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CAN33_32950-T1, CAN33_32950-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_32950-T1
Unique NameCAN33_32950-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000007.1:40943..43992+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_32950-T1 ID=CAN33_32950-T1|Name=CAN33_32950-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=3050bp|location=Sequence derived from alignment at NKJJ01000007.1:40943..43992+ (Aspergillus niger FDAARGOS_311)
ATGGATGAGACTTCCAACTGGGCCGAACAATCACAGCCCAAGAAACCCGA
ATTAGCTGAGACTCCTCACATTGTGTTGCCGACGAGCTACAACGAGCAGG
CTGTGACGGAGAGTTCAAACCCTGTGCGATCAAAAGGAGCCATTGACTCT
ACACTCCAATTTCTCTCAACATCAAATGGTGAGACTCTTCTGGGTGTCTT
CGCATGCTTGGTAGGCGCGACACTCTTACTTTTTGGAAGACTTGGTTTGC
TCTTGATCGGAATTGCTAGTGGTATCATCTTGCACGCACAGTGGGAGGCA
GCTGACGAAGACCCTACCCAACCATTATCTAATTCACGACACCGAAGGAG
AAAGGAGCTCGCCCTGGACATAGCCAGAAGACTACTTGACTGGCCGAAAA
GCACGGATTCTGCTGCTGATGCCGGGCAAGATGACATCGGGCAAGTATTC
CTCTTCGGGGACACTTCCTCTGCTGATCTTGAATATTCTACTCTTGGCCC
CAAGACAGCGGCTGCCCTGAGATCAATTACTGATGCAATCATGAGGGACT
ATGTGATGTAAGCTCTCGCCTATCATGCTACTTCGTGAGCTTACCAGACC
TCGAAAGCTCCTGGTCTAGTCCAATATTACCGCCCGAGACAACATTTCCT
CTATCATGCCGGAAGTTGTTGGCCGAATTTATCTCGTCCCTGTCATCGCA
CCTCTCTCGTAAACGCTCTGCTGACACTTTTCTGGAACTCCTCACTAACT
CATCCTCACTGATCATTGTGTTTTTGGATGAGCTTTCTGCAGCATTTGAG
TCCGTTGGCTCCAACGAACCTCCGGAAGAGGTGGTCTTGCGCTACATGGA
GAGCTCCCCTGAAAGCGGTCTGGCGAATATCTTAGCCAAAGACCAGCAAA
AGAGGAAGCTCGACATTATAGCAGACGATATTCTGGCTAGATTTTTGGAC
CCGAATGTCTATGGATGCTTGCTGCTCAAAGATTTCATGCGCGAAATGTT
CGTGAGCGTTCTATTCGAGTCGACCATTTCGAGTCTTTCGAGGCCAGAAA
TTATAAATGGCTGGATTATATATCTCTTTAATGAAGGCAAGTCAGAAATA
ATGACTGCGATAGACGCCGGTGTCGAAGGGGCCCAGGAACAAGTTGTGAC
AGCAACTAGAGATCTCAACAGCGTAAATGAACCTTCATCCGAGACAACAA
GCAACACGAGCCCCGAGCCCAATATCACTGGGGATGAAATACAACAAGAA
ACGGCAGATGTTGACAGGGCAACAGTGGAGGCCAAAATAGAGGCGAAGCG
TCTCAGTGACATGATCACAGCACATGATATGCAGAAGCAAAGCTTAGAGA
GAGCAATACGAGACGATGTGCAGGAGGTAGCATTGGATGACAGGATTGAT
CATGGAGAAGACTTGCCTGCAAACAAGATCGGAGACGATATTATGCAACG
CGAAGACTCGGGATGTGATCAAGCAAAGCATATTGGAGTTAATATCGATT
TCAAACTGGAAGAAAATAACAGCTCGTCCCCTTTACTCATGCCTTCTAAG
AGTCAAACCGCACCAAATTCACCGCCGGAGCCAGTCGTCCTTCATCGTGC
ATCCATAACGGTAGAGACCGATGCTTCGAAGGTCACATCGAAAGGCCCAC
TCCGTTCAAAACCAACGTCGGACTATTTACTACAGGTTGAACCTGTATCG
