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ASPNIDRAFT_172535-T1, ASPNIDRAFT_172535-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_172535-T1
Unique NameASPNIDRAFT_172535-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000004.1:2834943..2837088+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_172535-T1 ID=ASPNIDRAFT_172535-T1|Name=ASPNIDRAFT_172535-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=2146bp|location=Sequence derived from alignment at ACJE01000004.1:2834943..2837088+ (Aspergillus niger ATCC 1015)
ATGGCACCTCGAAAGGATGTCAGTCAAGAGACTGCCGATCAATTCGATCA
GCGGCAGGACTCAGACTCTTCGCAAGGCCTTGCCTCTCCGAAGGACAAAG
CTCAGGTCCATACACGCCCGTACGAAGATGCGACGGATGAGACCCTTGAC
AATCCCTTCGCCGACCCTGATGTTGCGGAGCGCTATGCTCTCATCTACGA
GAAAGCGCAGTACGAGTGTCGGCATGTCTTTGACCCAACACTTACATGGA
CAGCGGAAGAGGAGAAAGCACTCGTCCGGAAATTGGACTGGAGAGTGTGT
CTATGGGCTGTAGGTTAATGCGATCCTTGCTTTACTTGGAAGTATGCTCA
CTACGGGTGATAGTGCGTGATGTTCTTTGGCCTTCAGGTTGACCGAGGAA
ATCTTGTCCAAGCTGTGTCGGACAATTTGCTGGATGATCTTGGTCTCACC
ACGAATGGTGAGCGCATCGCTTCATCTACCTACTAGGTCTCTGACGTGTG
CAGACTACAATACCGGAAACACAATCTTCCTTGTCGCCTTCCTTCTAGCC
GAGCTGCCTTCTCAATTGGTGTCAAAGCAGATGGGTCCCGATCGCTGGAT
TCCCACGCAGATGACTATCTGGTCGATCGTTGCTGCAGCACAGGCTGCTT
TAAGTGGGAAGAAATCTTTTTATGCAACGAGGGCATTGTTGGGGATTCTT
GAGGTGAGTGAAATGCTCTTGATTGAGAGGTCTTTCTAACCTGTATAGGG
TGGTTTCATTCCTGACATTGTCCTGTGGTTATCTTATTTTTACACTAGTC
GAGAATTACCAACTCGCTTGAGGTGAGATTCTACCTCTTCTATCTCACTC
AGCCATTTACTCACAGTCATAGTATTTTTTGGACTGCTCTATCACTAACT
ACTATTATTACCTCGTTCCTCGCATTCGGCATTCTCCACATGCGTGGTGT
TCAGGGCATGGCAGGCTGGAGGTATGCATCGTGCTTTCCCTTGCTCTACA
AGTCTAATAGAACCTACAGGTGGCTTTTCCTAATCGAAGGCCTCATCACT
CTTATTATTGGCCTGGCATCCTACTTTCGTATGCCTGCCTCCGCTGTCGA
CACCAAGAAATGGTTTCGTCCAAAGGGGTGGTTCACAGACCGTGAAGTCA
GCATTGTGGTTAATCGGGTTTTGCGCGACGACCCCTCGAAGGGTACGTTT
CTGTTAGACCCTCTCCAGTTTTGATTTCCATGCTCACATGCATCAGGCGA
CATGCACAACCGGCAAGCCATAACCCCGCGTCGTCTCTGGAACTCCCTCC
GAGACTATGACATCTGGCCAATTTATCTTCTCGGACTAGTGGTTTACATC
CCTATGACACCAATGACGTCCTATATCACTCTGATCCTCAAGGGTGTGGG
GTTCGGCACCGTAAGCCTGCTGATCTCTACAAATTCAATATTGCAAGCTA
ATTCAAGATCAAATAGTTCACTACGAACCTTCTTACCATCCCCTATAGTG
TCGGGCACATCATCTGTCTGCTAGCCCTCACTCGTCTCAGCGACTGGCTG
AAAGAGCGCTCCCTGGTGGCAATGATCCAATCCATATGGACATTACCCTG
CGTTATAGCCCTCCGGTTCTGGCCTGGTACAATGACCAACGCATGGGGGA
CATATGCCATCGTGACCGTGCTACTCTGCTATCCCTACTGCCACGCTATC
CTGGTGGGATGGTGTTCGAAGAACTCTAACAACGTGGGAACACGAACCAT
TTCAGCAGCATTATACAACAGTGAGTCAGCCTCTTCCACCTTAGTATATT
ACGAAGGACTATCTCTGATAGACTTTCAAAACAGTGTGCGTCCAACTCGG
CGCCATTATCGGGAATAACATCTACCGGGCGGACGATAAGCCCAAATACC
ATCGCGGAAATTCCGCTCTTATAGGGATCAATATCCTCGCTATATTGCTC
TTTATTGCCACAAAGATATACTATATCTATAGAAACAAACACAGGGAGCG
CGTCTGGAATGCAATGACCGAAGAGGTTAGTGTTGTTTCATGTTGGTATA
ATACTCAGCTAACTTGCCACATAGGAACGACAGGATTACTTGCAGAACAC
GAGAGACACGGGAAGCAAGAGGTTGGATTTCCGCTTTGCACACTAG
