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ASPNIDRAFT_41681-T1, ASPNIDRAFT_41681-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_41681-T1
Unique NameASPNIDRAFT_41681-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000002.1:681017..683338+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_41681-T1 ID=ASPNIDRAFT_41681-T1|Name=ASPNIDRAFT_41681-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=2322bp|location=Sequence derived from alignment at ACJE01000002.1:681017..683338+ (Aspergillus niger ATCC 1015)
ATGGGTGACAAGAAAAGAGACCCAGAGAACCCCATCTCTATGGTTCACCA
TCTTGAATCACCCACCTCCAATGAAAAGCAAGATCCAGAGGTGGCCCGAA
ACTGGACACGCGAGTTAACCGAGAGCAAGGATGCCACCACATCCACAAAA
TTGAAGAACCCGCTCGCTGGCCTGACGCGAGATGAGCTATTTCGTGATGT
CGAGTCATTTGCAAGGGACAAGGGTTTGGAGCATATCATGGATGAGCTGA
AAAGAGGCTCTCTTGTAGCGCAGGATCCTAAAGCCTTCGAGTCCCTTGAA
GAATTATCCGAAAGTGATAAAGAACTGCTTCGTCGTGAGAAGACACATCG
ATGGAGCCAGCCGTTCATGATGTACTTCATGACAAGTACGTCTTTTCCAA
CAAAGTTTGACACAACTGGAGGCTCTAACAAATACTAGTTCTCTGTGCTG
GGTCCGCAATCGTCCAGGGCATGGACCAGACGGCAGTGAATGGAGCACAA
GAGTAAGTTATGTACTGTCACGGGTCCTTTCTATAAGCTGAGTACATTCA
GGTTTTACTTCGCTGAGTTTAATCTCACCAATACCTGGCAGCAAGGGCTC
CTGAACGGAGCTCCATACTTATGTTCTGCGCTTATAGGATGCTGGACAAC
CGCCCCTCTAAACCGTTGGTTTGGTCGTCGTGGATGCATCTTCATCTCAT
GCTTGATCTCCTTTGCCTCGTCATTTTGGATGGCTGCAGCACACACTTGG
TGGAACCTACTCTTAGGACGGTTCCTCCTCGGTTTTGCAGTAGGTGCCAA
GTCAACAACGACTCCAGTATACGGAGCGGAGTGCTCTCCAGCTATAATTC
GTGGGGCTCTGGTTATGATGTGGCAAATGTGGACGGCTTTCGGGATCATG
CTTGGATATATTGCTTCCGTTGCCTTCATGGATGTGACGCACCCCTCAAT
CCCCGGTTTCAATTGGAGATTGATGCTTGGTTCAACCGCCATTCCGTAAG
TTTACACATGCCTACCTTCTGCACATATACCAGTGGTGCTAACAGTGATG
AGTCCCTTCTTCGTATGCATGCAGGTGTATTTCTGTCCCGAGTCACCTAG
ATGGTATATGATGAGGAATCGCTATCAAGACGCTTACAAAGCACTTTGTA
AGCTCCGTCCTTCTTCGTTTCAGGCTTCCCGCGACCTCTACTATATCCAC
GCAGCATTGCAGGTGGAGGAAAAGCTCCGGGAAGGCAAACACCTCTGGCG
CGAAATGTTCACCGTCCCACGCAATCGACGCGCCGCACAATCCTCGTTTT
TTGTCATGTTTATGCAGCAATTCTGCGGGGTCAACGCTATCATGTATTAT
TCGAGTTCAATGTTCGCGGATGCGGGTTTTGATAGGCGAATGGCGTTGGT
GACGTCATTGGGATGTGGTATAACGAACTGGATATTCGCTCTCCCGGCAG
