High-plex in situ multiomics at subcellular resolution provides scalable cell atlas and spatial insights with a comprehensive selection of targeted, customisable panels.
Dual-recognition and ligation-gated chemistry provides high specificity, minimising off-target amplification, increasing the signal to noise and enabling detection of SNPs, fusion transcripts and splice variants.
Short recognition sites provide robust performance in low quality RNA in FFPE embedded samples. Panels of probes can be designed for tissue, pathway and species specific studies with spatial context.
We take care of the complete process from sample preparation to data analysis, with robust QA procedures and complete traceability of your precious samples.
Propath offers pre-developed panels for a range of tissues and can support the design of panel spike in or full panel customisation to ensure sufficient coverage of the target biological systems and intended bioinformatic analyses.
Focus panels can accommodate up to 480 RNA targets and can include a panel of up to 27 protein targets.
Our experience across a range of platforms for spatial biology allows us to recommend the most appropriate platform for each research project.
We understand the strengths and limitations of each platform – and how to get the best out of them.
