGCCATTCAGCAAGATGCCAGAAAACATCCTCCCT
GCCGGTCCGATCCTGCTCCCCACCGCTTCCGTCGAGAAGCAGGACCCTCA
AATGCACAAGTGGCTGAAGCAGGCCCCAACTATTCTCGTTAATCTCGGAA
CCTTGTATGCACCTGATCCCAAGGTCGCTGAGGAGATTGCAACTGGCCTG
AAGGGGTTCCTCAATGCCTGGAAAGGCGAGAAGGTGCAGATCCTATGGAA
GCTGCCCAAACACCCACACGACGAAGACGATATCTACAGCCGTTCTATCG
AGCCGCTCAAGAAAGAGACTGATGAGGGAAGCGTGCTAATCCGCCCATGG
TTCGAGGTTGAGCCCATGGCCATGTTGCAGACGGGCCAGATTGTCTGTTC
TGTCCACCACGGCGGTGCCAACTCGTGGTACGAAGCTATTCAGTGAGCCA
CCCCTTTTATCCATGATCTAGACTGCATACTAACTCTTCCAGAAATGGTG
TCCCCCACATCGTCCTTCCAGCTTGGCAAGACTGCTACGAGAACGCTGCT
CGAGCCGAATGGCTAGGCATTGGAGTGTATGGCAACAAGAGCCGGGCTCC
CAACATCAGTGCCAAAGAGCTGAGCAAGGCTCTGCTGAAAGTGATGAGCA
ACCGCTCCTACAAGGAAAAGGCAACAGAAATTGCCAAACTCTGCAAGAAA
GAGGGTCGCGTTGCCGCAGCAGAAAAGATTGCAGAGTTAGCACGTAACCC
GGAGAAGGCGACAGCGATCCACATCCCCGAAGCCGACCCAGAAAACCAGC
CACCACTGTACGAGATCAAGAATCGTGCAGGCATGACACTCCAAACTGCG
CAGATGCCCAAAACCGAAGGCAAAGGCGCATCGAAGTAAGCCCTCCCATC
TCTCAAACAATCGCATCCGTCTAACCAATCCAACAGACCCTTCCTAACCG
ACGTTGTCGAGTCCACCCTCATGACTCTCCTCTGCACCACCTGGTTTCAC
CTCCCTCTGCTGGGCTACTCGCTCCTCCTGGTCCCCCGTCTCCGCCTGTT
TGTCCTCCTCTACATTATCTACGTCAAATATTTCTCCAAGGCCCACAAAT
CTGGCACATTGCCCTATCGCAACGATGCCTTCCGCACCTCCTTCATCTGG
AAAACCTTCGCCTCCTACTTCCCCCTCACCCTCTACCGTTCTGCTCTCCT
TTCTCCGAGGAGGAAATACATCTTTGGCTACCATCCGCACGGTATTGCCC
TGCGCGGGGCAATGGGTGCTTTTGCAGCCGACGGCGTCGGCTTCTCCTCC
CTCTTCCCGGGACTCACTAATACCCTCCTTATAAAAGATGACTGCTTCTA
CCAGCCCTTCCAGCGAGAATACCTTCTTGCCACGGGAGCAAGTGGCGTTT
CTCGCACCTCATGCATCAAGCACCTCACCCGCGGTGGTCACGATGAGCGA
GGAATGGGTCGTTCCATTGCCATCACTGTCGGCGGGAGCCGCGAGTATAA
CATCGCCAAGCCAGGCACTATGGGGATCGTGATCAAGATCCGCAAGGGGT
TTGTACGCGTTGCGGTCGAGACAGGGGCGGATTTAGTCCCTGTCATTGCG
TTCGGCGAGAACGAGCTGTTTGACTTGATTGATACGAAGTCATCGTCGGC
GCTGGGGTTGGTGGCGAGAGTGTGGGAGTTTGTGGTGGGTCATAGGGTTG
CGTTCTCAAAGGGCAGATTTGGGCTGTTTTGTCCGTATAGGAAACCGCTT
AATGTGGTCGTGGGCAAGCCCATTGAGGTCGTGCAGCAGAGGTGGGATAT
GGATGAGAAGTATGTTGATAAGTTGCATGAGACGTATGTGCAGGAGTTGA
CGAGGCTGTGGGATGATTGGAAGGAGACATTTGGGGTAGAGAGGGATGTG
AGGTTTGAGATTGTGGAGTGA
back to top

Coding sequence (CDS) from alignment at ACJE01000017.1:90420..93140+