TATACACGATAGACACATTCGGAAGGCGGAATCTCCTCCTCACCACATTT
CCACTGATGAGCTTGTTTCTGCTCTTTACCGGGTTTTCATTCTATATCCC
GGACCAGACATCGAGGACCGCTTGCGTGGCGACAGGCATCTATCTCTTCA
TGGTGGTGTATTCCCCAGGTGAGGGACCAGTGCCTTTCACGTACTCTGCT
GAAGCATTTGTAAGTCAATGTGTATCAACTTTGGAGAAGGGTCCTTGCTA
AACATTACTCAGCCACTCTATATCCGTGATGTAGGCATGTCCTTTGCGAC
TGCGACGACCTGGGGTTTCAACTTTATTGTCTCACTGACGTGGCTTCCAT
TGCGGGACGCCTTCAGCCCACAAGGAGCCTTTGGTTGGTATGCAGCGTGG
AACGTCTTCGGATGGATCTTTTGCTACTTCTGTCTACCTGAGACCAAGGC
GCTATCACTTGAGGAACTGGACCAGGTCTTTTCGATTCCGACAAGAAAGC
ACGTCAATCACTATGTGGGAATGCTGCCGTGGTATGTGAAGAAGTATATC
TTGCGAGGAGACGTGCCGCCTCAGAAGCAGTTGTACGATTATGAGTAGGT
GGAAGTGGAGTGAAGGTTGAATGAGGTGAGGTTGAGGATAAAGTGAGAGA
CATAAGAGGACGGGAATACGCTAACCCTTATTTGGTAATTAGTTGCCTCA
CCAGGCATCCGTCGACACTACGATGGGTTACTGTTTTCTGGCTTCAGTTT
TGGTACATTTGTCCTCCGAGTATATTTTATCGTTATGTTTTCTATATATA
AATGCTACAGAATCATGAAGGCCGACGGTATCGGCTTTCCAGGATCCTGA
CCGACCGGCCAAGTATTTTTGA
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Coding sequence (CDS) from alignment at ACJE01000002.1:681017..683338+

>ASPNIDRAFT_41681-T1 ID=ASPNIDRAFT_41681-T1|Name=ASPNIDRAFT_41681-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=11016bp|location=Sequence derived from alignment at ACJE01000002.1:681017..683338+ (Aspergillus niger ATCC 1015)
ATGGGTGACAAGAAAAGAGACCCAGAGAACCCCATCTCTATGGTTCACCA
TCTTGAATCACCCACCTCCAATGAAAAGCAAGATCCAGAGGTGGCCCGAA
ACTGGACACGCGAGTTAACCGAGAGCAAGGATGCCACCACATCCACAAAA
TTGAAGAACCCGCTCGCTGGCCTGACGCGAGATGAGCTATTTCGTGATGT
CGAGTCATTTGCAAGGGACAAGGGTTTGGAGCATATCATGGATGAGCTGA
AAAGAGGCTCTCTTGTAGCGCAGGATCCTAAAGCCTTCGAGTCCCTTGAA
GAATTATCCGAAAGTGATAAAGAACTGCTTCGTCGTGAGAAGACACATCG
ATGGAGCCAGCCGTTCATGATGTACTTCATGACAATTCTCTGTGCTGGGT
CCGCAATCCACAAGAGTAAGTTATGTACTGTCACGGGTCCTTTCTATAAG
CTGAGTACATTCAGGTTTTACTTCGCTGAGTTTAATCTCACCAATACCTG
GCAGCAAGGGCTCCTGAACGGAGCTCCATACTTATGTTCTGCGCTTATAG
GATGCTGGACAACCGCCCCTCTAAACCGTTGGTTTGGTCGTCGTGGATGC
ATCTTCATCTCATGCTTGATCTCCTTTGCCTCGTCATTTTGGATGGCTGC
AGCACACACTTGGTGGAACCTACTCTTAGGACGGTTCCTCCTCGGTTTTG
