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CAN33_44865-T1, CAN33_44865-T1 (mRNA) Aspergillus niger FDAARGOS_311

Overview
NameCAN33_44865-T1
Unique NameCAN33_44865-T1
TypemRNA
OrganismAspergillus niger FDAARGOS_311
Sequences
The following sequences are available for this feature:

mRNA from alignment at NKJJ01000022.1:1706557..1708900-

Legend: polypeptideCDSexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>CAN33_44865-T1 ID=CAN33_44865-T1|Name=CAN33_44865-T1|organism=Aspergillus niger FDAARGOS_311|type=mRNA|length=2344bp|location=Sequence derived from alignment at NKJJ01000022.1:1706557..1708900- (Aspergillus niger FDAARGOS_311)
ATGCCGGGTATGGCTCGCTTAAATGAATCGTCAGCTCCAACAGAGCATGT
CGAGGCCCGTAAGCACCGCAACCCCTTCCCCCGTGGAATTCTACTGAAGC
TGACTTTAGCGTCATACCAGTAAAACGACGGTTTGTGCGACAGAATCGTG
AGATCGCTCGAGTAAACTCGATACAGTCCCTCCGCATTCGCAGCCTCGAA
TCCGAAGTCTCTCATCTCCTCTCAGAAAATGTCTCGCTTCGGGAGCAAGT
AATAAGTCTTAGTCAGGAGGTAGAGAGATATGAGGCTGTCCGGCTACTCC
AACATGGTGTTTACGACATCAAGACCAGACTAGACAGCAAGTTGGCGGAG
CTGAACAACCTGGTGGCCGACCTAGGCGCACTTCCGCGCACATTCTACAG
CAAATGTGCAGAGAATTCTCAAGATCCAAATCAACTCCGGGCACTGTCGG
ATTGGAAAGCGAAGACAACCAATGATGAGCTCAATCACGGGAAAGACGAA
GAGGGAAGGCTTCCTGTCATCCTGGAAGACAAATATTACCCCAGAAAAAC
ATTAGAGTAATAAACCGGGACCCCGAGACTTGATTCTATAATGCTTACCA
TCAACAGGCCACAAGAGCTACAAGATTTCCGATATAATACCGCCGATAAT
CTGCGATCTCCCACCCCGGAAGAGCCTGTAGCCACGCGACCAGACACAGC
GGACGACAGCTCCTTTACGAATGATTCTTCCGATATCATAAATGCGCAGC
AGGCACCGACTTACAATGAGCACATGTCGGACGAAGACGAGGCAGTTTTG
CCCCCTACACTTGAGACCAGGAAAAGAAAAAGGCCCATTCCAGCATCAAA
GCAAATGGAAAGCTCTCGCATGGATCACGGGGCACCCTCGACACGGAACA
ACCCTGGGACTAACTTCAGCCCGGAAACCAAGCGCAAATTTTCGGTGCAT
CACGGAAAGATAATGGAATCGTTATCGAATCACCCCGACGTTCCACGGAC
AAGCATGCAGTCACCATCACCGGTGAGAAAGAACGAGCAGTCGCTGTCGT
CAGAGGCTGATGATAGTCCATCGGGAGGGAAGGCCTCGCTTTTGACAGAA
CAGGCAATGAGTCACAGGTCGGCAAAACGGAAAGCATTGGAGCATAGTAT
GTGCCGTGTCGCGCCACTGCAATACTGAGGATTTAATCAGCTAATGAAGA
TGTAGGAAGCACAAATATGAACATGACCAGCCCAACGAAAGCACGTACTA
CAATGGTGCAAGAGAAGCCCCAGAAAGACACAATGCCCTCCATCGACGAA
AAGGATGTTCAAGTGGAGTTGTCCCCAGCGCTACTCGAGAAAGGCACAGA
TCTCGAGCAGTCGAGGCAAGAGACGCCTCTACAGTATCGGATCCATCAAT
CCACAGATGAACAGAAGCATGACGAAAACACCATGGTTGAAAGCCGGTCA
AATACGCGGCGCTCCACGCTACCAGAAATTGAGAGCGCACCGAGGAATTT
GCCTGACGTGTCTGGCCCAACGAGGCCTGCCAGGCGCCAGAGAGCCATTG
TGAGCTATGCGGAGCCGAATCTACGAGACAAGATGCGGAGACCTACGAAG
GAATTGATAGCAGCAGTTGGCGATCAGCCAAGACGAAGCTCTAGCTCCCT
CAATGTACGGCTGGACTCGAACGAGGATGAGGACCTGCGTAAGAATGGGC
GATCGAATGGGCGGAGACCGCGAAACTCGGACCCCTCAGGCAAAGAACCC
AAATTACCGACGACAGAGGCAGCAGCAGCAGCAGATTTATCTACCCAGCA
AATGAACTTAGTGTCTCAGAGGAAACGGAAGGCTTCTCCGGCAAACAAGT
GCAATATGGCACCTGAAGGCATTGCCGAGGGGTCTACAGAGGCATGCCCT
CATGAATGTGTGGCTGGGAGAAGTAAAATTGACGAAATGATGGCTGCAGA
TGACAATTATCAGATGCAGCCGTCGCAGATGACTGGTAATGATGTTACGA
GGAGCGTTCCCCCTATTGGGTGCAAGGCCAGACCTGCTACAGCTCGGAAG
TCTAGACGGCATTCTTCACAGCCCGAATCATCCAGAAAAGGTGAATTCCA
ACCAGCAAGCAACGATTATATGAGCATAGAAAGCCAAGATAACTCTCCAT
CAGAGGCTCGTGCAGGGAATTCCTACTCCACAAGATCCCTTGAAGACTTC
GCCAAGCTGAGCTCTCCTACACAGCAATCAAAAGCGAGTACTAGAGCAGA
CTTGTCTACTTCGAGGGTGGCTGATTCGGGACAAACTAAGCGCGGGCAAC
GTGCCGCAGCCGCTATAGCTAGAAGAAAAAGCATGATGTTGTGA
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Coding sequence (CDS) from alignment at NKJJ01000022.1:1706557..1708900-

