CFinderM000715's details annotation
1.Tissue preferential analysis
root  culm  leaf  shoot  sheath  rhizome  bud  panicle  
     
2.Stress differential analysis
     
     
Protein:Yellow color--query protein     Green color--interaction proteins.
Interaction line:
Pink--proteins own interaction and positive co-expression relationship with target protein     Blue--proteins own interaction and negative co-expression relationship with target protein     Orange--proteins own interaction and protein-protein relationship with target protein
This network produced by cytoscapeweb

1.Module annotation (GSEA enrichment result)

Function AnnotationFDRGene Ontolog
proton-transporting two-sector ATPase complex, catalytic domain,0.003495736GO:0033178
hydrolase activity, acting on acid anhydrides, catalyzing transmembrane movement of substances,0.030948928GO:0016820
transferase activity,0.036864983GO:0016740
ubiquitin thiolesterase activity,0.036864983GO:0004221
ATP hydrolysis coupled proton transport,0.049152696GO:0015991

2.Module member annotation

Gene IDAnnotationArabidopsis ortholog (Blast e-value)
PH01000548G0360-- (-)
PH01002587G0010Trimeric LpxA-like enzymeAT4G18300 (1.60E-11)
PH01009877G0010-- (-)
PH01063137G0010AMP-dependent synthetase and ligase family proteinAT2G04350 (2.80E-29)
PH01148104G0010-- (-)
PH01162726G0010ATP synthase subunit 1ATMG01190 (8.50E-54)
PH01179346G0010Ubiquitin C-terminal hydrolases superfamily proteinAT4G22350 (3.60E-61)

3.Direct connection functional modules

Module IDFunction AnnotationOverlap condition
CFinderM000217glycerol ether metabolic process,
RNA-dependent DNA replication,
translational initiation,
RNA metabolic process,
RNA_transport
details
CFinderM000453carbon fixation,
response to wounding,
Lysine_degradation
SET Transcription_Regulator(from iTAK)
details
CFinderM000731cellular metabolic process,
details
CFinderM001448proton-transporting two-sector ATPase complex, catalytic domain,
hydrolase activity, acting on acid anhydrides, catalyzing transmembrane movement of substances,
ATP hydrolysis coupled proton transport,
details

4.Expression profilings