>ASPNIDRAFT_45922-T1 ID=ASPNIDRAFT_45922-T1|Name=ASPNIDRAFT_45922-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=10284bp|location=Sequence derived from alignment at ACJE01000017.1:90420..93140+ (Aspergillus niger ATCC 1015)
ATGTCCAAACAACCCACCAAAGTCCTCTTCCTGGCCAACAGTGAACATGG
TCAAACGAACATCATCCTGGCAATCACGCACGAGCTCCTCGTCCAAGGAG
ACGTTGAGGTCCATATTGGCTCATTCCCGGTCCTTGAGCGCCGGGTGGAG
AAACTTCTGGCAGACAACGCACCTGCTTATGACGAGTCCTTCCGGTCGCG
TATTCACTTCCACCCTGTAAGGGGTCCCTCCAACACCGATGTCTTCATCC
GCACGGGCAAGCGTGGTGCCTTTCATCCCCCGGGATATCATGGTGCCGTG
CTGGGCTTCCAGTCTCTGTGTGAAGACATCTGGGGCTGGACAGAGGAGGA
GTATGTCGACATCTACGAGAGCTGTGTCGAGATAATCCAGGATGTCAAGC
CATCGACAATTGCAATTGACTTCTTCTTCCTCCAAGGCAGAGATGCTGCT
TACAACACAGGCCATACGGCCATTCTGATCAATACAACCTCCCTGAGTCA
CATCGTACTCGGGATGCAACCCAACTCAGCTGCTCTATGGAAATACCCCC
TACCTGGAACTGGCTTCCCCTACCCCATTCCCTGGCATCTCATCCCCCTC
AACATCATGGCTGTCCTCAAGACGGCCAAGATGTACCACGGCAGTGGACG
ACGTCGGGAGATCCGTGAATGGCGCATCAAGCACAAGATCCACGGCCGCT
TTCCGTTTGCCGATGCTTGGCGTCCGGATAGATACCATATCTCTCCAGGA
TTGAAGGAGCTGGACTGGCCATTCAGCAAGATGCCAGAAAACATCCTCCC
TGCCGGTCCGATCCTGCTCCCCACCGCTTCCGTCGAGAAGCAGGACCCTC
AAATGCACAAGTGGCTGAAGCAGGCCCCAACTATTCTCGTTAATCTCGGA
ACCTTGTATGCACCTGATCCCAAGGTCGCTGAGGAGATTGCAACTGGCCT
GAAGGGGTTCCTCAATGCCTGGAAAGGCGAGAAGGTGCAGATCCTATGGA
AGCTGCCCAAACACCCACACGACGAAGACGATATCTACAGCCGTTCTATC
GAGCCGCTCAAGAAAGAGACTGATGAGGGAAGCGTGCTAATCCGCCCATG
GTTCGAGGTTGAGCCCATGGCCATGTTGCAGACGGGCCAGATTGTCTGTT
CTGTCCACCACGGCGGTGCCAACTCGTGGTACGAAGCTATTCAAAATGGT
GTCCCCCACATCGTCCTTCCAGCTTGGCAAGACTGCTACGAGAACGCTGC
TCGAGCCGAATGGCTAGGCATTGGAGTGTATGGCAACAAGAGCCGGGCTC
CCAACATCAGTGCCAAAGAGCTGAGCAAGGCTCTGCTGAAAGTGATGAGC
AACCGCTCCTACAAGGAAAAGGCAACAGAAATTGCCAAACTCTGCAAGAA
AGAGGGTCGCGTTGCCGCAGCAGAAAAGATTGCAGAGTTAGCACGTAACC
CGGAGAAGGCGACAGCGATCCACATCCCCGAAGCCGACCCAGAAAACCAG
CCACCACTGTACGAGATCAAGAATCGTGCAGGCATGACACTCCAAACTGC
GCAGATGCCCAAAACCGAAGGCAAAGGCGCATCGAAACCCTTCCTAACCG
ACGTTGTCGAGTCCACCCTCATGACTCTCCTCTGCACCACCTGGTTTCAC
CTCCCTCTGCTGGGCTACTCGCTCCTCCTGGTCCCCCGTCTCCGCCTGTT
