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ATCC10864_006171-T1, ATCC10864_006171-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_006171-T1
Unique NameATCC10864_006171-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000164:974708..976619+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_006171-T1 ID=ATCC10864_006171-T1|Name=ATCC10864_006171-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=1912bp|location=Sequence derived from alignment at MCQH01000164:974708..976619+ (Aspergillus niger ATCC 10864)
ATGGCGTCGACTTCCGCGAAAGAATCGAGTGGTGTTGTTCAGCAGCCAAT
TGAGCTGTCGACGTCGGGAACCATGAACGAGAACTATGGACCTGACCAGT
GCGGTTCGGAGAATATAGTATCCAATACACAAGATCTAGAAAGGGTTCCC
CCACAGGGTCTCCAGTCCGAATCTGGAACACCTGAACCTCGCAGTAACTG
GAAGGTCTTTGCAACTATGCTCGCTCTTTCGGTGTGTTTTCTCTTTACCC
AATAAGTCTTCAACCTGCTTATAAGAAGTAGCTTGCGCTCTTCATTTCCG
CACTGGATCAGACCATTGTGGCTACTGCTACACCAACGATCTCGGCCGAT
CTGCATTCAGCATCCGGATATGTATGGATCGGTGGTGCTTATCTCCTCGC
GAATGCCGCCAGTTCCAATATCTGGGCTAATCTGTCTGATATCTGGGGGC
GGAAGCCTATCCTTCTCTCAGCCGTTGCTCTATTCTTTGTAGCATCGATA
ATCTGCGCTAAAGCAAATGGTATGCCCATGCTGATTACCGGCCGTGGCAT
ACAAGGTATAGCTGGTGGTGGTCTCATCCAGCTGATCACAATCACCATTT
CTGACTTGTTCAGCGTCAGGTATTATTGCCTAACAACTTTCCATTTTGGT
ATATAGCTGACATGGAAATAGACTGCGCAGTCTGTTCCTCGGATTGATCG
AATTCATCTGGGCAATTGCTGGCGCTTTAGGGCCGATCGTGGGTGGAGCT
TTCACCCAATCTGTTTCATGGAGGTGGATTTTCTGGATCAATCTTCCCGT
CTGTGGAACAGCCTTTGTGCTGCTCTATGTTTTCCTGGATATACACAATC
CACGAACCCCGGTCCTGGCCGGAATCAGAGCCGTGGATTGGTGGGGGAGC
TTCTCTATGCTCGCACTCATCATCCTACTGCTACTGGGCCTGGACTTTGG
CGGCGCCACATTCCCCTGGGGCTCCCCCAAGGTGATCTGTCTTATTGTCT
TTGGCTGTCTGATGTCGTTTGCCTTCATCTACAGTGAAAAGAAGCTGGCG
AGGTACCCCCTTATGCCACTTGAGGTATTCAGGAACCGGTCCAACGTCGC
CTGCTTCTTGGTCGACTTCACACATGGCTTTGTACGACCTTGCACCAACC
TCATCATATCATCACGCTGCTAACACTCCACACCAGGCTTACCTCGGCGC
AGAGTACTACCTCCCGCTCTACTTCCAATCCGCTAAAGAATCCACCCCAT
TCCGCTCCGGAGTTCTGATCCTCCCCTTCGTCCTAACCGAAGCAGCATTC
AGTCTCTTCTCCGGCCTCCTCATCCACCGAACCGGCCGGTACCTCGAAAT
CATCTGGGCCGGCACCGCCCTCGTAGTCCTTGGAACGGGCCTCTTCACCA
ACTACAGCGCCACCTCCTCCCTCGGTAAAATAGTCGGCTACCAAATCACC
GCCGGCATGGGATGCGGAATGCTCTTCTTCCCACCTCTCCTCGCCCTCCA
AAGCAACATCTCCCAAGCCAACACCGCCAGCGCAACTGCCACCTTCGGCT
TCATCCGCAACGTCGCAATGGCCATGTCCGTAGTCCTCGGGGGTGTTGTG
TTCCAGAACAGCATGGACATGCGACAAGACGGTCTCAAGGCAGCGGGACT
GTCCTCGTCGCTATTGGCTGAGTTCTCCGGCACGGAGGCGGCAGCTAATG
TCAATGCTGTCCGCGCGGTTCAGGATCCGACCCAGCGACACGCTGTGGCT
GATGCCTATGCGTGGAGTCTTCGTAATATGTGGATAATGTATGCTTGTCT
GGCGGCTTGTGGTTTTGTTGCTAGTGTGTTTATCACTCGTCAGCATCTTA
GCGAAGAGCATGTGGAGACAAAGACGGGGTTGAAGGAGAAGCAACCCGTG
TCGGAACAATAG
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Coding sequence (CDS) from alignment at MCQH01000164:974708..976619+

