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CAN33_19565-T1, CAN33_19565-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_19565-T1
Unique NameCAN33_19565-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000011.1:2162321..2164402-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_19565-T1 ID=CAN33_19565-T1|Name=CAN33_19565-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2082bp|location=Sequence derived from alignment at NKJJ01000011.1:2162321..2164402- (Aspergillus niger FDAARGOS_311)
ATGGGGTAGGCCGAGCATGCCTTGTCCATATACAAATCTGATACAATCGC
GCAGATGGAACACGTACAATCATTACTCGTGCTCCCCAAACGAGACTATC
GTTCAGTCCAATGCACAAGCATTGGTTGACTTAGGCTTGTCCTCTCTCGG
ATATCGATATGTCACGACGGACTGCGGCTGGACAGTCGCAGACCGGCTGC
CTGACGGATCCTTGACGTGGAACGACACCCTGTTCCCTCAAGGATTCCCG
GCTATGGGTGATTTCCTCCATGATCTGGGTCTCCTATTCGGCGTGTATCA
GGATTCCGGGATTCTGTTATGTGGAAGTCCGCCGAATGAGACAGGAAGCC
TGTGTATGCCAACCATCCTGGACAGACGTGAATGCGAACTGCTAATCGCG
CGCCGTAGACCACGAAGAACAAGATGCCAGAACATTTGCCTCGTGGAATG
TGGACTCTCTCAAATGTATGTTCATAGAAACGCGCTTGGGGATACTCTCT
GATGGGCTTACTAGACGACAATTGTTACTCCGACGCCGCAACTGGCTACC
CTAACGTCAATTACGCGCCCAGTACCTCTCCAGAGCCCAGATTCGCCAAC
ATGTCTCATGCTTTATTGCAGCAAAATCGAACCATTCTATTCCAGATCTG
CGAGTGGGGTATCAGCTTCCCCGCGAATTGGGCCCCTGCTCTCGGTCATT
CTTGGCGAATTGGGAACGACATCATACCTGACTGGCGGACAATCTTCCGC
ATCATAAACCAGGCAGCTCCACAAACAGATGTTGCTGGCCCGGGCCAATG
GCCGGACCTTGACATGCTAGAAGTGGGGAACAATATATTTTCTCTGCCGG
AGGAGCAGACGCATTTTTCGCTCTGGGCCATTCTCAAGAGCCCGTTGATC
ATTGGCGCTGCCTTAAAGGATGAGCTCACTGCCATAAATGACGCGTCGCT
AGCAGTTCTGAAACAGAAGGATGTCATAGCATTCAATCAAGATGCACTGG
GGAAGAGTGCGAGTCTACGCCGGCGCTGGACCGAAGAGGGCTATGAGGTA
TGGAGTGGGCCGCTGTCGAATGGTCGGACAGTGGCTGCGGTCATCAATTG
GCACAATGAAAGCAAGGACCTGACCCTGGATTTGCCGGATGTTGGGCTCC
AACATGCAGGGACGGTGAAGAACATTTGGGACGGCACTACTGCACGGGAT
GTGCTTACTTCCTACACGGCGACAGTAGCCGGCCATGGCACGATGCTACT
CGAACTACAGAATACGACTGCTGTCGGAGTGTATCCGCGAGGAGTTTTCG
GAGTATCTTCTGGGTATGTTCGTCCTTGTTCCAAACATGCATGCTTCTGA
CGTCTTAGGCAAACGACGACTTTCCAAAACATCTACGCCGTGACAACCAG
TGCCAAGTACATCATTAGCGTCTACTTCTCGCAGCCAGCTTCTTCAACAG