CAGTAGGTGCCAAGTCAACAACGACTCCAGTATACGGAGCGGAGTGCTCT
CCAGCTATAATTCGTGGGGCTCTGGTTATGATGTGGCAAATGTGGACGGC
TTTCGGGATCATGCTTGGATATATTGCTTCCGTTGCCTTCATGGATGTGA
CGCACCCCTCAATCCCCGGTTTCAATTGGAGATTGATGCTTGGTTCAACC
GCCATTCCTCCCTTCTTCGTATGCATGCAGGTGTATTTCTGTCCCGAGTC
ACCTAGATGGTATATGATGAGGAATCGCTATCAAGACGCTTACAAAGCAC
TTTGTAAGCTCCGTCCTTCTTCGTTTCAGGCTTCCCGCGACCTCTACTAT
ATCCACGCAGCATTGCAGGTGGAGGAAAAGCTCCGGGAAGGCAAACACCT
CTGGCGCGAAATGTTCACCGTCCCACGCAATCGACGCGCCGCACAATCCT
CGTTTTTTGTCATGTTTATGCAGCAATTCTGCGGGGTCAACGCTATCATG
TATTATTCGAGTTCAATGTTCGCGGATGCGGGTTTTGATAGGCGAATGGC
GTTGGTGACGTCATTGGGATGTGGTATAACGAACTGGATATTCGCTCTCC
CGGCAGTATACACGATAGACACATTCGGAAGGCGGAATCTCCTCCTCACC
ACATTTCCACTGATGAGCTTGTTTCTGCTCTTTACCGGGTTTTCATTCTA
TATCCCGGACCAGACATCGAGGACCGCTTGCGTGGCGACAGGCATCTATC
TCTTCATGGTGGTGTATTCCCCAGGTGAGGGACCAGTGCCTTTCACGTAC
TCTGCTGAAGCATTTCCACTCTATATCCGTGATGTAGGCATGTCCTTTGC
GACTGCGACGACCTGGGGTTTCAACTTTATTGTCTCACTGACGTGGCTTC
CATTGCGGGACGCCTTCAGCCCACAAGGAGCCTTTGGTTGGTATGCAGCG
TGGAACGTCTTCGGATGGATCTTTTGCTACTTCTGTCTACCTGAGACCAA
GGCGCTATCACTTGAGGAACTGGACCAGGTCTTTTCGATTCCGACAAGAA
AGCACGTCAATCACTATGTGGGAATGCTGCCGTGGCCGACGGTATCGGCT
TTCCAGGATCCTGACCGACCGGCCAAGTATTTTTGAATGGGTGACAAGAA
AAGAGACCCAGAGAACCCCATCTCTATGGTTCACCATCTTGAATCACCCA
CCTCCAATGAAAAGCAAGATCCAGAGGTGGCCCGAAACTGGACACGCGAG
TTAACCGAGAGCAAGGATGCCACCACATCCACAAAATTGAAGAACCCGCT
CGCTGGCCTGACGCGAGATGAGCTATTTCGTGATGTCGAGTCATTTGCAA
GGGACAAGGGTTTGGAGCATATCATGGATGAGCTGAAAAGAGGCTCTCTT
GTAGCGCAGGATCCTAAAGCCTTCGAGTCCCTTGAAGAATTATCCGAAAG
TGATAAAGAACTGCTTCGTCGTGAGAAGACACATCGATGGAGCCAGCCGT
TCATGATGTACTTCATGACAATTCTCTGTGCTGGGTCCGCAATCCACAAG
AGTAAGTTATGTACTGTCACGGGTCCTTTCTATAAGCTGAGTACATTCAG
GTTTTACTTCGCTGAGTTTAATCTCACCAATACCTGGCAGCAAGGGCTCC
TGAACGGAGCTCCATACTTATGTTCTGCGCTTATAGGATGCTGGACAACC
GCCCCTCTAAACCGTTGGTTTGGTCGTCGTGGATGCATCTTCATCTCATG
CTTGATCTCCTTTGCCTCGTCATTTTGGATGGCTGCAGCACACACTTGGT
GGAACCTACTCTTAGGACGGTTCCTCCTCGGTTTTGCAGTAGGTGCCAAG
TCAACAACGACTCCAGTATACGGAGCGGAGTGCTCTCCAGCTATAATTCG
TGGGGCTCTGGTTATGATGTGGCAAATGTGGACGGCTTTCGGGATCATGC