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Coding sequence (CDS) from alignment at ACJE01000004.1:2834943..2837088+

>ASPNIDRAFT_172535-T1 ID=ASPNIDRAFT_172535-T1|Name=ASPNIDRAFT_172535-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=16800bp|location=Sequence derived from alignment at ACJE01000004.1:2834943..2837088+ (Aspergillus niger ATCC 1015)
ATGGCACCTCGAAAGGATGTCAGTCAAGAGACTGCCGATCAATTCGATCA
GCGGCAGGACTCAGACTCTTCGCAAGGCCTTGCCTCTCCGAAGGACAAAG
CTCAGGTCCATACACGCCCGTACGAAGATGCGACGGATGAGACCCTTGAC
AATCCCTTCGCCGACCCTGATGTTGCGGAGCGCTATGCTCTCATCTACGA
GAAAGCGCAGTACGAGTGTCGGCATGTCTTTGACCCAACACTTACATGGA
CAGCGGAAGAGGAGAAAGCACTCGTCCGGAAATTGGACTGGAGAGTGTGT
CTATGGGCTTGCGTGATGTTCTTTGGCCTTCAGGTTGACCGAGGAAATCT
TGTCCAAGCTGTGTCGGACAATTTGCTGGATGATCTTGGTCTCACCACGA
ATGACTACAATACCGGAAACACAATCTTCCTTGTCGCCTTCCTTCTAGCC
GAGCTGCCTTCTCAATTGGTGTCAAAGCAGATGGGTCCCGATCGCTGGAT
TCCCACGCAGATGACTATCTGGTCGATCGTTGCTGCAGCACAGGCTGCTT
TAAGTGGGAAGAAATCTTTTTATGCAACGAGGGCATTGTTGGGGATTCTT
GAGGGTGGTTTCATTCCTGACATTGTCCTGTGGTTATCTTATTTTTACAC
TAGTCGAGAATTACCAACTCGCTTGAGTATTTTTTGGACTGCTCTATCAC
TAACTACTATTATTACCTCGTTCCTCGCATTCGGCATTCTCCACATGCGT
GGTGTTCAGGGCATGGCAGGCTGGAGGTGGCTTTTCCTAATCGAAGGCCT
CATCACTCTTATTATTGGCCTGGCATCCTACTTTCGTATGCCTGCCTCCG
CTGTCGACACCAAGAAATGGTTTCGTCCAAAGGGGTGGTTCACAGACCGT
GAAGTCAGCATTGTGGTTAATCGGGTTTTGCGCGACGACCCCTCGAAGGG
CGACATGCACAACCGGCAAGCCATAACCCCGCGTCGTCTCTGGAACTCCC
TCCGAGACTATGACATCTGGCCAATTTATCTTCTCGGACTAGTGGTTTAC
ATCCCTATGACACCAATGACGTCCTATATCACTCTGATCCTCAAGGGTGT
GGGGTTCGGCACCTTCACTACGAACCTTCTTACCATCCCCTATAGTGTCG
GGCACATCATCTGTCTGCTAGCCCTCACTCGTCTCAGCGACTGGCTGAAA
GAGCGCTCCCTGGTGGCAATGATCCAATCCATATGGACATTACCCTGCGT
TATAGCCCTCCGGTTCTGGCCTGGTACAATGACCAACGCATGGGGGACAT
ATGCCATCGTGACCGTGCTACTCTGCTATCCCTACTGCCACGCTATCCTG
GTGGGATGGTGTTCGAAGAACTCTAACAACGTGGGAACACGAACCATTTC
AGCAGCATTATACAACATGTGCGTCCAACTCGGCGCCATTATCGGGAATA
ACATCTACCGGGCGGACGATAAGCCCAAATACCATCGCGGAAATTCCGCT
CTTATAGGGATCAATATCCTCGCTATATTGCTCTTTATTGCCACAAAGAT
ATACTATATCTATAGAAACAAACACAGGGAGCGCGTCTGGAATGCAATGA
CCGAAGAGGAACGACAGGATTACTTGCAGAACACGAGAGACACGGGAAGC
AAGAGGTTGGATTTCCGCTTTGCACACTAGATGGCACCTCGAAAGGATGT
CAGTCAAGAGACTGCCGATCAATTCGATCAGCGGCAGGACTCAGACTCTT
CGCAAGGCCTTGCCTCTCCGAAGGACAAAGCTCAGGTCCATACACGCCCG
TACGAAGATGCGACGGATGAGACCCTTGACAATCCCTTCGCCGACCCTGA
TGTTGCGGAGCGCTATGCTCTCATCTACGAGAAAGCGCAGTACGAGTGTC
GGCATGTCTTTGACCCAACACTTACATGGACAGCGGAAGAGGAGAAAGCA
CTCGTCCGGAAATTGGACTGGAGAGTGTGTCTATGGGCTTGCGTGATGTT
CTTTGGCCTTCAGGTTGACCGAGGAAATCTTGTCCAAGCTGTGTCGGACA
ATTTGCTGGATGATCTTGGTCTCACCACGAATGACTACAATACCGGAAAC
ACAATCTTCCTTGTCGCCTTCCTTCTAGCCGAGCTGCCTTCTCAATTGGT
GTCAAAGCAGATGGGTCCCGATCGCTGGATTCCCACGCAGATGACTATCT
GGTCGATCGTTGCTGCAGCACAGGCTGCTTTAAGTGGGAAGAAATCTTTT
TATGCAACGAGGGCATTGTTGGGGATTCTTGAGGGTGGTTTCATTCCTGA
