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CAN33_41895-T1, CAN33_41895-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_41895-T1
Unique NameCAN33_41895-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000017.1:3589333..3592350+

Legend: exonpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_41895-T1 ID=CAN33_41895-T1|Name=CAN33_41895-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=3018bp|location=Sequence derived from alignment at NKJJ01000017.1:3589333..3592350+ (Aspergillus niger FDAARGOS_311)
ATGTCCGGAAACCCTGAAAGAAGCAATGGGAAGGCAACACTTGATCTTGT
CGACATAACCCTCGAACACATCGATGCCACGGCCAGGCAGGATACTCTCC
GAAAACTTTTCCGAAGCCATGTACTCCAAATCTGCGGTCCCGAAAAAGTG
AAAGCCTTCAATGAGTCGAATGACAAGTTCAAGCGCCATATGGTGGCATA
CCTGGCTCAGAAGACGGTCATAGGACTATTTGATAGTATCGCTCAGGAAC
TGGCCAACGAATTAAAGAAGATATGAACATTTGTTGGGCTTATCAGGCCC
ACGGCTTCTGAGGTAAGCTAATACCTTCCTTTGCAATTGGCCTTTTAAGC
ATAGTCTCACTCTATCTAACTGCAAAGCTTTATCGGTCAGTCTCAGCCCG
AATGAGGTTCTTTGAAAGGCTGTTGAATGCTTGAATTGGTGGCTTCTGAT
TATTTTCCGGGATATTTCCAAGTTTTGCTTGATTCATACTGGGTGCGCGA
GGACTACTATTGCTTTTTGTGATTTCAGTTTGAACTTGTTTCATAGAGAC
CCAATCCATTCATGGTAGAACCTCCTAAGAGTCCCTAAAATATCAGTAAT
TTAGCCAAAATAATAGATAGTTCGGACTGAAGCAACAGATGGTGGGGTAA
TAGTGAAACAAAGTGGGATTATCTACATTCTCGCCTTCATTACTTTGCAA
AGTTCAGCTTGTGGCTTGGCTTATGAGCACCGTTCAAGCTTCTATGTCTC
CATACCATCTGCTTGAACCATCGGTTCTGACCCTTCCACGTACACGCGCA
CTGTGTGGTACGATAGAGTTCCGATGATCCCGGGGGTTGGAAGCACCCTG
AACACCTGTTCATGAAGGTATAGCTGCCCGAACAACACTTAGTAAAGCTG
AGTTATACCCACGACTTGCTGGCAATTAGTTGCTGATAAGGACAATTGTT
GGAAGGCTTTGCAGCCCAACATTGAGCAGAGGAACATTGAAAAGCGGGCA
ATTATCCTTGCAAGCTAGTGACAAGCCTCCACTTTCTTCTCATTTCAAGT
GCCCTCCATATCCTACAACATCACTCAATCTTCTTAACAACTAGTCATGT
GTGCATACGGCCCACAGATATCACTCCGGTGCGCCGACTATCGAGTAGGC
TGGATCTGCGCTTTGCCGCTCGAGCTTACAGCAGCGAGAACCATGCTGGA
CGTGGAACATCGGAGGCCACCTGATCTGGAAGTTCTATCAGACTTTGATA
CCAATCAGTATCGCTTTGGCCGGATTGGGGGTCATAATGTCGTACTGGCC
ATCTTACAGGCCGGTGTGTACGGAATTACTCAGGCAGCCCTTGCATCAAG
TATGATGAGACGCGTCTTTCCATCCATACAGTTCGCTTTGATGGTGGGCA
TCGGAGGTGGTGTGCCAAGCGAGTCCCATGACATTCGCTTAGGAGATGTG
GTGGTCAGCATGCCGGTTGCAGGATACCCTGGAGTGCTGCAGTACGATTT
CGGCAAGTTAGGACCGGACGGCGAGGTGACTGCAACTGGCGCCCTTAACA
GGCCGGCACCTAAAGCCTTAGCAGCCATTGCCGCCATGCAGGCAGACTAT
ATGATGAGGGACAGTGGTCTGATGGAGATCACTAGCGACGCTCTGAGAAA
