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ASPNIDRAFT_46290-T1, ASPNIDRAFT_46290-T1 (mRNA) Aspergillus niger ATCC 1015

Overview
NameASPNIDRAFT_46290-T1
Unique NameASPNIDRAFT_46290-T1
TypemRNA
OrganismAspergillus niger ATCC 1015
Sequences
The following sequences are available for this feature:

mRNA from alignment at ACJE01000004.1:3396810..3398720+

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ASPNIDRAFT_46290-T1 ID=ASPNIDRAFT_46290-T1|Name=ASPNIDRAFT_46290-T1|organism=Aspergillus niger ATCC 1015|type=mRNA|length=1911bp|location=Sequence derived from alignment at ACJE01000004.1:3396810..3398720+ (Aspergillus niger ATCC 1015)
ATGTTATCTTTCCTCCTATGGTGCCATCCAAAGAAGAGGAAGGAGAGACA
ACTATGGAAGCAGATTGAAGGTTAGCCTCCGTAATCATCAAGGTGCATCT
TATTGCAAGTTGAATCCCCGCTTACGTGTCCACCAACAGAAGAAGCTGAG
CACTTGGACCAGCTTCCATCATGGGATGCTCCCGACAACACTTTAATACT
GCAAGCCTTTGAATGGCATGTGCCAGCTGACCAAGGTCATTGGCGTCGTC
TTCACCAGGCCTTACCAAACTTCAAGGCGATTGGGGTAGACAACATATGG
ATCCCGCCCGGGTGTAAAGCTATGAATCCATCTGGTAACGGGTATGATAT
TTACGATCTGTATGACTTGGGAGAATTCGAGCAAAAGGGGTCTCGAGCTA
CTAAATGGGGTACCAAAGAGGAGCTCCAGTCCTTGGTAGCTGCAGCCCAA
GATTTCGGTATAGGTATTTACTGGGACGCTGTCCTCAATCACAAGGCGGG
AGCAGATTACGCAGAGCGCTTTCAAGCTGTCAGGGTTGACCCACAGGGTA
TGCCATGGCCTTATTCGACTAGTTTCGGGTGCACCTGTTAACTTGGAATT
GTCTAGAGCGTAATATGGAAATCGCCCCTGCAGAGGAAATTGAAGGCTGG
GTGGGATTCAACTTCTCTGGGCGTGGCAACCACTATAGTTCGATGAAGTA
CAACAAAAACCACTTCAGCGGTATCGACTGGGACCAGTCGCGTCAAAAAT
GCGGAGTCTACAAGATCCAAGGACATGAATGGGCGAACGACGTCGCCAAT
GAGAATGGAAATTACGACTATCTCATGTTCGCCAACTTGGACTACTCCAA
CGCGGAAGTACGACGCGATGTTCTGAAATGGGCTGAGTGGCTCAATGCTC
AATTGCCTCTAAGCGGCATGAGGTTGGATGCGGTCAAACATTACTCGGCT
GGTTTTCAGAAAGAGCTTATTGATCATCTTCGAACTATTGCTGGGCCAGA
CTATTTCATAGTGGGCGAGTACTGGAAAGGCGAGACCAGGCCGTTAGTTG
ACTACCTGAAGCAGATGGACTACAAGCTATCATTGTTCGATTCCGCTCTG
GTTGGGCGGTTCTCAAGCATTTCACAGACACCAGGGGCGGATCTTCGCAA
CATTTTCTATAATACATTGGTCCAATTGTACCCAGATCATTCTGTCGTAA
GTTGATTGTCATTTTGGTGGGATCCCTTACTGACCACTAAAAGACTTTCG
TTGCAAACCATGATACTGTAGGTGCAATATGCCCTTTGGCCTCATTCTAC
TAACATAGATCCAAAGCAACCAGGTCAATCCCTCGAAGTACGCACACCGC