CATTGTCCTGTGGTTATCTTATTTTTACACTAGTCGAGAATTACCAACTC
GCTTGAGTATTTTTTGGACTGCTCTATCACTAACTACTATTATTACCTCG
TTCCTCGCATTCGGCATTCTCCACATGCGTGGTGTTCAGGGCATGGCAGG
CTGGAGGTGGCTTTTCCTAATCGAAGGCCTCATCACTCTTATTATTGGCC
TGGCATCCTACTTTCGTATGCCTGCCTCCGCTGTCGACACCAAGAAATGG
TTTCGTCCAAAGGGGTGGTTCACAGACCGTGAAGTCAGCATTGTGGTTAA
TCGGGTTTTGCGCGACGACCCCTCGAAGGGCGACATGCACAACCGGCAAG
CCATAACCCCGCGTCGTCTCTGGAACTCCCTCCGAGACTATGACATCTGG
CCAATTTATCTTCTCGGACTAGTGGTTTACATCCCTATGACACCAATGAC
GTCCTATATCACTCTGATCCTCAAGGGTGTGGGGTTCGGCACCTTCACTA
CGAACCTTCTTACCATCCCCTATAGTGTCGGGCACATCATCTGTCTGCTA
GCCCTCACTCGTCTCAGCGACTGGCTGAAAGAGCGCTCCCTGGTGGCAAT
GATCCAATCCATATGGACATTACCCTGCGTTATAGCCCTCCGGTTCTGGC
CTGGTACAATGACCAACGCATGGGGGACATATGCCATCGTGACCGTGCTA
CTCTGCTATCCCTACTGCCACGCTATCCTGGTGGGATGGTGTTCGAAGAA
CTCTAACAACGTGGGAACACGAACCATTTCAGCAGCATTATACAACATGT
GCGTCCAACTCGGCGCCATTATCGGGAATAACATCTACCGGGCGGACGAT
AAGCCCAAATACCATCGCGGAAATTCCGCTCTTATAGGGATCAATATCCT
CGCTATATTGCTCTTTATTGCCACAAAGATATACTATATCTATAGAAACA
AACACAGGGAGCGCGTCTGGAATGCAATGACCGAAGAGGAACGACAGGAT
TACTTGCAGAACACGAGAGACACGGGAAGCAAGAGGTTGGATTTCCGCTT
TGCACACTAGATGGCACCTCGAAAGGATGTCAGTCAAGAGACTGCCGATC
AATTCGATCAGCGGCAGGACTCAGACTCTTCGCAAGGCCTTGCCTCTCCG
AAGGACAAAGCTCAGGTCCATACACGCCCGTACGAAGATGCGACGGATGA
GACCCTTGACAATCCCTTCGCCGACCCTGATGTTGCGGAGCGCTATGCTC
TCATCTACGAGAAAGCGCAGTACGAGTGTCGGCATGTCTTTGACCCAACA
CTTACATGGACAGCGGAAGAGGAGAAAGCACTCGTCCGGAAATTGGACTG
GAGAGTGTGTCTATGGGCTTGCGTGATGTTCTTTGGCCTTCAGGTTGACC
GAGGAAATCTTGTCCAAGCTGTGTCGGACAATTTGCTGGATGATCTTGGT
CTCACCACGAATGACTACAATACCGGAAACACAATCTTCCTTGTCGCCTT
CCTTCTAGCCGAGCTGCCTTCTCAATTGGTGTCAAAGCAGATGGGTCCCG
ATCGCTGGATTCCCACGCAGATGACTATCTGGTCGATCGTTGCTGCAGCA
CAGGCTGCTTTAAGTGGGAAGAAATCTTTTTATGCAACGAGGGCATTGTT
GGGGATTCTTGAGGGTGGTTTCATTCCTGACATTGTCCTGTGGTTATCTT
ATTTTTACACTAGTCGAGAATTACCAACTCGCTTGAGTATTTTTTGGACT
GCTCTATCACTAACTACTATTATTACCTCGTTCCTCGCATTCGGCATTCT
CCACATGCGTGGTGTTCAGGGCATGGCAGGCTGGAGGTGGCTTTTCCTAA
TCGAAGGCCTCATCACTCTTATTATTGGCCTGGCATCCTACTTTCGTATG
CCTGCCTCCGCTGTCGACACCAAGAAATGGTTTCGTCCAAAGGGGTGGTT
CACAGACCGTGAAGTCAGCATTGTGGTTAATCGGGTTTTGCGCGACGACC
CCTCGAAGGGCGACATGCACAACCGGCAAGCCATAACCCCGCGTCGTCTC
TGGAACTCCCTCCGAGACTATGACATCTGGCCAATTTATCTTCTCGGACT
AGTGGTTTACATCCCTATGACACCAATGACGTCCTATATCACTCTGATCC
TCAAGGGTGTGGGGTTCGGCACCTTCACTACGAACCTTCTTACCATCCCC
TATAGTGTCGGGCACATCATCTGTCTGCTAGCCCTCACTCGTCTCAGCGA
CTGGCTGAAAGAGCGCTCCCTGGTGGCAATGATCCAATCCATATGGACAT
TACCCTGCGTTATAGCCCTCCGGTTCTGGCCTGGTACAATGACCAACGCA
TGGGGGACATATGCCATCGTGACCGTGCTACTCTGCTATCCCTACTGCCA
CGCTATCCTGGTGGGATGGTGTTCGAAGAACTCTAACAACGTGGGAACAC
GAACCATTTCAGCAGCATTATACAACATGTGCGTCCAACTCGGCGCCATT
ATCGGGAATAACATCTACCGGGCGGACGATAAGCCCAAATACCATCGCGG
AAATTCCGCTCTTATAGGGATCAATATCCTCGCTATATTGCTCTTTATTG
CCACAAAGATATACTATATCTATAGAAACAAACACAGGGAGCGCGTCTGG
AATGCAATGACCGAAGAGGAACGACAGGATTACTTGCAGAACACGAGAGA