>CAN33_44865-T1 ID=CAN33_44865-T1|Name=CAN33_44865-T1|organism=Aspergillus niger FDAARGOS_311|type=CDS|length=8688bp|location=Sequence derived from alignment at NKJJ01000022.1:1706557..1708900- (Aspergillus niger FDAARGOS_311)
GAAGCACAAATATGAACATGACCAGCCCAACGAAAGCACGTACTACAATG
GTGCAAGAGAAGCCCCAGAAAGACACAATGCCCTCCATCGACGAAAAGGA
TGTTCAAGTGGAGTTGTCCCCAGCGCTACTCGAGAAAGGCACAGATCTCG
AGCAGTCGAGGCAAGAGACGCCTCTACAGTATCGGATCCATCAATCCACA
GATGAACAGAAGCATGACGAAAACACCATGGTTGAAAGCCGGTCAAATAC
GCGGCGCTCCACGCTACCAGAAATTGAGAGCGCACCGAGGAATTTGCCTG
ACGTGTCTGGCCCAACGAGGCCTGCCAGGCGCCAGAGAGCCATTGTGAGC
TATGCGGAGCCGAATCTACGAGACAAGATGCGGAGACCTACGAAGGAATT
GATAGCAGCAGTTGGCGATCAGCCAAGACGAAGCTCTAGCTCCCTCAATG
TACGGCTGGACTCGAACGAGGATGAGGACCTGCGTAAGAATGGGCGATCG
AATGGGCGGAGACCGCGAAACTCGGACCCCTCAGGCAAAGAACCCAAATT
ACCGACGACAGAGGCAGCAGCAGCAGCAGATTTATCTACCCAGCAAATGA
ACTTAGTGTCTCAGAGGAAACGGAAGGCTTCTCCGGCAAACAAGTGCAAT
ATGGCACCTGAAGGCATTGCCGAGGGGTCTACAGAGGCATGCCCTCATGA
ATGTGTGGCTGGGAGAAGTAAAATTGACGAAATGATGGCTGCAGATGACA
ATTATCAGATGCAGCCGTCGCAGATGACTGGTAATGATGTTACGAGGAGC
GTTCCCCCTATTGGGTGCAAGGCCAGACCTGCTACAGCTCGGAAGTCTAG
ACGGCATTCTTCACAGCCCGAATCATCCAGAAAAGGTGAATTCCAACCAG
CAAGCAACGATTATATGAGCATAGAAAGCCAAGATAACTCTCCATCAGAG
GCTCGTGCAGGGAATTCCTACTCCACAAGATCCCTTGAAGACTTCGCCAA
GCTGAGCTCTCCTACACAGCAATCAAAAGCGAGTACTAGAGCAGACTTGT
CTACTTCGAGGGTGGCTGATTCGGGACAAACTAAGCGCGGGCAACGTGCC
GCAGCCGCTATAGCTAGAAGAAAAAGCATGATGTTGTGAGCCACAAGAGC
TACAAGATTTCCGATATAATACCGCCGATAATCTGCGATCTCCCACCCCG
GAAGAGCCTGTAGCCACGCGACCAGACACAGCGGACGACAGCTCCTTTAC
GAATGATTCTTCCGATATCATAAATGCGCAGCAGGCACCGACTTACAATG
AGCACATGTCGGACGAAGACGAGGCAGTTTTGCCCCCTACACTTGAGACC
AGGAAAAGAAAAAGGCCCATTCCAGCATCAAAGCAAATGGAAAGCTCTCG
CATGGATCACGGGGCACCCTCGACACGGAACAACCCTGGGACTAACTTCA
GCCCGGAAACCAAGCGCAAATTTTCGGTGCATCACGGAAAGATAATGGAA
TCGTTATCGAATCACCCCGACGTTCCACGGACAAGCATGCAGTCACCATC
ACCGGTGAGAAAGAACGAGCAGTCGCTGTCGTCAGAGGCTGATGATAGTC
