Head of Electron Microscopy, Institute for Protein Design @UWproteindesign, University of Washington @UW

Joined April 2014
30 Photos and videos
Our updated preprint, "Atomically accurate de novo design of antibodies with RFdiffusion" is now available on BioArchive, now including scFvs!! biorxiv.org/content/10.1101/… Shout-out to all our collaborators and co-lead authors. Computational antibody design and validation is HERE!
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In particular, thank you to the other lead authors, @_JosephWatson, @naterbennett0, @RobertRagotte, @dejsee, Connor Weidle, @wanderingriti, and Yutong Yu! This project is a testament to how computational and experimental science work together, each driving the other forward.
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Andrew Borst retweeted
Looking for a primer on why the contrast transfer function matters in #cryoEM? Have a look at our updated #CryoSPARC Guide pages on CTF estimation! We cover intuition, theory, job types and practical considerations: guide.cryosparc.com/processi…
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Excited to share our latest pre-print! 🌟 Collaboration between @UWproteindesign & @NIH tackles the global threat of #influenza & the need for #H5N1 countermeasures. #CryoEM reveals how conserved motifs & water molecules help achieve broad protection. biorxiv.org/content/10.1101/…
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Big congratulations to Kenneth Carr and Dane Evan Zambrano, who co-led this study! 🎉 A special thank you to the developers of #ModelAngelo —this incredible tool was crucial to our success. Our designed proteins thank you! 👏
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Thanks to #CryoEM, #ModelAngelo', #BLAST, and #AlphaFold 3 predictions, we identified and modified our purification protocol to remove dihydrolipoamide succinyltransferase (hashtag#DLST) from our preps.
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We faced an issue with a unknown octahedral nanoparticle-like protein co-purifying with a number of our designed protein nanomaterials.
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Andrew Borst retweeted
CrAI, a tool using machine learning to automatically find antibodies in cryo-EM densities, is now available in ChimeraX (menu Tools / More Tools)! CrAI runs in seconds on a CPU, at resolutions up to 10A. Learn more at cxtoolshed.rbvi.ucsf.edu/app…
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Andrew Borst retweeted
We’re really happy to share our preprint demonstrating the atomically-accurate design of single-domain antibodies (VHHs) with RFdiffusion!
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Andrew Borst retweeted
Atomically accurate de novo design of single-domain antibodies biorxiv.org/cgi/content/shor… #bioRxiv

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Excited to share the release of our pre-print unveiling the design of de novo single-domain #antibodies with atomic-level precision, as revealed by #CryoEM! @UWBiochemistry @UWproteindesign Work co-led by @_JosephWatson @naterbennett0 @RobertRagotte biorxiv.org/content/10.1101/…
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I'd also like to express immense gratitude to my dedicated IPD Electron Microscopy Research Core team, Connor Weidle and Kenneth Carr, for their incredible contributions to towards this effort.
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A heartfelt congratulations to all co-authors, with special recognition to the other lead authors, @_JosephWatson, @naterbennett0, and @RobertRagotte for their outstanding leadership driving this project.
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Andrew Borst retweeted
We’re excited to share our preprint where we show, for the first time, the atomically accurate design of VHH antibodies!
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Andrew Borst retweeted
We're hiring a Research Assistant (full-time, Seattle WA). Main duties include protein characterization and electron microscope operation. Experience in protein structural biology is highly desired. Bachelor's degree required. Learn more: ipd.uw.edu/employment
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Andrew Borst retweeted
I am honored to have been selected by @HHMINEWS to become part of the #HHMIInvestigators family. Grateful to my previous mentors as well as past/current trainees and collaborators. I am so excited about the science ahead of us!
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Andrew Borst retweeted
I’m happy to announce that effective April 15, every adult in Washington will be eligible to receive a COVID-19 vaccination.
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Andrew Borst retweeted
10 Feb 2021
Pleased to share our latest paper: "Complete and cooperative in vitro assembly of computationally designed self-assembling protein nanomaterials" @NatureComms. Featuring brilliant native mass spec from @hecklab rdcu.be/ce1KJ
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