Ultra High-Plex Spatial Omics, Reimagined
Explore how Spatomics enables ultra-high multiplex spatial protein analysis
Advancing Spatial Biology
Cleavable Fluorescent Probe (CFP™)
The exclusive chemistry employs cleavable tyramide fluorophores which significantly enhanced detection sensitivity, ensuring dependable signal amplification and cycling.
Simplify the process
Enjoy the freedom to select your desired antibodies from validated vendors without modifications in your high multiplex studies. CFP is also FFPE tissue compatible.
Automate spatial biology with ease
Aligned with the CFP chemistry, we deliver an innovative high-throughput platform, offering researchers an end-to-end, true walk away solution for spatial biology.
Our Technologies
Spatomics offers a unique value proposition with its patented efficient CFP chemistry. The innovative system generates comprehensive contextual data, revealing detailed molecular interactions at the subcellular level, while preserving the integrity of the tissue samples.
Spatomics’ initial uses involve leveraging advanced chemistry and a user-friendly platform to enable a few to 100+ protein targets in situ analysis, using off the shelf antibodies.
Future advancements will allow for the simultaneous detection of RNA and proteins in the same tissue samples. Spatomics’ technology offers the sensitivity, selectivity, and ease of use required to uncover the complex tissue environment.
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Human Normal Hippocampus stained with CFP
Staining with: SPYRE™ IO Core Panel + CK. Protocol time: 6h30. Image post-processing: Background subtracted and brightness adjusted.
News from Spatomics
Spatomics Wins the 2023 ASU Startup Challenge
Phoenix, AZ – Spatomics has won the 2023 Arizona State University (ASU) startup challenge. The company will invest the $25,000 prize into its spatial proteomics assay development.
Spatomics Granted Exclusive License from ASU to Commercialize the CFP™ Technology
Phoenix, AZ – Spatomics has signed an exclusive license agreement with Arizona State University (ASU) to commercialize the CFP™ technology for high-plex omics applications.
