Link to C34C6.6aLink to C34C6.6bLink to F28C6.6.2Link to C34C6.7RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi ReagentRNAi ReagentRNAi ReagentRNAi ReagentgeneMap Link to F28C6.7a.1Link to F28C6.7bLink to F28C6.7a.2Link to F28C6.7cLink to F28C6.6.1Link to F28C6.6.2Link to F28C6.8Link to F28C6.10Link to F28C6.9Link to T22C8.1Link to T22C8.2Link to T22C8.3Link to T22C8.4Link to T22C8.5Link to T22C8.6Link to T22C8.7Link to T22C8.8Link to D2085.7Link to D2085.1Link to D2085.6Link to D2085.2Link to D2085.3Link to D2085.4Link to D2085.5b.2Link to D2085.5b.1Link to D2085.5b.3Link to D2085.5aLink to C34C6.2Link to C34C6.3Link to C34C6.4Link to C34C6.5b.1Link to C34C6.5b.2Link to C34C6.5b.3Link to C34C6.5aLink to C34C6.8Link to C34C6.6bLink to C34C6.6aRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap
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RNAi Experiment: [cgc5655]:daf-2:C34C6.6 Ace View of [cgc5655]:daf-2:C34C6.6
Genes Inhibited How is RNAi inhibition determined?
Gene Inhibited  C34C6.6 (prx-5)
Description of "C34C6.6"  prx-5 encodes an ortholog of the human receptor for type I peroxisomal targeting signal protein, PXR1 (or PEX5; OMIM:600414), which when mutated leads to neonatal adrenoleukodystrophy or Zellweger syndrome; PXR1 protein is a component of the peroxisomal import machinery known to exist in organisms like yeast, plants and mammals.
Evidence for Inhibition 
ePCR Status: Unique_ePCR (II:8705068..8706255)
Transcript overlap: 895 nt
Explain types of evidence for RNAi inhibition
Sliding Window Raw score: 795
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 "C34C6.6" Links  Wormbase NCBI
Gene Inhibited  F28C6.6 (suf-1)
Description of "F28C6.6"  Associated GO Term : RNA processing
KOG Annotation  mRNA cleavage and polyadenylation factor I complex, subunit RNA14
What's a KOG?
Evidence for Inhibition 
ePCR Transcript overlap: 16 nt Explain types of evidence for RNAi inhibition
External "F28C6.6" Links  Wormbase NCBI
[cgc5655]:daf-2:C34C6.6 Phenotypes Help with Phenotypes
Phenotype  WTRNAi causes no change in fat content
[cgc5655]:daf-2:C34C6.6 Experiment Details Ace View
Laboratory  GR
RNAi Reagent & Type  sjj_C34C6.6 (PCR_reagent)
Strain  daf-2(e1370)
Reference  Ashrafi K et al. (2003) Nature "Genome-wide RNAi analysis of Caenorhabditis elegans fat regulatory ...."
Delivery Method  Bacterial_feeding
Date  2003-1-10
Gene Plot of C34C6.6 Browse using GBrowse
Gene Graph
Gene Plot of F28C6.6 Browse using GBrowse
Gene Graph