TTGGATATATTGCTTCCGTTGCCTTCATGGATGTGACGCACCCCTCAATC
CCCGGTTTCAATTGGAGATTGATGCTTGGTTCAACCGCCATTCCTCCCTT
CTTCGTATGCATGCAGGTGTATTTCTGTCCCGAGTCACCTAGATGGTATA
TGATGAGGAATCGCTATCAAGACGCTTACAAAGCACTTTGTAAGCTCCGT
CCTTCTTCGTTTCAGGCTTCCCGCGACCTCTACTATATCCACGCAGCATT
GCAGGTGGAGGAAAAGCTCCGGGAAGGCAAACACCTCTGGCGCGAAATGT
TCACCGTCCCACGCAATCGACGCGCCGCACAATCCTCGTTTTTTGTCATG
TTTATGCAGCAATTCTGCGGGGTCAACGCTATCATGTATTATTCGAGTTC
AATGTTCGCGGATGCGGGTTTTGATAGGCGAATGGCGTTGGTGACGTCAT
TGGGATGTGGTATAACGAACTGGATATTCGCTCTCCCGGCAGTATACACG
ATAGACACATTCGGAAGGCGGAATCTCCTCCTCACCACATTTCCACTGAT
GAGCTTGTTTCTGCTCTTTACCGGGTTTTCATTCTATATCCCGGACCAGA
CATCGAGGACCGCTTGCGTGGCGACAGGCATCTATCTCTTCATGGTGGTG
TATTCCCCAGGTGAGGGACCAGTGCCTTTCACGTACTCTGCTGAAGCATT
TCCACTCTATATCCGTGATGTAGGCATGTCCTTTGCGACTGCGACGACCT
GGGGTTTCAACTTTATTGTCTCACTGACGTGGCTTCCATTGCGGGACGCC
TTCAGCCCACAAGGAGCCTTTGGTTGGTATGCAGCGTGGAACGTCTTCGG
ATGGATCTTTTGCTACTTCTGTCTACCTGAGACCAAGGCGCTATCACTTG
AGGAACTGGACCAGGTCTTTTCGATTCCGACAAGAAAGCACGTCAATCAC
TATGTGGGAATGCTGCCGTGGCCGACGGTATCGGCTTTCCAGGATCCTGA
CCGACCGGCCAAGTATTTTTGAATGGGTGACAAGAAAAGAGACCCAGAGA
ACCCCATCTCTATGGTTCACCATCTTGAATCACCCACCTCCAATGAAAAG
CAAGATCCAGAGGTGGCCCGAAACTGGACACGCGAGTTAACCGAGAGCAA
GGATGCCACCACATCCACAAAATTGAAGAACCCGCTCGCTGGCCTGACGC
GAGATGAGCTATTTCGTGATGTCGAGTCATTTGCAAGGGACAAGGGTTTG
GAGCATATCATGGATGAGCTGAAAAGAGGCTCTCTTGTAGCGCAGGATCC
TAAAGCCTTCGAGTCCCTTGAAGAATTATCCGAAAGTGATAAAGAACTGC
TTCGTCGTGAGAAGACACATCGATGGAGCCAGCCGTTCATGATGTACTTC
ATGACAATTCTCTGTGCTGGGTCCGCAATCCACAAGAGTAAGTTATGTAC
TGTCACGGGTCCTTTCTATAAGCTGAGTACATTCAGGTTTTACTTCGCTG
AGTTTAATCTCACCAATACCTGGCAGCAAGGGCTCCTGAACGGAGCTCCA
TACTTATGTTCTGCGCTTATAGGATGCTGGACAACCGCCCCTCTAAACCG
TTGGTTTGGTCGTCGTGGATGCATCTTCATCTCATGCTTGATCTCCTTTG
CCTCGTCATTTTGGATGGCTGCAGCACACACTTGGTGGAACCTACTCTTA
GGACGGTTCCTCCTCGGTTTTGCAGTAGGTGCCAAGTCAACAACGACTCC
AGTATACGGAGCGGAGTGCTCTCCAGCTATAATTCGTGGGGCTCTGGTTA
TGATGTGGCAAATGTGGACGGCTTTCGGGATCATGCTTGGATATATTGCT
TCCGTTGCCTTCATGGATGTGACGCACCCCTCAATCCCCGGTTTCAATTG
GAGATTGATGCTTGGTTCAACCGCCATTCCTCCCTTCTTCGTATGCATGC
