Syntax Bio
Programming stem cells to differentiate into desired cell types, faster
Genetically modifying cells — for example, to produce biologic drugs — is a costly, protracted, trial-and-error process because biology still lacks the design and modeling tools common in other engineering disciplines. Asimov offers a cloud-based computer-aided design platform for biology called Kernel that enables users to design and debug genetic systems; models like the Genetic Simulator that predict how those systems will behave; and standardized biological “parts,” such as customized Chinese hamster ovary that can produce specified antibodies and proteins. By integrating CAD, data-driven models, and synthetic biology tools, Asimov aims to provide drug designers with powerful abstractions for specifying a cell’s performance.
Programming stem cells to differentiate into desired cell types, faster
Using state-of-the-art machine learning models to create custom-build protein drugs
Mapping the brain-body axis to achieve proper immune balance
Using AI to speed through the last mile of drug discovery