CCACTTCGATTTTATAGATCTAACAGATGTTCAGGCGCCAGTAACATCAT
TCTTCAAACCCCTCGCGTACGCCCTTATCCTTCTCCGTGACCAAGGGCAA
CCATGCATATTCTACGGAGACCTTTACGGCCTCCAAGCCGATGTCAAAGA
TCCAATGACACCGTCTTGCAGGGGCAAGCTGTCCATCCTCACCCGAGCTC
GAAAGCTCTACGCATATGGCCTGCAACGAGATTATTTTGACAAGCCGAAC
TGCATCGGTTAGTGCCTGCTTTCGTTATCCTCTACCGCACACTGACAGGA
GTAGGTTTTGTCCGCTACGGTAACCGTCGGCATCCCTCTGGTCTTGCATG
CGTGATGAGCAATGCGGGTCCGTCGAGGAAGCGGATGTATGTTGGTCGAC
GACACGCCAAGCAAACATGGACCGATATCCTGCAGTGGTGTGATCAGACT
GTTGTCATTGATGCCAAGGGATATGGAGAGTTTCCGGTTAGTGCGATGAG
CGTGAGTGTATGGGTGAATTCCGAGGCTGAGGGGAGAGATAGCCTCTCAC
ATCATTTGTAG
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Coding sequence (CDS) from alignment at ACJE01000004.1:3396810..3398720+

>ASPNIDRAFT_46290-T1 ID=ASPNIDRAFT_46290-T1|Name=ASPNIDRAFT_46290-T1|organism=Aspergillus niger ATCC 1015|type=CDS|length=9450bp|location=Sequence derived from alignment at ACJE01000004.1:3396810..3398720+ (Aspergillus niger ATCC 1015)
ATGTTATCTTTCCTCCTATGGTGCCATCCAAAGAAGAGGAAGGAGAGACA
ACTATGGAAGCAGATTGAAGAAGAAGCTGAGCACTTGGACCAGCTTCCAT
CATGGGATGCTCCCGACAACACTTTAATACTGCAAGCCTTTGAATGGCAT
GTGCCAGCTGACCAAGGTCATTGGCGTCGTCTTCACCAGGCCTTACCAAA
CTTCAAGGCGATTGGGGTAGACAACATATGGATCCCGCCCGGGTGTAAAG
CTATGAATCCATCTGGTAACGGGTATGATATTTACGATCTGTATGACTTG
GGAGAATTCGAGCAAAAGGGGTCTCGAGCTACTAAATGGGGTACCAAAGA
GGAGCTCCAGTCCTTGGTAGCTGCAGCCCAAGATTTCGGTATAGGTATTT
ACTGGGACGCTGTCCTCAATCACAAGGCGGGAGCAGATTACGCAGAGCGC
TTTCAAGCTGTCAGGGTTGACCCACAGGAGCGTAATATGGAAATCGCCCC
TGCAGAGGAAATTGAAGGCTGGGTGGGATTCAACTTCTCTGGGCGTGGCA
ACCACTATAGTTCGATGAAGTACAACAAAAACCACTTCAGCGGTATCGAC
TGGGACCAGTCGCGTCAAAAATGCGGAGTCTACAAGATCCAAGGACATGA
ATGGGCGAACGACGTCGCCAATGAGAATGGAAATTACGACTATCTCATGT
TCGCCAACTTGGACTACTCCAACGCGGAAGTACGACGCGATGTTCTGAAA
TGGGCTGAGTGGCTCAATGCTCAATTGCCTCTAAGCGGCATGAGGTTGGA
TGCGGTCAAACATTACTCGGCTGGTTTTCAGAAAGAGCTTATTGATCATC
TTCGAACTATTGCTGGGCCAGACTATTTCATAGTGGGCGAGTACTGGAAA
GGCGAGACCAGGCCGTTAGTTGACTACCTGAAGCAGATGGACTACAAGCT
ATCATTGTTCGATTCCGCTCTGGTTGGGCGGTTCTCAAGCATTTCACAGA
CACCAGGGGCGGATCTTCGCAACATTTTCTATAATACATTGGTCCAATTG
TACCCAGATCATTCTGTCCAACCAGGTCAATCCCTCGAAGCGCCAGTAAC