CACGGGAAGCAAGAGGTTGGATTTCCGCTTTGCACACTAGATGGCACCTC
GAAAGGATGTCAGTCAAGAGACTGCCGATCAATTCGATCAGCGGCAGGAC
TCAGACTCTTCGCAAGGCCTTGCCTCTCCGAAGGACAAAGCTCAGGTCCA
TACACGCCCGTACGAAGATGCGACGGATGAGACCCTTGACAATCCCTTCG
CCGACCCTGATGTTGCGGAGCGCTATGCTCTCATCTACGAGAAAGCGCAG
TACGAGTGTCGGCATGTCTTTGACCCAACACTTACATGGACAGCGGAAGA
GGAGAAAGCACTCGTCCGGAAATTGGACTGGAGAGTGTGTCTATGGGCTT
GCGTGATGTTCTTTGGCCTTCAGGTTGACCGAGGAAATCTTGTCCAAGCT
GTGTCGGACAATTTGCTGGATGATCTTGGTCTCACCACGAATGACTACAA
TACCGGAAACACAATCTTCCTTGTCGCCTTCCTTCTAGCCGAGCTGCCTT
CTCAATTGGTGTCAAAGCAGATGGGTCCCGATCGCTGGATTCCCACGCAG
ATGACTATCTGGTCGATCGTTGCTGCAGCACAGGCTGCTTTAAGTGGGAA
GAAATCTTTTTATGCAACGAGGGCATTGTTGGGGATTCTTGAGGGTGGTT
TCATTCCTGACATTGTCCTGTGGTTATCTTATTTTTACACTAGTCGAGAA
TTACCAACTCGCTTGAGTATTTTTTGGACTGCTCTATCACTAACTACTAT
TATTACCTCGTTCCTCGCATTCGGCATTCTCCACATGCGTGGTGTTCAGG
GCATGGCAGGCTGGAGGTGGCTTTTCCTAATCGAAGGCCTCATCACTCTT
ATTATTGGCCTGGCATCCTACTTTCGTATGCCTGCCTCCGCTGTCGACAC
CAAGAAATGGTTTCGTCCAAAGGGGTGGTTCACAGACCGTGAAGTCAGCA
TTGTGGTTAATCGGGTTTTGCGCGACGACCCCTCGAAGGGCGACATGCAC
AACCGGCAAGCCATAACCCCGCGTCGTCTCTGGAACTCCCTCCGAGACTA
TGACATCTGGCCAATTTATCTTCTCGGACTAGTGGTTTACATCCCTATGA
CACCAATGACGTCCTATATCACTCTGATCCTCAAGGGTGTGGGGTTCGGC
ACCTTCACTACGAACCTTCTTACCATCCCCTATAGTGTCGGGCACATCAT
CTGTCTGCTAGCCCTCACTCGTCTCAGCGACTGGCTGAAAGAGCGCTCCC
TGGTGGCAATGATCCAATCCATATGGACATTACCCTGCGTTATAGCCCTC
CGGTTCTGGCCTGGTACAATGACCAACGCATGGGGGACATATGCCATCGT
GACCGTGCTACTCTGCTATCCCTACTGCCACGCTATCCTGGTGGGATGGT
GTTCGAAGAACTCTAACAACGTGGGAACACGAACCATTTCAGCAGCATTA
TACAACATGTGCGTCCAACTCGGCGCCATTATCGGGAATAACATCTACCG
GGCGGACGATAAGCCCAAATACCATCGCGGAAATTCCGCTCTTATAGGGA
TCAATATCCTCGCTATATTGCTCTTTATTGCCACAAAGATATACTATATC
TATAGAAACAAACACAGGGAGCGCGTCTGGAATGCAATGACCGAAGAGGA
ACGACAGGATTACTTGCAGAACACGAGAGACACGGGAAGCAAGAGGTTGG
ATTTCCGCTTTGCACACTAGATGGCACCTCGAAAGGATGTCAGTCAAGAG
ACTGCCGATCAATTCGATCAGCGGCAGGACTCAGACTCTTCGCAAGGCCT
TGCCTCTCCGAAGGACAAAGCTCAGGTCCATACACGCCCGTACGAAGATG
CGACGGATGAGACCCTTGACAATCCCTTCGCCGACCCTGATGTTGCGGAG
CGCTATGCTCTCATCTACGAGAAAGCGCAGTACGAGTGTCGGCATGTCTT
TGACCCAACACTTACATGGACAGCGGAAGAGGAGAAAGCACTCGTCCGGA
AATTGGACTGGAGAGTGTGTCTATGGGCTTGCGTGATGTTCTTTGGCCTT
CAGGTTGACCGAGGAAATCTTGTCCAAGCTGTGTCGGACAATTTGCTGGA
TGATCTTGGTCTCACCACGAATGACTACAATACCGGAAACACAATCTTCC
TTGTCGCCTTCCTTCTAGCCGAGCTGCCTTCTCAATTGGTGTCAAAGCAG
ATGGGTCCCGATCGCTGGATTCCCACGCAGATGACTATCTGGTCGATCGT
TGCTGCAGCACAGGCTGCTTTAAGTGGGAAGAAATCTTTTTATGCAACGA
GGGCATTGTTGGGGATTCTTGAGGGTGGTTTCATTCCTGACATTGTCCTG
TGGTTATCTTATTTTTACACTAGTCGAGAATTACCAACTCGCTTGAGTAT
TTTTTGGACTGCTCTATCACTAACTACTATTATTACCTCGTTCCTCGCAT
TCGGCATTCTCCACATGCGTGGTGTTCAGGGCATGGCAGGCTGGAGGTGG
CTTTTCCTAATCGAAGGCCTCATCACTCTTATTATTGGCCTGGCATCCTA
CTTTCGTATGCCTGCCTCCGCTGTCGACACCAAGAAATGGTTTCGTCCAA
AGGGGTGGTTCACAGACCGTGAAGTCAGCATTGTGGTTAATCGGGTTTTG
