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ATCC10864_011174-T1, ATCC10864_011174-T1 (mRNA) Aspergillus niger ATCC 10864

Overview
NameATCC10864_011174-T1
Unique NameATCC10864_011174-T1
TypemRNA
OrganismAspergillus niger ATCC 10864
Sequences
The following sequences are available for this feature:

mRNA from alignment at MCQH01000263:29206..31145-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>ATCC10864_011174-T1 ID=ATCC10864_011174-T1|Name=ATCC10864_011174-T1|organism=Aspergillus niger ATCC 10864|type=mRNA|length=1940bp|location=Sequence derived from alignment at MCQH01000263:29206..31145- (Aspergillus niger ATCC 10864)
ATGTCGGAACCTGTGCGCCCCTGGCCCTACCTCGCTGAAGACATCCGGGA
AGTGACGCACAACGTCCATCCTATGTGGGCTGGTGGGGTTCCAGACCCGT
GGTTCCAGCGCTATACTCGCTTCCCTCTTACTCGCGTGAGAACTATTGTC
CACTATTGTCTACTTGCACCAGGCTGCCGGTGTCACCCCGGACATAAACC
CCCTCTTGCCCCAAGCACGTCGACTGGCCAGTTCAGCGTCTCTATCCGAC
CTCGACTATGCACGAAACAATACGCCCACGACAATGTCTTCCAGCTCCCA
GCACGCCAGGAAATGGTCGACGATGCCGATCGACACGAACGCGGCCCCGT
TCTTGAGCCTCGACTTCGAGGATGAGGTTGTTTACGAGGACGAGCGACGC
CAAAGCATCAAACAGGGGACCATCTGTGGGCTGGTCGAGCAACTGACACG
CCATGATCGACTAGACGTCTCGTTCAACGAGACCTTCCTCATGACCTACC
CTACATTCGTCTGCGGCAGGGAACTCTTTGAGATTCTCCTCCAACGACTT
AACATGCCCCCTCCTCCGGGCCTTACCGACTCTGACCTCTCACGATGGAC
AGAACAGAAGCAGAAGACCGTCCGCTTCCGCGTCATTAACATACTCAAGA
CCTGGCTAGAGCGGTACTGGATGGAACCACCGACTGAATCAACTATGGAC
TTCCTCCGCCACATCCACGCTCAAATCCAACCTCTCACCAACGTTCCCAC
CTGCTCGCAACTCCTCACCATCATCGAACACCGCTTGAAGGGCCAAGACA
TCCTCAAACGTTACATGACTCCCCCAAACAGCACAGTGCCTAAACCACTC
ACCCCGAGGAACATGAAGAAGCTCAAGTTCCTCGACCTCGATCCGATGGA
GCTCGCCCGCCAACTCACCATCATCGAATCCCGTCTCTTCGCTCGAATCA
AACCTACCGAGTGTCTCAACAAATCATGGCAGAAGAAAGATACCGATAGG
CCGCCATCTGTTCCAGCCTCACGCCGCACCAGCACCAGCACTGCCAGTAG
CACCAGCTCCATCGAACGCACCACCGGCGTCAACGCCACGATTCTACACT
CCAACCAGCTCGCAAACTGGGTAGGAGAGATGATCCTGGCCCAGGATGAG
ATGAAGAAGCGTGTCTCGCTAATCAAACAGTTCGTCAATATTGCCGATGT
ATGCCCTCCCTGCACCCAGCACTATCATCCTATATACTAACATACAGGTG
TAATGACAGAACTGCCGCTCCCTAAACAACTTCGCAACCATGATGTCCCT
CATCTCCGGCCTCGCCACAAGCCCTATCTACCGTCTCCACCGCACCTGGA
CGCAAGTGAACCCCAAGACGCGCAAACTCCTCGAAGACATGCAAAGTCTC
ATGTCCAGCGAGAAGAACTTCATCAAGTACCGAGATAAGCTACACGGGGC
AAGCCCACCATGCATTCCCTTCCTCGGTACGTCCCTTCCCCATCACCATT
CATAACCCAATCCACACTCTCACCCACATACTAACACACCAAACCGTAAA
AAAGGAACTTACCTAACCGACCTCACCTTCATTGAAGACGGCATCCCGAG
CCACACCCCACCGCCCAACGTCATGATAAACTTCAGCAAGCGGGTCAAAG
TCGCCGACATCCTGCGCGAGATCGAGAGCTGCCAGGCCGTCGGGTACAGT
TTGCTTCCTGTTCCCGAGATACAGGAGTTTATTGTCCGGAATGTACAGGC
CGCCGGGGGTGATGTCGAGGGGATGTATGAGAGGAGTTTGGCGTTGGAGC
CGAGGATGGTAGGCGAGGAGAGGATGAATATGGGGCAGCTGGGGGTCGGG
ATGATGGGGATGAATATGGGGAGGGGAGGGTATATTTCTACGGGGAGTCA
TATGAGTTCGGTGGTTATTGCAAGTATGGCTATGAGGTAG
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Coding sequence (CDS) from alignment at MCQH01000263:29206..31145-

