biohub

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biohub

@biohub

Combining frontier AI & frontier biology to help scientists cure or prevent disease

Katılım Haziran 2017
602 Takip Edilen27.6K Takipçiler
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Vincent Turon-Lagot
Vincent Turon-Lagot@v_turon·
New preprint! We built V-SWITCH: a fluorescent reporter that lights up when a cell gets infected by an RNA virus. One modular vector, four viruses (DENV, ZIKV, WNV, OC43), no antibodies needed. Huge team effort from the Arias group at @biohub! biorxiv.org/content/10.648…
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Stanford Department of Medicine
Stanford Department of Medicine@StanfordDeptMed·
We recently welcomed Priscilla Chan of @Biohub to Medicine Grand Rounds, where she shared how AI and advanced tools are transforming human health. 🎧 Hear more on The Future of Medicine podcast — drops April 13. Listen wherever you get your podcasts.
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biohub
biohub@biohub·
The 2nd Chicago BioEngineering Conference (CBEC) is coming! We have a stellar lineup of speakers and sessions on omics, bioelectronics & AI × bio. See you in downtown Chicago Sept. 17-18! Space is limited — register early. Learn more ➡️ biohub.org/event/chicago-…
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Alex Rives
Alex Rives@alexrives·
Sequence is all you need. Protein language models set a new state of the art for predicting the clinical effect of genetic variations. x.com/vntranos/statu…
Vasilis Ntranos@vntranos

To me, this is a very satisfying result from a theoretical perspective, demonstrating in a sense that "sequence is all you need" for variant effect prediction. The model we introduce, #VESM (Variant-effect ESM), is entirely derived from within the ESM family without using any external information.

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biohub
biohub@biohub·
Their research spans immune cell communication, next-gen measurement tools & programmable immune cell engineering. Andrea Califano, Biohub NY head: “Together they will help us build the predictive and programmable tools we need to detect and prevent disease long before it takes hold.”
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biohub@biohub·
Biohub engineers, led by Rafael Gómez-Sjöberg & Michelle Khoo, designed and built the 3D organoid bioprinter for this work, which will help improve research on how our organs form and function, and develop new treatments for disease. New in @NatureMaterials.
UC San Francisco@UCSF

Organs grow in a body that shape-shifts with them. UCSF scientists invented a gel that mimics this soft support and 3D printed stem cells into it - reliably seeding mini-organs that could speed drug testing in petri dishes. tiny.ucsf.edu/Rr2BvW

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biohub
biohub@biohub·
Cell Biology at Scale (CB@S) is coming to Europe for the first time! 🇸🇪 Join @scilifelab & Biohub for a one-day symposium on multimodal data, AI-driven modeling & the future of cell biology. 📍 Stockholm, Sweden | June 3, 2026 Learn more bit.ly/4cTXIib
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Sean
Sean@S_Gallagher23·
🧵 A simple amino acid cocktail just boosted mRNA delivery 20-fold. This could quietly reshape the entire LNP delivery landscape — and most investors haven’t noticed yet. Here’s what @CZBiohub just published and why it matters 👇
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biohub@biohub·
The Biohub team found that adding just 3 amino acids (methionine, arginine & serine) to LNP (liquid nanoparticle) injections boosts mRNA delivery up to 20x and pushes CRISPR editing efficiency to ~90% in a single dose. 🧬 Read the paper ⬇️ bit.ly/4uw5a9B
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biohub
biohub@biohub·
What if the key to better mRNA therapies wasn't redesigning the delivery vehicle—but feeding the cell? A new study in @ScienceTM from @DanielWang_SC & @ShanaOKelley describes a surprising solution to a stubborn problem. Read more ➡️ bit.ly/3MXj7MT
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biohub@biohub·
Location—it matters in real estate and, researchers are finding, in immunity. A new study in @NatImmunol from @RohamParsa & Daniel Mucida of @RockefellerUniv tracks the T cell response across organs, with implications for improving immune-manipulating therapies. Read more ▶️ bit.ly/4s44uGw
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Rockefeller University
Rockefeller University@RockefellerUniv·
A new tool from Rockefeller's Daniel Mucida and @biohub in @NatImmunol allows scientists to closely follow newly activated T cells as they travel and change during an infection—it may inform future therapies for infection, cancer, and autoimmunity. 🔗: bit.ly/3NjZEWD
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Anthony Cesnik
Anthony Cesnik@AnthonyCesnik·
I hope you can join us for this webinar! This Thursday, I'll present on the Molecular Pixelation of CAR T cells. We measured cell surface protein topologies for over 8,000 single cells that capture new phenotypic information for CAR T cell exhaustion.
PixelgenTech@PixelgenTech

We’re excited to welcome Dr. @AnthonyCesnik for an upcoming webinar, where he will present his latest preprint. Discover how Molecular Pixelation enabled studying CAR T cell surface proteome. Register for the webinar here: us06web.zoom.us/webinar/regist…

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biohub
biohub@biohub·
🩷💚💙💜 We stand in solidarity with the rare disease community worldwide. On #RareDiseaseDay, we light up our offices to honor patients, families, clinicians, and researchers advancing understanding and care.
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biohub
biohub@biohub·
It was an inspiring day of science, building community and sharing advances in AI-powered imaging and computational biology at our AI Applications in Biology Symposium! Grateful to our keynotes: @NHatzakis, Martin Steinegger, Xinyi Zhang.
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Keşfet

@Columbia @RockefellerUniv @Yale @NatureMaterials @scilifelab @ShanaOKelley @KelleyLabs @S_Gallagher23