Link to F55H2.2.2Link to F55H2.2.1Link to F55H2.5Link to F55H2.7Link to F55H2.6.1Link to F55H2.6.2Link to ZK1098.1Link to ZK1098.7.1Link to ZK1098.7.2Link to ZK1098.5Link to ZK1098.6Link to ZK1098.2Link to ZK1098.3Link to ZK1098.8Link to ZK1098.4Link to ZK1098.9Link to ZK1098.10bLink to ZK1098.10aLink to ZK1098.11Link to C48B4.6Link to C48B4.7Link to C48B4.8Link to C48B4.9Link to C48B4.10Link to C48B4.11Link to C48B4.13Link to C48B4.4bLink to C48B4.4cLink to C48B4.4aLink to C48B4.3RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentLink to H12D21.1Link to R07G3.1.2Link to T11F9.12geneMap
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RNAi Experiment: TH:320h8 Ace View of TH:320h8
Genes Inhibited How is RNAi inhibition determined?
Gene Inhibited  F55H2.2 (vha-14)
Description of "F55H2.2"  Associated GO Term : hydrogen-transporting ATP synthase activity, rotational mechanism
KOG Annotation  Vacuolar H+-ATPase V1 sector, subunit D
What's a KOG?
Evidence for Inhibition 
ePCR Status: Unique_ePCR (III:9508188..9509244)
Transcript overlap: 580 nt
Explain types of evidence for RNAi inhibition
Sliding Window Raw score: 496
Relative score: 1 (This gene has the best score for this RNAi reagent)
Specificity index: 1 (RNAi reagent is specific for this gene)
Wormbase (BLAST) RNAi primary
External "F55H2.2" Links  Wormbase NCBI
TH:320h8 Phenotypes Help with Phenotypes
Embryonic  Emb Penetrance None reported
TH:320h8 Experiment Details Ace View
Laboratory  TH
RNAi Reagent & Type  TH:320h8 (PCR_reagent)
Remark  Phenotype comment -- Not yet confirmed by independent dsRNA.
Reference  Gonczy P et al. (2000) Nature "Functional genomic analysis of cell division in C. elegans using RNAi of genes on ...."
Date  2000-11-16
Gene Plot of F55H2.2 Browse using GBrowse
Gene Graph