ATCATTCTTCAAACCCCTCGCGTACGCCCTTATCCTTCTCCGTGACCAAG
GGCAACCATGCATATTCTACGGAGACCTTTACGGCCTCCAAGCCGATGTC
AAAGATCCAATGACACCGTCTTGCAGGGGCAAGCTGTCCATCCTCACCCG
AGCTCGAAAGCTCTACGCATATGGCCTGCAACGAGATTATTTTGACAAGC
CGAACTGCATCGGAGTAGGTTTTGTCCGCTACGGTAACCGTCGGCATCCC
TCTGGTCTTGCATGCGTGATGAGCAATGCGGGTCCGTCGAGGAAGCGGAT
GTATGTTGGTCGACGACACGCCAAGCAAACATGGACCGATATCCTGCAGT
GGTGTGATCAGACTGTTGTCATTGATGCCAAGGGATATGGAGAGTTTCCG
GTTAGTGCGATGAGCGTGAGTGTATGGGTGAATTCCGAGGCTGAGGGGAG
AGATAGCCTCTCACATCATTTGTAGATGTTATCTTTCCTCCTATGGTGCC
ATCCAAAGAAGAGGAAGGAGAGACAACTATGGAAGCAGATTGAAGAAGAA
GCTGAGCACTTGGACCAGCTTCCATCATGGGATGCTCCCGACAACACTTT
AATACTGCAAGCCTTTGAATGGCATGTGCCAGCTGACCAAGGTCATTGGC
GTCGTCTTCACCAGGCCTTACCAAACTTCAAGGCGATTGGGGTAGACAAC
ATATGGATCCCGCCCGGGTGTAAAGCTATGAATCCATCTGGTAACGGGTA
TGATATTTACGATCTGTATGACTTGGGAGAATTCGAGCAAAAGGGGTCTC
GAGCTACTAAATGGGGTACCAAAGAGGAGCTCCAGTCCTTGGTAGCTGCA
GCCCAAGATTTCGGTATAGGTATTTACTGGGACGCTGTCCTCAATCACAA
GGCGGGAGCAGATTACGCAGAGCGCTTTCAAGCTGTCAGGGTTGACCCAC
AGGAGCGTAATATGGAAATCGCCCCTGCAGAGGAAATTGAAGGCTGGGTG
GGATTCAACTTCTCTGGGCGTGGCAACCACTATAGTTCGATGAAGTACAA
CAAAAACCACTTCAGCGGTATCGACTGGGACCAGTCGCGTCAAAAATGCG
GAGTCTACAAGATCCAAGGACATGAATGGGCGAACGACGTCGCCAATGAG
AATGGAAATTACGACTATCTCATGTTCGCCAACTTGGACTACTCCAACGC
GGAAGTACGACGCGATGTTCTGAAATGGGCTGAGTGGCTCAATGCTCAAT
TGCCTCTAAGCGGCATGAGGTTGGATGCGGTCAAACATTACTCGGCTGGT
TTTCAGAAAGAGCTTATTGATCATCTTCGAACTATTGCTGGGCCAGACTA
TTTCATAGTGGGCGAGTACTGGAAAGGCGAGACCAGGCCGTTAGTTGACT
ACCTGAAGCAGATGGACTACAAGCTATCATTGTTCGATTCCGCTCTGGTT
GGGCGGTTCTCAAGCATTTCACAGACACCAGGGGCGGATCTTCGCAACAT
TTTCTATAATACATTGGTCCAATTGTACCCAGATCATTCTGTCCAACCAG
GTCAATCCCTCGAAGCGCCAGTAACATCATTCTTCAAACCCCTCGCGTAC
GCCCTTATCCTTCTCCGTGACCAAGGGCAACCATGCATATTCTACGGAGA
CCTTTACGGCCTCCAAGCCGATGTCAAAGATCCAATGACACCGTCTTGCA
GGGGCAAGCTGTCCATCCTCACCCGAGCTCGAAAGCTCTACGCATATGGC
CTGCAACGAGATTATTTTGACAAGCCGAACTGCATCGGAGTAGGTTTTGT
CCGCTACGGTAACCGTCGGCATCCCTCTGGTCTTGCATGCGTGATGAGCA
ATGCGGGTCCGTCGAGGAAGCGGATGTATGTTGGTCGACGACACGCCAAG
CAAACATGGACCGATATCCTGCAGTGGTGTGATCAGACTGTTGTCATTGA
TGCCAAGGGATATGGAGAGTTTCCGGTTAGTGCGATGAGCGTGAGTGTAT