GCACCCCAGGATACGTGCAAAGTTTTCTCATCCAGGAATGGTGAACGATG
TGCTATACCGTGCTGATTACGACCATGTCGCTGGCAATAATTGCAGAAAC
TGCAGTCACCACATGGCCGTGTTTCGGACGCCACGGGAAACGACAGAACC
AAATGTTCACTACGGGCTTATTGGATCGGGAAATCAAGTCATTAAGAATG
GGAAATTTAGGGAACGTCTGAGGGAGAAGCACGGCGTGCTGTGTTTTGAG
ACGGAAGCAGCGGGAGCTTTGGTGAGTCGCACGTCTTTCTACATTTCTTC
CTTGATTTCCTCTTCTTAACTTGTGGTATCAGGAGGCATTCCGCTGTCTT
GTCATTAGGGGAATTTGTGACTATGCAGACTCCCATAAGAACGACATGTG
GCAGGGATATGCGGCACTCACGGCAGCTGCATACACAAAAGATCTGTTGC
TTCTGATTGAAGGCTCGGTTTCTCCAGAATGTTAGCACCCCATCTACACG
CGATTGTGTTTCATGATTGTTTTCTCCTTCGAGAAAGCTCTAGTAACAAT
TTTTAGCCACGGCTTCAACCAGCCCTTCCGAGGCTGATATTCCGGAGAAC
ATCAACTTGGGCTTGCCAGCACACGGGGTCAACCAGGGGGCCACACATTA
TCCCTCGAACCCTCTAGCTCAAAGTCCGCAGGTTTACCAGCAACCGATAA
ATTCCGAGCCCCCACCGAGATATACACCGTCGGCACATTCTTTTCAGCAC
CCATCTATCCCAGTTATGCAGCATCCTCAGCAACCCGAGAAAACTGATTC
TGAGAAGAAACATGCAGAGCAGAACACTTCCCCTCCAAGACCGTTTGTCT
CTCAGTCATCCCAGCCGCCAAATCACTCCCGTGTGCGAAAATACTACGGA
AGAATGGTGATTGAAGCAGCTAAAGCTGGTAACATGCCAGTGGTGAAGAA
GTTTCTCGAGAAGGGAGGCGACCCAAATACTACAACCGATGATTGGGACC
TTACTGCGCTACATTATGCTGCAATGGGAAGTCACAACGGATTAACACAG
CTGCTACTCAGAGCAGGGGCCAATCCTAATGCACGAGCTAAATATACGAA
CAACACTCCCCTGTTTGAAGCAGCTTCCAGCGGTCATAGAAAGGTCATTC
AATATTTATTACGCCATGGAGCTGACGTCGAGGTCCATTGTCAGCGGGGT
AAGACTGCGTTGCATGCAGCTGCCGAGAAAGGGCATGTTGCGTGTGTCGA
GCTTCTGGTGCAGAGCAAGGCCGATCCCGACAGCATTGACGAGGATGGAC
ATACACCTTTGGACTTGGCGAAGAAGGAGGACCATTTAGAGATAGTCAAG
TATCTGCAGCGGATATAG
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Coding sequence (CDS) from alignment at NKJJ01000017.1:3589333..3592350+

>CAN33_41895-T1 ID=CAN33_41895-T1|Name=CAN33_41895-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=7872bp|location=Sequence derived from alignment at NKJJ01000017.1:3589333..3592350+ (Aspergillus niger FDAARGOS_311)
ATGTCCGGAAACCCTGAAAGAAGCAATGGGAAGGCAACACTTGATCTTGT
CGACATAACCCTCGAACACATCGATGCCACGGCCAGGCAGGATACTCTCC
GAAAACTTTTCCGAAGCCATGTACTCCAAATCTGCGGTCCCGAAAAAGTG
AAAGCCTTCAATGAGTCGAATGACAAGTTCAAGCGCCATATGGTGGCATA
CCTGGCTCAGAAGACGGTCATAGGACTATTTGATAGCTGGATCTGCGCTT
TGCCGCTCGAGCTTACAGCAGCGAGAACCATGCTGGACGTGGAACATCGG
AGGCCACCTGATCTGGAAGTTCTATCAGACTTTGATACCAATCAGTATCG
CTTTGGCCGGATTGGGGGTCATAATGTCGTACTGGCCATCTTACAGGCCG
GTGTGTACGGAATTACTCAGGCAGCCCTTGCATCAAGTATGATGAGACGC