>ATCC10864_006171-T1 ID=ATCC10864_006171-T1|Name=ATCC10864_006171-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=7020bp|location=Sequence derived from alignment at MCQH01000164:974708..976619+ (Aspergillus niger ATCC 10864)
ATGGCGTCGACTTCCGCGAAAGAATCGAGTGGTGTTGTTCAGCAGCCAAT
TGAGCTGTCGACGTCGGGAACCATGAACGAGAACTATGGACCTGACCAGT
GCGGTTCGGAGAATATAGTATCCAATACACAAGATCTAGAAAGGGTTCCC
CCACAGGGTCTCCAGTCCGAATCTGGAACACCTGAACCTCGCAGTAACTG
GAAGGTCTTTGCAACTATGCTCGCTCTTTCGCTTGCGCTCTTCATTTCCG
CACTGGATCAGACCATTGTGGCTACTGCTACACCAACGATCTCGGCCGAT
CTGCATTCAGCATCCGGATATGTATGGATCGGTGGTGCTTATCTCCTCGC
GAATGCCGCCAGTTCCAATATCTGGGCTAATCTGTCTGATATCTGGGGGC
GGAAGCCTATCCTTCTCTCAGCCGTTGCTCTATTCTTTGTAGCATCGATA
ATCTGCGCTAAAGCAAATGGTATGCCCATGCTGATTACCGGCCGTGGCAT
ACAAGGTATAGCTGGTGGTGGTCTCATCCAGCTGATCACAATCACCATTT
CTGACTTGTTCAGCGTCAGACTGCGCAGTCTGTTCCTCGGATTGATCGAA
TTCATCTGGGCAATTGCTGGCGCTTTAGGGCCGATCGTGGGTGGAGCTTT
CACCCAATCTGTTTCATGGAGGTGGATTTTCTGGATCAATCTTCCCGTCT
GTGGAACAGCCTTTGTGCTGCTCTATGTTTTCCTGGATATACACAATCCA
CGAACCCCGGTCCTGGCCGGAATCAGAGCCGTGGATTGGTGGGGGAGCTT
CTCTATGCTCGCACTCATCATCCTACTGCTACTGGGCCTGGACTTTGGCG
GCGCCACATTCCCCTGGGGCTCCCCCAAGGTGATCTGTCTTATTGTCTTT
GGCTGTCTGATGTCGTTTGCCTTCATCTACAGTGAAAAGAAGCTGGCGAG
GTACCCCCTTATGCCACTTGAGGTATTCAGGAACCGGTCCAACGTCGCCT
GCTTCTTGGTCGACTTCACACATGGCTTTGCTTACCTCGGCGCAGAGTAC
TACCTCCCGCTCTACTTCCAATCCGCTAAAGAATCCACCCCATTCCGCTC
CGGAGTTCTGATCCTCCCCTTCGTCCTAACCGAAGCAGCATTCAGTCTCT
TCTCCGGCCTCCTCATCCACCGAACCGGCCGGTACCTCGAAATCATCTGG
GCCGGCACCGCCCTCGTAGTCCTTGGAACGGGCCTCTTCACCAACTACAG
CGCCACCTCCTCCCTCGGTAAAATAGTCGGCTACCAAATCACCGCCGGCA
TGGGATGCGGAATGCTCTTCTTCCCACCTCTCCTCGCCCTCCAAAGCAAC
ATCTCCCAAGCCAACACCGCCAGCGCAACTGCCACCTTCGGCTTCATCCG
CAACGTCGCAATGGCCATGTCCGTAGTCCTCGGGGGTGTTGTGTTCCAGA
ACAGCATGGACATGCGACAAGACGGTCTCAAGGCAGCGGGACTGTCCTCG
TCGCTATTGGCTGAGTTCTCCGGCACGGAGGCGGCAGCTAATGTCAATGC
TGTCCGCGCGGTTCAGGATCCGACCCAGCGACACGCTGTGGCTGATGCCT
ATGCGTGGAGTCTTCGTAATATGTGGATAATGTATGCTTGTCTGGCGGCT
TGTGGTTTTGTTGCTAGTGTGTTTATCACTCGTCAGCATCTTAGCGAAGA
GCATGTGGAGACAAAGACGGGGTTGAAGGAGAAGCAACCCGTGTCGGAAC
AATAGATGGCGTCGACTTCCGCGAAAGAATCGAGTGGTGTTGTTCAGCAG
CCAATTGAGCTGTCGACGTCGGGAACCATGAACGAGAACTATGGACCTGA
CCAGTGCGGTTCGGAGAATATAGTATCCAATACACAAGATCTAGAAAGGG
TTCCCCCACAGGGTCTCCAGTCCGAATCTGGAACACCTGAACCTCGCAGT
AACTGGAAGGTCTTTGCAACTATGCTCGCTCTTTCGCTTGCGCTCTTCAT
