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ASPNIDRAFT_44492-T1, ASPNIDRAFT_44492-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_44492-T1
Unique NameASPNIDRAFT_44492-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000015.1:1111187..1115107+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_44492-T1 ID=ASPNIDRAFT_44492-T1|Name=ASPNIDRAFT_44492-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=3921bp|location=Sequence derived from alignment at ACJE01000015.1:1111187..1115107+ (Aspergillus niger ATCC 1015)
ATGGATATCGGTGCTGTTGGCCAAGCACCATCCAGTAAATTCCGCAGCCC
CGAGGATAATCTACGGCTTTGGCAATTCCTGAGCGTGTCATGGATGGCCC
CGTTGATTTCTATTGGCAGGAAGAGGCAGTTGCAAGAGGAAGATGTTTGG
TTCTTGGGGTTTGAATTTCAGCACCGCAAGCTACATGAGAAGTTTCGCAG
ACTAAGAGGGTCTGTCATCGGCCGACTACTCCAGGCCAATGGTATCGATG
TCCTGATCATTACCACGATTGCCATTGTGCAGATGCTCTGCGGTCAGTCC
CTAATGACGCACACATAATGTGATGATGCTGACGACATAGTAGACTTTTC
TACACCTGTACTGCTCCAACAGTTGTTACAAGCCATGACTGACCGTGGCT
CGTCAAACCGTGTTGCCCTGACATATGCTTTGCTATCTCTTGTCCTCCGC
TTGATTGCCGCGCAGTCGCAAGTCTTAAGTCTATGGTACGGAAGACGTAG
CTATGAGAGAAGTCGGGGCGAGATGATCATGATGGTATATGAGAAAGCTC
TATCTAGAAAGAATGTCTTTGATCAGCAATTGGTCGACAAAGCAGAGGAG
GATAGGCTGCAAGATGAAGACAGTACTGATATGGATGCGCAGCCGGAACA
GCGCAAGTGGTGGCAATTCTCTGTCTTTCGGCGAGCCACCGGCAAGGAAA
AGGTCAAAGAAACTGCTTCAATGGGTAAGATATTCAACCTTTTGCGCGGG
GATGTCTACGAAGTGGCCCAGCGTTTCTGGGAGATCGACACATTGGTCGA
TAAGCCCCTAGGACTAGTCATCGCGGTTGTGCTAGTCTGGAAACTGCTTG
GCCCTTCATGCTTCTTGGGAATTGTGGCAGTTTTGATCGCGCAAGTTCTG
AATGCATTTGTCACTCGTGTCCTGCTCCGAAAAGAACGAGTACGCCGGCT
TGCAACAGATGCTCGACTACAAGTTTCCTCCCAGTTTGTGGAGGCGCTGC
GTCATCTTCGGTGGTATGGATGGCAGAATCACTGGTTACGCCAGGTTATG
GATGCCAGACAATCTGAGTTGAATCTTCGCATTATCACCATGCTGTGGGG
TATCGTTATCCGGTTTATCAACACATTCGCCAGTGGCCTCTTCCCTGTAG
TGGCGCTATATGCGTATACTCTTTTGGCGGGAAATCCATTACGCATTGAC
ATTATCTTCCCTGCTCTCCAACTCTTTACGATGCTCGAGACTCGTCTCAG
GGATATCCCGAGCCTCATAACGGTGCTGATCAATGCATCTATAGCTATGG
AGAGAATCGAGGACTTCATGGCTGAGCCCGATAAAGAAAAAAAGGATACC
ATCGATGCCGAGCCAGCACCAATTCAGCTGGATCATTGCTCTTTTGCCTG
GCCCGGTAGACAGTTGCCAGTCCTGCACGAGGTCGACTTGAGAGTACCCC