ACACGGTCCACTGGCTGGATGGTTTTCCGAAAATATACCGATTTCGAGTC
GCTTCACCAAACATTGGAGGCCATTTCGAGACTGCACAAAATCCGGACGT
TTGCAGACGATCACCCAGTTGTACCCCCGTGGAAAGGCCAGACGAGATCT
GAATTGGCCAAGAACTTAGGGCGTTATCTTCAGGATGCTCTCAGCCACAG
GTCTATGGCAGAGAGCGAAAGGATGAAACGATTTCTTGGCAAGGATGAAC
ATCTCGGATCGGACTTCAGTAATCCTTACAGCAAGACTGTATTCCCTTTT
CCAAGCCAATCTGCGCTCGAGAATGTAGGAAAGGGCGTGTTGGGCGTTTT
ATCCAATGCGCCCAGGGGTGTCTCGGGAAGTGGTAAAGCCATGTTGGATG
GCATGACAGGGGTATTTGGTGGAGGCAGCAGTAAGAAGCAATCGCCAGAT
CCAGTGGCAGGCGATAAAGACAGATCACTAGATCTTTTCAACCAAAGCGA
GTCAATTGGCCACGGGTCACAGGAGAAAATTGGGGATTCTACGAGAACTA
GGCCGGCTTCCCCGCCGGACAGATCTCTCACACGCAAGACATCTGGGAAG
CCAGGTCACCCTCCTGAAGAGAATTTCCCGGATCGAATCGAGACGGCCAC
GGACTATCCAGAATTTTCCGACAGCTCAGTTCAGACAACGGATGCAGGGC
GCACTGTGGCTTCTACACAACCGTCTCCTTCTGCCGGGCGATATACTTCG
GCTGACCTACGTCAGTCTCCTGGTGGGACACAAGATAATTTTCACACAAA
CAGCGAAGGGCAAGCACCAGATGCTGAATTAAGTGACTACAGGAGTCGAA
GCAACCCTATCACGCATGAAGAGACGCGTATAGCCGTGGAACTCATATTT
GCGGTAATCAATCAACTATACACTTTGTCTTCGGCATGGAACATACGCCG
GACTCTACTTAATGCGGCAAAATCGTACATATTACGCCCCGGAAATCCTC
ATTTGGAGACGATCCGTGAGCTACTCCAGGTATCAATGATTGATTCACAT
ACGTCAGATGAAGCAATTGGGCTATATCTCAACAAATTGCGTGAAAGTGC
TCTCCCAACGGAAAGCGAGTTGGAAAACTGGCCGCCGCCTTCCACCGATA
CTGAGAAAGAACGGCTGAGGGAGACGGCTCGCAAAGTCTTCGTTCAAAGA
GGCTTACCCCAGGCTCTTACGAGCGTTATGGGAGCAAATGCCAGTAAGGA
AGTTTTGGGGAAAATTTTTGATTGTCTGCAGGTACAAAATCTCGCTCGGG
GTTTCGTATATTCTCTTTTTTTGCAGGCTCTTAAGGCCGCTATCCTCTAA
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Coding sequence (CDS) from alignment at NKJJ01000007.1:40943..43992+

>CAN33_32950-T1 ID=CAN33_32950-T1|Name=CAN33_32950-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=6000bp|location=Sequence derived from alignment at NKJJ01000007.1:40943..43992+ (Aspergillus niger FDAARGOS_311)
ATGGATGAGACTTCCAACTGGGCCGAACAATCACAGCCCAAGAAACCCGA
ATTAGCTGAGACTCCTCACATTGTGTTGCCGACGAGCTACAACGAGCAGG
CTGTGACGGAGAGTTCAAACCCTGTGCGATCAAAAGGAGCCATTGACTCT
ACACTCCAATTTCTCTCAACATCAAATGGTGAGACTCTTCTGGGTGTCTT
CGCATGCTTGGTAGGCGCGACACTCTTACTTTTTGGAAGACTTGGTTTGC
TCTTGATCGGAATTGCTAGTGGTATCATCTTGCACGCACAGTGGGAGGCA
GCTGACGAAGACCCTACCCAACCATTATCTAATTCACGACACCGAAGGAG
AAAGGAGCTCGCCCTGGACATAGCCAGAAGACTACTTGACTGGCCGAAAA
GCACGGATTCTGCTGCTGATGCCGGGCAAGATGACATCGGGCAAGTATTC
CTCTTCGGGGACACTTCCTCTGCTGATCTTGAATATTCTACTCTTGGCCC