TTCCGCACTGGATCAGACCATTGTGGCTACTGCTACACCAACGATCTCGG
CCGATCTGCATTCAGCATCCGGATATGTATGGATCGGTGGTGCTTATCTC
CTCGCGAATGCCGCCAGTTCCAATATCTGGGCTAATCTGTCTGATATCTG
GGGGCGGAAGCCTATCCTTCTCTCAGCCGTTGCTCTATTCTTTGTAGCAT
CGATAATCTGCGCTAAAGCAAATGGTATGCCCATGCTGATTACCGGCCGT
GGCATACAAGGTATAGCTGGTGGTGGTCTCATCCAGCTGATCACAATCAC
CATTTCTGACTTGTTCAGCGTCAGACTGCGCAGTCTGTTCCTCGGATTGA
TCGAATTCATCTGGGCAATTGCTGGCGCTTTAGGGCCGATCGTGGGTGGA
GCTTTCACCCAATCTGTTTCATGGAGGTGGATTTTCTGGATCAATCTTCC
CGTCTGTGGAACAGCCTTTGTGCTGCTCTATGTTTTCCTGGATATACACA
ATCCACGAACCCCGGTCCTGGCCGGAATCAGAGCCGTGGATTGGTGGGGG
AGCTTCTCTATGCTCGCACTCATCATCCTACTGCTACTGGGCCTGGACTT
TGGCGGCGCCACATTCCCCTGGGGCTCCCCCAAGGTGATCTGTCTTATTG
TCTTTGGCTGTCTGATGTCGTTTGCCTTCATCTACAGTGAAAAGAAGCTG
GCGAGGTACCCCCTTATGCCACTTGAGGTATTCAGGAACCGGTCCAACGT
CGCCTGCTTCTTGGTCGACTTCACACATGGCTTTGCTTACCTCGGCGCAG
AGTACTACCTCCCGCTCTACTTCCAATCCGCTAAAGAATCCACCCCATTC
CGCTCCGGAGTTCTGATCCTCCCCTTCGTCCTAACCGAAGCAGCATTCAG
TCTCTTCTCCGGCCTCCTCATCCACCGAACCGGCCGGTACCTCGAAATCA
TCTGGGCCGGCACCGCCCTCGTAGTCCTTGGAACGGGCCTCTTCACCAAC
TACAGCGCCACCTCCTCCCTCGGTAAAATAGTCGGCTACCAAATCACCGC
CGGCATGGGATGCGGAATGCTCTTCTTCCCACCTCTCCTCGCCCTCCAAA
GCAACATCTCCCAAGCCAACACCGCCAGCGCAACTGCCACCTTCGGCTTC
ATCCGCAACGTCGCAATGGCCATGTCCGTAGTCCTCGGGGGTGTTGTGTT
CCAGAACAGCATGGACATGCGACAAGACGGTCTCAAGGCAGCGGGACTGT
CCTCGTCGCTATTGGCTGAGTTCTCCGGCACGGAGGCGGCAGCTAATGTC
AATGCTGTCCGCGCGGTTCAGGATCCGACCCAGCGACACGCTGTGGCTGA
TGCCTATGCGTGGAGTCTTCGTAATATGTGGATAATGTATGCTTGTCTGG
CGGCTTGTGGTTTTGTTGCTAGTGTGTTTATCACTCGTCAGCATCTTAGC
GAAGAGCATGTGGAGACAAAGACGGGGTTGAAGGAGAAGCAACCCGTGTC
GGAACAATAGATGGCGTCGACTTCCGCGAAAGAATCGAGTGGTGTTGTTC
AGCAGCCAATTGAGCTGTCGACGTCGGGAACCATGAACGAGAACTATGGA
CCTGACCAGTGCGGTTCGGAGAATATAGTATCCAATACACAAGATCTAGA
AAGGGTTCCCCCACAGGGTCTCCAGTCCGAATCTGGAACACCTGAACCTC
GCAGTAACTGGAAGGTCTTTGCAACTATGCTCGCTCTTTCGCTTGCGCTC
TTCATTTCCGCACTGGATCAGACCATTGTGGCTACTGCTACACCAACGAT
CTCGGCCGATCTGCATTCAGCATCCGGATATGTATGGATCGGTGGTGCTT
ATCTCCTCGCGAATGCCGCCAGTTCCAATATCTGGGCTAATCTGTCTGAT
ATCTGGGGGCGGAAGCCTATCCTTCTCTCAGCCGTTGCTCTATTCTTTGT
AGCATCGATAATCTGCGCTAAAGCAAATGGTATGCCCATGCTGATTACCG
GCCGTGGCATACAAGGTATAGCTGGTGGTGGTCTCATCCAGCTGATCACA
ATCACCATTTCTGACTTGTTCAGCGTCAGACTGCGCAGTCTGTTCCTCGG
ATTGATCGAATTCATCTGGGCAATTGCTGGCGCTTTAGGGCCGATCGTGG
GTGGAGCTTTCACCCAATCTGTTTCATGGAGGTGGATTTTCTGGATCAAT
CTTCCCGTCTGTGGAACAGCCTTTGTGCTGCTCTATGTTTTCCTGGATAT