CATCGGGAGGGAAGGCCTCGCTTTTGACAGAACAGGCAATGAGTCACAGG
TCGGCAAAACGGAAAGCATTGGAGCATATAAAACGACGGTTTGTGCGACA
GAATCGTGAGATCGCTCGAGTAAACTCGATACAGTCCCTCCGCATTCGCA
GCCTCGAATCCGAAGTCTCTCATCTCCTCTCAGAAAATGTCTCGCTTCGG
GAGCAAGTAATAAGTCTTAGTCAGGAGGTAGAGAGATATGAGGCTGTCCG
GCTACTCCAACATGGTGTTTACGACATCAAGACCAGACTAGACAGCAAGT
TGGCGGAGCTGAACAACCTGGTGGCCGACCTAGGCGCACTTCCGCGCACA
TTCTACAGCAAATGTGCAGAGAATTCTCAAGATCCAAATCAACTCCGGGC
ACTGTCGGATTGGAAAGCGAAGACAACCAATGATGAGCTCAATCACGGGA
AAGACGAAGAGGGAAGGCTTCCTGTCATCCTGGAAGACAAATATTACCCC
AGAAAAACATTAGAATGCCGGGTATGGCTCGCTTAAATGAATCGTCAGCT
CCAACAGAGCATGTCGAGGCCCGAAGCACAAATATGAACATGACCAGCCC
AACGAAAGCACGTACTACAATGGTGCAAGAGAAGCCCCAGAAAGACACAA
TGCCCTCCATCGACGAAAAGGATGTTCAAGTGGAGTTGTCCCCAGCGCTA
CTCGAGAAAGGCACAGATCTCGAGCAGTCGAGGCAAGAGACGCCTCTACA
GTATCGGATCCATCAATCCACAGATGAACAGAAGCATGACGAAAACACCA
TGGTTGAAAGCCGGTCAAATACGCGGCGCTCCACGCTACCAGAAATTGAG
AGCGCACCGAGGAATTTGCCTGACGTGTCTGGCCCAACGAGGCCTGCCAG
GCGCCAGAGAGCCATTGTGAGCTATGCGGAGCCGAATCTACGAGACAAGA
TGCGGAGACCTACGAAGGAATTGATAGCAGCAGTTGGCGATCAGCCAAGA
CGAAGCTCTAGCTCCCTCAATGTACGGCTGGACTCGAACGAGGATGAGGA
CCTGCGTAAGAATGGGCGATCGAATGGGCGGAGACCGCGAAACTCGGACC
CCTCAGGCAAAGAACCCAAATTACCGACGACAGAGGCAGCAGCAGCAGCA
GATTTATCTACCCAGCAAATGAACTTAGTGTCTCAGAGGAAACGGAAGGC
TTCTCCGGCAAACAAGTGCAATATGGCACCTGAAGGCATTGCCGAGGGGT
CTACAGAGGCATGCCCTCATGAATGTGTGGCTGGGAGAAGTAAAATTGAC
GAAATGATGGCTGCAGATGACAATTATCAGATGCAGCCGTCGCAGATGAC
TGGTAATGATGTTACGAGGAGCGTTCCCCCTATTGGGTGCAAGGCCAGAC
CTGCTACAGCTCGGAAGTCTAGACGGCATTCTTCACAGCCCGAATCATCC
AGAAAAGGTGAATTCCAACCAGCAAGCAACGATTATATGAGCATAGAAAG
CCAAGATAACTCTCCATCAGAGGCTCGTGCAGGGAATTCCTACTCCACAA
GATCCCTTGAAGACTTCGCCAAGCTGAGCTCTCCTACACAGCAATCAAAA
GCGAGTACTAGAGCAGACTTGTCTACTTCGAGGGTGGCTGATTCGGGACA
AACTAAGCGCGGGCAACGTGCCGCAGCCGCTATAGCTAGAAGAAAAAGCA
TGATGTTGTGAGCCACAAGAGCTACAAGATTTCCGATATAATACCGCCGA
TAATCTGCGATCTCCCACCCCGGAAGAGCCTGTAGCCACGCGACCAGACA
CAGCGGACGACAGCTCCTTTACGAATGATTCTTCCGATATCATAAATGCG
