RNAscope® is a sensitive RNA in situhybridisation (ISH) approach for the chromogenic and fluorescent detection of RNA biomarkers.
“RNAscope® employs a unique signal amplification strategy that allows for the visualization of target RNAs as punctate dots, where each dot represents an individual RNA molecule. The key benefits of the RNAscope® technology are high sensitivity due to its signal amplification strategy, high specificity as a result of the RNAscope® probe design minimising nonspecific off-target signals, and detection and quantification of RNA with spatial and morphological context” (Anderson et al, 2016).
We perform RNAscope® ISH on the automated Leica BOND-RXmplatform which allows high throughput and reliability. We have successfully coupled chromogenic RNAscope® ISH with protein analysis via IHC in formalin-fixed paraffin embedded (FFPE) tissue sections. This allows the cellular localisation of single transcripts, and the identification of specific cell populations and/or cells expressing certain proteins.
We are looking forward to developing this work further by working with collaborators on new projects.
Examples of Chromogenic RNAscope® ISH