GGGTGAATTCCGAGGCTGAGGGGAGAGATAGCCTCTCACATCATTTGTAG
ATGTTATCTTTCCTCCTATGGTGCCATCCAAAGAAGAGGAAGGAGAGACA
ACTATGGAAGCAGATTGAAGAAGAAGCTGAGCACTTGGACCAGCTTCCAT
CATGGGATGCTCCCGACAACACTTTAATACTGCAAGCCTTTGAATGGCAT
GTGCCAGCTGACCAAGGTCATTGGCGTCGTCTTCACCAGGCCTTACCAAA
CTTCAAGGCGATTGGGGTAGACAACATATGGATCCCGCCCGGGTGTAAAG
CTATGAATCCATCTGGTAACGGGTATGATATTTACGATCTGTATGACTTG
GGAGAATTCGAGCAAAAGGGGTCTCGAGCTACTAAATGGGGTACCAAAGA
GGAGCTCCAGTCCTTGGTAGCTGCAGCCCAAGATTTCGGTATAGGTATTT
ACTGGGACGCTGTCCTCAATCACAAGGCGGGAGCAGATTACGCAGAGCGC
TTTCAAGCTGTCAGGGTTGACCCACAGGAGCGTAATATGGAAATCGCCCC
TGCAGAGGAAATTGAAGGCTGGGTGGGATTCAACTTCTCTGGGCGTGGCA
ACCACTATAGTTCGATGAAGTACAACAAAAACCACTTCAGCGGTATCGAC
TGGGACCAGTCGCGTCAAAAATGCGGAGTCTACAAGATCCAAGGACATGA
ATGGGCGAACGACGTCGCCAATGAGAATGGAAATTACGACTATCTCATGT
TCGCCAACTTGGACTACTCCAACGCGGAAGTACGACGCGATGTTCTGAAA
TGGGCTGAGTGGCTCAATGCTCAATTGCCTCTAAGCGGCATGAGGTTGGA
TGCGGTCAAACATTACTCGGCTGGTTTTCAGAAAGAGCTTATTGATCATC
TTCGAACTATTGCTGGGCCAGACTATTTCATAGTGGGCGAGTACTGGAAA
GGCGAGACCAGGCCGTTAGTTGACTACCTGAAGCAGATGGACTACAAGCT
ATCATTGTTCGATTCCGCTCTGGTTGGGCGGTTCTCAAGCATTTCACAGA
CACCAGGGGCGGATCTTCGCAACATTTTCTATAATACATTGGTCCAATTG
TACCCAGATCATTCTGTCCAACCAGGTCAATCCCTCGAAGCGCCAGTAAC
ATCATTCTTCAAACCCCTCGCGTACGCCCTTATCCTTCTCCGTGACCAAG
GGCAACCATGCATATTCTACGGAGACCTTTACGGCCTCCAAGCCGATGTC
AAAGATCCAATGACACCGTCTTGCAGGGGCAAGCTGTCCATCCTCACCCG
AGCTCGAAAGCTCTACGCATATGGCCTGCAACGAGATTATTTTGACAAGC
CGAACTGCATCGGAGTAGGTTTTGTCCGCTACGGTAACCGTCGGCATCCC
TCTGGTCTTGCATGCGTGATGAGCAATGCGGGTCCGTCGAGGAAGCGGAT
GTATGTTGGTCGACGACACGCCAAGCAAACATGGACCGATATCCTGCAGT
GGTGTGATCAGACTGTTGTCATTGATGCCAAGGGATATGGAGAGTTTCCG
GTTAGTGCGATGAGCGTGAGTGTATGGGTGAATTCCGAGGCTGAGGGGAG
AGATAGCCTCTCACATCATTTGTAGATGTTATCTTTCCTCCTATGGTGCC
ATCCAAAGAAGAGGAAGGAGAGACAACTATGGAAGCAGATTGAAGAAGAA
GCTGAGCACTTGGACCAGCTTCCATCATGGGATGCTCCCGACAACACTTT
AATACTGCAAGCCTTTGAATGGCATGTGCCAGCTGACCAAGGTCATTGGC
GTCGTCTTCACCAGGCCTTACCAAACTTCAAGGCGATTGGGGTAGACAAC
ATATGGATCCCGCCCGGGTGTAAAGCTATGAATCCATCTGGTAACGGGTA
TGATATTTACGATCTGTATGACTTGGGAGAATTCGAGCAAAAGGGGTCTC
GAGCTACTAAATGGGGTACCAAAGAGGAGCTCCAGTCCTTGGTAGCTGCA