CGCGACGACCCCTCGAAGGGCGACATGCACAACCGGCAAGCCATAACCCC
GCGTCGTCTCTGGAACTCCCTCCGAGACTATGACATCTGGCCAATTTATC
TTCTCGGACTAGTGGTTTACATCCCTATGACACCAATGACGTCCTATATC
ACTCTGATCCTCAAGGGTGTGGGGTTCGGCACCTTCACTACGAACCTTCT
TACCATCCCCTATAGTGTCGGGCACATCATCTGTCTGCTAGCCCTCACTC
GTCTCAGCGACTGGCTGAAAGAGCGCTCCCTGGTGGCAATGATCCAATCC
ATATGGACATTACCCTGCGTTATAGCCCTCCGGTTCTGGCCTGGTACAAT
GACCAACGCATGGGGGACATATGCCATCGTGACCGTGCTACTCTGCTATC
CCTACTGCCACGCTATCCTGGTGGGATGGTGTTCGAAGAACTCTAACAAC
GTGGGAACACGAACCATTTCAGCAGCATTATACAACATGTGCGTCCAACT
CGGCGCCATTATCGGGAATAACATCTACCGGGCGGACGATAAGCCCAAAT
ACCATCGCGGAAATTCCGCTCTTATAGGGATCAATATCCTCGCTATATTG
CTCTTTATTGCCACAAAGATATACTATATCTATAGAAACAAACACAGGGA
GCGCGTCTGGAATGCAATGACCGAAGAGGAACGACAGGATTACTTGCAGA
ACACGAGAGACACGGGAAGCAAGAGGTTGGATTTCCGCTTTGCACACTAG
ATGGCACCTCGAAAGGATGTCAGTCAAGAGACTGCCGATCAATTCGATCA
GCGGCAGGACTCAGACTCTTCGCAAGGCCTTGCCTCTCCGAAGGACAAAG
CTCAGGTCCATACACGCCCGTACGAAGATGCGACGGATGAGACCCTTGAC
AATCCCTTCGCCGACCCTGATGTTGCGGAGCGCTATGCTCTCATCTACGA
GAAAGCGCAGTACGAGTGTCGGCATGTCTTTGACCCAACACTTACATGGA
CAGCGGAAGAGGAGAAAGCACTCGTCCGGAAATTGGACTGGAGAGTGTGT
CTATGGGCTTGCGTGATGTTCTTTGGCCTTCAGGTTGACCGAGGAAATCT
TGTCCAAGCTGTGTCGGACAATTTGCTGGATGATCTTGGTCTCACCACGA
ATGACTACAATACCGGAAACACAATCTTCCTTGTCGCCTTCCTTCTAGCC
GAGCTGCCTTCTCAATTGGTGTCAAAGCAGATGGGTCCCGATCGCTGGAT
TCCCACGCAGATGACTATCTGGTCGATCGTTGCTGCAGCACAGGCTGCTT
TAAGTGGGAAGAAATCTTTTTATGCAACGAGGGCATTGTTGGGGATTCTT
GAGGGTGGTTTCATTCCTGACATTGTCCTGTGGTTATCTTATTTTTACAC
TAGTCGAGAATTACCAACTCGCTTGAGTATTTTTTGGACTGCTCTATCAC
TAACTACTATTATTACCTCGTTCCTCGCATTCGGCATTCTCCACATGCGT
GGTGTTCAGGGCATGGCAGGCTGGAGGTGGCTTTTCCTAATCGAAGGCCT
CATCACTCTTATTATTGGCCTGGCATCCTACTTTCGTATGCCTGCCTCCG
CTGTCGACACCAAGAAATGGTTTCGTCCAAAGGGGTGGTTCACAGACCGT
GAAGTCAGCATTGTGGTTAATCGGGTTTTGCGCGACGACCCCTCGAAGGG
CGACATGCACAACCGGCAAGCCATAACCCCGCGTCGTCTCTGGAACTCCC
TCCGAGACTATGACATCTGGCCAATTTATCTTCTCGGACTAGTGGTTTAC
ATCCCTATGACACCAATGACGTCCTATATCACTCTGATCCTCAAGGGTGT
GGGGTTCGGCACCTTCACTACGAACCTTCTTACCATCCCCTATAGTGTCG
GGCACATCATCTGTCTGCTAGCCCTCACTCGTCTCAGCGACTGGCTGAAA
GAGCGCTCCCTGGTGGCAATGATCCAATCCATATGGACATTACCCTGCGT
TATAGCCCTCCGGTTCTGGCCTGGTACAATGACCAACGCATGGGGGACAT
ATGCCATCGTGACCGTGCTACTCTGCTATCCCTACTGCCACGCTATCCTG
GTGGGATGGTGTTCGAAGAACTCTAACAACGTGGGAACACGAACCATTTC
AGCAGCATTATACAACATGTGCGTCCAACTCGGCGCCATTATCGGGAATA
ACATCTACCGGGCGGACGATAAGCCCAAATACCATCGCGGAAATTCCGCT
CTTATAGGGATCAATATCCTCGCTATATTGCTCTTTATTGCCACAAAGAT
ATACTATATCTATAGAAACAAACACAGGGAGCGCGTCTGGAATGCAATGA
CCGAAGAGGAACGACAGGATTACTTGCAGAACACGAGAGACACGGGAAGC
AAGAGGTTGGATTTCCGCTTTGCACACTAGATGGCACCTCGAAAGGATGT
CAGTCAAGAGACTGCCGATCAATTCGATCAGCGGCAGGACTCAGACTCTT
CGCAAGGCCTTGCCTCTCCGAAGGACAAAGCTCAGGTCCATACACGCCCG
TACGAAGATGCGACGGATGAGACCCTTGACAATCCCTTCGCCGACCCTGA
TGTTGCGGAGCGCTATGCTCTCATCTACGAGAAAGCGCAGTACGAGTGTC
GGCATGTCTTTGACCCAACACTTACATGGACAGCGGAAGAGGAGAAAGCA