AGGTGTATTTCTGTCCCGAGTCACCTAGATGGTATATGATGAGGAATCGC
TATCAAGACGCTTACAAAGCACTTTGTAAGCTCCGTCCTTCTTCGTTTCA
GGCTTCCCGCGACCTCTACTATATCCACGCAGCATTGCAGGTGGAGGAAA
AGCTCCGGGAAGGCAAACACCTCTGGCGCGAAATGTTCACCGTCCCACGC
AATCGACGCGCCGCACAATCCTCGTTTTTTGTCATGTTTATGCAGCAATT
CTGCGGGGTCAACGCTATCATGTATTATTCGAGTTCAATGTTCGCGGATG
CGGGTTTTGATAGGCGAATGGCGTTGGTGACGTCATTGGGATGTGGTATA
ACGAACTGGATATTCGCTCTCCCGGCAGTATACACGATAGACACATTCGG
AAGGCGGAATCTCCTCCTCACCACATTTCCACTGATGAGCTTGTTTCTGC
TCTTTACCGGGTTTTCATTCTATATCCCGGACCAGACATCGAGGACCGCT
TGCGTGGCGACAGGCATCTATCTCTTCATGGTGGTGTATTCCCCAGGTGA
GGGACCAGTGCCTTTCACGTACTCTGCTGAAGCATTTCCACTCTATATCC
GTGATGTAGGCATGTCCTTTGCGACTGCGACGACCTGGGGTTTCAACTTT
ATTGTCTCACTGACGTGGCTTCCATTGCGGGACGCCTTCAGCCCACAAGG
AGCCTTTGGTTGGTATGCAGCGTGGAACGTCTTCGGATGGATCTTTTGCT
ACTTCTGTCTACCTGAGACCAAGGCGCTATCACTTGAGGAACTGGACCAG
GTCTTTTCGATTCCGACAAGAAAGCACGTCAATCACTATGTGGGAATGCT
GCCGTGGCCGACGGTATCGGCTTTCCAGGATCCTGACCGACCGGCCAAGT
ATTTTTGAATGGGTGACAAGAAAAGAGACCCAGAGAACCCCATCTCTATG
GTTCACCATCTTGAATCACCCACCTCCAATGAAAAGCAAGATCCAGAGGT
GGCCCGAAACTGGACACGCGAGTTAACCGAGAGCAAGGATGCCACCACAT
CCACAAAATTGAAGAACCCGCTCGCTGGCCTGACGCGAGATGAGCTATTT
CGTGATGTCGAGTCATTTGCAAGGGACAAGGGTTTGGAGCATATCATGGA
TGAGCTGAAAAGAGGCTCTCTTGTAGCGCAGGATCCTAAAGCCTTCGAGT
CCCTTGAAGAATTATCCGAAAGTGATAAAGAACTGCTTCGTCGTGAGAAG
ACACATCGATGGAGCCAGCCGTTCATGATGTACTTCATGACAATTCTCTG
TGCTGGGTCCGCAATCCACAAGAGTAAGTTATGTACTGTCACGGGTCCTT
TCTATAAGCTGAGTACATTCAGGTTTTACTTCGCTGAGTTTAATCTCACC
AATACCTGGCAGCAAGGGCTCCTGAACGGAGCTCCATACTTATGTTCTGC
GCTTATAGGATGCTGGACAACCGCCCCTCTAAACCGTTGGTTTGGTCGTC
GTGGATGCATCTTCATCTCATGCTTGATCTCCTTTGCCTCGTCATTTTGG
ATGGCTGCAGCACACACTTGGTGGAACCTACTCTTAGGACGGTTCCTCCT
CGGTTTTGCAGTAGGTGCCAAGTCAACAACGACTCCAGTATACGGAGCGG
AGTGCTCTCCAGCTATAATTCGTGGGGCTCTGGTTATGATGTGGCAAATG
TGGACGGCTTTCGGGATCATGCTTGGATATATTGCTTCCGTTGCCTTCAT
GGATGTGACGCACCCCTCAATCCCCGGTTTCAATTGGAGATTGATGCTTG
GTTCAACCGCCATTCCTCCCTTCTTCGTATGCATGCAGGTGTATTTCTGT
CCCGAGTCACCTAGATGGTATATGATGAGGAATCGCTATCAAGACGCTTA
CAAAGCACTTTGTAAGCTCCGTCCTTCTTCGTTTCAGGCTTCCCGCGACC