AAACTATCACCATCGGATCAAATGCCAACCATAGTATGATATCCGCACAG
GTCCCCGCATCGTCCACGCTAGTCTCCGCCGAGATTCCTCTTACCGCCGG
GTCCTCCAACACAATCACCATCAACACTTCCATACCTATTGACGCCATTC
ACGTCACACCTCCCAATGGAACGTACTACCCTTGCACAAACTTTACCCTT
GCCGGGTCTACCACGCTGACTACGTGTGGGAGCGGTTATTGTCAGCCGGT
TGGCTCAAAGGTTGGCTACATCAGCCCCAGTGGCACTGCCAAAGCAACGA
TTTCCGCGACTACCAGTGGGAGCAAGTATCTGGAGATTGACTGGATAAAT
AATGATATTGCCTTCGACTCGTCCTGGGGTTGGGGATCCAACTCTCGGAA
CTTGACCGTGACGGTGAACAGCGAGGATCCGGTGAGGATCGAAGTGCCGC
TGAGCGGAAGACATAGCGAGCTGTTTGGTCCGGGATTGGGATGGTGGGAT
ACAGCGACTTTAGGACTACTGACTAGTGGCTGGAAGGAAGGGTTAAACGA
GGTGGTAGTTGGAAATGTGGGGGGTGACGAGGGATTTCAATCTTATGGAG
CCGACTTTGTGGGAATCCGAGTGCTGGATTAG
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Coding sequence (CDS) from alignment at NKJJ01000011.1:2162321..2164402-

>CAN33_19565-T1 ID=CAN33_19565-T1|Name=CAN33_19565-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=9420bp|location=Sequence derived from alignment at NKJJ01000011.1:2162321..2164402- (Aspergillus niger FDAARGOS_311)
GCAAACGACGACTTTCCAAAACATCTACGCCGTGACAACCAGTGCCAAGT
ACATCATTAGCGTCTACTTCTCGCAGCCAGCTTCTTCAACAGAAACTATC
ACCATCGGATCAAATGCCAACCATAGTATGATATCCGCACAGGTCCCCGC
ATCGTCCACGCTAGTCTCCGCCGAGATTCCTCTTACCGCCGGGTCCTCCA
ACACAATCACCATCAACACTTCCATACCTATTGACGCCATTCACGTCACA
CCTCCCAATGGAACGTACTACCCTTGCACAAACTTTACCCTTGCCGGGTC
TACCACGCTGACTACGTGTGGGAGCGGTTATTGTCAGCCGGTTGGCTCAA
AGGTTGGCTACATCAGCCCCAGTGGCACTGCCAAAGCAACGATTTCCGCG
ACTACCAGTGGGAGCAAGTATCTGGAGATTGACTGGATAAATAATGATAT
TGCCTTCGACTCGTCCTGGGGTTGGGGATCCAACTCTCGGAACTTGACCG
TGACGGTGAACAGCGAGGATCCGGTGAGGATCGAAGTGCCGCTGAGCGGA
AGACATAGCGAGCTGTTTGGTCCGGGATTGGGATGGTGGGATACAGCGAC
TTTAGGACTACTGACTAGTGGCTGGAAGGAAGGGTTAAACGAGGTGGTAG
TTGGAAATGTGGGGGGTGACGAGGGATTTCAATCTTATGGAGCCGACTTT
GTGGGAATCCGAGTGCTGGATTAGACGACAATTGTTACTCCGACGCCGCA
ACTGGCTACCCTAACGTCAATTACGCGCCCAGTACCTCTCCAGAGCCCAG
ATTCGCCAACATGTCTCATGCTTTATTGCAGCAAAATCGAACCATTCTAT
TCCAGATCTGCGAGTGGGGTATCAGCTTCCCCGCGAATTGGGCCCCTGCT
CTCGGTCATTCTTGGCGAATTGGGAACGACATCATACCTGACTGGCGGAC
