Virtual Cell
Virtual Cell
Virtual Cell
From biochemical interactions to cellular phenotypes through mechanistic and data-driven models of signal propagation and systems biology.
Achieve unified intelligence
Equipped with Models for Every Challenge
Equipped with Models for Every Challenge
CHEMICAL PERTURBATIONS
Gene Expression Perturbation
Explore a database of 100M+ scRNAseq perturbations to see what the most likely effect of your compound will be to gene expression across 50 cancer cell lines. (Coming Soon!)
CHEMICAL PERTURBATIONS
Cell Perturbation Clustering
We encode compound structure and dose into latent gene expression vectors, then map predictions to experimental expression clusters to predict phenotypic outcomes.
(Coming Soon!)
CHEMICAL PERTURBATIONS
Cell Viability Predictions
Model how biochemical target engagement propagates through signaling networks to predict cell viability and cytotoxicity.
(Coming Soon!)
CHEMICAL PERTURBATIONS
Gene Expression Perturbation
Explore a database of 100M+ scRNAseq perturbations to see what the most likely effect of your compound will be to gene expression across 50 cancer cell lines. (Coming Soon!)
CHEMICAL PERTURBATIONS
Cell Perturbation Clustering
We encode compound structure and dose into latent gene expression vectors, then map predictions to experimental expression clusters to predict phenotypic outcomes.
(Coming Soon!)
CHEMICAL PERTURBATIONS
Cell Viability Predictions
Model how biochemical target engagement propagates through signaling networks to predict cell viability and cytotoxicity.
(Coming Soon!)
The Final Operating System of Pharma.
The Final Operating System of Pharma.