AAGGGCTAACTGTTGTGTACGGCAAAGTCGGAGCTGGTAAAACGGCTCTA
CTCCAAGCCTTGCTTGGCGAACTGGACAGGCTCGCTGGTGTTTCATACGT
ACCAAATGAAATGATTGGATACTGTGCCCAGACCCCCTGGCTGCAGAGCA
TGAGTATACGGGACAATATATTGTTCTCTTCGCCGTATGATGCGCGGCGT
TATAGACGAGTGCTGGATGCCTGCGCTTTGTTGCCTGATTTGTCTAACTT
TAAGCATGGAGATTTGACCTTTGTGGGTGAGAACGGAGTCGGTCTCTCTG
GCGGACAGAAGGCCCGGGTGGCTCTTGCACGGGCAATGTACAGCGCTGCC
AGGATACTGTTCCTCGATGACCCCCTGTCAGCTCTAGACCATAACACAGC
TGAGACAGTCGCCCGCAAATGTTTCTCGGGTCCCTTGATGCAGAATCGTA
CAATTGTGCTGGTCACTCATAGAATTCATCTGGTTCGACAGATGGCAGAT
CAGATTGTCCTCATACAGAAGGGCCGTGCAGTTGTCGAAGATAAACATGA
GTTCTCATCTCGTGACAGTGGTCATTCGGAATCCAGTTCGTCTGATATTT
CATCTGGTACAAGCGAGGCTGAATCTGAGAGCGAAACGGCACTCACCGAG
ACAGCTGCAGTGCCAACAAAGTTCATCGAAGAAGAACATCGCGCAGAATG
GGGTGTCAAGGCTAGAGTGTATTGGAAATACATCAAAGCCAGCAAATACA
GATGGTGGATAACCCTGATTCTCGTGCTCGCTGTGTACCGATCCACATCC
GTGGGACAATCCTGGTTTTTGAAGGAGTGGGGAGAAGCCTACAATGAAAC
ACTTTCATTGTTCGGATACTTAGGCACGAACAAGAAATCCTTCGCGGGTG
ACTGGATAACACCATCGGCCATGGTGAAAATGATCCATTGGAGACCTTCT
AACCCTTTTGACGAATTTCCGGCCCCAGTCGAAGATGTCCGACCTTGGTT
GCTGGCCTTCTTTATCATTACCACTTTCCAATCAATTGTCCTTCTGGTTG
CACAGCTTGTGATGCTTGTGATGGTCTACAGCGCAGGAAAGACGCTTTTC
CAGGAAGTTATGGTACGAGTCAGCCATGCTACTTTTCGGTTCTTCGATGT
GACTCCCATTGGCCGGTTGATGAATCGTTTGACCTCTGACATCGGCGTTG
TTGATGGAAATATCAGCGAACAGTTCCAAATGATTGCTTTTCAGGCTATT
ACTTGGGTCTCGTCAATTATTGTAATAGCCTCAGTGACGCCGACCTTTCT
CGGATTCTCACTCGTACTAACGGCAGCATTTGTTGTGGTCTTTCTCCGTT
TCCTGCCAACATCGCAAAGCCTTCGGCGTTTAGAGATGGTGTCACTAAGC
CCGTTGATATCTAACTTCGGTGAACTGCTTCACGGCCTGACCACCGTTCG
CGCATTTCATGCCGAAGGGCGTTTCCAGGATCGAGTCATCGCGGTAGTGG
ATAAATTCCAGGGAATGGACCACTTTTACTGGTCTCTCCAGAGCTGGCTC
ATGTTTCGATTTGAGAGCCTCTCCGCCTTTTCAACATTCTGCCTTACTGT
TCTGGCTTTGTACACGAGCGTCTCACCTGGTCTAGCAGCGTTCGTGCTCG
TAGCAGCCAATAATTTTGTTGCGTCCACCCATGCCTTGTGCAAGCAATAT
GGCCAACTGCAAATGGATTTTGTCTCCGTCGAGAGGGTAGACGAGCTGCT
TCACGTTGAGCAAGAATCACCTGGAATAATAGACCCACCTGCATCGTGGC
CCAAGTTTGGCCGTGACATCGTCTTTGAAGACGTGACCATCCGATATGCG
CCTCACCTGGATCCATCACTCAAAGATGTTTCTCTGCGCATACCAGGGGG
CTCCACAACAGCTATAATCGGTAGAACCGGTAGCGGCAAGTCCACACTGG