AATCTTCCGCATCATAAACCAGGCAGCTCCACAAACAGATGTTGCTGGCC
CGGGCCAATGGCCGGACCTTGACATGCTAGAAGTGGGGAACAATATATTT
TCTCTGCCGGAGGAGCAGACGCATTTTTCGCTCTGGGCCATTCTCAAGAG
CCCGTTGATCATTGGCGCTGCCTTAAAGGATGAGCTCACTGCCATAAATG
ACGCGTCGCTAGCAGTTCTGAAACAGAAGGATGTCATAGCATTCAATCAA
GATGCACTGGGGAAGAGTGCGAGTCTACGCCGGCGCTGGACCGAAGAGGG
CTATGAGGTATGGAGTGGGCCGCTGTCGAATGGTCGGACAGTGGCTGCGG
TCATCAATTGGCACAATGAAAGCAAGGACCTGACCCTGGATTTGCCGGAT
GTTGGGCTCCAACATGCAGGGACGGTGAAGAACATTTGGGACGGCACTAC
TGCACGGGATGTGCTTACTTCCTACACGGCGACAGTAGCCGGCCATGGCA
CGATGCTACTCGAACTACAGAATACGACTGCTGTCGGAGTGTATCCGCGA
GGAGTTTTCGGAGTATCTTCTGGACCACGAAGAACAAGATGCCAGAACAT
TTGCCTCGTGGAATGTGGACTCTCTCAAATATGGAACACGTACAATCATT
ACTCGTGCTCCCCAAACGAGACTATCGTTCAGTCCAATGCACAAGCATTG
GTTGACTTAGGCTTGTCCTCTCTCGGATATCGATATGTCACGACGGACTG
CGGCTGGACAGTCGCAGACCGGCTGCCTGACGGATCCTTGACGTGGAACG
ACACCCTGTTCCCTCAAGGATTCCCGGCTATGGGTGATTTCCTCCATGAT
CTGGGTCTCCTATTCGGCGTGTATCAGGATTCCGGGATTCTGTTATGTGG
AAGTCCGCCGAATGAGACAGGAAGCCTGTATGGGGCAAACGACGACTTTC
CAAAACATCTACGCCGTGACAACCAGTGCCAAGTACATCATTAGCGTCTA
CTTCTCGCAGCCAGCTTCTTCAACAGAAACTATCACCATCGGATCAAATG
CCAACCATAGTATGATATCCGCACAGGTCCCCGCATCGTCCACGCTAGTC
TCCGCCGAGATTCCTCTTACCGCCGGGTCCTCCAACACAATCACCATCAA
CACTTCCATACCTATTGACGCCATTCACGTCACACCTCCCAATGGAACGT
ACTACCCTTGCACAAACTTTACCCTTGCCGGGTCTACCACGCTGACTACG
TGTGGGAGCGGTTATTGTCAGCCGGTTGGCTCAAAGGTTGGCTACATCAG
CCCCAGTGGCACTGCCAAAGCAACGATTTCCGCGACTACCAGTGGGAGCA
AGTATCTGGAGATTGACTGGATAAATAATGATATTGCCTTCGACTCGTCC
TGGGGTTGGGGATCCAACTCTCGGAACTTGACCGTGACGGTGAACAGCGA
GGATCCGGTGAGGATCGAAGTGCCGCTGAGCGGAAGACATAGCGAGCTGT
TTGGTCCGGGATTGGGATGGTGGGATACAGCGACTTTAGGACTACTGACT
AGTGGCTGGAAGGAAGGGTTAAACGAGGTGGTAGTTGGAAATGTGGGGGG
TGACGAGGGATTTCAATCTTATGGAGCCGACTTTGTGGGAATCCGAGTGC
TGGATTAGACGACAATTGTTACTCCGACGCCGCAACTGGCTACCCTAACG
TCAATTACGCGCCCAGTACCTCTCCAGAGCCCAGATTCGCCAACATGTCT
CATGCTTTATTGCAGCAAAATCGAACCATTCTATTCCAGATCTGCGAGTG
GGGTATCAGCTTCCCCGCGAATTGGGCCCCTGCTCTCGGTCATTCTTGGC
GAATTGGGAACGACATCATACCTGACTGGCGGACAATCTTCCGCATCATA
AACCAGGCAGCTCCACAAACAGATGTTGCTGGCCCGGGCCAATGGCCGGA