GTCTTTCCATCCATACAGTTCGCTTTGATGGTGGGCATCGGAGGTGGTGT
GCCAAGCGAGTCCCATGACATTCGCTTAGGAGATGTGGTGGTCAGCATGC
CGGTTGCAGGATACCCTGGAGTGCTGCAGTACGATTTCGGCAAGTTAGGA
CCGGACGGCGAGGTGACTGCAACTGGCGCCCTTAACAGGCCGGCACCTAA
AGCCTTAGCAGCCATTGCCGCCATGCAGGCAGACTATATGATGAGGGACA
GTGGTCTGATGGAGATCACTAGCGACGCTCTGAGAAAGCACCCCAGGATA
CGTGCAAAGTTTTCTCATCCAGGAATGGTGAACGATGTGCTATACCGTGC
TGATTACGACCATGTCGCTGGCAATAATTGCAGAAACTGCAGTCACCACA
TGGCCGTGTTTCGGACGCCACGGGAAACGACAGAACCAAATGTTCACTAC
GGGCTTATTGGATCGGGAAATCAAGTCATTAAGAATGGGAAATTTAGGGA
ACGTCTGAGGGAGAAGCACGGCGTGCTGTGTTTTGAGACGGAAGCAGCGG
GAGCTTTGGAGGCATTCCGCTGTCTTGTCATTAGGGGAATTTGTGACTAT
GCAGACTCCCATAAGAACGACATGTGGCAGGGATATGCGGCACTCACGGC
AGCTGCATACACAAAAGATCTGTTGCTTCTGATTGAAGGCTCGGTTTCTC
CAGAATCCACGGCTTCAACCAGCCCTTCCGAGGCTGATATTCCGGAGAAC
ATCAACTTGGGCTTGCCAGCACACGGGGTCAACCAGGGGGCCACACATTA
TCCCTCGAACCCTCTAGCTCAAAGTCCGCAGGTTTACCAGCAACCGATAA
ATTCCGAGCCCCCACCGAGATATACACCGTCGGCACATTCTTTTCAGCAC
CCATCTATCCCAGTTATGCAGCATCCTCAGCAACCCGAGAAAACTGATTC
TGAGAAGAAACATGCAGAGCAGAACACTTCCCCTCCAAGACCGTTTGTCT
CTCAGTCATCCCAGCCGCCAAATCACTCCCGTGTGCGAAAATACTACGGA
AGAATGGTGATTGAAGCAGCTAAAGCTGGTAACATGCCAGTGGTGAAGAA
GTTTCTCGAGAAGGGAGGCGACCCAAATACTACAACCGATGATTGGGACC
TTACTGCGCTACATTATGCTGCAATGGGAAGTCACAACGGATTAACACAG
CTGCTACTCAGAGCAGGGGCCAATCCTAATGCACGAGCTAAATATACGAA
CAACACTCCCCTGTTTGAAGCAGCTTCCAGCGGTCATAGAAAGGTCATTC
AATATTTATTACGCCATGGAGCTGACGTCGAGGTCCATTGTCAGCGGGGT
AAGACTGCGTTGCATGCAGCTGCCGAGAAAGGGCATGTTGCGTGTGTCGA
GCTTCTGGTGCAGAGCAAGGCCGATCCCGACAGCATTGACGAGGATGGAC
ATACACCTTTGGACTTGGCGAAGAAGGAGGACCATTTAGAGATAGTCAAG
TATCTGCAGCGGATATAGATGTCCGGAAACCCTGAAAGAAGCAATGGGAA
GGCAACACTTGATCTTGTCGACATAACCCTCGAACACATCGATGCCACGG
CCAGGCAGGATACTCTCCGAAAACTTTTCCGAAGCCATGTACTCCAAATC
TGCGGTCCCGAAAAAGTGAAAGCCTTCAATGAGTCGAATGACAAGTTCAA
GCGCCATATGGTGGCATACCTGGCTCAGAAGACGGTCATAGGACTATTTG
ATAGCTGGATCTGCGCTTTGCCGCTCGAGCTTACAGCAGCGAGAACCATG
CTGGACGTGGAACATCGGAGGCCACCTGATCTGGAAGTTCTATCAGACTT
TGATACCAATCAGTATCGCTTTGGCCGGATTGGGGGTCATAATGTCGTAC
TGGCCATCTTACAGGCCGGTGTGTACGGAATTACTCAGGCAGCCCTTGCA
TCAAGTATGATGAGACGCGTCTTTCCATCCATACAGTTCGCTTTGATGGT
GGGCATCGGAGGTGGTGTGCCAAGCGAGTCCCATGACATTCGCTTAGGAG
ATGTGGTGGTCAGCATGCCGGTTGCAGGATACCCTGGAGTGCTGCAGTAC
GATTTCGGCAAGTTAGGACCGGACGGCGAGGTGACTGCAACTGGCGCCCT
TAACAGGCCGGCACCTAAAGCCTTAGCAGCCATTGCCGCCATGCAGGCAG