CCGTGTCACTACTAAGTGTCATTCGTCCCGACTCGGGACGCATCCTTATC
GACGATCTGGACATCACACAAGTCAGCAGACAAGCTCTACGCACTCGGGT
CACTTTTGTTGCGCAGGACCCCGTTCTCTTCCCTGGCAGCATCAGATTGA
ACCTAGACCCGATAGGGGAGTACTCTGATGCAGAATGTGCAGACGTGCTG
AAACGAATTTGCAGTCGACACGGCTGGAGCTTGGAGACGCACGTTGAAGC
AGGCGGACGGAATCTCAGCCAGGGAGAACGCCAGCTAATCGGTCTCGCGA
GAGCTGTGCTGCGTCGCAGCTCAATTGTCATCCTAGACGAAGCGACCGCC
TCAATTGACCATGAAAGTTCGCTCGAGATCCAGCAAGTGCTACGAGAGGA
GATGAAAGAGTCAACAGTTATTACCATCGCGCATCGACTGGAGGCCATCA
AAGATGCAGATTACTATATCATGTTGGACCAGGGAGGAGTGTCCAAGCAG
GGGTTCGTCAAAGACATGTAA
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Coding sequence (CDS) from alignment at ACJE01000015.1:1111187..1115107+

>ASPNIDRAFT_44492-T1 ID=ASPNIDRAFT_44492-T1|Name=ASPNIDRAFT_44492-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=7740bp|location=Sequence derived from alignment at ACJE01000015.1:1111187..1115107+ (Aspergillus niger ATCC 1015)
ATGGATATCGGTGCTGTTGGCCAAGCACCATCCAGTAAATTCCGCAGCCC
CGAGGATAATCTACGGCTTTGGCAATTCCTGAGCGTGTCATGGATGGCCC
CGTTGATTTCTATTGGCAGGAAGAGGCAGTTGCAAGAGGAAGATGTTTGG
TTCTTGGGGTTTGAATTTCAGCACCGCAAGCTACATGAGAAGTTTCGCAG
ACTAAGAGGGTCTGTCATCGGCCGACTACTCCAGGCCAATGGTATCGATG
TCCTGATCATTACCACGATTGCCATTGTGCAGATGCTCTGCGACTTTTCT
ACACCTGTACTGCTCCAACAGTTGTTACAAGCCATGACTGACCGTGGCTC
GTCAAACCGTGTTGCCCTGACATATGCTTTGCTATCTCTTGTCCTCCGCT
TGATTGCCGCGCAGTCGCAAGTCTTAAGTCTATGGTACGGAAGACGTAGC
TATGAGAGAAGTCGGGGCGAGATGATCATGATGGTATATGAGAAAGCTCT
ATCTAGAAAGAATGTCTTTGATCAGCAATTGGTCGACAAAGCAGAGGAGG
ATAGGCTGCAAGATGAAGACAGTACTGATATGGATGCGCAGCCGGAACAG
CGCAAGTGGTGGCAATTCTCTGTCTTTCGGCGAGCCACCGGCAAGGAAAA
GGTCAAAGAAACTGCTTCAATGGGTAAGATATTCAACCTTTTGCGCGGGG
ATGTCTACGAAGTGGCCCAGCGTTTCTGGGAGATCGACACATTGGTCGAT
AAGCCCCTAGGACTAGTCATCGCGGTTGTGCTAGTCTGGAAACTGCTTGG
CCCTTCATGCTTCTTGGGAATTGTGGCAGTTTTGATCGCGCAAGTTCTGA
ATGCATTTGTCACTCGTGTCCTGCTCCGAAAAGAACGAGTACGCCGGCTT
GCAACAGATGCTCGACTACAAGTTTCCTCCCAGTTTGTGGAGGCGCTGCG
TCATCTTCGGTGGTATGGATGGCAGAATCACTGGTTACGCCAGGTTATGG
ATGCCAGACAATCTGAGTTGAATCTTCGCATTATCACCATGCTGTGGGGT
ATCGTTATCCGGTTTATCAACACATTCGCCAGTGGCCTCTTCCCTGTAGT