GCCCAAGATTTCGGTATAGGTATTTACTGGGACGCTGTCCTCAATCACAA
GGCGGGAGCAGATTACGCAGAGCGCTTTCAAGCTGTCAGGGTTGACCCAC
AGGAGCGTAATATGGAAATCGCCCCTGCAGAGGAAATTGAAGGCTGGGTG
GGATTCAACTTCTCTGGGCGTGGCAACCACTATAGTTCGATGAAGTACAA
CAAAAACCACTTCAGCGGTATCGACTGGGACCAGTCGCGTCAAAAATGCG
GAGTCTACAAGATCCAAGGACATGAATGGGCGAACGACGTCGCCAATGAG
AATGGAAATTACGACTATCTCATGTTCGCCAACTTGGACTACTCCAACGC
GGAAGTACGACGCGATGTTCTGAAATGGGCTGAGTGGCTCAATGCTCAAT
TGCCTCTAAGCGGCATGAGGTTGGATGCGGTCAAACATTACTCGGCTGGT
TTTCAGAAAGAGCTTATTGATCATCTTCGAACTATTGCTGGGCCAGACTA
TTTCATAGTGGGCGAGTACTGGAAAGGCGAGACCAGGCCGTTAGTTGACT
ACCTGAAGCAGATGGACTACAAGCTATCATTGTTCGATTCCGCTCTGGTT
GGGCGGTTCTCAAGCATTTCACAGACACCAGGGGCGGATCTTCGCAACAT
TTTCTATAATACATTGGTCCAATTGTACCCAGATCATTCTGTCCAACCAG
GTCAATCCCTCGAAGCGCCAGTAACATCATTCTTCAAACCCCTCGCGTAC
GCCCTTATCCTTCTCCGTGACCAAGGGCAACCATGCATATTCTACGGAGA
CCTTTACGGCCTCCAAGCCGATGTCAAAGATCCAATGACACCGTCTTGCA
GGGGCAAGCTGTCCATCCTCACCCGAGCTCGAAAGCTCTACGCATATGGC
CTGCAACGAGATTATTTTGACAAGCCGAACTGCATCGGAGTAGGTTTTGT
CCGCTACGGTAACCGTCGGCATCCCTCTGGTCTTGCATGCGTGATGAGCA
ATGCGGGTCCGTCGAGGAAGCGGATGTATGTTGGTCGACGACACGCCAAG
CAAACATGGACCGATATCCTGCAGTGGTGTGATCAGACTGTTGTCATTGA
TGCCAAGGGATATGGAGAGTTTCCGGTTAGTGCGATGAGCGTGAGTGTAT
GGGTGAATTCCGAGGCTGAGGGGAGAGATAGCCTCTCACATCATTTGTAG
ATGTTATCTTTCCTCCTATGGTGCCATCCAAAGAAGAGGAAGGAGAGACA
ACTATGGAAGCAGATTGAAGAAGAAGCTGAGCACTTGGACCAGCTTCCAT
CATGGGATGCTCCCGACAACACTTTAATACTGCAAGCCTTTGAATGGCAT
GTGCCAGCTGACCAAGGTCATTGGCGTCGTCTTCACCAGGCCTTACCAAA
CTTCAAGGCGATTGGGGTAGACAACATATGGATCCCGCCCGGGTGTAAAG
CTATGAATCCATCTGGTAACGGGTATGATATTTACGATCTGTATGACTTG
GGAGAATTCGAGCAAAAGGGGTCTCGAGCTACTAAATGGGGTACCAAAGA
GGAGCTCCAGTCCTTGGTAGCTGCAGCCCAAGATTTCGGTATAGGTATTT
ACTGGGACGCTGTCCTCAATCACAAGGCGGGAGCAGATTACGCAGAGCGC
TTTCAAGCTGTCAGGGTTGACCCACAGGAGCGTAATATGGAAATCGCCCC
TGCAGAGGAAATTGAAGGCTGGGTGGGATTCAACTTCTCTGGGCGTGGCA
ACCACTATAGTTCGATGAAGTACAACAAAAACCACTTCAGCGGTATCGAC
TGGGACCAGTCGCGTCAAAAATGCGGAGTCTACAAGATCCAAGGACATGA
ATGGGCGAACGACGTCGCCAATGAGAATGGAAATTACGACTATCTCATGT
TCGCCAACTTGGACTACTCCAACGCGGAAGTACGACGCGATGTTCTGAAA
TGGGCTGAGTGGCTCAATGCTCAATTGCCTCTAAGCGGCATGAGGTTGGA