CAGCAGGCACCGACTTACAATGAGCACATGTCGGACGAAGACGAGGCAGT
TTTGCCCCCTACACTTGAGACCAGGAAAAGAAAAAGGCCCATTCCAGCAT
CAAAGCAAATGGAAAGCTCTCGCATGGATCACGGGGCACCCTCGACACGG
AACAACCCTGGGACTAACTTCAGCCCGGAAACCAAGCGCAAATTTTCGGT
GCATCACGGAAAGATAATGGAATCGTTATCGAATCACCCCGACGTTCCAC
GGACAAGCATGCAGTCACCATCACCGGTGAGAAAGAACGAGCAGTCGCTG
TCGTCAGAGGCTGATGATAGTCCATCGGGAGGGAAGGCCTCGCTTTTGAC
AGAACAGGCAATGAGTCACAGGTCGGCAAAACGGAAAGCATTGGAGCATA
TAAAACGACGGTTTGTGCGACAGAATCGTGAGATCGCTCGAGTAAACTCG
ATACAGTCCCTCCGCATTCGCAGCCTCGAATCCGAAGTCTCTCATCTCCT
CTCAGAAAATGTCTCGCTTCGGGAGCAAGTAATAAGTCTTAGTCAGGAGG
TAGAGAGATATGAGGCTGTCCGGCTACTCCAACATGGTGTTTACGACATC
AAGACCAGACTAGACAGCAAGTTGGCGGAGCTGAACAACCTGGTGGCCGA
CCTAGGCGCACTTCCGCGCACATTCTACAGCAAATGTGCAGAGAATTCTC
AAGATCCAAATCAACTCCGGGCACTGTCGGATTGGAAAGCGAAGACAACC
AATGATGAGCTCAATCACGGGAAAGACGAAGAGGGAAGGCTTCCTGTCAT
CCTGGAAGACAAATATTACCCCAGAAAAACATTAGAATGCCGGGTATGGC
TCGCTTAAATGAATCGTCAGCTCCAACAGAGCATGTCGAGGCCCGAAGCA
CAAATATGAACATGACCAGCCCAACGAAAGCACGTACTACAATGGTGCAA
GAGAAGCCCCAGAAAGACACAATGCCCTCCATCGACGAAAAGGATGTTCA
AGTGGAGTTGTCCCCAGCGCTACTCGAGAAAGGCACAGATCTCGAGCAGT
CGAGGCAAGAGACGCCTCTACAGTATCGGATCCATCAATCCACAGATGAA
CAGAAGCATGACGAAAACACCATGGTTGAAAGCCGGTCAAATACGCGGCG
CTCCACGCTACCAGAAATTGAGAGCGCACCGAGGAATTTGCCTGACGTGT
CTGGCCCAACGAGGCCTGCCAGGCGCCAGAGAGCCATTGTGAGCTATGCG
GAGCCGAATCTACGAGACAAGATGCGGAGACCTACGAAGGAATTGATAGC
AGCAGTTGGCGATCAGCCAAGACGAAGCTCTAGCTCCCTCAATGTACGGC
TGGACTCGAACGAGGATGAGGACCTGCGTAAGAATGGGCGATCGAATGGG
CGGAGACCGCGAAACTCGGACCCCTCAGGCAAAGAACCCAAATTACCGAC
GACAGAGGCAGCAGCAGCAGCAGATTTATCTACCCAGCAAATGAACTTAG
TGTCTCAGAGGAAACGGAAGGCTTCTCCGGCAAACAAGTGCAATATGGCA
CCTGAAGGCATTGCCGAGGGGTCTACAGAGGCATGCCCTCATGAATGTGT
GGCTGGGAGAAGTAAAATTGACGAAATGATGGCTGCAGATGACAATTATC
AGATGCAGCCGTCGCAGATGACTGGTAATGATGTTACGAGGAGCGTTCCC
CCTATTGGGTGCAAGGCCAGACCTGCTACAGCTCGGAAGTCTAGACGGCA
TTCTTCACAGCCCGAATCATCCAGAAAAGGTGAATTCCAACCAGCAAGCA
ACGATTATATGAGCATAGAAAGCCAAGATAACTCTCCATCAGAGGCTCGT