CCTTGACATGCTAGAAGTGGGGAACAATATATTTTCTCTGCCGGAGGAGC
AGACGCATTTTTCGCTCTGGGCCATTCTCAAGAGCCCGTTGATCATTGGC
GCTGCCTTAAAGGATGAGCTCACTGCCATAAATGACGCGTCGCTAGCAGT
TCTGAAACAGAAGGATGTCATAGCATTCAATCAAGATGCACTGGGGAAGA
GTGCGAGTCTACGCCGGCGCTGGACCGAAGAGGGCTATGAGGTATGGAGT
GGGCCGCTGTCGAATGGTCGGACAGTGGCTGCGGTCATCAATTGGCACAA
TGAAAGCAAGGACCTGACCCTGGATTTGCCGGATGTTGGGCTCCAACATG
CAGGGACGGTGAAGAACATTTGGGACGGCACTACTGCACGGGATGTGCTT
ACTTCCTACACGGCGACAGTAGCCGGCCATGGCACGATGCTACTCGAACT
ACAGAATACGACTGCTGTCGGAGTGTATCCGCGAGGAGTTTTCGGAGTAT
CTTCTGGACCACGAAGAACAAGATGCCAGAACATTTGCCTCGTGGAATGT
GGACTCTCTCAAATATGGAACACGTACAATCATTACTCGTGCTCCCCAAA
CGAGACTATCGTTCAGTCCAATGCACAAGCATTGGTTGACTTAGGCTTGT
CCTCTCTCGGATATCGATATGTCACGACGGACTGCGGCTGGACAGTCGCA
GACCGGCTGCCTGACGGATCCTTGACGTGGAACGACACCCTGTTCCCTCA
AGGATTCCCGGCTATGGGTGATTTCCTCCATGATCTGGGTCTCCTATTCG
GCGTGTATCAGGATTCCGGGATTCTGTTATGTGGAAGTCCGCCGAATGAG
ACAGGAAGCCTGTATGGGGCAAACGACGACTTTCCAAAACATCTACGCCG
TGACAACCAGTGCCAAGTACATCATTAGCGTCTACTTCTCGCAGCCAGCT
TCTTCAACAGAAACTATCACCATCGGATCAAATGCCAACCATAGTATGAT
ATCCGCACAGGTCCCCGCATCGTCCACGCTAGTCTCCGCCGAGATTCCTC
TTACCGCCGGGTCCTCCAACACAATCACCATCAACACTTCCATACCTATT
GACGCCATTCACGTCACACCTCCCAATGGAACGTACTACCCTTGCACAAA
CTTTACCCTTGCCGGGTCTACCACGCTGACTACGTGTGGGAGCGGTTATT
GTCAGCCGGTTGGCTCAAAGGTTGGCTACATCAGCCCCAGTGGCACTGCC
AAAGCAACGATTTCCGCGACTACCAGTGGGAGCAAGTATCTGGAGATTGA
CTGGATAAATAATGATATTGCCTTCGACTCGTCCTGGGGTTGGGGATCCA
ACTCTCGGAACTTGACCGTGACGGTGAACAGCGAGGATCCGGTGAGGATC
GAAGTGCCGCTGAGCGGAAGACATAGCGAGCTGTTTGGTCCGGGATTGGG
ATGGTGGGATACAGCGACTTTAGGACTACTGACTAGTGGCTGGAAGGAAG
GGTTAAACGAGGTGGTAGTTGGAAATGTGGGGGGTGACGAGGGATTTCAA
TCTTATGGAGCCGACTTTGTGGGAATCCGAGTGCTGGATTAGACGACAAT
TGTTACTCCGACGCCGCAACTGGCTACCCTAACGTCAATTACGCGCCCAG
TACCTCTCCAGAGCCCAGATTCGCCAACATGTCTCATGCTTTATTGCAGC
AAAATCGAACCATTCTATTCCAGATCTGCGAGTGGGGTATCAGCTTCCCC
GCGAATTGGGCCCCTGCTCTCGGTCATTCTTGGCGAATTGGGAACGACAT
CATACCTGACTGGCGGACAATCTTCCGCATCATAAACCAGGCAGCTCCAC
AAACAGATGTTGCTGGCCCGGGCCAATGGCCGGACCTTGACATGCTAGAA
GTGGGGAACAATATATTTTCTCTGCCGGAGGAGCAGACGCATTTTTCGCT