TCTACTATATCCACGCAGCATTGCAGGTGGAGGAAAAGCTCCGGGAAGGC
AAACACCTCTGGCGCGAAATGTTCACCGTCCCACGCAATCGACGCGCCGC
ACAATCCTCGTTTTTTGTCATGTTTATGCAGCAATTCTGCGGGGTCAACG
CTATCATGTATTATTCGAGTTCAATGTTCGCGGATGCGGGTTTTGATAGG
CGAATGGCGTTGGTGACGTCATTGGGATGTGGTATAACGAACTGGATATT
CGCTCTCCCGGCAGTATACACGATAGACACATTCGGAAGGCGGAATCTCC
TCCTCACCACATTTCCACTGATGAGCTTGTTTCTGCTCTTTACCGGGTTT
TCATTCTATATCCCGGACCAGACATCGAGGACCGCTTGCGTGGCGACAGG
CATCTATCTCTTCATGGTGGTGTATTCCCCAGGTGAGGGACCAGTGCCTT
TCACGTACTCTGCTGAAGCATTTCCACTCTATATCCGTGATGTAGGCATG
TCCTTTGCGACTGCGACGACCTGGGGTTTCAACTTTATTGTCTCACTGAC
GTGGCTTCCATTGCGGGACGCCTTCAGCCCACAAGGAGCCTTTGGTTGGT
ATGCAGCGTGGAACGTCTTCGGATGGATCTTTTGCTACTTCTGTCTACCT
GAGACCAAGGCGCTATCACTTGAGGAACTGGACCAGGTCTTTTCGATTCC
GACAAGAAAGCACGTCAATCACTATGTGGGAATGCTGCCGTGGCCGACGG
TATCGGCTTTCCAGGATCCTGACCGACCGGCCAAGTATTTTTGAATGGGT
GACAAGAAAAGAGACCCAGAGAACCCCATCTCTATGGTTCACCATCTTGA
ATCACCCACCTCCAATGAAAAGCAAGATCCAGAGGTGGCCCGAAACTGGA
CACGCGAGTTAACCGAGAGCAAGGATGCCACCACATCCACAAAATTGAAG
AACCCGCTCGCTGGCCTGACGCGAGATGAGCTATTTCGTGATGTCGAGTC
ATTTGCAAGGGACAAGGGTTTGGAGCATATCATGGATGAGCTGAAAAGAG
GCTCTCTTGTAGCGCAGGATCCTAAAGCCTTCGAGTCCCTTGAAGAATTA
TCCGAAAGTGATAAAGAACTGCTTCGTCGTGAGAAGACACATCGATGGAG
CCAGCCGTTCATGATGTACTTCATGACAATTCTCTGTGCTGGGTCCGCAA
TCCACAAGAGTAAGTTATGTACTGTCACGGGTCCTTTCTATAAGCTGAGT
ACATTCAGGTTTTACTTCGCTGAGTTTAATCTCACCAATACCTGGCAGCA
AGGGCTCCTGAACGGAGCTCCATACTTATGTTCTGCGCTTATAGGATGCT
GGACAACCGCCCCTCTAAACCGTTGGTTTGGTCGTCGTGGATGCATCTTC
ATCTCATGCTTGATCTCCTTTGCCTCGTCATTTTGGATGGCTGCAGCACA
CACTTGGTGGAACCTACTCTTAGGACGGTTCCTCCTCGGTTTTGCAGTAG
GTGCCAAGTCAACAACGACTCCAGTATACGGAGCGGAGTGCTCTCCAGCT
ATAATTCGTGGGGCTCTGGTTATGATGTGGCAAATGTGGACGGCTTTCGG
GATCATGCTTGGATATATTGCTTCCGTTGCCTTCATGGATGTGACGCACC
CCTCAATCCCCGGTTTCAATTGGAGATTGATGCTTGGTTCAACCGCCATT
CCTCCCTTCTTCGTATGCATGCAGGTGTATTTCTGTCCCGAGTCACCTAG
ATGGTATATGATGAGGAATCGCTATCAAGACGCTTACAAAGCACTTTGTA
AGCTCCGTCCTTCTTCGTTTCAGGCTTCCCGCGACCTCTACTATATCCAC
GCAGCATTGCAGGTGGAGGAAAAGCTCCGGGAAGGCAAACACCTCTGGCG
CGAAATGTTCACCGTCCCACGCAATCGACGCGCCGCACAATCCTCGTTTT
