Enable RNAi screening without the need for high-throughput automation. Human and mouse SMARTpool siRNA libraries in a novel predispensed format.

Reverse transfection format (RTF) siRNA libraries are provided as multiple single-use plate sets. This unique pre-plated format reduces hands-on time for faster screening results.

SMARTpool siRNA and validated control reagents are predispensed at assay-ready amounts in replicate 96-well cell culture plates. No special handling is required prior to use. Simply resuspend the siRNA and add your cells.

Highlights:
  • Each library supplied as six replicate plate sets containing 6.25 pmol of siRNA per well; sufficient to run two screens in triplicate (additional plate sets available)
  • RTF Optimization Plates are available to optimize transfection, controls, and cell density for your assay prior to beginning your screen
  • RTF libraries are available in clear-bottom plates with clear, black, or white-walled wells to support assays involving fluorescent or luminescent detection methods

If you have a gene list of your own not reflected in these predefined collections, submit a quote request for a custom siRNA library.

Human Mouse
ON-TARGETplus ON-TARGETplus siGENOME
Optimization Plates View Details  View Details 
Cell Cycle Regulation View Details  View Details  View Details 
Cytokine Receptors View Details  View Details 
Deubiquitinating Enzymes View Details  View Details  View Details 
DNA Damage View Details 
Epigenetics View Details  View Details  View Details 
G Protein-Coupled Receptors (GPCR) View Details  View Details  View Details 
Ion Channels View Details  View Details  View Details 
Membrane Trafficking View Details  View Details 
Nuclear Receptor View Details  View Details 
Phosphatases View Details  View Details  View Details 
Proteases View Details  View Details  View Details 
Protein Kinases View Details  View Details  View Details 
Serine Proteases
Transcription Factors
Tyrosine Kinases View Details  View Details  View Details 
Ubiquitin Conjugation Subset 1 View Details  View Details  View Details 
Ubiquitin Conjugation Subset 2 View Details  View Details  View Details 
Ubiquitin Conjugation Subset 3 View Details  View Details  View Details