>ATCC10864_011174-T1 ID=ATCC10864_011174-T1|Name=ATCC10864_011174-T1|organism=Aspergillus niger ATCC 10864|type=CDS|length=7056bp|location=Sequence derived from alignment at MCQH01000263:29206..31145- (Aspergillus niger ATCC 10864)
GAACTTACCTAACCGACCTCACCTTCATTGAAGACGGCATCCCGAGCCAC
ACCCCACCGCCCAACGTCATGATAAACTTCAGCAAGCGGGTCAAAGTCGC
CGACATCCTGCGCGAGATCGAGAGCTGCCAGGCCGTCGGGTACAGTTTGC
TTCCTGTTCCCGAGATACAGGAGTTTATTGTCCGGAATGTACAGGCCGCC
GGGGGTGATGTCGAGGGGATGTATGAGAGGAGTTTGGCGTTGGAGCCGAG
GATGGTAGGCGAGGAGAGGATGAATATGGGGCAGCTGGGGGTCGGGATGA
TGGGGATGAATATGGGGAGGGGAGGGTATATTTCTACGGGGAGTCATATG
AGTTCGGTGGTTATTGCAAGTATGGCTATGAGGTAGAACTGCCGCTCCCT
AAACAACTTCGCAACCATGATGTCCCTCATCTCCGGCCTCGCCACAAGCC
CTATCTACCGTCTCCACCGCACCTGGACGCAAGTGAACCCCAAGACGCGC
AAACTCCTCGAAGACATGCAAAGTCTCATGTCCAGCGAGAAGAACTTCAT
CAAGTACCGAGATAAGCTACACGGGGCAAGCCCACCATGCATTCCCTTCC
TCGGCTGCCGGTGTCACCCCGGACATAAACCCCCTCTTGCCCCAAGCACG
TCGACTGGCCAGTTCAGCGTCTCTATCCGACCTCGACTATGCACGAAACA
ATACGCCCACGACAATGTCTTCCAGCTCCCAGCACGCCAGGAAATGGTCG
ACGATGCCGATCGACACGAACGCGGCCCCGTTCTTGAGCCTCGACTTCGA
GGATGAGGTTGTTTACGAGGACGAGCGACGCCAAAGCATCAAACAGGGGA
CCATCTGTGGGCTGGTCGAGCAACTGACACGCCATGATCGACTAGACGTC
TCGTTCAACGAGACCTTCCTCATGACCTACCCTACATTCGTCTGCGGCAG
GGAACTCTTTGAGATTCTCCTCCAACGACTTAACATGCCCCCTCCTCCGG
GCCTTACCGACTCTGACCTCTCACGATGGACAGAACAGAAGCAGAAGACC
GTCCGCTTCCGCGTCATTAACATACTCAAGACCTGGCTAGAGCGGTACTG
GATGGAACCACCGACTGAATCAACTATGGACTTCCTCCGCCACATCCACG
CTCAAATCCAACCTCTCACCAACGTTCCCACCTGCTCGCAACTCCTCACC
ATCATCGAACACCGCTTGAAGGGCCAAGACATCCTCAAACGTTACATGAC
TCCCCCAAACAGCACAGTGCCTAAACCACTCACCCCGAGGAACATGAAGA
AGCTCAAGTTCCTCGACCTCGATCCGATGGAGCTCGCCCGCCAACTCACC
ATCATCGAATCCCGTCTCTTCGCTCGAATCAAACCTACCGAGTGTCTCAA
CAAATCATGGCAGAAGAAAGATACCGATAGGCCGCCATCTGTTCCAGCCT
CACGCCGCACCAGCACCAGCACTGCCAGTAGCACCAGCTCCATCGAACGC
ACCACCGGCGTCAACGCCACGATTCTACACTCCAACCAGCTCGCAAACTG
GGTAGGAGAGATGATCCTGGCCCAGGATGAGATGAAGAAGCGTGTCTCGC
TAATCAAACAGTTCGTCAATATTGCCGATATGTCGGAACCTGTGCGCCCC
TGGCCCTACCTCGCTGAAGACATCCGGGAAGTGACGCACAACGTCCATCC
TATGTGGGCTGGTGGGGTTCCAGACCCGTGGTTCCAGCGCTATACTCGCT
TCCCTCTTACTCGCGAACTTACCTAACCGACCTCACCTTCATTGAAGACG
GCATCCCGAGCCACACCCCACCGCCCAACGTCATGATAAACTTCAGCAAG
CGGGTCAAAGTCGCCGACATCCTGCGCGAGATCGAGAGCTGCCAGGCCGT
CGGGTACAGTTTGCTTCCTGTTCCCGAGATACAGGAGTTTATTGTCCGGA
ATGTACAGGCCGCCGGGGGTGATGTCGAGGGGATGTATGAGAGGAGTTTG
GCGTTGGAGCCGAGGATGGTAGGCGAGGAGAGGATGAATATGGGGCAGCT
GGGGGTCGGGATGATGGGGATGAATATGGGGAGGGGAGGGTATATTTCTA
CGGGGAGTCATATGAGTTCGGTGGTTATTGCAAGTATGGCTATGAGGTAG
AACTGCCGCTCCCTAAACAACTTCGCAACCATGATGTCCCTCATCTCCGG
CCTCGCCACAAGCCCTATCTACCGTCTCCACCGCACCTGGACGCAAGTGA
