Spatial Biology Solutions
By studying the spatial arrangement of biomolecules, cells, and structures, spatial biology aims to unravel complex biological phenomena, such as cell signaling, interactions between cells, the formation of tissues and organs, disease progression, immune responses, and more.
Multiplex single -cell analysis of proteins in their native cellular context is crucial for our understanding of health and disease. In pursuit of this goal, Spatomics aims to offer best-in-class sensitivity, multiplexing, and cost efficient spatial biology solutions.
Off-the-shelf Antibody
No oligo conjugation needed. Utilizing standard antibodies enables you to integrate your validated antibodies into CFP™ assays.
Efficient Signal Amplification
CFP™ assays leverage Tyramide Signal Amplification (TSA) system to offers high signal-to-noise ratio, allowing detection of low expressing proteins even in FFPE samples. CFP™ assays are highly tunable for biomarkers at different expression level.
Unlocking the Potential of High Multiplexing
CFP™ assays efficiently eliminate fluorescence signals, preserving protein antigenicity for reliable cycling. Antibodies are deactivated gently between cycles, ensuring minimal impact on tissue morphology.
Flexible Sample Throughput
Spatomics is developing a universal automation platform that delivers comparable sample throughput to traditional slide stainers plus cycling and imaging capabilities.
