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Biohub, U.S. and Google DeepMind Commit $1.8 Billion to Build a Universal Virtual Cell

The project will fund coordinated measurement programs and data standards to let AI predict cellular responses, reducing the need for many lab tests.

Overview

  • Biohub announced Wednesday that it and partners including the Department of Energy, the National Institutes of Health, Google DeepMind, Meta and Isomorphic Labs have pledged a combined $1.8 billion to the Virtual Biology Initiative.
  • The funding package pools Biohub’s prior $500 million, more than $500 million from the DOE over five years, over $500 million in NIH-coordinated federal resources and $300 million from Meta, DeepMind and Isomorphic Labs.
  • Partners said they will produce a first large standardized dataset in about one year and aim to develop accurate predictive models of cellular behavior within roughly five years.
  • Planned measurements include spatial transcriptomics and large perturbation screens, and the group says models will need billions to eventually trillions of cell-level measurements to reach reliable predictions.
  • Government-funded data will carry no commercial limits and privately funded data will have a one-year embargo for funders, a compromise meant to attract private investment while committing to eventual public release; observers note technical risks in whether biology will scale like other AI domains.