Syntax Bio
Programming stem cells to differentiate into desired cell types, faster
Understanding the changing shapes of cells as they grow is one key to understanding the biology of development and disease, but it’s hard to quantify morphology by eye. Deepcell’s benchtop microfluidics technology dissociates, sorts, and images single cells. Then the company’s machine learning software identifies distinguishing morphology, all without labeling or training. The resulting data opens the door for breakthroughs in cancer research, cell therapy, and developmental biology.
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