GGCGCTATATGCGTATACTCTTTTGGCGGGAAATCCATTACGCATTGACA
TTATCTTCCCTGCTCTCCAACTCTTTACGATGCTCGAGACTCGTCTCAGG
GATATCCCGAGCCTCATAACGGTGCTGATCAATGCATCTATAGCTATGGA
GAGAATCGAGGACTTCATGGCTGAGCCCGATAAAGAAAAAAAGGATACCA
TCGATGCCGAGCCAGCACCAATTCAGCTGGATCATTGCTCTTTTGCCTGG
CCCGGTAGACAGTTGCCAGTCCTGCACGAGGTCGACTTGAGAGTACCCCA
AGGGCTAACTGTTGTGTACGGCAAAGTCGGAGCTGGTAAAACGGCTCTAC
TCCAAGCCTTGCTTGGCGAACTGGACAGGCTCGCTGGTGTTTCATACGTA
CCAAATGAAATGATTGGATACTGTGCCCAGACCCCCTGGCTGCAGAGCAT
GAGTATACGGGACAATATATTGTTCTCTTCGCCGTATGATGCGCGGCGTT
ATAGACGAGTGCTGGATGCCTGCGCTTTGTTGCCTGATTTGTCTAACTTT
AAGCATGGAGATTTGACCTTTGTGGGTGAGAACGGAGTCGGTCTCTCTGG
CGGACAGAAGGCCCGGGTGGCTCTTGCACGGGCAATGTACAGCGCTGCCA
GGATACTGTTCCTCGATGACCCCCTGTCAGCTCTAGACCATAACACAGCT
GAGACAGTCGCCCGCAAATGTTTCTCGGGTCCCTTGATGCAGAATCGTAC
AATTGTGCTGGTCACTCATAGAATTCATCTGGTTCGACAGATGGCAGATC
AGATTGTCCTCATACAGAAGGGCCGTGCAGTTGTCGAAGATAAACATGAG
TTCTCATCTCGTGACAGTGGTCATTCGGAATCCAGTTCGTCTGATATTTC
ATCTGGTACAAGCGAGGCTGAATCTGAGAGCGAAACGGCACTCACCGAGA
CAGCTGCAGTGCCAACAAAGTTCATCGAAGAAGAACATCGCGCAGAATGG
GGTGTCAAGGCTAGAGTGTATTGGAAATACATCAAAGCCAGCAAATACAG
ATGGTGGATAACCCTGATTCTCGTGCTCGCTGTGTACCGATCCACATCCG
TGGGACAATCCTGGTTTTTGAAGGAGTGGGGAGAAGCCTACAATGAAACA
CTTTCATTGTTCGGATACTTAGGCACGAACAAGAAATCCTTCGCGGGTGA
CTGGATAACACCATCGGCCATGGTGAAAATGATCCATTGGAGACCTTCTA
ACCCTTTTGACGAATTTCCGGCCCCAGTCGAAGATGTCCGACCTTGGTTG
CTGGCCTTCTTTATCATTACCACTTTCCAATCAATTGTCCTTCTGGTTGC
ACAGCTTGTGATGCTTGTGATGGTCTACAGCGCAGGAAAGACGCTTTTCC
AGGAAGTTATGGTACGAGTCAGCCATGCTACTTTTCGGTTCTTCGATGTG
ACTCCCATTGGCCGGTTGATGAATCGTTTGACCTCTGACATCGGCGTTGT
TGATGGAAATATCAGCGAACAGTTCCAAATGATTGCTTTTCAGGCTATTA
CTTGGGTCTCGTCAATTATTGTAATAGCCTCAGTGACGCCGACCTTTCTC
GGATTCTCACTCGTACTAACGGCAGCATTTGTTGTGGTCTTTCTCCGTTT
CCTGCCAACATCGCAAAGCCTTCGGCGTTTAGAGATGGTGTCACTAAGCC
CGTTGATATCTAACTTCGGTGAACTGCTTCACGGCCTGACCACCGTTCGC
GCATTTCATGCCGAAGGGCGTTTCCAGGATCGAGTCATCGCGGTAGTGGA
TAAATTCCAGGGAATGGACCACTTTTACTGGTCTCTCCAGAGCTGGCTCA
TGTTTCGATTTGAGAGCCTCTCCGCCTTTTCAACATTCTGCCTTACTGTT
CTGGCTTTGTACACGAGCGTCTCACCTGGTCTAGCAGCGTTCGTGCTCGT