ACACAATCCACGAACCCCGGTCCTGGCCGGAATCAGAGCCGTGGATTGGT
GGGGGAGCTTCTCTATGCTCGCACTCATCATCCTACTGCTACTGGGCCTG
GACTTTGGCGGCGCCACATTCCCCTGGGGCTCCCCCAAGGTGATCTGTCT
TATTGTCTTTGGCTGTCTGATGTCGTTTGCCTTCATCTACAGTGAAAAGA
AGCTGGCGAGGTACCCCCTTATGCCACTTGAGGTATTCAGGAACCGGTCC
AACGTCGCCTGCTTCTTGGTCGACTTCACACATGGCTTTGCTTACCTCGG
CGCAGAGTACTACCTCCCGCTCTACTTCCAATCCGCTAAAGAATCCACCC
CATTCCGCTCCGGAGTTCTGATCCTCCCCTTCGTCCTAACCGAAGCAGCA
TTCAGTCTCTTCTCCGGCCTCCTCATCCACCGAACCGGCCGGTACCTCGA
AATCATCTGGGCCGGCACCGCCCTCGTAGTCCTTGGAACGGGCCTCTTCA
CCAACTACAGCGCCACCTCCTCCCTCGGTAAAATAGTCGGCTACCAAATC
ACCGCCGGCATGGGATGCGGAATGCTCTTCTTCCCACCTCTCCTCGCCCT
CCAAAGCAACATCTCCCAAGCCAACACCGCCAGCGCAACTGCCACCTTCG
GCTTCATCCGCAACGTCGCAATGGCCATGTCCGTAGTCCTCGGGGGTGTT
GTGTTCCAGAACAGCATGGACATGCGACAAGACGGTCTCAAGGCAGCGGG
ACTGTCCTCGTCGCTATTGGCTGAGTTCTCCGGCACGGAGGCGGCAGCTA
ATGTCAATGCTGTCCGCGCGGTTCAGGATCCGACCCAGCGACACGCTGTG
GCTGATGCCTATGCGTGGAGTCTTCGTAATATGTGGATAATGTATGCTTG
TCTGGCGGCTTGTGGTTTTGTTGCTAGTGTGTTTATCACTCGTCAGCATC
TTAGCGAAGAGCATGTGGAGACAAAGACGGGGTTGAAGGAGAAGCAACCC
GTGTCGGAACAATAGATGGCGTCGACTTCCGCGAAAGAATCGAGTGGTGT
TGTTCAGCAGCCAATTGAGCTGTCGACGTCGGGAACCATGAACGAGAACT
ATGGACCTGACCAGTGCGGTTCGGAGAATATAGTATCCAATACACAAGAT
CTAGAAAGGGTTCCCCCACAGGGTCTCCAGTCCGAATCTGGAACACCTGA
ACCTCGCAGTAACTGGAAGGTCTTTGCAACTATGCTCGCTCTTTCGCTTG
CGCTCTTCATTTCCGCACTGGATCAGACCATTGTGGCTACTGCTACACCA
ACGATCTCGGCCGATCTGCATTCAGCATCCGGATATGTATGGATCGGTGG
TGCTTATCTCCTCGCGAATGCCGCCAGTTCCAATATCTGGGCTAATCTGT
CTGATATCTGGGGGCGGAAGCCTATCCTTCTCTCAGCCGTTGCTCTATTC
TTTGTAGCATCGATAATCTGCGCTAAAGCAAATGGTATGCCCATGCTGAT
TACCGGCCGTGGCATACAAGGTATAGCTGGTGGTGGTCTCATCCAGCTGA
TCACAATCACCATTTCTGACTTGTTCAGCGTCAGACTGCGCAGTCTGTTC
CTCGGATTGATCGAATTCATCTGGGCAATTGCTGGCGCTTTAGGGCCGAT
CGTGGGTGGAGCTTTCACCCAATCTGTTTCATGGAGGTGGATTTTCTGGA
TCAATCTTCCCGTCTGTGGAACAGCCTTTGTGCTGCTCTATGTTTTCCTG
GATATACACAATCCACGAACCCCGGTCCTGGCCGGAATCAGAGCCGTGGA
TTGGTGGGGGAGCTTCTCTATGCTCGCACTCATCATCCTACTGCTACTGG
GCCTGGACTTTGGCGGCGCCACATTCCCCTGGGGCTCCCCCAAGGTGATC
TGTCTTATTGTCTTTGGCTGTCTGATGTCGTTTGCCTTCATCTACAGTGA
AAAGAAGCTGGCGAGGTACCCCCTTATGCCACTTGAGGTATTCAGGAACC
GGTCCAACGTCGCCTGCTTCTTGGTCGACTTCACACATGGCTTTGCTTAC
CTCGGCGCAGAGTACTACCTCCCGCTCTACTTCCAATCCGCTAAAGAATC
CACCCCATTCCGCTCCGGAGTTCTGATCCTCCCCTTCGTCCTAACCGAAG
CAGCATTCAGTCTCTTCTCCGGCCTCCTCATCCACCGAACCGGCCGGTAC