TTGTCATGTTTATGCAGCAATTCTGCGGGGTCAACGCTATCATGTATTAT
TCGAGTTCAATGTTCGCGGATGCGGGTTTTGATAGGCGAATGGCGTTGGT
GACGTCATTGGGATGTGGTATAACGAACTGGATATTCGCTCTCCCGGCAG
TATACACGATAGACACATTCGGAAGGCGGAATCTCCTCCTCACCACATTT
CCACTGATGAGCTTGTTTCTGCTCTTTACCGGGTTTTCATTCTATATCCC
GGACCAGACATCGAGGACCGCTTGCGTGGCGACAGGCATCTATCTCTTCA
TGGTGGTGTATTCCCCAGGTGAGGGACCAGTGCCTTTCACGTACTCTGCT
GAAGCATTTCCACTCTATATCCGTGATGTAGGCATGTCCTTTGCGACTGC
GACGACCTGGGGTTTCAACTTTATTGTCTCACTGACGTGGCTTCCATTGC
GGGACGCCTTCAGCCCACAAGGAGCCTTTGGTTGGTATGCAGCGTGGAAC
GTCTTCGGATGGATCTTTTGCTACTTCTGTCTACCTGAGACCAAGGCGCT
ATCACTTGAGGAACTGGACCAGGTCTTTTCGATTCCGACAAGAAAGCACG
TCAATCACTATGTGGGAATGCTGCCGTGGCCGACGGTATCGGCTTTCCAG
GATCCTGACCGACCGGCCAAGTATTTTTGAATGGGTGACAAGAAAAGAGA
CCCAGAGAACCCCATCTCTATGGTTCACCATCTTGAATCACCCACCTCCA
ATGAAAAGCAAGATCCAGAGGTGGCCCGAAACTGGACACGCGAGTTAACC
GAGAGCAAGGATGCCACCACATCCACAAAATTGAAGAACCCGCTCGCTGG
CCTGACGCGAGATGAGCTATTTCGTGATGTCGAGTCATTTGCAAGGGACA
AGGGTTTGGAGCATATCATGGATGAGCTGAAAAGAGGCTCTCTTGTAGCG
CAGGATCCTAAAGCCTTCGAGTCCCTTGAAGAATTATCCGAAAGTGATAA
AGAACTGCTTCGTCGTGAGAAGACACATCGATGGAGCCAGCCGTTCATGA
TGTACTTCATGACAATTCTCTGTGCTGGGTCCGCAATCCACAAGAGTAAG
TTATGTACTGTCACGGGTCCTTTCTATAAGCTGAGTACATTCAGGTTTTA
CTTCGCTGAGTTTAATCTCACCAATACCTGGCAGCAAGGGCTCCTGAACG
GAGCTCCATACTTATGTTCTGCGCTTATAGGATGCTGGACAACCGCCCCT
CTAAACCGTTGGTTTGGTCGTCGTGGATGCATCTTCATCTCATGCTTGAT
CTCCTTTGCCTCGTCATTTTGGATGGCTGCAGCACACACTTGGTGGAACC
TACTCTTAGGACGGTTCCTCCTCGGTTTTGCAGTAGGTGCCAAGTCAACA
ACGACTCCAGTATACGGAGCGGAGTGCTCTCCAGCTATAATTCGTGGGGC
TCTGGTTATGATGTGGCAAATGTGGACGGCTTTCGGGATCATGCTTGGAT
ATATTGCTTCCGTTGCCTTCATGGATGTGACGCACCCCTCAATCCCCGGT
TTCAATTGGAGATTGATGCTTGGTTCAACCGCCATTCCTCCCTTCTTCGT
ATGCATGCAGGTGTATTTCTGTCCCGAGTCACCTAGATGGTATATGATGA
GGAATCGCTATCAAGACGCTTACAAAGCACTTTGTAAGCTCCGTCCTTCT
TCGTTTCAGGCTTCCCGCGACCTCTACTATATCCACGCAGCATTGCAGGT
GGAGGAAAAGCTCCGGGAAGGCAAACACCTCTGGCGCGAAATGTTCACCG
TCCCACGCAATCGACGCGCCGCACAATCCTCGTTTTTTGTCATGTTTATG
CAGCAATTCTGCGGGGTCAACGCTATCATGTATTATTCGAGTTCAATGTT
CGCGGATGCGGGTTTTGATAGGCGAATGGCGTTGGTGACGTCATTGGGAT