AGCAGCCAATAATTTTGTTGCGTCCACCCATGCCTTGTGCAAGCAATATG
GCCAACTGCAAATGGATTTTGTCTCCGTCGAGAGGGTAGACGAGCTGCTT
CACGTTGAGCAAGAATCACCTGGAATAATAGACCCACCTGCATCGTGGCC
CAAGTTTGGCCGTGACATCGTCTTTGAAGACGTGACCATCCGATATGCGC
CTCACCTGGATCCATCACTCAAAGATGTTTCTCTGCGCATACCAGGGGGC
TCCACAACAGCTATAATCGGTAGAACCGGTAGCGGCAAGTCCACACTGGC
CGTGTCACTACTAAGTGTCATTCGTCCCGACTCGGGACGCATCCTTATCG
ACGATCTGGACATCACACAAGTCAGCAGACAAGCTCTACGCACTCGGGTC
ACTTTTGTTGCGCAGGACCCCGTTCTCTTCCCTGGCAGCATCAGATTGAA
CCTAGACCCGATAGGGGAGTACTCTGATGCAGAATGTGCAGACGTGCTGA
AACGAATTTGCAGTCGACACGGCTGGAGCTTGGAGACGCACGTTGAAGCA
GGCGGACGGAATCTCAGCCAGGGAGAACGCCAGCTAATCGGTCTCGCGAG
AGCTGTGCTGCGTCGCAGCTCAATTGTCATCCTAGACGAAGCGACCGCCT
CAATTGACCATGAAAGTTCGCTCGAGATCCAGCAAGTGCTACGAGAGGAG
ATGAAAGAGTCAACAGTTATTACCATCGCGCATCGACTGGAGGCCATCAA
AGATGCAGATTACTATATCATGTTGGACCAGGGAGGAGTGTCCAAGCAGG
GGTTCGTCAAAGACATGTAAATGGATATCGGTGCTGTTGGCCAAGCACCA
TCCAGTAAATTCCGCAGCCCCGAGGATAATCTACGGCTTTGGCAATTCCT
GAGCGTGTCATGGATGGCCCCGTTGATTTCTATTGGCAGGAAGAGGCAGT
TGCAAGAGGAAGATGTTTGGTTCTTGGGGTTTGAATTTCAGCACCGCAAG
CTACATGAGAAGTTTCGCAGACTAAGAGGGTCTGTCATCGGCCGACTACT
CCAGGCCAATGGTATCGATGTCCTGATCATTACCACGATTGCCATTGTGC
AGATGCTCTGCGACTTTTCTACACCTGTACTGCTCCAACAGTTGTTACAA
GCCATGACTGACCGTGGCTCGTCAAACCGTGTTGCCCTGACATATGCTTT
GCTATCTCTTGTCCTCCGCTTGATTGCCGCGCAGTCGCAAGTCTTAAGTC
TATGGTACGGAAGACGTAGCTATGAGAGAAGTCGGGGCGAGATGATCATG
ATGGTATATGAGAAAGCTCTATCTAGAAAGAATGTCTTTGATCAGCAATT
GGTCGACAAAGCAGAGGAGGATAGGCTGCAAGATGAAGACAGTACTGATA
TGGATGCGCAGCCGGAACAGCGCAAGTGGTGGCAATTCTCTGTCTTTCGG
CGAGCCACCGGCAAGGAAAAGGTCAAAGAAACTGCTTCAATGGGTAAGAT
ATTCAACCTTTTGCGCGGGGATGTCTACGAAGTGGCCCAGCGTTTCTGGG
AGATCGACACATTGGTCGATAAGCCCCTAGGACTAGTCATCGCGGTTGTG
CTAGTCTGGAAACTGCTTGGCCCTTCATGCTTCTTGGGAATTGTGGCAGT
TTTGATCGCGCAAGTTCTGAATGCATTTGTCACTCGTGTCCTGCTCCGAA
AAGAACGAGTACGCCGGCTTGCAACAGATGCTCGACTACAAGTTTCCTCC
CAGTTTGTGGAGGCGCTGCGTCATCTTCGGTGGTATGGATGGCAGAATCA
CTGGTTACGCCAGGTTATGGATGCCAGACAATCTGAGTTGAATCTTCGCA
TTATCACCATGCTGTGGGGTATCGTTATCCGGTTTATCAACACATTCGCC
AGTGGCCTCTTCCCTGTAGTGGCGCTATATGCGTATACTCTTTTGGCGGG
AAATCCATTACGCATTGACATTATCTTCCCTGCTCTCCAACTCTTTACGA