CTCGTCCGGAAATTGGACTGGAGAGTGTGTCTATGGGCTTGCGTGATGTT
CTTTGGCCTTCAGGTTGACCGAGGAAATCTTGTCCAAGCTGTGTCGGACA
ATTTGCTGGATGATCTTGGTCTCACCACGAATGACTACAATACCGGAAAC
ACAATCTTCCTTGTCGCCTTCCTTCTAGCCGAGCTGCCTTCTCAATTGGT
GTCAAAGCAGATGGGTCCCGATCGCTGGATTCCCACGCAGATGACTATCT
GGTCGATCGTTGCTGCAGCACAGGCTGCTTTAAGTGGGAAGAAATCTTTT
TATGCAACGAGGGCATTGTTGGGGATTCTTGAGGGTGGTTTCATTCCTGA
CATTGTCCTGTGGTTATCTTATTTTTACACTAGTCGAGAATTACCAACTC
GCTTGAGTATTTTTTGGACTGCTCTATCACTAACTACTATTATTACCTCG
TTCCTCGCATTCGGCATTCTCCACATGCGTGGTGTTCAGGGCATGGCAGG
CTGGAGGTGGCTTTTCCTAATCGAAGGCCTCATCACTCTTATTATTGGCC
TGGCATCCTACTTTCGTATGCCTGCCTCCGCTGTCGACACCAAGAAATGG
TTTCGTCCAAAGGGGTGGTTCACAGACCGTGAAGTCAGCATTGTGGTTAA
TCGGGTTTTGCGCGACGACCCCTCGAAGGGCGACATGCACAACCGGCAAG
CCATAACCCCGCGTCGTCTCTGGAACTCCCTCCGAGACTATGACATCTGG
CCAATTTATCTTCTCGGACTAGTGGTTTACATCCCTATGACACCAATGAC
GTCCTATATCACTCTGATCCTCAAGGGTGTGGGGTTCGGCACCTTCACTA
CGAACCTTCTTACCATCCCCTATAGTGTCGGGCACATCATCTGTCTGCTA
GCCCTCACTCGTCTCAGCGACTGGCTGAAAGAGCGCTCCCTGGTGGCAAT
GATCCAATCCATATGGACATTACCCTGCGTTATAGCCCTCCGGTTCTGGC
CTGGTACAATGACCAACGCATGGGGGACATATGCCATCGTGACCGTGCTA
CTCTGCTATCCCTACTGCCACGCTATCCTGGTGGGATGGTGTTCGAAGAA
CTCTAACAACGTGGGAACACGAACCATTTCAGCAGCATTATACAACATGT
GCGTCCAACTCGGCGCCATTATCGGGAATAACATCTACCGGGCGGACGAT
AAGCCCAAATACCATCGCGGAAATTCCGCTCTTATAGGGATCAATATCCT
CGCTATATTGCTCTTTATTGCCACAAAGATATACTATATCTATAGAAACA
AACACAGGGAGCGCGTCTGGAATGCAATGACCGAAGAGGAACGACAGGAT
TACTTGCAGAACACGAGAGACACGGGAAGCAAGAGGTTGGATTTCCGCTT
TGCACACTAGATGGCACCTCGAAAGGATGTCAGTCAAGAGACTGCCGATC
AATTCGATCAGCGGCAGGACTCAGACTCTTCGCAAGGCCTTGCCTCTCCG
AAGGACAAAGCTCAGGTCCATACACGCCCGTACGAAGATGCGACGGATGA
GACCCTTGACAATCCCTTCGCCGACCCTGATGTTGCGGAGCGCTATGCTC
TCATCTACGAGAAAGCGCAGTACGAGTGTCGGCATGTCTTTGACCCAACA
CTTACATGGACAGCGGAAGAGGAGAAAGCACTCGTCCGGAAATTGGACTG
GAGAGTGTGTCTATGGGCTTGCGTGATGTTCTTTGGCCTTCAGGTTGACC
GAGGAAATCTTGTCCAAGCTGTGTCGGACAATTTGCTGGATGATCTTGGT
CTCACCACGAATGACTACAATACCGGAAACACAATCTTCCTTGTCGCCTT
CCTTCTAGCCGAGCTGCCTTCTCAATTGGTGTCAAAGCAGATGGGTCCCG
ATCGCTGGATTCCCACGCAGATGACTATCTGGTCGATCGTTGCTGCAGCA
CAGGCTGCTTTAAGTGGGAAGAAATCTTTTTATGCAACGAGGGCATTGTT
GGGGATTCTTGAGGGTGGTTTCATTCCTGACATTGTCCTGTGGTTATCTT
ATTTTTACACTAGTCGAGAATTACCAACTCGCTTGAGTATTTTTTGGACT
GCTCTATCACTAACTACTATTATTACCTCGTTCCTCGCATTCGGCATTCT
CCACATGCGTGGTGTTCAGGGCATGGCAGGCTGGAGGTGGCTTTTCCTAA
TCGAAGGCCTCATCACTCTTATTATTGGCCTGGCATCCTACTTTCGTATG
CCTGCCTCCGCTGTCGACACCAAGAAATGGTTTCGTCCAAAGGGGTGGTT
CACAGACCGTGAAGTCAGCATTGTGGTTAATCGGGTTTTGCGCGACGACC
CCTCGAAGGGCGACATGCACAACCGGCAAGCCATAACCCCGCGTCGTCTC
TGGAACTCCCTCCGAGACTATGACATCTGGCCAATTTATCTTCTCGGACT
AGTGGTTTACATCCCTATGACACCAATGACGTCCTATATCACTCTGATCC
TCAAGGGTGTGGGGTTCGGCACCTTCACTACGAACCTTCTTACCATCCCC
TATAGTGTCGGGCACATCATCTGTCTGCTAGCCCTCACTCGTCTCAGCGA
CTGGCTGAAAGAGCGCTCCCTGGTGGCAATGATCCAATCCATATGGACAT
