Infiltrate Bio

Optimizing Cell
Therapies for
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INTRODUCING INFILTRATE BIO

The only predictive platform for tumor infiltration.

Innovation Grants

Technology access program for qualified projects

Accelerate your cell therapy development with priority access to our adhesion biomarker platform. Get comprehensive analysis and expert consultation for your pilot study.

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T cell interacting with tumor cell showing enhanced infiltration potential

The breakthrough
you need.

Our applications.

Real-world applications of our platform demonstrate significant improvements in cell therapy development and manufacturing outcomes.

Discovery & Development
Product Characterization

Screen and optimize cell therapy candidates using adhesion biomarkers for more efficient development

Bioprocessing & Product Quality
Cell Manufacturing

Optimize cell manufacturing using quantitative adhesion biomarkers for better product characteristics

Translational Research & Patient Stratification
Clinical Biomarkers

Identify adhesion biomarkers that predict tumor infiltration for patient response and potency

Our platform.

From discovery to clinical biomarkers.

We solve for a critical challenge in solid tumor cell therapies: predicting which immune cells can successfully navigate to cancer sites. Through advanced adhesion chromatography that models tumor vasculature, we identify therapeutic candidates with the highest infiltration potential.

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Microfluidic chip device for cell characterization
Adhesion chromatography device for cell selection
Biological diagram showing cell adhesion and tumor infiltration process

Where precision meets possibility.

We predict which immune cells will successfully infiltrate and target solid tumors, giving researchers the confidence to advance therapies that can improve outcomes. From lab to clinical research, we're accelerating progress toward better treatments. Transforming immune therapies, one breakthrough at a time.

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Such systems could be applied for sorting specific functional phenotypes of T cells, such as T cell subtypes with superior homing and infiltration potential. Importantly, sorting requires high-throughput operation and scalability to ensure appropriate yield for treatment purposes.
Nature Reviews Bioengineering (2025)
Alapan, Y. & Thomas, S.N.
T cells attacking tumor showing therapeutic interaction

Stay updated on
our progress.

Get the latest news on our research breakthroughs, partnerships, and platform developments.

Deep science, real breakthroughs.

View our publications.

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