TGTCCTCCTCTACATTATCTACGTCAAATATTTCTCCAAGGCCCACAAAT
CTGGCACATTGCCCTATCGCAACGATGCCTTCCGCACCTCCTTCATCTGG
AAAACCTTCGCCTCCTACTTCCCCCTCACCCTCTACCGTTCTGCTCTCCT
TTCTCCGAGGAGGAAATACATCTTTGGCTACCATCCGCACGGTATTGCCC
TGCGCGGGGCAATGGGTGCTTTTGCAGCCGACGGCGTCGGCTTCTCCTCC
CTCTTCCCGGGACTCACTAATACCCTCCTTATAAAAGATGACTGCTTCTA
CCAGCCCTTCCAGCGAGAATACCTTCTTGCCACGGGAGCAAGTGGCGTTT
CTCGCACCTCATGCATCAAGCACCTCACCCGCGGTGGTCACGATGAGCGA
GGAATGGGTCGTTCCATTGCCATCACTGTCGGCGGGAGCCGCGAGTATAA
CATCGCCAAGCCAGGCACTATGGGGATCGTGATCAAGATCCGCAAGGGGT
TTGTACGCGTTGCGGTCGAGACAGGGGCGGATTTAGTCCCTGTCATTGCG
TTCGGCGAGAACGAGCTGTTTGACTTGATTGATACGAAGTCATCGTCGGC
GCTGGGGTTGGTGGCGAGAGTGTGGGAGTTTGTGGTGGGTCATAGGGTTG
CGTTCTCAAAGGGCAGATTTGGGCTGTTTTGTCCGTATAGGAAACCGCTT
AATGTGGTCGTGGGCAAGCCCATTGAGGTCGTGCAGCAGAGGTGGGATAT
GGATGAGAAGTATGTTGATAAGTTGCATGAGACGTATGTGCAGGAGTTGA
CGAGGCTGTGGGATGATTGGAAGGAGACATTTGGGGTAGAGAGGGATGTG
AGGTTTGAGATTGTGGAGTGAATGTCCAAACAACCCACCAAAGTCCTCTT
CCTGGCCAACAGTGAACATGGTCAAACGAACATCATCCTGGCAATCACGC
ACGAGCTCCTCGTCCAAGGAGACGTTGAGGTCCATATTGGCTCATTCCCG
GTCCTTGAGCGCCGGGTGGAGAAACTTCTGGCAGACAACGCACCTGCTTA
TGACGAGTCCTTCCGGTCGCGTATTCACTTCCACCCTGTAAGGGGTCCCT
CCAACACCGATGTCTTCATCCGCACGGGCAAGCGTGGTGCCTTTCATCCC
CCGGGATATCATGGTGCCGTGCTGGGCTTCCAGTCTCTGTGTGAAGACAT
CTGGGGCTGGACAGAGGAGGAGTATGTCGACATCTACGAGAGCTGTGTCG
AGATAATCCAGGATGTCAAGCCATCGACAATTGCAATTGACTTCTTCTTC
CTCCAAGGCAGAGATGCTGCTTACAACACAGGCCATACGGCCATTCTGAT
CAATACAACCTCCCTGAGTCACATCGTACTCGGGATGCAACCCAACTCAG
CTGCTCTATGGAAATACCCCCTACCTGGAACTGGCTTCCCCTACCCCATT
CCCTGGCATCTCATCCCCCTCAACATCATGGCTGTCCTCAAGACGGCCAA
GATGTACCACGGCAGTGGACGACGTCGGGAGATCCGTGAATGGCGCATCA
AGCACAAGATCCACGGCCGCTTTCCGTTTGCCGATGCTTGGCGTCCGGAT
AGATACCATATCTCTCCAGGATTGAAGGAGCTGGACTGGCCATTCAGCAA
GATGCCAGAAAACATCCTCCCTGCCGGTCCGATCCTGCTCCCCACCGCTT
CCGTCGAGAAGCAGGACCCTCAAATGCACAAGTGGCTGAAGCAGGCCCCA
ACTATTCTCGTTAATCTCGGAACCTTGTATGCACCTGATCCCAAGGTCGC
TGAGGAGATTGCAACTGGCCTGAAGGGGTTCCTCAATGCCTGGAAAGGCG
AGAAGGTGCAGATCCTATGGAAGCTGCCCAAACACCCACACGACGAAGAC
GATATCTACAGCCGTTCTATCGAGCCGCTCAAGAAAGAGACTGATGAGGG