CAAGACAGCGGCTGCCCTGAGATCAATTACTGATGCAATCATGAGGGACT
ATGTGATCTCCTGGTCTAGTCCAATATTACCGCCCGAGACAACATTTCCT
CTATCATGCCGGAAGTTGTTGGCCGAATTTATCTCGTCCCTGTCATCGCA
CCTCTCTCGTAAACGCTCTGCTGACACTTTTCTGGAACTCCTCACTAACT
CATCCTCACTGATCATTGTGTTTTTGGATGAGCTTTCTGCAGCATTTGAG
TCCGTTGGCTCCAACGAACCTCCGGAAGAGGTGGTCTTGCGCTACATGGA
GAGCTCCCCTGAAAGCGGTCTGGCGAATATCTTAGCCAAAGACCAGCAAA
AGAGGAAGCTCGACATTATAGCAGACGATATTCTGGCTAGATTTTTGGAC
CCGAATGTCTATGGATGCTTGCTGCTCAAAGATTTCATGCGCGAAATGTT
CGTGAGCGTTCTATTCGAGTCGACCATTTCGAGTCTTTCGAGGCCAGAAA
TTATAAATGGCTGGATTATATATCTCTTTAATGAAGGCAAGTCAGAAATA
ATGACTGCGATAGACGCCGGTGTCGAAGGGGCCCAGGAACAAGTTGTGAC
AGCAACTAGAGATCTCAACAGCGTAAATGAACCTTCATCCGAGACAACAA
GCAACACGAGCCCCGAGCCCAATATCACTGGGGATGAAATACAACAAGAA
ACGGCAGATGTTGACAGGGCAACAGTGGAGGCCAAAATAGAGGCGAAGCG
TCTCAGTGACATGATCACAGCACATGATATGCAGAAGCAAAGCTTAGAGA
GAGCAATACGAGACGATGTGCAGGAGGTAGCATTGGATGACAGGATTGAT
CATGGAGAAGACTTGCCTGCAAACAAGATCGGAGACGATATTATGCAACG
CGAAGACTCGGGATGTGATCAAGCAAAGCATATTGGAGTTAATATCGATT
TCAAACTGGAAGAAAATAACAGCTCGTCCCCTTTACTCATGCCTTCTAAG
AGTCAAACCGCACCAAATTCACCGCCGGAGCCAGTCGTCCTTCATCGTGC
ATCCATAACGGTAGAGACCGATGCTTCGAAGGTCACATCGAAAGGCCCAC
TCCGTTCAAAACCAACGTCGGACTATTTACTACAGGTTGAACCTGTATCG
ACACGGTCCACTGGCTGGATGGTTTTCCGAAAATATACCGATTTCGAGTC
GCTTCACCAAACATTGGAGGCCATTTCGAGACTGCACAAAATCCGGACGT
TTGCAGACGATCACCCAGTTGTACCCCCGTGGAAAGGCCAGACGAGATCT
GAATTGGCCAAGAACTTAGGGCGTTATCTTCAGGATGCTCTCAGCCACAG
GTCTATGGCAGAGAGCGAAAGGATGAAACGATTTCTTGGCAAGGATGAAC
ATCTCGGATCGGACTTCAGTAATCCTTACAGCAAGACTGTATTCCCTTTT
CCAAGCCAATCTGCGCTCGAGAATGTAGGAAAGGGCGTGTTGGGCGTTTT
ATCCAATGCGCCCAGGGGTGTCTCGGGAAGTGGTAAAGCCATGTTGGATG
GCATGACAGGGGTATTTGGTGGAGGCAGCAGTAAGAAGCAATCGCCAGAT
CCAGTGGCAGGCGATAAAGACAGATCACTAGATCTTTTCAACCAAAGCGA
GTCAATTGGCCACGGGTCACAGGAGAAAATTGGGGATTCTACGAGAACTA
GGCCGGCTTCCCCGCCGGACAGATCTCTCACACGCAAGACATCTGGGAAG
CCAGGTCACCCTCCTGAAGAGAATTTCCCGGATCGAATCGAGACGGCCAC
GGACTATCCAGAATTTTCCGACAGCTCAGTTCAGACAACGGATGCAGGGC
GCACTGTGGCTTCTACACAACCGTCTCCTTCTGCCGGGCGATATACTTCG
GCTGACCTACGTCAGTCTCCTGGTGGGACACAAGATAATTTTCACACAAA
CAGCGAAGGGCAAGCACCAGATGCTGAATTAAGTGACTACAGGAGTCGAA
GCAACCCTATCACGCATGAAGAGACGCGTATAGCCGTGGAACTCATATTT
GCGGTAATCAATCAACTATACACTTTGTCTTCGGCATGGAACATACGCCG
GACTCTACTTAATGCGGCAAAATCGTACATATTACGCCCCGGAAATCCTC
ATTTGGAGACGATCCGTGAGCTACTCCAGGTATCAATGATTGATTCACAT