TGCGGTCAAACATTACTCGGCTGGTTTTCAGAAAGAGCTTATTGATCATC
TTCGAACTATTGCTGGGCCAGACTATTTCATAGTGGGCGAGTACTGGAAA
GGCGAGACCAGGCCGTTAGTTGACTACCTGAAGCAGATGGACTACAAGCT
ATCATTGTTCGATTCCGCTCTGGTTGGGCGGTTCTCAAGCATTTCACAGA
CACCAGGGGCGGATCTTCGCAACATTTTCTATAATACATTGGTCCAATTG
TACCCAGATCATTCTGTCCAACCAGGTCAATCCCTCGAAGCGCCAGTAAC
ATCATTCTTCAAACCCCTCGCGTACGCCCTTATCCTTCTCCGTGACCAAG
GGCAACCATGCATATTCTACGGAGACCTTTACGGCCTCCAAGCCGATGTC
AAAGATCCAATGACACCGTCTTGCAGGGGCAAGCTGTCCATCCTCACCCG
AGCTCGAAAGCTCTACGCATATGGCCTGCAACGAGATTATTTTGACAAGC
CGAACTGCATCGGAGTAGGTTTTGTCCGCTACGGTAACCGTCGGCATCCC
TCTGGTCTTGCATGCGTGATGAGCAATGCGGGTCCGTCGAGGAAGCGGAT
GTATGTTGGTCGACGACACGCCAAGCAAACATGGACCGATATCCTGCAGT
GGTGTGATCAGACTGTTGTCATTGATGCCAAGGGATATGGAGAGTTTCCG
GTTAGTGCGATGAGCGTGAGTGTATGGGTGAATTCCGAGGCTGAGGGGAG
AGATAGCCTCTCACATCATTTGTAGATGTTATCTTTCCTCCTATGGTGCC
ATCCAAAGAAGAGGAAGGAGAGACAACTATGGAAGCAGATTGAAGAAGAA
GCTGAGCACTTGGACCAGCTTCCATCATGGGATGCTCCCGACAACACTTT
AATACTGCAAGCCTTTGAATGGCATGTGCCAGCTGACCAAGGTCATTGGC
GTCGTCTTCACCAGGCCTTACCAAACTTCAAGGCGATTGGGGTAGACAAC
ATATGGATCCCGCCCGGGTGTAAAGCTATGAATCCATCTGGTAACGGGTA
TGATATTTACGATCTGTATGACTTGGGAGAATTCGAGCAAAAGGGGTCTC
GAGCTACTAAATGGGGTACCAAAGAGGAGCTCCAGTCCTTGGTAGCTGCA
GCCCAAGATTTCGGTATAGGTATTTACTGGGACGCTGTCCTCAATCACAA
GGCGGGAGCAGATTACGCAGAGCGCTTTCAAGCTGTCAGGGTTGACCCAC
AGGAGCGTAATATGGAAATCGCCCCTGCAGAGGAAATTGAAGGCTGGGTG
GGATTCAACTTCTCTGGGCGTGGCAACCACTATAGTTCGATGAAGTACAA
CAAAAACCACTTCAGCGGTATCGACTGGGACCAGTCGCGTCAAAAATGCG
GAGTCTACAAGATCCAAGGACATGAATGGGCGAACGACGTCGCCAATGAG
AATGGAAATTACGACTATCTCATGTTCGCCAACTTGGACTACTCCAACGC
GGAAGTACGACGCGATGTTCTGAAATGGGCTGAGTGGCTCAATGCTCAAT
TGCCTCTAAGCGGCATGAGGTTGGATGCGGTCAAACATTACTCGGCTGGT
TTTCAGAAAGAGCTTATTGATCATCTTCGAACTATTGCTGGGCCAGACTA
TTTCATAGTGGGCGAGTACTGGAAAGGCGAGACCAGGCCGTTAGTTGACT
ACCTGAAGCAGATGGACTACAAGCTATCATTGTTCGATTCCGCTCTGGTT
GGGCGGTTCTCAAGCATTTCACAGACACCAGGGGCGGATCTTCGCAACAT
TTTCTATAATACATTGGTCCAATTGTACCCAGATCATTCTGTCCAACCAG
GTCAATCCCTCGAAGCGCCAGTAACATCATTCTTCAAACCCCTCGCGTAC
GCCCTTATCCTTCTCCGTGACCAAGGGCAACCATGCATATTCTACGGAGA
CCTTTACGGCCTCCAAGCCGATGTCAAAGATCCAATGACACCGTCTTGCA
