Annotation of co-expression genes

PH01000223G0830's details annotation

1.Annotation

ICBR annotation: methyltransferase, putative, expressed

Blast result AT2G39750 : 0.00E+00
Blast annotation: S-adenosyl-L-methionine-dependent methyltransferases superfamily protein

2.Location

Scaffold: PH01000223
Strand: -

RegionStartEnd
gene555475567737
mRNA555475567737
exon555475557548
exon557719557883
exon558553558606
exon559021559093
exon560496560651
exon560906560983
exon561377561499
exon562788563045
exon563533563692
exon565231565341
exon565723565993
exon566082566231
exon566650567737
CDS557039557548
CDS557719557883
CDS558553558606
CDS559021559093
CDS560496560651
CDS560906560983
CDS561377561499
CDS562788563045
CDS563533563692
CDS565231565341
CDS565723565993
CDS566082566231
CDS566650567351

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 details
miRNA-targets relationshipnull
 

4.Functional module

MethodModule IDFunction Annotation
coexpression networkCFinderM001503methyltransferase activity,
DNA metabolic process,
nuclease activity,
MYB-related Transcription_Regulator(from iTAK)
MYB_related Transcription_Regulator(from PlantTFDB)
cell redox homeostasis,
Nucleotide_excision_repair
coexpression networkCFinderM001504Amino_sugar_and_nucleotide_sugar_metabolism
GT8 GlycosylTransferases
DNA metabolic process,
cellular metabolic process,
Nucleotide_excision_repair
Starch_and_sucrose_metabolism

5.Cis-elements

Details in 3kb promoter region

6.Expression profilings


7.Gene family

CategoryFamily
nullnull

8.Protein domain

Pfam AccessionPfam AnnotationAlignment StartAlignment Start
PF03141.15Methyltransf_29178672

9.KEGG Pathway

PathwayKEGG OrthologPathway IDKO
nullnullnullnull

10.Gene Ontology

GO AccessionGO Annotation
GO:0008168methyltransferase activity

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