ACCCCAAGACGCGCAAACTCCTCGAAGACATGCAAAGTCTCATGTCCAGC
GAGAAGAACTTCATCAAGTACCGAGATAAGCTACACGGGGCAAGCCCACC
ATGCATTCCCTTCCTCGGCTGCCGGTGTCACCCCGGACATAAACCCCCTC
TTGCCCCAAGCACGTCGACTGGCCAGTTCAGCGTCTCTATCCGACCTCGA
CTATGCACGAAACAATACGCCCACGACAATGTCTTCCAGCTCCCAGCACG
CCAGGAAATGGTCGACGATGCCGATCGACACGAACGCGGCCCCGTTCTTG
AGCCTCGACTTCGAGGATGAGGTTGTTTACGAGGACGAGCGACGCCAAAG
CATCAAACAGGGGACCATCTGTGGGCTGGTCGAGCAACTGACACGCCATG
ATCGACTAGACGTCTCGTTCAACGAGACCTTCCTCATGACCTACCCTACA
TTCGTCTGCGGCAGGGAACTCTTTGAGATTCTCCTCCAACGACTTAACAT
GCCCCCTCCTCCGGGCCTTACCGACTCTGACCTCTCACGATGGACAGAAC
AGAAGCAGAAGACCGTCCGCTTCCGCGTCATTAACATACTCAAGACCTGG
CTAGAGCGGTACTGGATGGAACCACCGACTGAATCAACTATGGACTTCCT
CCGCCACATCCACGCTCAAATCCAACCTCTCACCAACGTTCCCACCTGCT
CGCAACTCCTCACCATCATCGAACACCGCTTGAAGGGCCAAGACATCCTC
AAACGTTACATGACTCCCCCAAACAGCACAGTGCCTAAACCACTCACCCC
GAGGAACATGAAGAAGCTCAAGTTCCTCGACCTCGATCCGATGGAGCTCG
CCCGCCAACTCACCATCATCGAATCCCGTCTCTTCGCTCGAATCAAACCT
ACCGAGTGTCTCAACAAATCATGGCAGAAGAAAGATACCGATAGGCCGCC
ATCTGTTCCAGCCTCACGCCGCACCAGCACCAGCACTGCCAGTAGCACCA
GCTCCATCGAACGCACCACCGGCGTCAACGCCACGATTCTACACTCCAAC
CAGCTCGCAAACTGGGTAGGAGAGATGATCCTGGCCCAGGATGAGATGAA
GAAGCGTGTCTCGCTAATCAAACAGTTCGTCAATATTGCCGATATGTCGG
AACCTGTGCGCCCCTGGCCCTACCTCGCTGAAGACATCCGGGAAGTGACG
CACAACGTCCATCCTATGTGGGCTGGTGGGGTTCCAGACCCGTGGTTCCA
GCGCTATACTCGCTTCCCTCTTACTCGCGAACTTACCTAACCGACCTCAC
CTTCATTGAAGACGGCATCCCGAGCCACACCCCACCGCCCAACGTCATGA
TAAACTTCAGCAAGCGGGTCAAAGTCGCCGACATCCTGCGCGAGATCGAG
AGCTGCCAGGCCGTCGGGTACAGTTTGCTTCCTGTTCCCGAGATACAGGA
GTTTATTGTCCGGAATGTACAGGCCGCCGGGGGTGATGTCGAGGGGATGT
ATGAGAGGAGTTTGGCGTTGGAGCCGAGGATGGTAGGCGAGGAGAGGATG
AATATGGGGCAGCTGGGGGTCGGGATGATGGGGATGAATATGGGGAGGGG
AGGGTATATTTCTACGGGGAGTCATATGAGTTCGGTGGTTATTGCAAGTA
TGGCTATGAGGTAGAACTGCCGCTCCCTAAACAACTTCGCAACCATGATG
TCCCTCATCTCCGGCCTCGCCACAAGCCCTATCTACCGTCTCCACCGCAC
CTGGACGCAAGTGAACCCCAAGACGCGCAAACTCCTCGAAGACATGCAAA
GTCTCATGTCCAGCGAGAAGAACTTCATCAAGTACCGAGATAAGCTACAC
GGGGCAAGCCCACCATGCATTCCCTTCCTCGGCTGCCGGTGTCACCCCGG
ACATAAACCCCCTCTTGCCCCAAGCACGTCGACTGGCCAGTTCAGCGTCT
CTATCCGACCTCGACTATGCACGAAACAATACGCCCACGACAATGTCTTC
CAGCTCCCAGCACGCCAGGAAATGGTCGACGATGCCGATCGACACGAACG
CGGCCCCGTTCTTGAGCCTCGACTTCGAGGATGAGGTTGTTTACGAGGAC
GAGCGACGCCAAAGCATCAAACAGGGGACCATCTGTGGGCTGGTCGAGCA
ACTGACACGCCATGATCGACTAGACGTCTCGTTCAACGAGACCTTCCTCA
TGACCTACCCTACATTCGTCTGCGGCAGGGAACTCTTTGAGATTCTCCTC
CAACGACTTAACATGCCCCCTCCTCCGGGCCTTACCGACTCTGACCTCTC
ACGATGGACAGAACAGAAGCAGAAGACCGTCCGCTTCCGCGTCATTAACA
TACTCAAGACCTGGCTAGAGCGGTACTGGATGGAACCACCGACTGAATCA
ACTATGGACTTCCTCCGCCACATCCACGCTCAAATCCAACCTCTCACCAA
CGTTCCCACCTGCTCGCAACTCCTCACCATCATCGAACACCGCTTGAAGG
