biohub

Folding large biomolecular complexes takes models that can handle longer sequences without running out of compute and memory.

Join Biohub, @nvidia, and @AnthropicAI on Nov 18 at 1pm PT for a webinar on long-context structure prediction with ESMFold2.

Register: biohub.zoom.us/webinar/regist…

Biohub’s new Imaging Residency Program embeds 18 leading scientists from 10 institutions in our research teams to tackle hard problems in biological imaging, from cryo-electron tomography to advanced light microscopy and computational imaging.

Meet the Residents: biohub.org/blog/imaging-r…

Biohub scientists built a model that recognizes sepsis from blood-cell images without being told what to look for.

Remo-ID, trained only on sample-level labels, got 43 of 47 samples right in an early study.

Led by Paul Lebel and team: biohub.org/blog/ai-sepsis…

400 million people live with a rare disease. Fewer than 5% have an approved therapy. Applications are open for Cycle 4 of Rare As One, funding patient-led organizations working on rare respiratory disorders, rare immune dysregulation disorders, and sarcomas. Apply by 12/15: bit.ly/RAO-cycle-4

New on the cryoET Data Portal: three cryo-electron tomography datasets benchmarking the dual laser phase plate (xLPP). The microscope captured PP7 virus-like particles in an E. coli cell, and results confirm the unprecedented resolution enabled by the xLPP technology.

The portal puts the data in researchers’ hands to explore, evaluate, and build on. Check it out: cryoetdataportal.czscience.com/depositions/10…