Link to ZK354.11Link to ZK354.2aLink to ZK354.2bRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to R05F9.3RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to K07F5.2RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ZK1251.6Link to F58A6.9Link to K07F5.3Link to F32B6.6geneMap Link to K07F5.1RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to Y59E9AR.1RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to ZK546.3RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to ZK354.5RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to F58A6.8RNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to C34F11.4RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 F36H12.7Link to R05F9.13Link to R05F9.8Link to ZK546.6geneMap Link to R13H9.4RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to R05F9.8Link to R05F9.5RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to K05F1.2RNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to F26G1.7RNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to C04G2.5Link to C04G2.4RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 K08F4.8geneMap Link to ZK546.6RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to Y59H11AM.1RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to K07F5.3RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 F32B6.6Link to K07F5.2Link to F58A6.9geneMap Link to Y59E9AR.7RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to C09B9.6RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to K08F4.7Link to K08F4.8RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to R13H9.2RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ZK354.4Link to ZK354.1Link to C09B9.6Link to C34F11.6Link to R13H9.4geneMap Link to F36H12.7RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ZK354.11Link to ZK354.4Link to ZK354.5Link to ZK354.1Link to C09B9.6Link to R13H9.4Link to C34F11.4Link to R05F9.8Link to R05F9.13geneMap Link to F32B6.6Link to F32B6.7RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ZK1251.6Link to K07F5.3Link to F58A6.9Link to K07F5.2Link to T13F2.12geneMap Link to T13F2.10RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to ZK354.9RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to ZK354.4RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ZK354.11Link to F36H12.7Link to ZK354.5Link to ZK354.1Link to C09B9.6Link to R13H9.4Link to R13H9.2Link to C34F11.6geneMap Link to C34F11.6RNAiRNAiRNAiRNAi 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 C09B9.6Link to R13H9.4Link to R13H9.2Link to ZK354.1Link to ZK354.4geneMap Link to T13F2.11RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 K07F5.1Link to C33F10.9Link to T13F2.10geneMap Link to ZK1251.6RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 F32B6.6Link to K07F5.2Link to C04G2.3Link to ZK546.6geneMap Link to F58A6.9RNAiRNAiRNAi 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 ReagentgeneMap Link to ZK354.1RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ZK354.11Link to F36H12.7Link to ZK354.4Link to ZK354.5Link to C09B9.6Link to R13H9.2Link to C34F11.6Link to R13H9.4geneMap Link to ZK1248.6Link to ZK1248.5RNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap RNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap Link to R05F9.13RNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAiRNAi 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 ReagentgeneMap
Go to RNAiDB Home Adult Wild-type C. elegans Movie Wild-type C. elegans Movie Wild-type C. elegans Movie Wild-type C. elegans Movie
 
RNAi Experiment: Cenix:245-g4 Ace View of Cenix:245-g4
Genes Inhibited How is RNAi inhibition determined?
Gene Inhibited  ZK354.11 (msp-59)
Description of "ZK354.11"  msp-59 encodes a member of the major sperm protein family.
Evidence for Inhibition 
ePCR Status: Unique_ePCR (IV:5312708..5313050)
Transcript overlap: 343 nt
Explain types of evidence for RNAi inhibition
Sliding Window Raw score: 301
Relative score: 1 (This gene has the best score for this RNAi reagent)
Specificity index: 0.065
External "ZK354.11" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  R05F9.3 (msp-32)
Description of "R05F9.3"  msp-32 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; msp-32 has a C. briggsae homolog as predicted by the Wobble Aware Bulk Aligner (WABA); the msp family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 89
Relative score: 0.296 (Best raw score= for Gene )
Specificity index: 0.019
External "R05F9.3" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  K07F5.2 (msp-10)
Description of "K07F5.2"  msp-10 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 104
Relative score: 0.346 (Best raw score= for Gene )
Specificity index: 0.022
External "K07F5.2" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  K07F5.1 (msp-81)
Description of "K07F5.1"  msp-81 encodes a member of the major sperm protein family.