GCCAAGACATCCTCAAACGTTACATGACTCCCCCAAACAGCACAGTGCCT
AAACCACTCACCCCGAGGAACATGAAGAAGCTCAAGTTCCTCGACCTCGA
TCCGATGGAGCTCGCCCGCCAACTCACCATCATCGAATCCCGTCTCTTCG
CTCGAATCAAACCTACCGAGTGTCTCAACAAATCATGGCAGAAGAAAGAT
ACCGATAGGCCGCCATCTGTTCCAGCCTCACGCCGCACCAGCACCAGCAC
TGCCAGTAGCACCAGCTCCATCGAACGCACCACCGGCGTCAACGCCACGA
TTCTACACTCCAACCAGCTCGCAAACTGGGTAGGAGAGATGATCCTGGCC
CAGGATGAGATGAAGAAGCGTGTCTCGCTAATCAAACAGTTCGTCAATAT
TGCCGATATGTCGGAACCTGTGCGCCCCTGGCCCTACCTCGCTGAAGACA
TCCGGGAAGTGACGCACAACGTCCATCCTATGTGGGCTGGTGGGGTTCCA
GACCCGTGGTTCCAGCGCTATACTCGCTTCCCTCTTACTCGCGAACTTAC
CTAACCGACCTCACCTTCATTGAAGACGGCATCCCGAGCCACACCCCACC
GCCCAACGTCATGATAAACTTCAGCAAGCGGGTCAAAGTCGCCGACATCC
TGCGCGAGATCGAGAGCTGCCAGGCCGTCGGGTACAGTTTGCTTCCTGTT
CCCGAGATACAGGAGTTTATTGTCCGGAATGTACAGGCCGCCGGGGGTGA
TGTCGAGGGGATGTATGAGAGGAGTTTGGCGTTGGAGCCGAGGATGGTAG
GCGAGGAGAGGATGAATATGGGGCAGCTGGGGGTCGGGATGATGGGGATG
AATATGGGGAGGGGAGGGTATATTTCTACGGGGAGTCATATGAGTTCGGT
GGTTATTGCAAGTATGGCTATGAGGTAGAACTGCCGCTCCCTAAACAACT
TCGCAACCATGATGTCCCTCATCTCCGGCCTCGCCACAAGCCCTATCTAC
CGTCTCCACCGCACCTGGACGCAAGTGAACCCCAAGACGCGCAAACTCCT
CGAAGACATGCAAAGTCTCATGTCCAGCGAGAAGAACTTCATCAAGTACC
GAGATAAGCTACACGGGGCAAGCCCACCATGCATTCCCTTCCTCGGCTGC
CGGTGTCACCCCGGACATAAACCCCCTCTTGCCCCAAGCACGTCGACTGG
CCAGTTCAGCGTCTCTATCCGACCTCGACTATGCACGAAACAATACGCCC
ACGACAATGTCTTCCAGCTCCCAGCACGCCAGGAAATGGTCGACGATGCC
GATCGACACGAACGCGGCCCCGTTCTTGAGCCTCGACTTCGAGGATGAGG
TTGTTTACGAGGACGAGCGACGCCAAAGCATCAAACAGGGGACCATCTGT
GGGCTGGTCGAGCAACTGACACGCCATGATCGACTAGACGTCTCGTTCAA
CGAGACCTTCCTCATGACCTACCCTACATTCGTCTGCGGCAGGGAACTCT
TTGAGATTCTCCTCCAACGACTTAACATGCCCCCTCCTCCGGGCCTTACC
GACTCTGACCTCTCACGATGGACAGAACAGAAGCAGAAGACCGTCCGCTT
CCGCGTCATTAACATACTCAAGACCTGGCTAGAGCGGTACTGGATGGAAC
CACCGACTGAATCAACTATGGACTTCCTCCGCCACATCCACGCTCAAATC
CAACCTCTCACCAACGTTCCCACCTGCTCGCAACTCCTCACCATCATCGA
ACACCGCTTGAAGGGCCAAGACATCCTCAAACGTTACATGACTCCCCCAA
ACAGCACAGTGCCTAAACCACTCACCCCGAGGAACATGAAGAAGCTCAAG
TTCCTCGACCTCGATCCGATGGAGCTCGCCCGCCAACTCACCATCATCGA
ATCCCGTCTCTTCGCTCGAATCAAACCTACCGAGTGTCTCAACAAATCAT
GGCAGAAGAAAGATACCGATAGGCCGCCATCTGTTCCAGCCTCACGCCGC
ACCAGCACCAGCACTGCCAGTAGCACCAGCTCCATCGAACGCACCACCGG
CGTCAACGCCACGATTCTACACTCCAACCAGCTCGCAAACTGGGTAGGAG
AGATGATCCTGGCCCAGGATGAGATGAAGAAGCGTGTCTCGCTAATCAAA
CAGTTCGTCAATATTGCCGATATGTCGGAACCTGTGCGCCCCTGGCCCTA
CCTCGCTGAAGACATCCGGGAAGTGACGCACAACGTCCATCCTATGTGGG
CTGGTGGGGTTCCAGACCCGTGGTTCCAGCGCTATACTCGCTTCCCTCTT
ACTCGC
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0007264small GTPase mediated signal transduction
Vocabulary: Molecular Function
TermDefinition
GO:0005085guanyl-nucleotide exchange factor activity
Relationships