AAGCGTGCTAATCCGCCCATGGTTCGAGGTTGAGCCCATGGCCATGTTGC
AGACGGGCCAGATTGTCTGTTCTGTCCACCACGGCGGTGCCAACTCGTGG
TACGAAGCTATTCAAAATGGTGTCCCCCACATCGTCCTTCCAGCTTGGCA
AGACTGCTACGAGAACGCTGCTCGAGCCGAATGGCTAGGCATTGGAGTGT
ATGGCAACAAGAGCCGGGCTCCCAACATCAGTGCCAAAGAGCTGAGCAAG
GCTCTGCTGAAAGTGATGAGCAACCGCTCCTACAAGGAAAAGGCAACAGA
AATTGCCAAACTCTGCAAGAAAGAGGGTCGCGTTGCCGCAGCAGAAAAGA
TTGCAGAGTTAGCACGTAACCCGGAGAAGGCGACAGCGATCCACATCCCC
GAAGCCGACCCAGAAAACCAGCCACCACTGTACGAGATCAAGAATCGTGC
AGGCATGACACTCCAAACTGCGCAGATGCCCAAAACCGAAGGCAAAGGCG
CATCGAAACCCTTCCTAACCGACGTTGTCGAGTCCACCCTCATGACTCTC
CTCTGCACCACCTGGTTTCACCTCCCTCTGCTGGGCTACTCGCTCCTCCT
GGTCCCCCGTCTCCGCCTGTTTGTCCTCCTCTACATTATCTACGTCAAAT
ATTTCTCCAAGGCCCACAAATCTGGCACATTGCCCTATCGCAACGATGCC
TTCCGCACCTCCTTCATCTGGAAAACCTTCGCCTCCTACTTCCCCCTCAC
CCTCTACCGTTCTGCTCTCCTTTCTCCGAGGAGGAAATACATCTTTGGCT
ACCATCCGCACGGTATTGCCCTGCGCGGGGCAATGGGTGCTTTTGCAGCC
GACGGCGTCGGCTTCTCCTCCCTCTTCCCGGGACTCACTAATACCCTCCT
TATAAAAGATGACTGCTTCTACCAGCCCTTCCAGCGAGAATACCTTCTTG
CCACGGGAGCAAGTGGCGTTTCTCGCACCTCATGCATCAAGCACCTCACC
CGCGGTGGTCACGATGAGCGAGGAATGGGTCGTTCCATTGCCATCACTGT
CGGCGGGAGCCGCGAGTATAACATCGCCAAGCCAGGCACTATGGGGATCG
TGATCAAGATCCGCAAGGGGTTTGTACGCGTTGCGGTCGAGACAGGGGCG
GATTTAGTCCCTGTCATTGCGTTCGGCGAGAACGAGCTGTTTGACTTGAT
TGATACGAAGTCATCGTCGGCGCTGGGGTTGGTGGCGAGAGTGTGGGAGT
TTGTGGTGGGTCATAGGGTTGCGTTCTCAAAGGGCAGATTTGGGCTGTTT
TGTCCGTATAGGAAACCGCTTAATGTGGTCGTGGGCAAGCCCATTGAGGT
CGTGCAGCAGAGGTGGGATATGGATGAGAAGTATGTTGATAAGTTGCATG
AGACGTATGTGCAGGAGTTGACGAGGCTGTGGGATGATTGGAAGGAGACA
TTTGGGGTAGAGAGGGATGTGAGGTTTGAGATTGTGGAGTGAATGTCCAA
ACAACCCACCAAAGTCCTCTTCCTGGCCAACAGTGAACATGGTCAAACGA
ACATCATCCTGGCAATCACGCACGAGCTCCTCGTCCAAGGAGACGTTGAG
GTCCATATTGGCTCATTCCCGGTCCTTGAGCGCCGGGTGGAGAAACTTCT
GGCAGACAACGCACCTGCTTATGACGAGTCCTTCCGGTCGCGTATTCACT
TCCACCCTGTAAGGGGTCCCTCCAACACCGATGTCTTCATCCGCACGGGC
AAGCGTGGTGCCTTTCATCCCCCGGGATATCATGGTGCCGTGCTGGGCTT
CCAGTCTCTGTGTGAAGACATCTGGGGCTGGACAGAGGAGGAGTATGTCG
ACATCTACGAGAGCTGTGTCGAGATAATCCAGGATGTCAAGCCATCGACA
ATTGCAATTGACTTCTTCTTCCTCCAAGGCAGAGATGCTGCTTACAACAC