Evidence for Inhibition 
Sliding Window Raw score: 86
Relative score: 0.286 (Best raw score= for Gene )
Specificity index: 0.018
External "K07F5.1" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  Y59E9AR.1
Description of "Y59E9AR.1"  Associated GO Term : structural molecule activity
Evidence for Inhibition 
Sliding Window Raw score: 241
Specificity index: 0.052
Wormbase (BLAST) RNAi primary
External "Y59E9AR.1" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  ZK546.3
Description of "ZK546.3"  Associated GO Term : structural molecule activity
Evidence for Inhibition 
Sliding Window Raw score: 62
Specificity index: 0.013
Wormbase (BLAST) RNAi secondary
External "ZK546.3" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  ZK354.5 (msp-51)
Description of "ZK354.5"  msp-51 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; msp-51 has a C. briggsae homolog as predicted by the Wobble Aware Bulk Aligner (WABA); the MSP family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 214
Relative score: 0.711 (Best raw score= for Gene )
Specificity index: 0.046
Wormbase (BLAST) RNAi primary
External "ZK354.5" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  F58A6.8 (msp-45)
Description of "F58A6.8"  msp-45 encodes a member of the major sperm protein family.
Evidence for Inhibition 
Sliding Window Raw score: 110
Relative score: 0.365 (Best raw score= for Gene )
Specificity index: 0.024
Wormbase (BLAST) RNAi secondary
External "F58A6.8" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  C34F11.4 (msp-50)
Description of "C34F11.4"  msp-50 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 60
Relative score: 0.199 (Best raw score= for Gene )
Specificity index: 0.013
Wormbase (BLAST) RNAi secondary
External "C34F11.4" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  R13H9.4 (msp-53)
Description of "R13H9.4"  msp-53 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; msp-53 has a C. briggsae homolog as identified by the Wobble Aware Bulk Aligner (WABA); the MSP family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 241
Relative score: 0.801 (Best raw score= for Gene )
Specificity index: 0.052
External "R13H9.4" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  R05F9.8 (msp-33)
Description of "R05F9.8"  msp-33 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; msp-33 has a C. briggsae homolog as predicted by the Wobble Aware Bulk Aligner (WABA); the MSP family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 95
Relative score: 0.316 (Best raw score= for Gene )
Specificity index: 0.02
Wormbase (BLAST) RNAi secondary
External "R05F9.8" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  K05F1.2 (msp-142)
Description of "K05F1.2"  msp-142 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 62
Specificity index: 0.013
Wormbase (BLAST) RNAi secondary
External "K05F1.2" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  F26G1.7 (msp-3)
Description of "F26G1.7"  msp-3 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; msp-3 is similar in nucleotide sequence to the msp genes from the nematode Onchocerca volvulus; the msp gene family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSP proteins assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 69
Relative score: 0.229 (Best raw score= for Gene )
Specificity index: 0.015
Wormbase (BLAST) RNAi secondary
External "F26G1.7" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  C04G2.4 (msp-36)
Description of "C04G2.4"  msp-36 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family comprises of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSP is involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSP assembles into fibrous networks that drives movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 88
Relative score: 0.292 (Best raw score= for Gene )
Specificity index: 0.019
External "C04G2.4" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  ZK546.6 (msp-152)
Description of "ZK546.6"  msp-152 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 77
Relative score: 0.256 (Best raw score= for Gene )
Specificity index: 0.017
External "ZK546.6" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  Y59H11AM.1
Description of "Y59H11AM.1"  Associated GO Term : structural molecule activity
Evidence for Inhibition 
Sliding Window Raw score: 141
Relative score: 0.468 (Best raw score= for Gene )
Specificity index: 0.03
Wormbase (BLAST) RNAi primary
External "Y59H11AM.1" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  K07F5.3 (msp-56)
Description of "K07F5.3"  msp-56 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 96
Relative score: 0.319 (Best raw score= for Gene )
Specificity index: 0.021
Wormbase (BLAST) RNAi secondary
External "K07F5.3" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  Y59E9AR.7
Description of "Y59E9AR.7"  Associated GO Term : structural molecule activity
Evidence for Inhibition 
Sliding Window Raw score: 241
Specificity index: 0.052
External "Y59E9AR.7" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  C09B9.6 (msp-55)
Description of "C09B9.6"  msp-55 encodes a member of the major sperm protein family.
Evidence for Inhibition 
Sliding Window Raw score: 191
Relative score: 0.635 (Best raw score= for Gene )
Specificity index: 0.041
Wormbase (BLAST) RNAi primary
External "C09B9.6" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  K08F4.8 (msp-38)
Description of "K08F4.8"  msp-38 encodes a member of the major sperm protein family; msp-38 has a C. briggsae homolog as predicted by the Wobble Bulk Aware Bulk Aligner (WABA).