TGCTCGAGACTCGTCTCAGGGATATCCCGAGCCTCATAACGGTGCTGATC
AATGCATCTATAGCTATGGAGAGAATCGAGGACTTCATGGCTGAGCCCGA
TAAAGAAAAAAAGGATACCATCGATGCCGAGCCAGCACCAATTCAGCTGG
ATCATTGCTCTTTTGCCTGGCCCGGTAGACAGTTGCCAGTCCTGCACGAG
GTCGACTTGAGAGTACCCCAAGGGCTAACTGTTGTGTACGGCAAAGTCGG
AGCTGGTAAAACGGCTCTACTCCAAGCCTTGCTTGGCGAACTGGACAGGC
TCGCTGGTGTTTCATACGTACCAAATGAAATGATTGGATACTGTGCCCAG
ACCCCCTGGCTGCAGAGCATGAGTATACGGGACAATATATTGTTCTCTTC
GCCGTATGATGCGCGGCGTTATAGACGAGTGCTGGATGCCTGCGCTTTGT
TGCCTGATTTGTCTAACTTTAAGCATGGAGATTTGACCTTTGTGGGTGAG
AACGGAGTCGGTCTCTCTGGCGGACAGAAGGCCCGGGTGGCTCTTGCACG
GGCAATGTACAGCGCTGCCAGGATACTGTTCCTCGATGACCCCCTGTCAG
CTCTAGACCATAACACAGCTGAGACAGTCGCCCGCAAATGTTTCTCGGGT
CCCTTGATGCAGAATCGTACAATTGTGCTGGTCACTCATAGAATTCATCT
GGTTCGACAGATGGCAGATCAGATTGTCCTCATACAGAAGGGCCGTGCAG
TTGTCGAAGATAAACATGAGTTCTCATCTCGTGACAGTGGTCATTCGGAA
TCCAGTTCGTCTGATATTTCATCTGGTACAAGCGAGGCTGAATCTGAGAG
CGAAACGGCACTCACCGAGACAGCTGCAGTGCCAACAAAGTTCATCGAAG
AAGAACATCGCGCAGAATGGGGTGTCAAGGCTAGAGTGTATTGGAAATAC
ATCAAAGCCAGCAAATACAGATGGTGGATAACCCTGATTCTCGTGCTCGC
TGTGTACCGATCCACATCCGTGGGACAATCCTGGTTTTTGAAGGAGTGGG
GAGAAGCCTACAATGAAACACTTTCATTGTTCGGATACTTAGGCACGAAC
AAGAAATCCTTCGCGGGTGACTGGATAACACCATCGGCCATGGTGAAAAT
GATCCATTGGAGACCTTCTAACCCTTTTGACGAATTTCCGGCCCCAGTCG
AAGATGTCCGACCTTGGTTGCTGGCCTTCTTTATCATTACCACTTTCCAA
TCAATTGTCCTTCTGGTTGCACAGCTTGTGATGCTTGTGATGGTCTACAG
CGCAGGAAAGACGCTTTTCCAGGAAGTTATGGTACGAGTCAGCCATGCTA
CTTTTCGGTTCTTCGATGTGACTCCCATTGGCCGGTTGATGAATCGTTTG
ACCTCTGACATCGGCGTTGTTGATGGAAATATCAGCGAACAGTTCCAAAT
GATTGCTTTTCAGGCTATTACTTGGGTCTCGTCAATTATTGTAATAGCCT
CAGTGACGCCGACCTTTCTCGGATTCTCACTCGTACTAACGGCAGCATTT
GTTGTGGTCTTTCTCCGTTTCCTGCCAACATCGCAAAGCCTTCGGCGTTT
AGAGATGGTGTCACTAAGCCCGTTGATATCTAACTTCGGTGAACTGCTTC
ACGGCCTGACCACCGTTCGCGCATTTCATGCCGAAGGGCGTTTCCAGGAT
CGAGTCATCGCGGTAGTGGATAAATTCCAGGGAATGGACCACTTTTACTG
GTCTCTCCAGAGCTGGCTCATGTTTCGATTTGAGAGCCTCTCCGCCTTTT
CAACATTCTGCCTTACTGTTCTGGCTTTGTACACGAGCGTCTCACCTGGT
CTAGCAGCGTTCGTGCTCGTAGCAGCCAATAATTTTGTTGCGTCCACCCA
TGCCTTGTGCAAGCAATATGGCCAACTGCAAATGGATTTTGTCTCCGTCG
