Quantifying cell behavior at single-cell resolution

Animantis is a computational biology company applying computer vision to measure cellular behavior at the single-cell level. Our platform captures dynamic processes that static assays miss, helping researchers understand disease biology and identify more effective treatments.

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Platform

A computer vision platform built for cell biology

Our platform quantifies cellular function and dynamics across thousands of cells simultaneously, in both label-free and fluorescence assays. It captures time-resolved measurements—from signaling kinetics to complex phenotypes such as T cell serial killing—enabling detailed characterization at both the single-cell and population level.

Quantify
Single-cell and population scales
Measure cell function over time at both individual and ensemble levels without sacrificing throughput.
Perturb
Dynamic perturbation responses
Measure dynamic responses to perturbations, including effects on disease progression, treatment efficacy, and toxicity.
Track
State transitions and fate decisions
Track cell state transitions and fate decisions to understand how cell populations emerge over time.
Phenotype
Cell differentiation
Track individual cells over time to capture dynamic changes at each stage, identifying when and why cells diverge in fate.
Co-culture signaling kinetics
Applications

Capturing what static assays miss

Our platform measures interaction dynamics, complex phenotypes, and cellular behavior in real data—not simulations. Each video below is captured directly from the platform.

Cell Interactions
Cell–cell interactions
Quantify how cells interact and communicate in real time. Our platform measures interaction dynamics at single-cell resolution, enabling analysis of processes such as immune–tumor engagement and supporting the development of therapies that target or leverage cell–cell interactions.
Complex Phenotypes
Label-free immune cell cytotoxicity
Identify and quantify dynamic phenotypes not captured by static assays. Our platform links observable outcomes—such as cell death, treatment resistance, and T cell serial killing—to the underlying cellular dynamics that drive them.
Tumor Biology
Label-free tumor clusters
Measure tumor cluster dynamics and heterogeneity in label-free conditions. Capture morphological and behavioral changes across thousands of cells simultaneously for a complete picture of tumor behavior.
Signaling
Co-culture signaling kinetics
Capture real-time signaling dynamics in co-culture systems. Time-resolved measurements reveal how cells respond to each other, enabling direct measurement of disease-relevant mechanisms and treatment effects.
Use Cases

From early discovery to clinical insight

From early-stage target identification to AI model training, our platform delivers the dynamic single-cell data that modern research demands.

Drug Discovery
Apply time-resolved, single-cell measurements across drug discovery stages. Quantify cellular responses to perturbations with more informative readouts than traditional phenotypic assays for target discovery and preclinical evaluation.
Precision Medicine
Capture functional heterogeneity to better link cellular behavior to disease and clinical outcomes. Identify functionally distinct subpopulations and associate cellular phenotypes with molecular signatures and biomarkers at single-cell resolution.
AI Model Training
Improve model performance with higher-quality biological data. Our time-resolved, single-cell functional datasets more fully capture cellular behavior than static phenotypic readouts, providing a stronger foundation for training multimodal AI models in drug discovery and precision medicine.

Interested in working with Animantis?

If you'd like to learn more about how our platform can support your research, we'd love to hear from you.

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Contact

Get in touch

General Inquiries
Questions about Animantis?
For general inquiries, please reach out to our team directly.
info@animantis.com →
Collaborate
Work with us
Interested in collaborating or learning more about how we can support your research?
collaborate@animantis.com →