Applications

Drug Discovery

From target discovery to preclinical studies, Animantis’ comprehensive cellular function measurements provide a deeper understanding of underlying mechanisms of disease activity and treatment efficacy to provide more complete decision-making information than existing phenotypic readouts.

Precision Medicine

Current phenotypic readouts fail to capture the dynamic and complex nature of cellular function that is critical to better understanding molecular mechanisms of disease to diagnose and treat them.

Our dynamic live cell measurements provide a complete functional characterization of thousands of cells simultaneously to capture the dynamic heterogeneity of cells and better identify cell functional subpopulations of interest and create direct links between clinically relevant cell phenotypes and molecular signatures/biomarkers at the single cell level.

Animantis’ capabilities can remove the guesswork from identifying biomarkers of interest and the determining correlative or causative nature of these markers.

AI Models

AI models are only as good as the data used to train them. One of the major bottlenecks currently limiting the potential of AI models in drug discovery and precision medicine is the underlying biological data used to train them.

The comprehensive cell functional data generated by our models provides much more complete biological data than existing phenotypic readouts serving as a higher quality source of training data for multi-modal AI models seeking design best-in-class therapeutics.