AGGCCATACGGCCATTCTGATCAATACAACCTCCCTGAGTCACATCGTAC
TCGGGATGCAACCCAACTCAGCTGCTCTATGGAAATACCCCCTACCTGGA
ACTGGCTTCCCCTACCCCATTCCCTGGCATCTCATCCCCCTCAACATCAT
GGCTGTCCTCAAGACGGCCAAGATGTACCACGGCAGTGGACGACGTCGGG
AGATCCGTGAATGGCGCATCAAGCACAAGATCCACGGCCGCTTTCCGTTT
GCCGATGCTTGGCGTCCGGATAGATACCATATCTCTCCAGGATTGAAGGA
GCTGGACTGGCCATTCAGCAAGATGCCAGAAAACATCCTCCCTGCCGGTC
CGATCCTGCTCCCCACCGCTTCCGTCGAGAAGCAGGACCCTCAAATGCAC
AAGTGGCTGAAGCAGGCCCCAACTATTCTCGTTAATCTCGGAACCTTGTA
TGCACCTGATCCCAAGGTCGCTGAGGAGATTGCAACTGGCCTGAAGGGGT
TCCTCAATGCCTGGAAAGGCGAGAAGGTGCAGATCCTATGGAAGCTGCCC
AAACACCCACACGACGAAGACGATATCTACAGCCGTTCTATCGAGCCGCT
CAAGAAAGAGACTGATGAGGGAAGCGTGCTAATCCGCCCATGGTTCGAGG
TTGAGCCCATGGCCATGTTGCAGACGGGCCAGATTGTCTGTTCTGTCCAC
CACGGCGGTGCCAACTCGTGGTACGAAGCTATTCAAAATGGTGTCCCCCA
CATCGTCCTTCCAGCTTGGCAAGACTGCTACGAGAACGCTGCTCGAGCCG
AATGGCTAGGCATTGGAGTGTATGGCAACAAGAGCCGGGCTCCCAACATC
AGTGCCAAAGAGCTGAGCAAGGCTCTGCTGAAAGTGATGAGCAACCGCTC
CTACAAGGAAAAGGCAACAGAAATTGCCAAACTCTGCAAGAAAGAGGGTC
GCGTTGCCGCAGCAGAAAAGATTGCAGAGTTAGCACGTAACCCGGAGAAG
GCGACAGCGATCCACATCCCCGAAGCCGACCCAGAAAACCAGCCACCACT
GTACGAGATCAAGAATCGTGCAGGCATGACACTCCAAACTGCGCAGATGC
CCAAAACCGAAGGCAAAGGCGCATCGAAACCCTTCCTAACCGACGTTGTC
GAGTCCACCCTCATGACTCTCCTCTGCACCACCTGGTTTCACCTCCCTCT
GCTGGGCTACTCGCTCCTCCTGGTCCCCCGTCTCCGCCTGTTTGTCCTCC
TCTACATTATCTACGTCAAATATTTCTCCAAGGCCCACAAATCTGGCACA
TTGCCCTATCGCAACGATGCCTTCCGCACCTCCTTCATCTGGAAAACCTT
CGCCTCCTACTTCCCCCTCACCCTCTACCGTTCTGCTCTCCTTTCTCCGA
GGAGGAAATACATCTTTGGCTACCATCCGCACGGTATTGCCCTGCGCGGG
GCAATGGGTGCTTTTGCAGCCGACGGCGTCGGCTTCTCCTCCCTCTTCCC
GGGACTCACTAATACCCTCCTTATAAAAGATGACTGCTTCTACCAGCCCT
TCCAGCGAGAATACCTTCTTGCCACGGGAGCAAGTGGCGTTTCTCGCACC
TCATGCATCAAGCACCTCACCCGCGGTGGTCACGATGAGCGAGGAATGGG
TCGTTCCATTGCCATCACTGTCGGCGGGAGCCGCGAGTATAACATCGCCA
AGCCAGGCACTATGGGGATCGTGATCAAGATCCGCAAGGGGTTTGTACGC
GTTGCGGTCGAGACAGGGGCGGATTTAGTCCCTGTCATTGCGTTCGGCGA
GAACGAGCTGTTTGACTTGATTGATACGAAGTCATCGTCGGCGCTGGGGT
TGGTGGCGAGAGTGTGGGAGTTTGTGGTGGGTCATAGGGTTGCGTTCTCA
AAGGGCAGATTTGGGCTGTTTTGTCCGTATAGGAAACCGCTTAATGTGGT