ACGTCAGATGAAGCAATTGGGCTATATCTCAACAAATTGCGTGAAAGTGC
TCTCCCAACGGAAAGCGAGTTGGAAAACTGGCCGCCGCCTTCCACCGATA
CTGAGAAAGAACGGCTGAGGGAGACGGCTCGCAAAGTCTTCGTTCAAAGA
GGCTTACCCCAGGCTCTTACGAGCGTTATGGGAGCAAATGCCAGTAAGGA
AGTTTTGGGGAAAATTTTTGATTGTCTGCAGGTACAAAATCTCGCTCGGG
GTTTCGTATATTCTCTTTTTTTGCAGGCTCTTAAGGCCGCTATCCTCTAA
ATGGATGAGACTTCCAACTGGGCCGAACAATCACAGCCCAAGAAACCCGA
ATTAGCTGAGACTCCTCACATTGTGTTGCCGACGAGCTACAACGAGCAGG
CTGTGACGGAGAGTTCAAACCCTGTGCGATCAAAAGGAGCCATTGACTCT
ACACTCCAATTTCTCTCAACATCAAATGGTGAGACTCTTCTGGGTGTCTT
CGCATGCTTGGTAGGCGCGACACTCTTACTTTTTGGAAGACTTGGTTTGC
TCTTGATCGGAATTGCTAGTGGTATCATCTTGCACGCACAGTGGGAGGCA
GCTGACGAAGACCCTACCCAACCATTATCTAATTCACGACACCGAAGGAG
AAAGGAGCTCGCCCTGGACATAGCCAGAAGACTACTTGACTGGCCGAAAA
GCACGGATTCTGCTGCTGATGCCGGGCAAGATGACATCGGGCAAGTATTC
CTCTTCGGGGACACTTCCTCTGCTGATCTTGAATATTCTACTCTTGGCCC
CAAGACAGCGGCTGCCCTGAGATCAATTACTGATGCAATCATGAGGGACT
ATGTGATCTCCTGGTCTAGTCCAATATTACCGCCCGAGACAACATTTCCT
CTATCATGCCGGAAGTTGTTGGCCGAATTTATCTCGTCCCTGTCATCGCA
CCTCTCTCGTAAACGCTCTGCTGACACTTTTCTGGAACTCCTCACTAACT
CATCCTCACTGATCATTGTGTTTTTGGATGAGCTTTCTGCAGCATTTGAG
TCCGTTGGCTCCAACGAACCTCCGGAAGAGGTGGTCTTGCGCTACATGGA
GAGCTCCCCTGAAAGCGGTCTGGCGAATATCTTAGCCAAAGACCAGCAAA
AGAGGAAGCTCGACATTATAGCAGACGATATTCTGGCTAGATTTTTGGAC
CCGAATGTCTATGGATGCTTGCTGCTCAAAGATTTCATGCGCGAAATGTT
CGTGAGCGTTCTATTCGAGTCGACCATTTCGAGTCTTTCGAGGCCAGAAA
TTATAAATGGCTGGATTATATATCTCTTTAATGAAGGCAAGTCAGAAATA
ATGACTGCGATAGACGCCGGTGTCGAAGGGGCCCAGGAACAAGTTGTGAC
AGCAACTAGAGATCTCAACAGCGTAAATGAACCTTCATCCGAGACAACAA
GCAACACGAGCCCCGAGCCCAATATCACTGGGGATGAAATACAACAAGAA
ACGGCAGATGTTGACAGGGCAACAGTGGAGGCCAAAATAGAGGCGAAGCG
TCTCAGTGACATGATCACAGCACATGATATGCAGAAGCAAAGCTTAGAGA
GAGCAATACGAGACGATGTGCAGGAGGTAGCATTGGATGACAGGATTGAT
CATGGAGAAGACTTGCCTGCAAACAAGATCGGAGACGATATTATGCAACG
CGAAGACTCGGGATGTGATCAAGCAAAGCATATTGGAGTTAATATCGATT
TCAAACTGGAAGAAAATAACAGCTCGTCCCCTTTACTCATGCCTTCTAAG
AGTCAAACCGCACCAAATTCACCGCCGGAGCCAGTCGTCCTTCATCGTGC
ATCCATAACGGTAGAGACCGATGCTTCGAAGGTCACATCGAAAGGCCCAC
TCCGTTCAAAACCAACGTCGGACTATTTACTACAGGTTGAACCTGTATCG
ACACGGTCCACTGGCTGGATGGTTTTCCGAAAATATACCGATTTCGAGTC
GCTTCACCAAACATTGGAGGCCATTTCGAGACTGCACAAAATCCGGACGT
TTGCAGACGATCACCCAGTTGTACCCCCGTGGAAAGGCCAGACGAGATCT
GAATTGGCCAAGAACTTAGGGCGTTATCTTCAGGATGCTCTCAGCCACAG
GTCTATGGCAGAGAGCGAAAGGATGAAACGATTTCTTGGCAAGGATGAAC