GCAGGGAATTCCTACTCCACAAGATCCCTTGAAGACTTCGCCAAGCTGAG
CTCTCCTACACAGCAATCAAAAGCGAGTACTAGAGCAGACTTGTCTACTT
CGAGGGTGGCTGATTCGGGACAAACTAAGCGCGGGCAACGTGCCGCAGCC
GCTATAGCTAGAAGAAAAAGCATGATGTTGTGAGCCACAAGAGCTACAAG
ATTTCCGATATAATACCGCCGATAATCTGCGATCTCCCACCCCGGAAGAG
CCTGTAGCCACGCGACCAGACACAGCGGACGACAGCTCCTTTACGAATGA
TTCTTCCGATATCATAAATGCGCAGCAGGCACCGACTTACAATGAGCACA
TGTCGGACGAAGACGAGGCAGTTTTGCCCCCTACACTTGAGACCAGGAAA
AGAAAAAGGCCCATTCCAGCATCAAAGCAAATGGAAAGCTCTCGCATGGA
TCACGGGGCACCCTCGACACGGAACAACCCTGGGACTAACTTCAGCCCGG
AAACCAAGCGCAAATTTTCGGTGCATCACGGAAAGATAATGGAATCGTTA
TCGAATCACCCCGACGTTCCACGGACAAGCATGCAGTCACCATCACCGGT
GAGAAAGAACGAGCAGTCGCTGTCGTCAGAGGCTGATGATAGTCCATCGG
GAGGGAAGGCCTCGCTTTTGACAGAACAGGCAATGAGTCACAGGTCGGCA
AAACGGAAAGCATTGGAGCATATAAAACGACGGTTTGTGCGACAGAATCG
TGAGATCGCTCGAGTAAACTCGATACAGTCCCTCCGCATTCGCAGCCTCG
AATCCGAAGTCTCTCATCTCCTCTCAGAAAATGTCTCGCTTCGGGAGCAA
GTAATAAGTCTTAGTCAGGAGGTAGAGAGATATGAGGCTGTCCGGCTACT
CCAACATGGTGTTTACGACATCAAGACCAGACTAGACAGCAAGTTGGCGG
AGCTGAACAACCTGGTGGCCGACCTAGGCGCACTTCCGCGCACATTCTAC
AGCAAATGTGCAGAGAATTCTCAAGATCCAAATCAACTCCGGGCACTGTC
GGATTGGAAAGCGAAGACAACCAATGATGAGCTCAATCACGGGAAAGACG
AAGAGGGAAGGCTTCCTGTCATCCTGGAAGACAAATATTACCCCAGAAAA
ACATTAGAATGCCGGGTATGGCTCGCTTAAATGAATCGTCAGCTCCAACA
GAGCATGTCGAGGCCCGAAGCACAAATATGAACATGACCAGCCCAACGAA
AGCACGTACTACAATGGTGCAAGAGAAGCCCCAGAAAGACACAATGCCCT
CCATCGACGAAAAGGATGTTCAAGTGGAGTTGTCCCCAGCGCTACTCGAG
AAAGGCACAGATCTCGAGCAGTCGAGGCAAGAGACGCCTCTACAGTATCG
GATCCATCAATCCACAGATGAACAGAAGCATGACGAAAACACCATGGTTG
AAAGCCGGTCAAATACGCGGCGCTCCACGCTACCAGAAATTGAGAGCGCA
CCGAGGAATTTGCCTGACGTGTCTGGCCCAACGAGGCCTGCCAGGCGCCA
GAGAGCCATTGTGAGCTATGCGGAGCCGAATCTACGAGACAAGATGCGGA
GACCTACGAAGGAATTGATAGCAGCAGTTGGCGATCAGCCAAGACGAAGC
TCTAGCTCCCTCAATGTACGGCTGGACTCGAACGAGGATGAGGACCTGCG
TAAGAATGGGCGATCGAATGGGCGGAGACCGCGAAACTCGGACCCCTCAG
GCAAAGAACCCAAATTACCGACGACAGAGGCAGCAGCAGCAGCAGATTTA
TCTACCCAGCAAATGAACTTAGTGTCTCAGAGGAAACGGAAGGCTTCTCC