CGTGGGCAAGCCCATTGAGGTCGTGCAGCAGAGGTGGGATATGGATGAGA
AGTATGTTGATAAGTTGCATGAGACGTATGTGCAGGAGTTGACGAGGCTG
TGGGATGATTGGAAGGAGACATTTGGGGTAGAGAGGGATGTGAGGTTTGA
GATTGTGGAGTGAATGTCCAAACAACCCACCAAAGTCCTCTTCCTGGCCA
ACAGTGAACATGGTCAAACGAACATCATCCTGGCAATCACGCACGAGCTC
CTCGTCCAAGGAGACGTTGAGGTCCATATTGGCTCATTCCCGGTCCTTGA
GCGCCGGGTGGAGAAACTTCTGGCAGACAACGCACCTGCTTATGACGAGT
CCTTCCGGTCGCGTATTCACTTCCACCCTGTAAGGGGTCCCTCCAACACC
GATGTCTTCATCCGCACGGGCAAGCGTGGTGCCTTTCATCCCCCGGGATA
TCATGGTGCCGTGCTGGGCTTCCAGTCTCTGTGTGAAGACATCTGGGGCT
GGACAGAGGAGGAGTATGTCGACATCTACGAGAGCTGTGTCGAGATAATC
CAGGATGTCAAGCCATCGACAATTGCAATTGACTTCTTCTTCCTCCAAGG
CAGAGATGCTGCTTACAACACAGGCCATACGGCCATTCTGATCAATACAA
CCTCCCTGAGTCACATCGTACTCGGGATGCAACCCAACTCAGCTGCTCTA
TGGAAATACCCCCTACCTGGAACTGGCTTCCCCTACCCCATTCCCTGGCA
TCTCATCCCCCTCAACATCATGGCTGTCCTCAAGACGGCCAAGATGTACC
ACGGCAGTGGACGACGTCGGGAGATCCGTGAATGGCGCATCAAGCACAAG
ATCCACGGCCGCTTTCCGTTTGCCGATGCTTGGCGTCCGGATAGATACCA
TATCTCTCCAGGATTGAAGGAGCTGGACTGGCCATTCAGCAAGATGCCAG
AAAACATCCTCCCTGCCGGTCCGATCCTGCTCCCCACCGCTTCCGTCGAG
AAGCAGGACCCTCAAATGCACAAGTGGCTGAAGCAGGCCCCAACTATTCT
CGTTAATCTCGGAACCTTGTATGCACCTGATCCCAAGGTCGCTGAGGAGA
TTGCAACTGGCCTGAAGGGGTTCCTCAATGCCTGGAAAGGCGAGAAGGTG
CAGATCCTATGGAAGCTGCCCAAACACCCACACGACGAAGACGATATCTA
CAGCCGTTCTATCGAGCCGCTCAAGAAAGAGACTGATGAGGGAAGCGTGC
TAATCCGCCCATGGTTCGAGGTTGAGCCCATGGCCATGTTGCAGACGGGC
CAGATTGTCTGTTCTGTCCACCACGGCGGTGCCAACTCGTGGTACGAAGC
TATTCAAAATGGTGTCCCCCACATCGTCCTTCCAGCTTGGCAAGACTGCT
ACGAGAACGCTGCTCGAGCCGAATGGCTAGGCATTGGAGTGTATGGCAAC
AAGAGCCGGGCTCCCAACATCAGTGCCAAAGAGCTGAGCAAGGCTCTGCT
GAAAGTGATGAGCAACCGCTCCTACAAGGAAAAGGCAACAGAAATTGCCA
AACTCTGCAAGAAAGAGGGTCGCGTTGCCGCAGCAGAAAAGATTGCAGAG
TTAGCACGTAACCCGGAGAAGGCGACAGCGATCCACATCCCCGAAGCCGA
CCCAGAAAACCAGCCACCACTGTACGAGATCAAGAATCGTGCAGGCATGA
CACTCCAAACTGCGCAGATGCCCAAAACCGAAGGCAAAGGCGCATCGAAA
CCCTTCCTAACCGACGTTGTCGAGTCCACCCTCATGACTCTCCTCTGCAC
CACCTGGTTTCACCTCCCTCTGCTGGGCTACTCGCTCCTCCTGGTCCCCC
GTCTCCGCCTGTTTGTCCTCCTCTACATTATCTACGTCAAATATTTCTCC
AAGGCCCACAAATCTGGCACATTGCCCTATCGCAACGATGCCTTCCGCAC