ATCTCGGATCGGACTTCAGTAATCCTTACAGCAAGACTGTATTCCCTTTT
CCAAGCCAATCTGCGCTCGAGAATGTAGGAAAGGGCGTGTTGGGCGTTTT
ATCCAATGCGCCCAGGGGTGTCTCGGGAAGTGGTAAAGCCATGTTGGATG
GCATGACAGGGGTATTTGGTGGAGGCAGCAGTAAGAAGCAATCGCCAGAT
CCAGTGGCAGGCGATAAAGACAGATCACTAGATCTTTTCAACCAAAGCGA
GTCAATTGGCCACGGGTCACAGGAGAAAATTGGGGATTCTACGAGAACTA
GGCCGGCTTCCCCGCCGGACAGATCTCTCACACGCAAGACATCTGGGAAG
CCAGGTCACCCTCCTGAAGAGAATTTCCCGGATCGAATCGAGACGGCCAC
GGACTATCCAGAATTTTCCGACAGCTCAGTTCAGACAACGGATGCAGGGC
GCACTGTGGCTTCTACACAACCGTCTCCTTCTGCCGGGCGATATACTTCG
GCTGACCTACGTCAGTCTCCTGGTGGGACACAAGATAATTTTCACACAAA
CAGCGAAGGGCAAGCACCAGATGCTGAATTAAGTGACTACAGGAGTCGAA
GCAACCCTATCACGCATGAAGAGACGCGTATAGCCGTGGAACTCATATTT
GCGGTAATCAATCAACTATACACTTTGTCTTCGGCATGGAACATACGCCG
GACTCTACTTAATGCGGCAAAATCGTACATATTACGCCCCGGAAATCCTC
ATTTGGAGACGATCCGTGAGCTACTCCAGGTATCAATGATTGATTCACAT
ACGTCAGATGAAGCAATTGGGCTATATCTCAACAAATTGCGTGAAAGTGC
TCTCCCAACGGAAAGCGAGTTGGAAAACTGGCCGCCGCCTTCCACCGATA
CTGAGAAAGAACGGCTGAGGGAGACGGCTCGCAAAGTCTTCGTTCAAAGA
GGCTTACCCCAGGCTCTTACGAGCGTTATGGGAGCAAATGCCAGTAAGGA
AGTTTTGGGGAAAATTTTTGATTGTCTGCAGGTACAAAATCTCGCTCGGG
GTTTCGTATATTCTCTTTTTTTGCAGGCTCTTAAGGCCGCTATCCTCTAA
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0035091phosphatidylinositol binding
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_32950CAN33_32950Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_32950-T1.exon1CAN33_32950-T1.exon1Aspergillus niger FDAARGOS_311exon
CAN33_32950-T1.exon2CAN33_32950-T1.exon2Aspergillus niger FDAARGOS_311exon


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

Feature NameUnique NameSpeciesType
CAN33_32950-T1.cdsCAN33_32950-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_32950-T1CAN33_32950-T1-proteinAspergillus niger FDAARGOS_311polypeptide


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR001683
DBxrefInterPro:IPR013937
DBxrefInterPro:IPR036871
DBxrefInterPro:IPR003114
DBxrefPFAM:PF02194
DBxrefPFAM:PF00787
DBxrefPFAM:PF08628
ProductPXA domain family protein
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Aspergillus niger FDAARGOS_311 whole genome analysis2021-11-01
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
NKJJ01000007.1supercontigNKJJ01000007.1:40943..43992 +
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