CTGGGCCATTCTCAAGAGCCCGTTGATCATTGGCGCTGCCTTAAAGGATG
AGCTCACTGCCATAAATGACGCGTCGCTAGCAGTTCTGAAACAGAAGGAT
GTCATAGCATTCAATCAAGATGCACTGGGGAAGAGTGCGAGTCTACGCCG
GCGCTGGACCGAAGAGGGCTATGAGGTATGGAGTGGGCCGCTGTCGAATG
GTCGGACAGTGGCTGCGGTCATCAATTGGCACAATGAAAGCAAGGACCTG
ACCCTGGATTTGCCGGATGTTGGGCTCCAACATGCAGGGACGGTGAAGAA
CATTTGGGACGGCACTACTGCACGGGATGTGCTTACTTCCTACACGGCGA
CAGTAGCCGGCCATGGCACGATGCTACTCGAACTACAGAATACGACTGCT
GTCGGAGTGTATCCGCGAGGAGTTTTCGGAGTATCTTCTGGACCACGAAG
AACAAGATGCCAGAACATTTGCCTCGTGGAATGTGGACTCTCTCAAATAT
GGAACACGTACAATCATTACTCGTGCTCCCCAAACGAGACTATCGTTCAG
TCCAATGCACAAGCATTGGTTGACTTAGGCTTGTCCTCTCTCGGATATCG
ATATGTCACGACGGACTGCGGCTGGACAGTCGCAGACCGGCTGCCTGACG
GATCCTTGACGTGGAACGACACCCTGTTCCCTCAAGGATTCCCGGCTATG
GGTGATTTCCTCCATGATCTGGGTCTCCTATTCGGCGTGTATCAGGATTC
CGGGATTCTGTTATGTGGAAGTCCGCCGAATGAGACAGGAAGCCTGTATG
GGGCAAACGACGACTTTCCAAAACATCTACGCCGTGACAACCAGTGCCAA
GTACATCATTAGCGTCTACTTCTCGCAGCCAGCTTCTTCAACAGAAACTA
TCACCATCGGATCAAATGCCAACCATAGTATGATATCCGCACAGGTCCCC
GCATCGTCCACGCTAGTCTCCGCCGAGATTCCTCTTACCGCCGGGTCCTC
CAACACAATCACCATCAACACTTCCATACCTATTGACGCCATTCACGTCA
CACCTCCCAATGGAACGTACTACCCTTGCACAAACTTTACCCTTGCCGGG
TCTACCACGCTGACTACGTGTGGGAGCGGTTATTGTCAGCCGGTTGGCTC
AAAGGTTGGCTACATCAGCCCCAGTGGCACTGCCAAAGCAACGATTTCCG
CGACTACCAGTGGGAGCAAGTATCTGGAGATTGACTGGATAAATAATGAT
ATTGCCTTCGACTCGTCCTGGGGTTGGGGATCCAACTCTCGGAACTTGAC
CGTGACGGTGAACAGCGAGGATCCGGTGAGGATCGAAGTGCCGCTGAGCG
GAAGACATAGCGAGCTGTTTGGTCCGGGATTGGGATGGTGGGATACAGCG
ACTTTAGGACTACTGACTAGTGGCTGGAAGGAAGGGTTAAACGAGGTGGT
AGTTGGAAATGTGGGGGGTGACGAGGGATTTCAATCTTATGGAGCCGACT
TTGTGGGAATCCGAGTGCTGGATTAGACGACAATTGTTACTCCGACGCCG
CAACTGGCTACCCTAACGTCAATTACGCGCCCAGTACCTCTCCAGAGCCC
AGATTCGCCAACATGTCTCATGCTTTATTGCAGCAAAATCGAACCATTCT
ATTCCAGATCTGCGAGTGGGGTATCAGCTTCCCCGCGAATTGGGCCCCTG
CTCTCGGTCATTCTTGGCGAATTGGGAACGACATCATACCTGACTGGCGG
ACAATCTTCCGCATCATAAACCAGGCAGCTCCACAAACAGATGTTGCTGG
CCCGGGCCAATGGCCGGACCTTGACATGCTAGAAGTGGGGAACAATATAT
TTTCTCTGCCGGAGGAGCAGACGCATTTTTCGCTCTGGGCCATTCTCAAG
AGCCCGTTGATCATTGGCGCTGCCTTAAAGGATGAGCTCACTGCCATAAA