ACTATATGATGAGGGACAGTGGTCTGATGGAGATCACTAGCGACGCTCTG
AGAAAGCACCCCAGGATACGTGCAAAGTTTTCTCATCCAGGAATGGTGAA
CGATGTGCTATACCGTGCTGATTACGACCATGTCGCTGGCAATAATTGCA
GAAACTGCAGTCACCACATGGCCGTGTTTCGGACGCCACGGGAAACGACA
GAACCAAATGTTCACTACGGGCTTATTGGATCGGGAAATCAAGTCATTAA
GAATGGGAAATTTAGGGAACGTCTGAGGGAGAAGCACGGCGTGCTGTGTT
TTGAGACGGAAGCAGCGGGAGCTTTGGAGGCATTCCGCTGTCTTGTCATT
AGGGGAATTTGTGACTATGCAGACTCCCATAAGAACGACATGTGGCAGGG
ATATGCGGCACTCACGGCAGCTGCATACACAAAAGATCTGTTGCTTCTGA
TTGAAGGCTCGGTTTCTCCAGAATCCACGGCTTCAACCAGCCCTTCCGAG
GCTGATATTCCGGAGAACATCAACTTGGGCTTGCCAGCACACGGGGTCAA
CCAGGGGGCCACACATTATCCCTCGAACCCTCTAGCTCAAAGTCCGCAGG
TTTACCAGCAACCGATAAATTCCGAGCCCCCACCGAGATATACACCGTCG
GCACATTCTTTTCAGCACCCATCTATCCCAGTTATGCAGCATCCTCAGCA
ACCCGAGAAAACTGATTCTGAGAAGAAACATGCAGAGCAGAACACTTCCC
CTCCAAGACCGTTTGTCTCTCAGTCATCCCAGCCGCCAAATCACTCCCGT
GTGCGAAAATACTACGGAAGAATGGTGATTGAAGCAGCTAAAGCTGGTAA
CATGCCAGTGGTGAAGAAGTTTCTCGAGAAGGGAGGCGACCCAAATACTA
CAACCGATGATTGGGACCTTACTGCGCTACATTATGCTGCAATGGGAAGT
CACAACGGATTAACACAGCTGCTACTCAGAGCAGGGGCCAATCCTAATGC
ACGAGCTAAATATACGAACAACACTCCCCTGTTTGAAGCAGCTTCCAGCG
GTCATAGAAAGGTCATTCAATATTTATTACGCCATGGAGCTGACGTCGAG
GTCCATTGTCAGCGGGGTAAGACTGCGTTGCATGCAGCTGCCGAGAAAGG
GCATGTTGCGTGTGTCGAGCTTCTGGTGCAGAGCAAGGCCGATCCCGACA
GCATTGACGAGGATGGACATACACCTTTGGACTTGGCGAAGAAGGAGGAC
CATTTAGAGATAGTCAAGTATCTGCAGCGGATATAGATGTCCGGAAACCC
TGAAAGAAGCAATGGGAAGGCAACACTTGATCTTGTCGACATAACCCTCG
AACACATCGATGCCACGGCCAGGCAGGATACTCTCCGAAAACTTTTCCGA
AGCCATGTACTCCAAATCTGCGGTCCCGAAAAAGTGAAAGCCTTCAATGA
GTCGAATGACAAGTTCAAGCGCCATATGGTGGCATACCTGGCTCAGAAGA
CGGTCATAGGACTATTTGATAGCTGGATCTGCGCTTTGCCGCTCGAGCTT
ACAGCAGCGAGAACCATGCTGGACGTGGAACATCGGAGGCCACCTGATCT
GGAAGTTCTATCAGACTTTGATACCAATCAGTATCGCTTTGGCCGGATTG
GGGGTCATAATGTCGTACTGGCCATCTTACAGGCCGGTGTGTACGGAATT
ACTCAGGCAGCCCTTGCATCAAGTATGATGAGACGCGTCTTTCCATCCAT
ACAGTTCGCTTTGATGGTGGGCATCGGAGGTGGTGTGCCAAGCGAGTCCC
ATGACATTCGCTTAGGAGATGTGGTGGTCAGCATGCCGGTTGCAGGATAC
CCTGGAGTGCTGCAGTACGATTTCGGCAAGTTAGGACCGGACGGCGAGGT
GACTGCAACTGGCGCCCTTAACAGGCCGGCACCTAAAGCCTTAGCAGCCA
TTGCCGCCATGCAGGCAGACTATATGATGAGGGACAGTGGTCTGATGGAG
ATCACTAGCGACGCTCTGAGAAAGCACCCCAGGATACGTGCAAAGTTTTC
TCATCCAGGAATGGTGAACGATGTGCTATACCGTGCTGATTACGACCATG
TCGCTGGCAATAATTGCAGAAACTGCAGTCACCACATGGCCGTGTTTCGG
ACGCCACGGGAAACGACAGAACCAAATGTTCACTACGGGCTTATTGGATC
