I’m proud to share my new research in nature this week, co-led by Hamilton Oh, where we develop blood tests to track how your organs age! “But Jarod, why should I care? What can we really do with this?” Here are 3 ways we think this will be useful in science and medicine! 1/10

In some new work (the first from the new lab!), we lay out a vision for a biological foundation model that unites DNA, RNA, and protein modalities and operates at molecular, systems, and genome levels of scale. Blog: arcinstitute.org/news/blog/evo Preprint: arcinstitute.org/manuscripts/Evo

We are recruiting! Open projects related to enzyme engineering, protein directed evolution, computational protein design, spatial proteomics, RNA tools, protein therapeutics, and molecular technology development for cell biology and neuroscience. We especially welcome trainees

We're proud to announce #BaseFold, an #AI model that improves 3D protein structure prediction by up to 6X and small mol docking by up to 3X when compared to #AlphaFold2 - DM us to see how we can accelerate your #drugdiscovery / #proteinengineering efforts: pharmaphorum.com/news/basecamp-…

And it’s out! Our lab’s very first paper is published today Nature Methods! Our calcium-activated split-TurboID (CaST) can biochemically tag activated neurons within 10 minutes, enabling a molecular handle on functionally relevant cell ensembles: tinyurl.com/ddyecxze

So excited to share our work developing a new class of modular synthetic GPCRs, out today nature! Check it out nature.com/articles/s4158… Synthetic receptors that mediate antigen-dependent cell responses are transforming therapeutics, drug discovery and basic research. However,

Excited to share the first paper from my lab in nature ! We repurposed the widely used research tool, proximity labeling, to demonstrate its therapeutic potential in antigen amplification for immunotherapy using mouse tumor models and patient samples. nature.com/articles/s4158…