Annotation of co-expression genes

PH01000003G3770's details annotation

1.Annotation

ICBR annotation: ubiquitin-conjugating enzyme E2 O, putative, expressed

Blast result AT3G15355 : 6.00E-82
Blast annotation: ubiquitin-conjugating enzyme 25

2.Location

Scaffold: PH01000003
Strand: +

RegionStartEnd
gene25243092531572
mRNA25243092531572
exon25243092525133
exon25252452525350
exon25292652529675
exon25297552529818
exon25303392530478
exon25305612530872
exon25310642531572
CDS25251202525133
CDS25252452525350
CDS25292652529675
CDS25297552529818
CDS25303392530478
CDS25305612530872
CDS25310642531390

UCSC genome browser

3.Network

Co-expression Network CategoryGlobal NetworkConditional Network
Co-expression Positive Top300 PCC genelist

MR network genelist
Top300 PCC genelist

MR network genelist
Co-expression Negative Top300 PCC genelist

MR network genelist
Top300 PCC genelist

MR network genelist
Predict protein-portein interaction null
miRNA-targets relationshipnull
 

4.Functional module

MethodModule IDFunction Annotation
coexpression networkCFinderM000695STE_STE11 (from iTAK)
RLK-Pelle_RLCK-VIIa-1 (from iTAK)
SNARE_interactions_in_vesicular_transport
coexpression networkCFinderM001227RLK-Pelle_RLCK-VIIa-1 (from iTAK)
Ubiquitin_mediated_proteolysis
Amino_sugar_and_nucleotide_sugar_metabolism
Galactose_metabolism
galactose metabolic process,
coexpression networkCFinderM001716Amino_sugar_and_nucleotide_sugar_metabolism
cellular metabolic process,
GT8 GlycosylTransferases
coenzyme binding,
copper ion transport,
copper-transporting_ATPase_activity
Starch_and_sucrose_metabolism
Ubiquitin_mediated_proteolysis

5.Cis-elements

Details in 3kb promoter region

6.Expression profilings


7.Gene family

CategoryFamily
nullnull

8.Protein domain

Pfam AccessionPfam AnnotationAlignment StartAlignment Start
PF00179.25UQ_con185318

9.KEGG Pathway

PathwayKEGG OrthologPathway IDKO
Ubiquitin mediated proteolysisubiquitin-conjugating enzyme E2 O [EC:6.3.2.19]ko04120K10581

10.Gene Ontology

GO AccessionGO Annotation
GO:0016881acid-amino acid ligase activity

Maintained by Xuelian Ma - Zhen Su's Lab - China Agricultural University
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