GGGAAATCAAGTCATTAAGAATGGGAAATTTAGGGAACGTCTGAGGGAGA
AGCACGGCGTGCTGTGTTTTGAGACGGAAGCAGCGGGAGCTTTGGAGGCA
TTCCGCTGTCTTGTCATTAGGGGAATTTGTGACTATGCAGACTCCCATAA
GAACGACATGTGGCAGGGATATGCGGCACTCACGGCAGCTGCATACACAA
AAGATCTGTTGCTTCTGATTGAAGGCTCGGTTTCTCCAGAATCCACGGCT
TCAACCAGCCCTTCCGAGGCTGATATTCCGGAGAACATCAACTTGGGCTT
GCCAGCACACGGGGTCAACCAGGGGGCCACACATTATCCCTCGAACCCTC
TAGCTCAAAGTCCGCAGGTTTACCAGCAACCGATAAATTCCGAGCCCCCA
CCGAGATATACACCGTCGGCACATTCTTTTCAGCACCCATCTATCCCAGT
TATGCAGCATCCTCAGCAACCCGAGAAAACTGATTCTGAGAAGAAACATG
CAGAGCAGAACACTTCCCCTCCAAGACCGTTTGTCTCTCAGTCATCCCAG
CCGCCAAATCACTCCCGTGTGCGAAAATACTACGGAAGAATGGTGATTGA
AGCAGCTAAAGCTGGTAACATGCCAGTGGTGAAGAAGTTTCTCGAGAAGG
GAGGCGACCCAAATACTACAACCGATGATTGGGACCTTACTGCGCTACAT
TATGCTGCAATGGGAAGTCACAACGGATTAACACAGCTGCTACTCAGAGC
AGGGGCCAATCCTAATGCACGAGCTAAATATACGAACAACACTCCCCTGT
TTGAAGCAGCTTCCAGCGGTCATAGAAAGGTCATTCAATATTTATTACGC
CATGGAGCTGACGTCGAGGTCCATTGTCAGCGGGGTAAGACTGCGTTGCA
TGCAGCTGCCGAGAAAGGGCATGTTGCGTGTGTCGAGCTTCTGGTGCAGA
GCAAGGCCGATCCCGACAGCATTGACGAGGATGGACATACACCTTTGGAC
TTGGCGAAGAAGGAGGACCATTTAGAGATAGTCAAGTATCTGCAGCGGAT
ATAGATGTCCGGAAACCCTGAAAGAAGCAATGGGAAGGCAACACTTGATC
TTGTCGACATAACCCTCGAACACATCGATGCCACGGCCAGGCAGGATACT
CTCCGAAAACTTTTCCGAAGCCATGTACTCCAAATCTGCGGTCCCGAAAA
AGTGAAAGCCTTCAATGAGTCGAATGACAAGTTCAAGCGCCATATGGTGG
CATACCTGGCTCAGAAGACGGTCATAGGACTATTTGATAGCTGGATCTGC
GCTTTGCCGCTCGAGCTTACAGCAGCGAGAACCATGCTGGACGTGGAACA
TCGGAGGCCACCTGATCTGGAAGTTCTATCAGACTTTGATACCAATCAGT
ATCGCTTTGGCCGGATTGGGGGTCATAATGTCGTACTGGCCATCTTACAG
GCCGGTGTGTACGGAATTACTCAGGCAGCCCTTGCATCAAGTATGATGAG
ACGCGTCTTTCCATCCATACAGTTCGCTTTGATGGTGGGCATCGGAGGTG
GTGTGCCAAGCGAGTCCCATGACATTCGCTTAGGAGATGTGGTGGTCAGC
ATGCCGGTTGCAGGATACCCTGGAGTGCTGCAGTACGATTTCGGCAAGTT
AGGACCGGACGGCGAGGTGACTGCAACTGGCGCCCTTAACAGGCCGGCAC
CTAAAGCCTTAGCAGCCATTGCCGCCATGCAGGCAGACTATATGATGAGG
GACAGTGGTCTGATGGAGATCACTAGCGACGCTCTGAGAAAGCACCCCAG
GATACGTGCAAAGTTTTCTCATCCAGGAATGGTGAACGATGTGCTATACC
GTGCTGATTACGACCATGTCGCTGGCAATAATTGCAGAAACTGCAGTCAC
CACATGGCCGTGTTTCGGACGCCACGGGAAACGACAGAACCAAATGTTCA
CTACGGGCTTATTGGATCGGGAAATCAAGTCATTAAGAATGGGAAATTTA
GGGAACGTCTGAGGGAGAAGCACGGCGTGCTGTGTTTTGAGACGGAAGCA
GCGGGAGCTTTGGAGGCATTCCGCTGTCTTGTCATTAGGGGAATTTGTGA
CTATGCAGACTCCCATAAGAACGACATGTGGCAGGGATATGCGGCACTCA