GGCAAACAAGTGCAATATGGCACCTGAAGGCATTGCCGAGGGGTCTACAG
AGGCATGCCCTCATGAATGTGTGGCTGGGAGAAGTAAAATTGACGAAATG
ATGGCTGCAGATGACAATTATCAGATGCAGCCGTCGCAGATGACTGGTAA
TGATGTTACGAGGAGCGTTCCCCCTATTGGGTGCAAGGCCAGACCTGCTA
CAGCTCGGAAGTCTAGACGGCATTCTTCACAGCCCGAATCATCCAGAAAA
GGTGAATTCCAACCAGCAAGCAACGATTATATGAGCATAGAAAGCCAAGA
TAACTCTCCATCAGAGGCTCGTGCAGGGAATTCCTACTCCACAAGATCCC
TTGAAGACTTCGCCAAGCTGAGCTCTCCTACACAGCAATCAAAAGCGAGT
ACTAGAGCAGACTTGTCTACTTCGAGGGTGGCTGATTCGGGACAAACTAA
GCGCGGGCAACGTGCCGCAGCCGCTATAGCTAGAAGAAAAAGCATGATGT
TGTGAGCCACAAGAGCTACAAGATTTCCGATATAATACCGCCGATAATCT
GCGATCTCCCACCCCGGAAGAGCCTGTAGCCACGCGACCAGACACAGCGG
ACGACAGCTCCTTTACGAATGATTCTTCCGATATCATAAATGCGCAGCAG
GCACCGACTTACAATGAGCACATGTCGGACGAAGACGAGGCAGTTTTGCC
CCCTACACTTGAGACCAGGAAAAGAAAAAGGCCCATTCCAGCATCAAAGC
AAATGGAAAGCTCTCGCATGGATCACGGGGCACCCTCGACACGGAACAAC
CCTGGGACTAACTTCAGCCCGGAAACCAAGCGCAAATTTTCGGTGCATCA
CGGAAAGATAATGGAATCGTTATCGAATCACCCCGACGTTCCACGGACAA
GCATGCAGTCACCATCACCGGTGAGAAAGAACGAGCAGTCGCTGTCGTCA
GAGGCTGATGATAGTCCATCGGGAGGGAAGGCCTCGCTTTTGACAGAACA
GGCAATGAGTCACAGGTCGGCAAAACGGAAAGCATTGGAGCATATAAAAC
GACGGTTTGTGCGACAGAATCGTGAGATCGCTCGAGTAAACTCGATACAG
TCCCTCCGCATTCGCAGCCTCGAATCCGAAGTCTCTCATCTCCTCTCAGA
AAATGTCTCGCTTCGGGAGCAAGTAATAAGTCTTAGTCAGGAGGTAGAGA
GATATGAGGCTGTCCGGCTACTCCAACATGGTGTTTACGACATCAAGACC
AGACTAGACAGCAAGTTGGCGGAGCTGAACAACCTGGTGGCCGACCTAGG
CGCACTTCCGCGCACATTCTACAGCAAATGTGCAGAGAATTCTCAAGATC
CAAATCAACTCCGGGCACTGTCGGATTGGAAAGCGAAGACAACCAATGAT
GAGCTCAATCACGGGAAAGACGAAGAGGGAAGGCTTCCTGTCATCCTGGA
AGACAAATATTACCCCAGAAAAACATTAGAATGCCGGGTATGGCTCGCTT
AAATGAATCGTCAGCTCCAACAGAGCATGTCGAGGCCC
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Annotated Terms
The following terms have been associated with this mRNA:
Vocabulary: Cellular Component
TermDefinition
GO:0000775chromosome, centromeric region
GO:0005634nucleus
Vocabulary: Biological Process
TermDefinition
GO:0045132meiotic chromosome segregation
Relationships