CTCGAAATCATCTGGGCCGGCACCGCCCTCGTAGTCCTTGGAACGGGCCT
CTTCACCAACTACAGCGCCACCTCCTCCCTCGGTAAAATAGTCGGCTACC
AAATCACCGCCGGCATGGGATGCGGAATGCTCTTCTTCCCACCTCTCCTC
GCCCTCCAAAGCAACATCTCCCAAGCCAACACCGCCAGCGCAACTGCCAC
CTTCGGCTTCATCCGCAACGTCGCAATGGCCATGTCCGTAGTCCTCGGGG
GTGTTGTGTTCCAGAACAGCATGGACATGCGACAAGACGGTCTCAAGGCA
GCGGGACTGTCCTCGTCGCTATTGGCTGAGTTCTCCGGCACGGAGGCGGC
AGCTAATGTCAATGCTGTCCGCGCGGTTCAGGATCCGACCCAGCGACACG
CTGTGGCTGATGCCTATGCGTGGAGTCTTCGTAATATGTGGATAATGTAT
GCTTGTCTGGCGGCTTGTGGTTTTGTTGCTAGTGTGTTTATCACTCGTCA
GCATCTTAGCGAAGAGCATGTGGAGACAAAGACGGGGTTGAAGGAGAAGC
AACCCGTGTCGGAACAATAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0055085transmembrane transport
GO:0007165signal transduction
GO:0035556intracellular signal transduction
GO:0006629lipid metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0004435phosphatidylinositol phospholipase C activity
GO:0022857transmembrane transporter activity
Relationships

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

Feature NameUnique NameSpeciesType
ATCC10864_006171ATCC10864_006171Aspergillus niger ATCC 10864gene


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

Feature NameUnique NameSpeciesType
ATCC10864_006171-T1.exon1ATCC10864_006171-T1.exon1Aspergillus niger ATCC 10864exon
ATCC10864_006171-T1.exon2ATCC10864_006171-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_006171-T1.exon3ATCC10864_006171-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_006171-T1.exon4ATCC10864_006171-T1.exon4Aspergillus niger ATCC 10864exon


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

Feature NameUnique NameSpeciesType
ATCC10864_006171-T1.cdsATCC10864_006171-T1.cdsAspergillus niger ATCC 10864CDS


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

Feature NameUnique NameSpeciesType
ATCC10864_006171-T1ATCC10864_006171-T1-proteinAspergillus niger ATCC 10864polypeptide


Cross References
External references for this mRNA
DatabaseAccession
InterProIPR001711
InterProIPR036259
PFAMPF07690
InterProIPR020846
InterProIPR011701
Properties
Property NameValue
Producthypothetical protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger ATCC 10864 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
MCQH01000164supercontigMCQH01000164:974708..976619 +
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