CGGCAGCTGCATACACAAAAGATCTGTTGCTTCTGATTGAAGGCTCGGTT
TCTCCAGAATCCACGGCTTCAACCAGCCCTTCCGAGGCTGATATTCCGGA
GAACATCAACTTGGGCTTGCCAGCACACGGGGTCAACCAGGGGGCCACAC
ATTATCCCTCGAACCCTCTAGCTCAAAGTCCGCAGGTTTACCAGCAACCG
ATAAATTCCGAGCCCCCACCGAGATATACACCGTCGGCACATTCTTTTCA
GCACCCATCTATCCCAGTTATGCAGCATCCTCAGCAACCCGAGAAAACTG
ATTCTGAGAAGAAACATGCAGAGCAGAACACTTCCCCTCCAAGACCGTTT
GTCTCTCAGTCATCCCAGCCGCCAAATCACTCCCGTGTGCGAAAATACTA
CGGAAGAATGGTGATTGAAGCAGCTAAAGCTGGTAACATGCCAGTGGTGA
AGAAGTTTCTCGAGAAGGGAGGCGACCCAAATACTACAACCGATGATTGG
GACCTTACTGCGCTACATTATGCTGCAATGGGAAGTCACAACGGATTAAC
ACAGCTGCTACTCAGAGCAGGGGCCAATCCTAATGCACGAGCTAAATATA
CGAACAACACTCCCCTGTTTGAAGCAGCTTCCAGCGGTCATAGAAAGGTC
ATTCAATATTTATTACGCCATGGAGCTGACGTCGAGGTCCATTGTCAGCG
GGGTAAGACTGCGTTGCATGCAGCTGCCGAGAAAGGGCATGTTGCGTGTG
TCGAGCTTCTGGTGCAGAGCAAGGCCGATCCCGACAGCATTGACGAGGAT
GGACATACACCTTTGGACTTGGCGAAGAAGGAGGACCATTTAGAGATAGT
CAAGTATCTGCAGCGGATATAG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Biological Process
TermDefinition
GO:0009116nucleoside metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0005515protein binding
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_41895CAN33_41895Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_41895-T1.exon1CAN33_41895-T1.exon1Aspergillus niger FDAARGOS_311exon
CAN33_41895-T1.exon2CAN33_41895-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_41895-T1.exon3CAN33_41895-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_41895-T1.exon4CAN33_41895-T1.exon4Aspergillus niger FDAARGOS_311exon


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

Feature NameUnique NameSpeciesType
CAN33_41895-T1.cdsCAN33_41895-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_41895-T1CAN33_41895-T1-proteinAspergillus niger FDAARGOS_311polypeptide


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR035994
DBxrefInterPro:IPR020683
DBxrefInterPro:IPR000845
DBxrefInterPro:IPR036770
DBxrefInterPro:IPR002110
DBxrefPFAM:PF01048
DBxrefPFAM:PF13857
DBxrefPFAM:PF13637
DBxrefPFAM:PF13606
DBxrefPFAM:PF12796
DBxrefPFAM:PF00023
ProductAnkyrin repeats (3 copies) 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
NKJJ01000017.1supercontigNKJJ01000017.1:3589333..3592350 +
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