AGAGGGTAGACGAGCTGCTTCACGTTGAGCAAGAATCACCTGGAATAATA
GACCCACCTGCATCGTGGCCCAAGTTTGGCCGTGACATCGTCTTTGAAGA
CGTGACCATCCGATATGCGCCTCACCTGGATCCATCACTCAAAGATGTTT
CTCTGCGCATACCAGGGGGCTCCACAACAGCTATAATCGGTAGAACCGGT
AGCGGCAAGTCCACACTGGCCGTGTCACTACTAAGTGTCATTCGTCCCGA
CTCGGGACGCATCCTTATCGACGATCTGGACATCACACAAGTCAGCAGAC
AAGCTCTACGCACTCGGGTCACTTTTGTTGCGCAGGACCCCGTTCTCTTC
CCTGGCAGCATCAGATTGAACCTAGACCCGATAGGGGAGTACTCTGATGC
AGAATGTGCAGACGTGCTGAAACGAATTTGCAGTCGACACGGCTGGAGCT
TGGAGACGCACGTTGAAGCAGGCGGACGGAATCTCAGCCAGGGAGAACGC
CAGCTAATCGGTCTCGCGAGAGCTGTGCTGCGTCGCAGCTCAATTGTCAT
CCTAGACGAAGCGACCGCCTCAATTGACCATGAAAGTTCGCTCGAGATCC
AGCAAGTGCTACGAGAGGAGATGAAAGAGTCAACAGTTATTACCATCGCG
CATCGACTGGAGGCCATCAAAGATGCAGATTACTATATCATGTTGGACCA
GGGAGGAGTGTCCAAGCAGGGGTTCGTCAAAGACATGTAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0016021integral component of membrane
Vocabulary: Biological Process
TermDefinition
GO:0055085transmembrane transport
Vocabulary: Molecular Function
TermDefinition
GO:0042626ATPase-coupled transmembrane transporter activity
GO:0016887ATPase activity
GO:0005524ATP binding
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_44492ASPNIDRAFT_44492Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_44492-T1.exon1ASPNIDRAFT_44492-T1.exon1Aspergillus niger ATCC 1015exon
ASPNIDRAFT_44492-T1.exon2ASPNIDRAFT_44492-T1.exon2Aspergillus niger ATCC 1015exon


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_44492-T1.cdsASPNIDRAFT_44492-T1.cdsAspergillus niger ATCC 1015CDS


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_44492-T1ASPNIDRAFT_44492-T1-proteinAspergillus niger ATCC 1015polypeptide


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR027417
DBxrefInterPro:IPR017871
DBxrefInterPro:IPR011527
DBxrefInterPro:IPR036640
DBxrefInterPro:IPR003439
DBxrefInterPro:IPR003593
DBxrefPFAM:PF00005
DBxrefPFAM:PF00664
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
ACJE01000015.1supercontigACJE01000015.1:1111187..1115107 +
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