TACCCTGCGTTATAGCCCTCCGGTTCTGGCCTGGTACAATGACCAACGCA
TGGGGGACATATGCCATCGTGACCGTGCTACTCTGCTATCCCTACTGCCA
CGCTATCCTGGTGGGATGGTGTTCGAAGAACTCTAACAACGTGGGAACAC
GAACCATTTCAGCAGCATTATACAACATGTGCGTCCAACTCGGCGCCATT
ATCGGGAATAACATCTACCGGGCGGACGATAAGCCCAAATACCATCGCGG
AAATTCCGCTCTTATAGGGATCAATATCCTCGCTATATTGCTCTTTATTG
CCACAAAGATATACTATATCTATAGAAACAAACACAGGGAGCGCGTCTGG
AATGCAATGACCGAAGAGGAACGACAGGATTACTTGCAGAACACGAGAGA
CACGGGAAGCAAGAGGTTGGATTTCCGCTTTGCACACTAGATGGCACCTC
GAAAGGATGTCAGTCAAGAGACTGCCGATCAATTCGATCAGCGGCAGGAC
TCAGACTCTTCGCAAGGCCTTGCCTCTCCGAAGGACAAAGCTCAGGTCCA
TACACGCCCGTACGAAGATGCGACGGATGAGACCCTTGACAATCCCTTCG
CCGACCCTGATGTTGCGGAGCGCTATGCTCTCATCTACGAGAAAGCGCAG
TACGAGTGTCGGCATGTCTTTGACCCAACACTTACATGGACAGCGGAAGA
GGAGAAAGCACTCGTCCGGAAATTGGACTGGAGAGTGTGTCTATGGGCTT
GCGTGATGTTCTTTGGCCTTCAGGTTGACCGAGGAAATCTTGTCCAAGCT
GTGTCGGACAATTTGCTGGATGATCTTGGTCTCACCACGAATGACTACAA
TACCGGAAACACAATCTTCCTTGTCGCCTTCCTTCTAGCCGAGCTGCCTT
CTCAATTGGTGTCAAAGCAGATGGGTCCCGATCGCTGGATTCCCACGCAG
ATGACTATCTGGTCGATCGTTGCTGCAGCACAGGCTGCTTTAAGTGGGAA
GAAATCTTTTTATGCAACGAGGGCATTGTTGGGGATTCTTGAGGGTGGTT
TCATTCCTGACATTGTCCTGTGGTTATCTTATTTTTACACTAGTCGAGAA
TTACCAACTCGCTTGAGTATTTTTTGGACTGCTCTATCACTAACTACTAT
TATTACCTCGTTCCTCGCATTCGGCATTCTCCACATGCGTGGTGTTCAGG
GCATGGCAGGCTGGAGGTGGCTTTTCCTAATCGAAGGCCTCATCACTCTT
ATTATTGGCCTGGCATCCTACTTTCGTATGCCTGCCTCCGCTGTCGACAC
CAAGAAATGGTTTCGTCCAAAGGGGTGGTTCACAGACCGTGAAGTCAGCA
TTGTGGTTAATCGGGTTTTGCGCGACGACCCCTCGAAGGGCGACATGCAC
AACCGGCAAGCCATAACCCCGCGTCGTCTCTGGAACTCCCTCCGAGACTA
TGACATCTGGCCAATTTATCTTCTCGGACTAGTGGTTTACATCCCTATGA
CACCAATGACGTCCTATATCACTCTGATCCTCAAGGGTGTGGGGTTCGGC
ACCTTCACTACGAACCTTCTTACCATCCCCTATAGTGTCGGGCACATCAT
CTGTCTGCTAGCCCTCACTCGTCTCAGCGACTGGCTGAAAGAGCGCTCCC
TGGTGGCAATGATCCAATCCATATGGACATTACCCTGCGTTATAGCCCTC
CGGTTCTGGCCTGGTACAATGACCAACGCATGGGGGACATATGCCATCGT
GACCGTGCTACTCTGCTATCCCTACTGCCACGCTATCCTGGTGGGATGGT
GTTCGAAGAACTCTAACAACGTGGGAACACGAACCATTTCAGCAGCATTA
TACAACATGTGCGTCCAACTCGGCGCCATTATCGGGAATAACATCTACCG
GGCGGACGATAAGCCCAAATACCATCGCGGAAATTCCGCTCTTATAGGGA
TCAATATCCTCGCTATATTGCTCTTTATTGCCACAAAGATATACTATATC
TATAGAAACAAACACAGGGAGCGCGTCTGGAATGCAATGACCGAAGAGGA
ACGACAGGATTACTTGCAGAACACGAGAGACACGGGAAGCAAGAGGTTGG
ATTTCCGCTTTGCACACTAGATGGCACCTCGAAAGGATGTCAGTCAAGAG
ACTGCCGATCAATTCGATCAGCGGCAGGACTCAGACTCTTCGCAAGGCCT
TGCCTCTCCGAAGGACAAAGCTCAGGTCCATACACGCCCGTACGAAGATG
CGACGGATGAGACCCTTGACAATCCCTTCGCCGACCCTGATGTTGCGGAG
CGCTATGCTCTCATCTACGAGAAAGCGCAGTACGAGTGTCGGCATGTCTT
TGACCCAACACTTACATGGACAGCGGAAGAGGAGAAAGCACTCGTCCGGA
AATTGGACTGGAGAGTGTGTCTATGGGCTTGCGTGATGTTCTTTGGCCTT
CAGGTTGACCGAGGAAATCTTGTCCAAGCTGTGTCGGACAATTTGCTGGA
TGATCTTGGTCTCACCACGAATGACTACAATACCGGAAACACAATCTTCC
TTGTCGCCTTCCTTCTAGCCGAGCTGCCTTCTCAATTGGTGTCAAAGCAG
ATGGGTCCCGATCGCTGGATTCCCACGCAGATGACTATCTGGTCGATCGT
TGCTGCAGCACAGGCTGCTTTAAGTGGGAAGAAATCTTTTTATGCAACGA
