
Charlie Dahlgren@XRWorkers1h
United States
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Seven Hundred Nineteen | EP 302 · Three came down over one sign error. Fourteen got fixed, in public. 719 stand. #aikidotheAI #math #virtualcell Narration synthetic. Imagery generated. Founder: real.
Mark Zuckerberg's @biohub is backing a $1.8 billion push to build AI models of human cells. The goal is to test new treatments on a screen instead of waiting years for physical lab results.
@GoogleDeepMind #Biohub #VirtualCell #AIHealthcare
18 岁、没有生物学背景,他用 AI 冲进虚拟细胞竞赛前 20
400 次已记录实验、850 次代码提交:一位年轻开发者的阶段成绩,揭示 AI 正在改变怎样的科研参与门槛。
zhuanlan.zhihu.com/p/2094833…
#AI4Bio #VirtualCell
Tahoe launched Tara: plug Tahoe-100M (~100M cells, 50 cancer lines, ~1,100 compounds) into your existing AI Agent—no full download first.
Full CN write-up: zhuanlan.zhihu.com/p/2094268…
#AIbio #VirtualCell #SingleCell
The notion of the #VirtualCell, is a good example of this. As any cell or developmental biologist will tell you, a cell is more than the aggregate of its gene and protein networks. And I agree with J Doudna that the statements that AI will ‘solve disease’ are widely exaggerated.
A letter to @nvidia. #virtualcell #greatsaltlake #covid let’s get the rest of the virtual cell built so we can cure disease and stop the fight over energy.
Please send an email to [email protected] every day until they 1. Update their technology to Infoton P30 and it is announced in the news and 2. Use the Infoton physics data layer in the virtual cells and have their partners use their technology to deliver the cures for disease—beginning with COVID as there is now a small molecule target. You can CC [email protected] for maximum effectiveness. Again, do not stop until product delivery to the market with Infoton is met.
We don’t have enough time for another Ignaz Semmelweis, Ada Lovelace, Gregor Mendel, Nikola Tesla, Henrietta Leavitt, Alfred Wegener, Lise Meitner, Emmy Noether, Cecilia Payne-Gaposchkin, Rosalind Franklin, Jocelyn Bell Burnell,Vera Rubin, Chien-Shiung Wu, Katherine Johnson,Dorothy Hodgkin, Barbara McClintock, Esther Lederberg, Tu Youyou, Katalin Karikó, Jennifer Doudna and Emmanuelle Charpentier, Louis Pasteur, John Snow @RecursionPharma.
We both know how the history books remember. [email protected]
huggingface.co/Infoton
Most models pick one scale of biology and hope it generalizes. The Virtual Aging Cell is trying to hold 6 at once — and keep them consistent when you perturb one.
That coherence is the hard part, and the whole point. #AI4DD #virtualcell
Virtual Aging Cell in action: emulate a therapy and control the patient's organism at 6 levels of biology
↓↓↓
Check it out at virtualcell.insilico.com
Check out Dr. Petrina Kamya speak about the Virtual Aging Cell platform at Insilico which is already delivering novel targets and even therapeutics. Platform partnerships are welcome!
#VirtualCell #VirtualAgingCell
youtube.com/watch?v=vufvnB1R…
Check it out! @InSilicoMeds #virtualagingcell explained! #virtualcell #biology #drugdiscovery #longevity #aging
NEW Video 📽️Insilico Medicine Introduces Biological Age into Virtual Cell Research: Launches Virtual #Aging Cell Webpage and Previews Multi-Agent Driven VAC Generation Platform
Following a decade of exploration from the 2014 NVIDIA #GTC to the @precious_gpt model series, Insilico Medicine presents the industry's first multi-agent Virtual Aging Cell(#VAC) platform with #biological age as a core condition.
Hear the story behind our latest launch in this video, and preview Virtual Aging Cell here: virtualcell.insilico.com/
#InsilicoLaunch #VirtualAging #longevity @petrinak_ISM
Same molecule. Same dose. Two cells that differ only in age. 💊
One responds, the other barely does. That gap is where plenty of promising drugs quietly fail in older patients, and it is exactly what our Virtual Aging Cell is built to model.
👀 Explore it! ⬇️ #virtualcell
Insilico Medicine introduces the Virtual Aging Cell
We think of age as a number. 🔢 Biology doesn’t. 🧬
The Virtual Aging Cell (VAC) is built to explore how cellular states change across time ⏳ and how those changes shape response to intervention.
The goal isn’t just to measure aging. It’s to predict what comes next 🔬
🧵1/5
Introducing @InSilicoMeds Virtual Aging Cell (VAC) - the first #VirtualCell that takes #aging seriously!
The Virtual Aging Cell incorporates biological age to explore how cells respond differently over time.
Check it out -> virtualcell.insilico.com/
@VladAladin
@vovalive @andrewaiginin @precious_gpt @biogerontology
working on new generation of virtual cells
virtualcell.insilico.com
#virtualcell #aging #longevity #drugdiscovery
The first "digital life" was made in 1953. Nils Barricelli bred numbers on Princeton's computer. They mutated, mated, died. Turns out life isn't chemistry. It's pattern. And patterns can be digitized. Stay tuned. 🧬 #virtualcell #aging #longevity #drugdiscovery
Virtual Cells Go Multiscale to Predict Complex Biology
As the diversity of virtual cell models targets new dimensions of complex biology, every approach takes another step closer toward clinical impact
@biohub @Ginkgo @Xaira_Thera
#AI #virtualcell
hubs.li/Q04qjj0b0
How can we build virtual cells? Using “virtual yeast” as a starting point, we outline an AI-agent framework for predictive, interpretable, and experimentally testable models of cellular behavior. nature.com/articles/s41586-0… #VirtualCell #AIforScience #SystemsBiology #Proteomics
🎉New Perspective published in EXO
We are pleased to share the publication of:
Anchoring virtual cells on gene programs: from biological networks to patient digital twins
Led by Dr. Jie Liao, Zhejiang University.
🔗Free to Read: sciexplor.com/exo/articles/E…
#VirtualCell #SpatialOmics
This perspective outlines the transition from virtual cells toward dynamic virtual bacteria—a new framework that seeks to reconstruct prokaryotic life in silico with evolutionary and adaptive capability.
@InnovationLife
doi.org/10.59717/j.xinn-life…
#LifeSciences #VirtualCell
Recent advances, accelerated by #AI, have established a comprehensive capability for precise regulation — spanning #geneediting, intercellular communication, #virtualcell models, and the faithful simulation of complex pathologies. This is more than a technical upgrade; it signals a real paradigm shift from generalized treatment toward truly personalized #therapy. As our understanding of molecular, cellular, and systemic processes deepens, personalized #medicine is moving from scientific vision into clinical reality, with the clear, evidence-based popularization of accurate medical information playing a vital supporting role in bridging discovery to bedside application worldwide. Ultimately, the goal of precise regulation is to retire the concept of the 'average patient.' As these technologies mature, the challenge shifts from scientific discovery to clinical translation—turning bespoke, molecular-level interventions into scalable solutions. By making precision the new standard, we ensure that treatments respecting individual biological uniqueness become a reality accessible to patients worldwide.
See the unseen. Change the unchanged!!!
@The_InnovationJ @Innov_Medicine
High quality AI plenary kicking off #AACR26 Monday.
Really loved @BoWang87's super clear explanation of #FoundationModel & outlining disruptive opportunities to come from #VirtualCell
Some key links
•#X_Cell: biorxiv.org/content/10.64898…
•#X_Atlas/#Pisces: biospace.com/press-releases/…
