CTCCTTCATCTGGAAAACCTTCGCCTCCTACTTCCCCCTCACCCTCTACC
GTTCTGCTCTCCTTTCTCCGAGGAGGAAATACATCTTTGGCTACCATCCG
CACGGTATTGCCCTGCGCGGGGCAATGGGTGCTTTTGCAGCCGACGGCGT
CGGCTTCTCCTCCCTCTTCCCGGGACTCACTAATACCCTCCTTATAAAAG
ATGACTGCTTCTACCAGCCCTTCCAGCGAGAATACCTTCTTGCCACGGGA
GCAAGTGGCGTTTCTCGCACCTCATGCATCAAGCACCTCACCCGCGGTGG
TCACGATGAGCGAGGAATGGGTCGTTCCATTGCCATCACTGTCGGCGGGA
GCCGCGAGTATAACATCGCCAAGCCAGGCACTATGGGGATCGTGATCAAG
ATCCGCAAGGGGTTTGTACGCGTTGCGGTCGAGACAGGGGCGGATTTAGT
CCCTGTCATTGCGTTCGGCGAGAACGAGCTGTTTGACTTGATTGATACGA
AGTCATCGTCGGCGCTGGGGTTGGTGGCGAGAGTGTGGGAGTTTGTGGTG
GGTCATAGGGTTGCGTTCTCAAAGGGCAGATTTGGGCTGTTTTGTCCGTA
TAGGAAACCGCTTAATGTGGTCGTGGGCAAGCCCATTGAGGTCGTGCAGC
AGAGGTGGGATATGGATGAGAAGTATGTTGATAAGTTGCATGAGACGTAT
GTGCAGGAGTTGACGAGGCTGTGGGATGATTGGAAGGAGACATTTGGGGT
AGAGAGGGATGTGAGGTTTGAGATTGTGGAGTGA
back to top
Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0016758transferase activity, transferring hexosyl groups
GO:0016747transferase activity, transferring acyl groups other than amino-acyl groups
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_45922ASPNIDRAFT_45922Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_45922-T1.exon1ASPNIDRAFT_45922-T1.exon1Aspergillus niger ATCC 1015exon
ASPNIDRAFT_45922-T1.exon2ASPNIDRAFT_45922-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_45922-T1.exon3ASPNIDRAFT_45922-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_45922-T1.exon4ASPNIDRAFT_45922-T1.exon4Aspergillus niger ATCC 1015exon


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_45922-T1.cdsASPNIDRAFT_45922-T1.cdsAspergillus niger ATCC 1015CDS


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_45922-T1ASPNIDRAFT_45922-T1-proteinAspergillus niger ATCC 1015polypeptide


Properties
Property NameValue
NoteCAZy:GT1
DBxrefInterPro:IPR002213
DBxrefInterPro:IPR007130
DBxrefPFAM:PF03982
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 1015 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
ACJE01000017.1supercontigACJE01000017.1:90420..93140 +
Powered by Drupal