Encoding biology,
engineering
breakthrough
medicines
Human biology is the most complicated computer ever built
We started Cellarity with the observation that, in a world more governed by machines and computers, human biology is the most complicated computer system ever built. As the smallest self-contained component of human biology, the cell is the fundamental unit of this complex system.
Learn MorePurposefully engineering–—rather than discovering——drugs
When we know the rules governing the complex computational system that is a human cell, then we can think of drugs as instructions that ‘run’ on that system. With the advance of high-resolution data, single cell technology, and machine learning, we can now encode biology, simulate interventions, and purposefully design breakthrough medicines. Faster leads and drug candidates that have higher likelihood of getting to humans.
Learn MoreA new approach with the potential to address a vast array of diseases
Cellarity’s cell-centric approach enables us to target and change cell behaviors to treat disease. This vantage point opens treatment avenues in countless diseases, including many that have been overlooked or have been too complex to resolve with traditional approaches. With programs in hematology, immune-oncology, metabolism and respiratory diseases, we are pioneering a new generation of medicines.
Learn MoreBe part of a new era of drug creation
Cellarity has a collaborative, interdisciplinary team of experts with a distinctive track record of innovation. Our team brings together diverse expertise across many fields. We are developing the next generation of scientists who can integrate AI, technology, and biological data at multiple scales to create new therapeutic interventions.
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