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Experimental Workflow:
Using siRNAs to Delineate Gene Function
 
Step 1. Obtain effective siRNAs

To obtain gene silencing, potent and specific siRNAs must be designed. Effective siRNA design and rigorous quality control of synthesis and purification will prevent the waste of both time and money.

 
Step 2. Optimize siRNA delivery

Efficient, reproducible siRNA delivery is essential for successful RNAi experiments. Because siRNA delivery is so critical, it is highly worthwhile to invest the time and effort to determine the best siRNA delivery method and conditions for each cell line studied.

 
Step 3. Test siRNA silencing efficiency

Once siRNAs are obtained and delivery is optimized, the next step in a typical gene silencing experiment is to assess the silencing efficiency of the selected siRNAs.

 
Step 4. Examine biological impact of silencing
The ultimate goal of most RNAi experiments is to understand the biological impact of the reduced target gene expression.

 
Step 5. Correlate silencing efficiency with biological effect
In order to fully understand the biological impact of reduced target gene expression, it is necessary to correlate the observed phenotype with the level of knockdown induced.

 
 
 
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