Eric R. Greene
@EricRGreene1
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Asst. Prof. @SFSU. postdoc @fraser_lab; PhD @UCBerkeley @AndyMartinLab; teaching how to take pictures of proteins. (he/him)
Joined December 2019
Exciting work from @proteins_emma! Methods for high throughput discovery of fluoroprobes that recognize tau fibril polymorphs
biorxiv.org
Aggregation of microtubule-associated protein tau (MAPT/tau) into conformationally distinct fibrils underpins neurodegenerative tauopathies. Fluorescent probes (fluoroprobes), such as thioflavin T...
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RT @proteins_emma: Overjoyed to share that I am starting as a tenure-track Assistant Professor of Chemistry @SJSU!
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I’m grateful to my mentors for their continued support @fraser_lab @AndyMartinLab @MarquseeLab, to my students for teaching me how to be an effective mentor, and to @SLAClab and their S2C2 facility for microscope training and data!.
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I’m excited to announce that I’ll be starting as a tenure-track Assistant Professor in the Department of Chemistry and Biochemistry @SFSU this fall!
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RT @willowcoyote: I am excited to announce I've accepted a job offer at @UCSF @UCSF_BTS @QBI_UCSF where I will be starting as an Assistant….
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RT @GENBiotechJrnl: A new study from @thisismadani, @nikhil_ai, @fraser_lab, and colleagues describe a deep-learning language model that le….
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RT @thisismadani: ChatGPT for biology? Excited to share our work on LLMs for protein design out today @NatureBiotech ..
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RT @nikhil_ai: Excited to have our paper on using large language models like ChatGPT for protein design come out in @NatureBiotech! You can….
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RT @RanabirNMR: Are proteasomal tags merely escorts to the proteasome? Our results with the FAT10 proteasomal tag shows that it also modul….
biorxiv.org
The proteasome machinery regulates the levels of most cellular proteins. However, the factors determining rate of proteasomal degradation remain poorly understood. A rate-limiting step of degradation...
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RT @proteins_emma: So excited to share that the preprint for a small piece of my postdoc work is out today!
biorxiv.org
The aggregation of tau into insoluble fibrils is a defining feature of neurodegenerative tauopathies. However, tau has a positive overall charge and is highly soluble; so polyanions, such as heparin,...
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RT @willowcoyote: Our 1st manuscript on DIMPLE from @ucsf @QBI_UCSF and my 1st senior author! .If interested in DMS, indels, high throughp….
biorxiv.org
Insertions and deletions (indels) are a major source of genetic variation in evolution and the cause of nearly 30% of Mendelian disease. Despite their importance, indels are left out of nearly every...
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Such a privilege and great time presenting this work at #PS36! Thanks for the shoutout @oletaknowsstuff!.
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RT @proteins_emma: Really enjoyed revisiting my grad work and the world of site-specific ubiquitination for my first review article! Thanks….
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RT @proteins_emma: Excited to share our latest preprint from the @GestwickiLab (and the first preprint of my postdoc)! Check it out! https:….
biorxiv.org
Chaperones of the heat shock protein 70 (Hsp70) family engage in protein-protein interactions (PPIs) with many co-chaperones. One hotspot for co-chaperone binding is the EEVD motif that is found at...
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RT @thisismadani: This twirling work of science is special ✨. AFAIK, it's the first crystal structure of a functional #protein fully design….
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RT @deboramarks: Fabulous - and tested - more than wishful thinking. Now - what shall we design ?
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It was a pleasure working directly with @nikhil_ai @thisismadani @benwkrause @joseluisolmosjr, Ben Mohr, ZacharySun, and James Holton. I am excited to continue pushing the boundaries in this space towards making designer proteins!.
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Great summaries of the work can be found here I contributed in vitro biochemistry and a biology-centric perspective to the project.
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Thrilled to announce my first preprint as a postdoc, an exciting interdisciplinary effort led by @SFResearch in collaboration with @tierrabio and @fraser_lab utilizing language-based #AI to generate function proteins!
biorxiv.org
Bypassing nature’s evolutionary trajectory, de novo protein generation—defined as creating artificial protein sequences from scratch—could enable breakthrough solutions for biomedical and environme...
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