Evidence for Inhibition 
Sliding Window Raw score: 80
Relative score: 0.266 (Best raw score= for Gene )
Specificity index: 0.017
Wormbase (BLAST) RNAi secondary
External "K08F4.8" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  R13H9.2 (msp-57)
Description of "R13H9.2"  msp-57 encodes a member of the major sperm protein family.
Evidence for Inhibition 
Sliding Window Raw score: 207
Relative score: 0.688 (Best raw score= for Gene )
Specificity index: 0.045
Wormbase (BLAST) RNAi primary
External "R13H9.2" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  F36H12.7 (msp-19)
Description of "F36H12.7"  msp-19 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; msp-19 has a homolog in C. briggsae as predicted by the Wobble Aware Bulk Aligner (WABA); the msp gene family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 235
Relative score: 0.781 (Best raw score= for Gene )
Specificity index: 0.051
External "F36H12.7" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  F32B6.6 (msp-77)
Description of "F32B6.6"  msp-77 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 96
Specificity index: 0.021
Wormbase (BLAST) RNAi secondary
External "F32B6.6" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  T13F2.10 (msp-79)
Description of "T13F2.10"  msp-79 encodes a member of the major sperm protein family.
Evidence for Inhibition 
Sliding Window Raw score: 96
Specificity index: 0.021
Wormbase (BLAST) RNAi secondary
External "T13F2.10" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  ZK354.10 (msp-58)
Description of "ZK354.10"  msp-58 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 194
Relative score: 0.645 (Best raw score= for Gene )
Specificity index: 0.042
External "ZK354.10" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  ZK354.4 (msp-113)
Description of "ZK354.4"  msp-113 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; msp-113 has a C. briggsae homolog as detected by the Wobble Aware Bulk Aligner (WABA); the MSP family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; the msp-113 promoter region contains two conserved cis elements that are recognition sites for elt-1, a gene that encodes a homolog of the vertebrate GATA transcription factor family; this suggests that a MSP protein is a potential target for ELT-1 in the germ-line; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 213
Relative score: 0.708 (Best raw score= for Gene )
Specificity index: 0.046
External "ZK354.4" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  C34F11.6 (msp-49)
Description of "C34F11.6"  msp-49 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 71
Relative score: 0.236 (Best raw score= for Gene )
Specificity index: 0.015
External "C34F11.6" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  T13F2.11 (msp-78)
Description of "T13F2.11"  msp-78 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 88
Specificity index: 0.019
External "T13F2.11" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  ZK1251.6 (msp-76)
Description of "ZK1251.6"  msp-76 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 77
Specificity index: 0.017
Wormbase (BLAST) RNAi secondary
External "ZK1251.6" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  F58A6.9
Description of "F58A6.9"  Associated GO Term : structural molecule activity
Evidence for Inhibition 
Sliding Window Raw score: 62
Relative score: 0.206 (Best raw score= for Gene )
Specificity index: 0.013
External "F58A6.9" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  ZK354.1 (msp-65)
Description of "ZK354.1"  msp-65 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 210
Relative score: 0.698 (Best raw score= for Gene )
Specificity index: 0.045
External "ZK354.1" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  ZK1248.6 (msp-64)
Description of "ZK1248.6"  msp-64 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 59
Wormbase (BLAST) RNAi secondary
External "ZK1248.6" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  C04G2.3
Evidence for Inhibition 
Sliding Window Raw score: 84
Relative score: 0.279 (Best raw score= for Gene )
Specificity index: 0.018
Wormbase (BLAST) RNAi primary
External "C04G2.3" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  F36H12.6 (msp-52)
Description of "F36H12.6"  msp-52 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 109
Relative score: 0.362 (Best raw score= for Gene )
Specificity index: 0.023
Wormbase (BLAST) RNAi primary
External "F36H12.6" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  F59A6.8 (msp-71)
Description of "F59A6.8"  msp-71 encodes a protein that belongs to a family of proteins called the Major Sperm Proteins (MSPs) that is conserved in nematodes; this family consists of closely related, small, basic proteins that make up 15% of sperm protein; this multigene family consists of over fifty genes, including many pseudogenes; MSPs are involved in both extracellular signaling and cytoskeletal functions during reproduction-MSP antagonizes Eph/ephrin signaling, in part, by binding VAB-1 Eph receptor tyrosine kinase on oocytes and sheath cells to promote oocyte maturation and MAPK activation; MSPs assemble into fibrous networks that drive movement of the C. elegans sperm; msp genes are expressed only in late primary spermatocytes.