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

Feature NameUnique NameSpeciesType
ATCC10864_011174ATCC10864_011174Aspergillus niger ATCC 10864gene


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

Feature NameUnique NameSpeciesType
ATCC10864_011174-T1ATCC10864_011174-T1-proteinAspergillus niger ATCC 10864polypeptide


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

Feature NameUnique NameSpeciesType
ATCC10864_011174-T1.cdsATCC10864_011174-T1.cdsAspergillus niger ATCC 10864CDS


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

Feature NameUnique NameSpeciesType
ATCC10864_011174-T1.exon4ATCC10864_011174-T1.exon4Aspergillus niger ATCC 10864exon
ATCC10864_011174-T1.exon3ATCC10864_011174-T1.exon3Aspergillus niger ATCC 10864exon
ATCC10864_011174-T1.exon2ATCC10864_011174-T1.exon2Aspergillus niger ATCC 10864exon
ATCC10864_011174-T1.exon1ATCC10864_011174-T1.exon1Aspergillus niger ATCC 10864exon


Cross References
External references for this mRNA
DatabaseAccession
InterProIPR000651
InterProIPR008937
InterProIPR023578
InterProIPR001895
InterProIPR019804
PFAMPF00618
InterProIPR036964
PFAMPF00617
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
MCQH01000263supercontigMCQH01000263:29206..31145 -
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