GGGCATTGTTGGGGATTCTTGAGGGTGGTTTCATTCCTGACATTGTCCTG
TGGTTATCTTATTTTTACACTAGTCGAGAATTACCAACTCGCTTGAGTAT
TTTTTGGACTGCTCTATCACTAACTACTATTATTACCTCGTTCCTCGCAT
TCGGCATTCTCCACATGCGTGGTGTTCAGGGCATGGCAGGCTGGAGGTGG
CTTTTCCTAATCGAAGGCCTCATCACTCTTATTATTGGCCTGGCATCCTA
CTTTCGTATGCCTGCCTCCGCTGTCGACACCAAGAAATGGTTTCGTCCAA
AGGGGTGGTTCACAGACCGTGAAGTCAGCATTGTGGTTAATCGGGTTTTG
CGCGACGACCCCTCGAAGGGCGACATGCACAACCGGCAAGCCATAACCCC
GCGTCGTCTCTGGAACTCCCTCCGAGACTATGACATCTGGCCAATTTATC
TTCTCGGACTAGTGGTTTACATCCCTATGACACCAATGACGTCCTATATC
ACTCTGATCCTCAAGGGTGTGGGGTTCGGCACCTTCACTACGAACCTTCT
TACCATCCCCTATAGTGTCGGGCACATCATCTGTCTGCTAGCCCTCACTC
GTCTCAGCGACTGGCTGAAAGAGCGCTCCCTGGTGGCAATGATCCAATCC
ATATGGACATTACCCTGCGTTATAGCCCTCCGGTTCTGGCCTGGTACAAT
GACCAACGCATGGGGGACATATGCCATCGTGACCGTGCTACTCTGCTATC
CCTACTGCCACGCTATCCTGGTGGGATGGTGTTCGAAGAACTCTAACAAC
GTGGGAACACGAACCATTTCAGCAGCATTATACAACATGTGCGTCCAACT
CGGCGCCATTATCGGGAATAACATCTACCGGGCGGACGATAAGCCCAAAT
ACCATCGCGGAAATTCCGCTCTTATAGGGATCAATATCCTCGCTATATTG
CTCTTTATTGCCACAAAGATATACTATATCTATAGAAACAAACACAGGGA
GCGCGTCTGGAATGCAATGACCGAAGAGGAACGACAGGATTACTTGCAGA
ACACGAGAGACACGGGAAGCAAGAGGTTGGATTTCCGCTTTGCACACTAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0005887integral component of plasma membrane
Vocabulary: Biological Process
TermDefinition
GO:0055085transmembrane transport
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_172535ASPNIDRAFT_172535Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_172535-T1ASPNIDRAFT_172535-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_172535-T1.exon1ASPNIDRAFT_172535-T1.exon1Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon2ASPNIDRAFT_172535-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon3ASPNIDRAFT_172535-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon4ASPNIDRAFT_172535-T1.exon4Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon5ASPNIDRAFT_172535-T1.exon5Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon6ASPNIDRAFT_172535-T1.exon6Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon7ASPNIDRAFT_172535-T1.exon7Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon8ASPNIDRAFT_172535-T1.exon8Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon9ASPNIDRAFT_172535-T1.exon9Aspergillus niger ATCC 1015exon
ASPNIDRAFT_172535-T1.exon10ASPNIDRAFT_172535-T1.exon10Aspergillus niger ATCC 1015exon


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_172535-T1.cdsASPNIDRAFT_172535-T1.cdsAspergillus niger ATCC 1015CDS


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR036259
DBxrefInterPro:IPR020846
DBxrefInterPro:IPR011701
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
ACJE01000004.1supercontigACJE01000004.1:2834943..2837088 +
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