Evidence for Inhibition 
Sliding Window Raw score: 126
Relative score: 0.419 (Best raw score= for Gene )
Specificity index: 0.027
Wormbase (BLAST) RNAi secondary
External "F59A6.8" Links  Wormbase NCBI Phenobank 1
Gene Inhibited  R05F9.13 (msp-31)
Description of "R05F9.13"  msp-31 encodes a member of the major sperm protein family; msp-31 has a C. briggsae homolog as predicted by the Wobble Aware Bulk Aligner (WABA); expression is enriched in sperm.
Evidence for Inhibition 
Sliding Window Raw score: 135
Relative score: 0.449 (Best raw score= for Gene )
Specificity index: 0.029
External "R05F9.13" Links  Wormbase NCBI Phenobank 1
Cenix:245-g4 Phenotypes Help with Phenotypes
Phenotype  WT
Cenix:245-g4 Experiment Details Ace View
Laboratory  TH
RNAi Reagent & Type  Cenix:245-g4 (PCR_reagent)
Remark  3/3 tests are wildtype
Reference  Sonnichsen B et al. (2005) Nature "Full-genome RNAi profiling of early embryogenesis in Caenorhabditis ...."
Delivery Method  Injection
Date  2005-3-24
Gene Plot of R05F9.3 Browse using GBrowse
Gene Graph
Gene Plot of K07F5.2 Browse using GBrowse
Gene Graph
Gene Plot of K07F5.1 Browse using GBrowse
Gene Graph
Gene Plot of Y59E9AR.1 Browse using GBrowse
Gene Graph
Gene Plot of ZK546.3 Browse using GBrowse
Gene Graph
Gene Plot of ZK354.5 Browse using GBrowse
Gene Graph
Gene Plot of F58A6.8 Browse using GBrowse
Gene Graph
Gene Plot of C34F11.4 Browse using GBrowse
Gene Graph
Gene Plot of R05F9.8 Browse using GBrowse
Gene Graph
Gene Plot of R13H9.4 Browse using GBrowse
Gene Graph
Gene Plot of K05F1.2 Browse using GBrowse
Gene Graph
Gene Plot of F26G1.7 Browse using GBrowse
Gene Graph
Gene Plot of C04G2.4 Browse using GBrowse
Gene Graph
Gene Plot of ZK546.6 Browse using GBrowse
Gene Graph
Gene Plot of Y59H11AM.1 Browse using GBrowse
Gene Graph
Gene Plot of K07F5.3 Browse using GBrowse
Gene Graph
Gene Plot of Y59E9AR.7 Browse using GBrowse
Gene Graph
Gene Plot of C09B9.6 Browse using GBrowse
Gene Graph
Gene Plot of K08F4.8 Browse using GBrowse
Gene Graph
Gene Plot of R13H9.2 Browse using GBrowse
Gene Graph
Gene Plot of F36H12.7 Browse using GBrowse
Gene Graph
Gene Plot of F32B6.6 Browse using GBrowse
Gene Graph
Gene Plot of T13F2.10 Browse using GBrowse
Gene Graph
Gene Plot of ZK354.10 Browse using GBrowse
Gene Graph
Gene Plot of ZK354.4 Browse using GBrowse
Gene Graph
Gene Plot of ZK354.11 Browse using GBrowse
Gene Graph
Gene Plot of C34F11.6 Browse using GBrowse
Gene Graph
Gene Plot of T13F2.11 Browse using GBrowse
Gene Graph
Gene Plot of ZK1251.6 Browse using GBrowse
Gene Graph
Gene Plot of F58A6.9 Browse using GBrowse
Gene Graph
Gene Plot of ZK354.1 Browse using GBrowse
Gene Graph
Gene Plot of ZK1248.6 Browse using GBrowse
Gene Graph
Gene Plot of C04G2.3 Browse using GBrowse
Gene Graph
Gene Plot of F36H12.6 Browse using GBrowse
Gene Graph
Gene Plot of F59A6.8 Browse using GBrowse
Gene Graph
Gene Plot of R05F9.13 Browse using GBrowse
Gene Graph