TGACGCGTCGCTAGCAGTTCTGAAACAGAAGGATGTCATAGCATTCAATC
AAGATGCACTGGGGAAGAGTGCGAGTCTACGCCGGCGCTGGACCGAAGAG
GGCTATGAGGTATGGAGTGGGCCGCTGTCGAATGGTCGGACAGTGGCTGC
GGTCATCAATTGGCACAATGAAAGCAAGGACCTGACCCTGGATTTGCCGG
ATGTTGGGCTCCAACATGCAGGGACGGTGAAGAACATTTGGGACGGCACT
ACTGCACGGGATGTGCTTACTTCCTACACGGCGACAGTAGCCGGCCATGG
CACGATGCTACTCGAACTACAGAATACGACTGCTGTCGGAGTGTATCCGC
GAGGAGTTTTCGGAGTATCTTCTGGACCACGAAGAACAAGATGCCAGAAC
ATTTGCCTCGTGGAATGTGGACTCTCTCAAATATGGAACACGTACAATCA
TTACTCGTGCTCCCCAAACGAGACTATCGTTCAGTCCAATGCACAAGCAT
TGGTTGACTTAGGCTTGTCCTCTCTCGGATATCGATATGTCACGACGGAC
TGCGGCTGGACAGTCGCAGACCGGCTGCCTGACGGATCCTTGACGTGGAA
CGACACCCTGTTCCCTCAAGGATTCCCGGCTATGGGTGATTTCCTCCATG
ATCTGGGTCTCCTATTCGGCGTGTATCAGGATTCCGGGATTCTGTTATGT
GGAAGTCCGCCGAATGAGACAGGAAGCCTGTATGGGGCAAACGACGACTT
TCCAAAACATCTACGCCGTGACAACCAGTGCCAAGTACATCATTAGCGTC
TACTTCTCGCAGCCAGCTTCTTCAACAGAAACTATCACCATCGGATCAAA
TGCCAACCATAGTATGATATCCGCACAGGTCCCCGCATCGTCCACGCTAG
TCTCCGCCGAGATTCCTCTTACCGCCGGGTCCTCCAACACAATCACCATC
AACACTTCCATACCTATTGACGCCATTCACGTCACACCTCCCAATGGAAC
GTACTACCCTTGCACAAACTTTACCCTTGCCGGGTCTACCACGCTGACTA
CGTGTGGGAGCGGTTATTGTCAGCCGGTTGGCTCAAAGGTTGGCTACATC
AGCCCCAGTGGCACTGCCAAAGCAACGATTTCCGCGACTACCAGTGGGAG
CAAGTATCTGGAGATTGACTGGATAAATAATGATATTGCCTTCGACTCGT
CCTGGGGTTGGGGATCCAACTCTCGGAACTTGACCGTGACGGTGAACAGC
GAGGATCCGGTGAGGATCGAAGTGCCGCTGAGCGGAAGACATAGCGAGCT
GTTTGGTCCGGGATTGGGATGGTGGGATACAGCGACTTTAGGACTACTGA
CTAGTGGCTGGAAGGAAGGGTTAAACGAGGTGGTAGTTGGAAATGTGGGG
GGTGACGAGGGATTTCAATCTTATGGAGCCGACTTTGTGGGAATCCGAGT
GCTGGATTAGACGACAATTGTTACTCCGACGCCGCAACTGGCTACCCTAA
CGTCAATTACGCGCCCAGTACCTCTCCAGAGCCCAGATTCGCCAACATGT
CTCATGCTTTATTGCAGCAAAATCGAACCATTCTATTCCAGATCTGCGAG
TGGGGTATCAGCTTCCCCGCGAATTGGGCCCCTGCTCTCGGTCATTCTTG
GCGAATTGGGAACGACATCATACCTGACTGGCGGACAATCTTCCGCATCA
TAAACCAGGCAGCTCCACAAACAGATGTTGCTGGCCCGGGCCAATGGCCG
GACCTTGACATGCTAGAAGTGGGGAACAATATATTTTCTCTGCCGGAGGA
GCAGACGCATTTTTCGCTCTGGGCCATTCTCAAGAGCCCGTTGATCATTG
GCGCTGCCTTAAAGGATGAGCTCACTGCCATAAATGACGCGTCGCTAGCA
GTTCTGAAACAGAAGGATGTCATAGCATTCAATCAAGATGCACTGGGGAA
