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What if we could reprogram aging cells in our body to fight disease and

enhance health?

CellRep uses AI to discover small molecules that rejuvenate immune cells — without genetic modification. Our lead application enhances CAR-T therapy against solid tumors, where current treatments fail 90% of the time. Applied ex vivo during manufacturing, our compounds act as reagents that require no separate drug approval. With a first-in-human trial planned for 2026, we’re building the platform for cellular rejuvenation — from cancer immunotherapy to longevity.

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AI-powered discovery platform

From in silico prediction to in vivo validation
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Experienced Team

Combined expertise in AI, cell biology, and successful entrepreneurship
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Proven Results

6.6x improvement in T cell polyfunctionality
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Established Traction

Research partnerships with leading institutions in the US, Colombia, and Brazil

Our Approach

End-to-end pipeline from target discovery to preclinical validation of cell reprogramming strategies.

Cells are nature's supercomputers

A universe of opportunities holding the key to enhance our health.

AI models for target and drug discovery
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Improvement in
T-Cell polyfunctionality
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Provisional patents
filed
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Antitumor capacity vs solid tumors
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Our Technology and Platform

We have developed an innovative approach to enhance T cell functionality by reprogramming these cells to a rejuvenated state and with improved therapeutic potential.

Our platform includes:

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Target and Drug Discovery

Bioinformatics and AI-driven discovery of druggable targets
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In vitro Screening

Optimized drug screening platform to analyze biomarkers at the single-cell level.
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Preclinical testing

Cutting-edge in vivo models for PoC studies

Each cycle feeds back into the platform — biological results refine AI predictions, generating increasingly optimized compounds. Our compound series demonstrates this: each generation outperforms the last.

Meet our brilliant team

Our team is built of experienced immunologists, biochemists and bioinformatic engineers working together to deliver the best solutions to improve current and future cell therapies.

Contact Us