GGGGCAAGCTGTCCATCCTCACCCGAGCTCGAAAGCTCTACGCATATGGC
CTGCAACGAGATTATTTTGACAAGCCGAACTGCATCGGAGTAGGTTTTGT
CCGCTACGGTAACCGTCGGCATCCCTCTGGTCTTGCATGCGTGATGAGCA
ATGCGGGTCCGTCGAGGAAGCGGATGTATGTTGGTCGACGACACGCCAAG
CAAACATGGACCGATATCCTGCAGTGGTGTGATCAGACTGTTGTCATTGA
TGCCAAGGGATATGGAGAGTTTCCGGTTAGTGCGATGAGCGTGAGTGTAT
GGGTGAATTCCGAGGCTGAGGGGAGAGATAGCCTCTCACATCATTTGTAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0005975carbohydrate metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0005509calcium ion binding
GO:0004553hydrolase activity, hydrolyzing O-glycosyl compounds
GO:0003824catalytic activity
Relationships

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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_46290ASPNIDRAFT_46290Aspergillus niger ATCC 1015gene


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_46290-T1ASPNIDRAFT_46290-T1-proteinAspergillus niger ATCC 1015polypeptide


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_46290-T1.exon1ASPNIDRAFT_46290-T1.exon1Aspergillus niger ATCC 1015exon
ASPNIDRAFT_46290-T1.exon2ASPNIDRAFT_46290-T1.exon2Aspergillus niger ATCC 1015exon
ASPNIDRAFT_46290-T1.exon3ASPNIDRAFT_46290-T1.exon3Aspergillus niger ATCC 1015exon
ASPNIDRAFT_46290-T1.exon4ASPNIDRAFT_46290-T1.exon4Aspergillus niger ATCC 1015exon
ASPNIDRAFT_46290-T1.exon5ASPNIDRAFT_46290-T1.exon5Aspergillus niger ATCC 1015exon
ASPNIDRAFT_46290-T1.exon6ASPNIDRAFT_46290-T1.exon6Aspergillus niger ATCC 1015exon


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

Feature NameUnique NameSpeciesType
ASPNIDRAFT_46290-T1.cdsASPNIDRAFT_46290-T1.cdsAspergillus niger ATCC 1015CDS


Properties
Property NameValue
NoteCAZy:GH13_6
NoteCAZy:GH13_36
NoteCAZy:GH13
NoteCAZy:GH13_5
DBxrefInterPro:IPR017853
DBxrefInterPro:IPR013780
DBxrefInterPro:IPR013776
DBxrefInterPro:IPR015237
DBxrefInterPro:IPR006047
DBxrefPFAM:PF09154
DBxrefPFAM:PF00128
Productalpha-amylase
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
ACJE01000004.1supercontigACJE01000004.1:3396810..3398720 +
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