RT @ChanZuckerberg: “It’s going to be a very powerful tool for understanding what goes wrong in disease,” says @StephenQuake. “Our goal is….

Honored to be elected a Fellow of the @royalsociety. Grateful for the collaborators and mentors who’ve made this journey possible, and proud to keep pushing science forward.

RT @EricTopol: What is considered to be the holy grail of biology—the virtual cell—now has potential for being actualized. .

Preprints have transformed how we share research. Now, openRxiv is poised to elevate preprint infrastructure with sustainability and researcher-led governance. #OpenScience.

Attribution to:.Christopher Prentiss Michel.Artist-in-Residence.National Academies of Sciences, Engineering & Medicine.

Honored to have this incredible portrait by the talented @chrismichel, who captures the essence of “The New Heroes” – scientists shaping our world.

Each year, I share a favorite book with my @cziscience team. This year is Cork Dork by @bbosker. A fascinating exploration of the world of wine, it inspires an appreciation for the neuroscience of taste and the passionate pursuit of knowledge. #CZIScience #teamgift #wine

Joe DeRisi has been busy! From SARS-1 identification to increasing the clinical utility of metagenomic tools, he’s being honored with the @StanfordMed Arthur Kornberg & Paul Berg Lifetime Achievement Award—well deserved!

Tabula Sapiens 2.0, a reference atlas with >1.1 million cells from 28 human tissues, reveals insights into transcription factor expression, cell senescence, & sex-specific gene expression. Explore the findings:

Cross-pollinating people and ideas between countries is key to solving scientific challenges, which is why we are partnering with the @ss_f_official to bring great scientific talent to the U.S. and Japan through a new fellowship

This year we worked with scientists & #AIML experts to create a vision for the future of virtual cells. Now in @CellPressNews, the vision shares a roadmap for large-scale, collaborative research on AI-supported virtual cells. This is just the beginning

Excited to get ski season started this weekend. A bluebird day and spring conditions at Palisades!

Virtual cell models have the potential to transform biological research. Today @ChanZuckerberg released an initial set of models, including scGenePT and SubCell, designed to be easy to run and build upon. This is a really exciting time in biology.

New @ScienceMagazine : #CZBiohubCHI's biosensor continuously measures proteins in vivo. In a diabetes model, it resets in under a minute, enabling real-time cytokine tracking. A breakthrough for inflammation-related diseases.

The convoluted language of cells is a ripe challenge for AI. With the extensive collection of biological data, the possibility of predictive models of cells and cell systems is on the horizon, and cell biologists will be key to bringing this to fruition.

Had a great conversation with my student @sevahnv on the @myADLM podcast about work she led exploring cell-free RNA in urine as a path to avoid invasive biopsies for detecting diseases earlier in prostate, kidney and bladder tissues

Combining transcriptomic and metabolomic data from urine holds promise for improving early disease detection, subtyping, and prognosis, as well as enhancing our understanding of disease mechanisms. Read the paper in Clinical Chemistry:

In @CellCellPress, I share a major conceptual challenge for biology in the next decade, inspired by Crick’s Central Dogma: understanding information flow in the cell, the smallest indivisible unit of life

Manual annotation of cryoET data is a major bottleneck in biomed research. The #CZImagingInstitute Kaggle Challenge seeks #AIML innovators to automate particle detection in 3D cell images. Share with ML/AI experts:

RT @ChanZuckerberg: Supporting diversity in science is key to advancing research. Our Science Diversity Leadership Award provides funding f….