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Reconstructing Human T Cell Immunity on a Chip 

Our Approach

We believe the key to enabling rapid and efficient generation of therapeutic solutions for a wide range of diseases in the age of AI is to establish a comprehensive digital library of the human immune system.

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Identifying Cancer-Related Targets

T cells, the main warriors of immune cells, protect your body by recognizing and eliminating pathogen-presenting cells in a standardized modular manner. This unique mechanism allows researchers to explore between 10,000 and 100,000 potential cancer-related targets. By constructing detailed digital representations of T-cell behavior and antigen recognition, we can rapidly explore vast target landscapes.

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Deploying the Power of AI in Drug Candidate Discovery

Once these antigen targets are identified and recorded digitally, we employ advanced computational modeling to simulate and analyze the intricate interactions within the human immune system. Our proprietary algorithms trained by the comprehensive digital library of immunological data are capable of significantly accelerating the discovery and development of an ideal matching binder for each given target.  

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Developing Personalized T-cell Therapies for Every Cancer Patient 

A 'Plug-and-Play' Approach to Personalized T-cell Therapy to Treat and Cure Cancer 

Our integrated platform seamlessly translates AI-identified targets into T-cell therapies with a clinically proven T-cell engineering system that enables the rapid deployment of personalized treatments.
 
By matching optimized binders to individual patient's antigen profiles and applying them to our proprietary T-cell platform, we create highly specific, safe and effective immunotherapy candidates. This 'plug-and-play' approach accelerates the delivery of truly tailored T-cell treatments that are designed to treat a particular patient’s specific tumor, maximizing therapeutics impact in the fight for a cure. 
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