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

Feature NameUnique NameSpeciesType
CAN33_44865CAN33_44865Aspergillus niger FDAARGOS_311gene


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

Feature NameUnique NameSpeciesType
CAN33_44865-T1CAN33_44865-T1-proteinAspergillus niger FDAARGOS_311polypeptide


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

Feature NameUnique NameSpeciesType
CAN33_44865-T1.cdsCAN33_44865-T1.cdsAspergillus niger FDAARGOS_311CDS


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

Feature NameUnique NameSpeciesType
CAN33_44865-T1.exon4CAN33_44865-T1.exon4Aspergillus niger FDAARGOS_311exon
CAN33_44865-T1.exon3CAN33_44865-T1.exon3Aspergillus niger FDAARGOS_311exon
CAN33_44865-T1.exon2CAN33_44865-T1.exon2Aspergillus niger FDAARGOS_311exon
CAN33_44865-T1.exon1CAN33_44865-T1.exon1Aspergillus niger FDAARGOS_311exon


Properties
Property NameValue
NoteEggNog:ENOG41
DBxrefInterPro:IPR011515
DBxrefInterPro:IPR011516
DBxrefPFAM:PF07558
DBxrefPFAM:PF07557
ProductShugoshin N-terminal coiled-coil region 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
NKJJ01000022.1supercontigNKJJ01000022.1:1706557..1708900 -
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