GAGTGCGAGTCTACGCCGGCGCTGGACCGAAGAGGGCTATGAGGTATGGA
GTGGGCCGCTGTCGAATGGTCGGACAGTGGCTGCGGTCATCAATTGGCAC
AATGAAAGCAAGGACCTGACCCTGGATTTGCCGGATGTTGGGCTCCAACA
TGCAGGGACGGTGAAGAACATTTGGGACGGCACTACTGCACGGGATGTGC
TTACTTCCTACACGGCGACAGTAGCCGGCCATGGCACGATGCTACTCGAA
CTACAGAATACGACTGCTGTCGGAGTGTATCCGCGAGGAGTTTTCGGAGT
ATCTTCTGGACCACGAAGAACAAGATGCCAGAACATTTGCCTCGTGGAAT
GTGGACTCTCTCAAATATGGAACACGTACAATCATTACTCGTGCTCCCCA
AACGAGACTATCGTTCAGTCCAATGCACAAGCATTGGTTGACTTAGGCTT
GTCCTCTCTCGGATATCGATATGTCACGACGGACTGCGGCTGGACAGTCG
CAGACCGGCTGCCTGACGGATCCTTGACGTGGAACGACACCCTGTTCCCT
CAAGGATTCCCGGCTATGGGTGATTTCCTCCATGATCTGGGTCTCCTATT
CGGCGTGTATCAGGATTCCGGGATTCTGTTATGTGGAAGTCCGCCGAATG
AGACAGGAAGCCTGTATGGG
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Molecular Function
TermDefinition
GO:0003824catalytic activity
GO:0004553hydrolase activity, hydrolyzing O-glycosyl compounds
Vocabulary: Biological Process
TermDefinition
GO:0005975carbohydrate metabolic process
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_19565CAN33_19565Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_19565-T1CAN33_19565-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_19565-T1.cdsCAN33_19565-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_19565-T1.exon5CAN33_19565-T1.exon5Aspergillus niger FDAARGOS_311exon
CAN33_19565-T1.exon4CAN33_19565-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_19565-T1.exon3CAN33_19565-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_19565-T1.exon2CAN33_19565-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_19565-T1.exon1CAN33_19565-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
DBxrefInterPro:IPR017853
DBxrefInterPro:IPR013785
DBxrefInterPro:IPR008979
DBxrefInterPro:IPR013780
DBxrefInterPro:IPR041233
DBxrefInterPro:IPR002241
DBxrefPFAM:PF17801
DBxrefPFAM:PF16499
ProductMelibiase 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
NKJJ01000011.1supercontigNKJJ01000011.1:2162321..2164402 -
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