Knockdown and splice correction serve different goals
Identify whether reducing a transcript or changing its processing serves the objective, and define the transcript/isoform context and decisive measurement.
Antisense mechanisms
- RNase-H antisense knockdown
- Splice-switching oligonucleotides
Templates for the intervention hypothesis
- In BioTwin today · Strategy templates represent antisense knockdown and splice switching, linked to the transcript and isoform context.
- Development and validation · Current coverage supports framing and comparing intervention hypotheses. Sequence design, chemistry, delivery and experimental qualification are further requirements for a complete ASO program.
Define the transcript outcome before sequence design
Specify the intended transcript or splice outcome, the important isoforms and the tissue. Establish the sequence, chemistry, delivery and measurement requirements for the chosen antisense mechanism. An siRNA strategy uses a distinct RNA-interference mechanism.
Related transcript and pathway methods
Relevant methods; exact support depends on the target, inputs and scientific route.
- Isoform-Specific Target Assessment · Determine whether an isoform distinction changes the target, intervention or assay your program should use. Read the method
- Resistance Min-Cut and Protein–RNA Co-Targeting · Investigate modeled signaling escape routes before choosing a protein–RNA co-targeting hypothesis. Read the method