GTGGTATAACGAACTGGATATTCGCTCTCCCGGCAGTATACACGATAGAC
ACATTCGGAAGGCGGAATCTCCTCCTCACCACATTTCCACTGATGAGCTT
GTTTCTGCTCTTTACCGGGTTTTCATTCTATATCCCGGACCAGACATCGA
GGACCGCTTGCGTGGCGACAGGCATCTATCTCTTCATGGTGGTGTATTCC
CCAGGTGAGGGACCAGTGCCTTTCACGTACTCTGCTGAAGCATTTCCACT
CTATATCCGTGATGTAGGCATGTCCTTTGCGACTGCGACGACCTGGGGTT
TCAACTTTATTGTCTCACTGACGTGGCTTCCATTGCGGGACGCCTTCAGC
CCACAAGGAGCCTTTGGTTGGTATGCAGCGTGGAACGTCTTCGGATGGAT
CTTTTGCTACTTCTGTCTACCTGAGACCAAGGCGCTATCACTTGAGGAAC
TGGACCAGGTCTTTTCGATTCCGACAAGAAAGCACGTCAATCACTATGTG
GGAATGCTGCCGTGGCCGACGGTATCGGCTTTCCAGGATCCTGACCGACC
GGCCAAGTATTTTTGA
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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:0055085transmembrane transport
Vocabulary: Molecular Function
TermDefinition
GO:0022857transmembrane transporter activity
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_41681ASPNIDRAFT_41681Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_41681-T1ASPNIDRAFT_41681-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_41681-T1.exon1ASPNIDRAFT_41681-T1.exon1Aspergillus niger ATCC 1015exon
ASPNIDRAFT_41681-T1.exon2ASPNIDRAFT_41681-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_41681-T1.exon3ASPNIDRAFT_41681-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_41681-T1.exon4ASPNIDRAFT_41681-T1.exon4Aspergillus niger ATCC 1015exon
ASPNIDRAFT_41681-T1.exon5ASPNIDRAFT_41681-T1.exon5Aspergillus niger ATCC 1015exon
ASPNIDRAFT_41681-T1.exon6ASPNIDRAFT_41681-T1.exon6Aspergillus niger ATCC 1015exon


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_41681-T1.cdsASPNIDRAFT_41681-T1.cdsAspergillus niger ATCC 1015CDS


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR036259
DBxrefInterPro:IPR020846
DBxrefInterPro:IPR005829
DBxrefInterPro:IPR005828
DBxrefInterPro:IPR003663
DBxrefPFAM:PF00083
DBxrefPFAM:PF07690
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
ACJE01000002.1supercontigACJE01000002.1:681017..683338 +
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