Updates on research, milestones, and strategy
Featured · Technology
Watch live-cell chemical movies and explore how label-free imaging follows the same living cells over time, providing observed perturbation-response trajectories for virtual-cell models.
Explore Cell Cinema
What virtual cells are, how they learn, and why watching cells change matters. An illustrated guide to the basics.
Seven fields. A recurring order of chemical change. Explore the measured histories behind Cell Cinema, and why biology's next useful training example may be a trajectory.
A summary and full PDF of Precigenetics' public comment to FDA Docket No. FDA-2025-D-6131 on New Approach Methodologies in drug development.
Drug Discovery News features Precigenetics and Cell Cinema in a piece on the field's shift away from destructive endpoint assays toward continuous, label-free measurement of living cells.
Most conversations about AI and drug discovery are stuck on generation. The deeper shift happens when biology becomes easier to read — and what becomes worth attempting changes with it.
R&D World profiles Precigenetics and our work building real-time chemical movies of living cells, and the case for a measurement step-change in drug discovery.
The FDA just announced Year 1 of its plan to reduce animal testing. The solution isn't better animals; it's finally being able to watch human cells respond to drugs in real time.
Why we're still losing to cancer despite knowing so much about it — and what changes when AI can hold human complexity in context and reason over it.
Our CEO Parmita Mishra joins Finith Jernigan on the Biocatalyst AI Podcast to discuss label-free live-cell imaging, why 97% of cancer drugs fail, and what it takes to digitize the living cell.
How repeated chemical measurements of living cells can connect cellular changes over time and support drug-response research.
Parmita Mishra was recently featured in Authority Magazine's series on inspirational women leaders in STEM and tech.
Our CEO Parmita Mishra joins Jim O'Shaughnessy on the Infinite Loops podcast to discuss computational biology, real-time cell measurement, and the future of precision medicine.