
GenBio AI
@genbioai
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Building the World’s First AI-Driven Digital Organism (AIDO). We're hiring: https://t.co/JwdGBJvhkL
Palo Alto | Paris | Abu Dhabi
Joined September 2024
1/ 🚀 Introducing AIDO.StructureDiffusion: A generative model for structural protein design—enabling high-quality, controllable generation of monomers, complexes, and antibodies. 🧵
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Have you signed up yet? GenBio AI Co-Founder and Chief Scientist @ericxing will deliver a keynote at #PyTorchConf in San Francisco on October 23 at 2:46 PM PT. He will share GenBio AI’s latest progress on world models, deep reasoning agents, and virtual cell models, alongside
The keynotes are here. 💥 The time to save is almost gone. 💸 At #PyTorchConf, Oct 22-23 in SF, you'll hear from the best in #OpenSource #AI & ML. That alone is exciting BUT you can still lock in $200 savings before early bird registration ends TONIGHT. 🤝 Keynote Speakers:
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NEW POLL: Amid Government Shutdown, Americans Ready to Turn to Self-Reliance A new @GoDaddy / @HarrisXdata survey finds that while 61% of Americans and 76% of federal employees are concerned about the impact the government shutdown may have on their personal finances. However,
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🚀 Introducing AIDO.DNA2, GenBio AI’s next-generation multi-species genomic foundation model. Built with a Mixture-of-Experts architecture and trained on the massive OpenGenome2 dataset, AIDO.DNA2 delivers higher accuracy, better efficiency, and stronger generalization across
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3/ Applications include: • CRISPR screens • Drug response modeling • Designing experiments for rare populations • Cross-study integration across labs and protocols
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It's official: @Marvel is now on GlobalComix! Hundreds of comics in GlobalComix Gold + day-and-date releases w/ discounts. The best deal in comics just got better.
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2/ Why it matters: Most models blur cell state with perturbation effect. This makes it hard to generalize and hides failures in rare cell types. State-conditioned modeling separates the two, making results more interpretable, transferable across datasets, and robust to batch
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1/ 🔬 New talk at the Foundation Models for Biology Seminar Series (FM4Bio) by GenBio AI: @abhinadduri introduces state-conditioned perturbation modeling, a framework for predicting how edits, drugs, or doses affect cells depending on their state. 📺 Watch:
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⏰ Happening tomorrow! Don’t miss the next Foundation Models for Biology (#FM4Bio) Seminar on September 17 at 9 AM PT. @HAOTIANCUI1 will present “Large Models for Single-Cell Omics and Drug Discovery: Data, Pretraining, and Closed-Loop Environment.” The talk will cover the
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📡 Join us for the next #FM4Bio Seminar on Sept 17 at 9 AM PT featuring @HAOTIANCUI1 Haotian will present “Large Models for Single-Cell Omics and Drug Discovery: Data, Pretraining, and Closed-Loop Environment.” Save your spot → https://t.co/1nbSMlvkGU
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GenBio AI Co-Founder & Chief Scientist @ericxing will deliver a keynote presentation at the #PyTorchConf in San Francisco on Oct 23 at 2:35 PM PT. He will join global leaders in AI, ML, and Open-Source to share insights on the future of machine learning. Talk details TBA! 📌
The keynotes are here. 💥 The time to save is almost gone. 💸 At #PyTorchConf, Oct 22-23 in SF, you'll hear from the best in #OpenSource #AI & ML. That alone is exciting BUT you can still lock in $200 savings before early bird registration ends TONIGHT. 🤝 Keynote Speakers:
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While students struggle, the Chicago Teachers Union spends millions on politics and radical activism. Shouldn't they put kids first?
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3/ Why it matters: • Accelerates drug discovery • Improves bio-organic & biomolecular modeling • Makes quantum-informed simulation practical for everyday use 📝 Read our blog summary:
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2/ ⚖️ The challenges in molecular simulation: • DFT = gold-standard accuracy, but painfully slow • Force fields = fast, but often imprecise Egret-1 bridges this gap with DFT-like accuracy at a much lower cost, trained on high-level quantum data. 📄 Read the paper:
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1/ 🚀 New from the Foundation Models for Biology Seminar Series (#FM4Bio) at GenBio AI: 🔬 @manntis4 introduces Egret-1, a family of large pretrained neural network potentials (NNPs) for efficient & accurate bio-organic simulation. 🧵 👇 https://t.co/OlcAgf7tbd
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Thanks @ChanZuckerberg for inviting me to the @westendlabs last week for the Cell Biology at Scale (CB@S) meeting especially the modeling talks (picture shows Eric Xing of @genbioai )
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Happening now! →
genbio.ai
The Foundation Models for Biology (FM4Bio) Seminar Series by GenBio AI features leading researchers applying multiscale, multimodal AI to decode biological systems, spanning DNA, RNA, proteins, and...
⏰ Happening tomorrow! Don’t miss the next Foundation Models for Biology (#FM4Bio) Seminar on Aug 5 at 9 AM PT. @abhinadduri will present “Predicting Cellular Responses to Perturbation Across Diverse Contexts With STATE.” STATE is a machine learning architecture for predicting
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⏰ Happening tomorrow! Don’t miss the next Foundation Models for Biology (#FM4Bio) Seminar on Aug 5 at 9 AM PT. @abhinadduri will present “Predicting Cellular Responses to Perturbation Across Diverse Contexts With STATE.” STATE is a machine learning architecture for predicting
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Do you hold legacy investment positions with significant gains? What if you could transition into an ETF without facing a large tax bill? You can, with a 351 ETF Exchange. Here’s how it works: Investors contribute stocks or other securities to a newly formed ETF in exchange for
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4/ This work strengthens AIDO’s vision: multiscale foundation models for predicting, simulating, and programming biology across contexts, from molecules to phenotypes. Read more ↓
genbio.ai
Explore how contextualized networks advance interactome modeling for tumor-specific gene regulation. Learn how this research supports AIDO’s vision for personalized, multi-scale biological simulation...
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3/ Why this matters for AIDO: • Generating personalized models on-demand for every individual • Unified ML paradigm for multi-modal data integration • Information flow from molecular to cellular scale improves disease models Paper 🔗
pnas.org
Cancers are shaped by somatic mutations, microenvironment, and patient background, each altering gene expression and regulation in complex ways, re...
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