![Preetham Venkatesh Profile](https://pbs.twimg.com/profile_images/1838256454505230336/Ag10lG_7_x96.jpg)
Preetham Venkatesh
@PreethamVi
Followers
613
Following
1K
Statuses
145
PhD student at University of Washington. 2023 QUAD Fellow. Interested in protein design and machine learning for therapeutics. BS-MS at IISc Bangalore.
Seattle
Joined November 2018
Really cool work! Congrats Adam.
Excited to announce our new #proteindesign strategy for allosterically controlling the kinetics of protein-protein interactions! Read on for cool applications in cytokine signaling, biosensing, and protein circuits.
0
0
10
RT @BiologyAIDaily: Computational Design of Metallohydrolases š New preprint from David Baker!š 1. This study introduces RFam, a generatiā¦
0
44
0
RT @Mohamad_Abedi: Cute story alert!š§µ@Caltech two clueless office mates (@piraner & I) created a tool to control cells with ultrasound. Asā¦
0
40
0
@SukriyoC Didn't really think of it as a rebuttal, more so as a "molecular" rationale for the phenomenon. Agreed on the broader point of evolution being non deterministic.
0
0
2
RT @ATinyGreenCell: Here's a growing thread of Women in Protein Design. Hoping to raise awareness and reduce the silly excuse of not havingā¦
0
61
0
RT @BiologyAIDaily: Tuning Insulin Receptor Signaling Using De Novo Designed Agonists š New preprint from David Baker!š 1. Researchers deā¦
0
25
0
This has been such a cool project to contribute to! InsulinR binders was one of the first things I worked on when I joined the lab. Congrats to @Xinru71 for leading this fantastic work!
Now online: We created de novo insulin receptor agonists using computational protein design! @EunheeChoi12 @XiaochenB @PreethamVi @UWproteindesign #BakerLab
0
0
11
@DaveJuergens @UWproteindesign @UWMolES @StanfordUChem Will miss having you around, David! Thank you for everything you've done for the field and good luck!
0
0
1
RT @LeoTZ03: If you're looking for labs working on Protein Design, we've put together a list based on our best knowledge. The initial listā¦
0
86
0
RT @Green_Ahn: Thrilled to share our work on novo protein LYTAC(pLYTAC)/EndoTag in @nature! Using de novo protein design, we created endocyā¦
0
124
0
RT @scienceANU: Not many people will read your PhD thesis, but if you completed your doctoral research at the ANU College of Science, thenā¦
0
29
0
Congrats Linna and team! Amazing work designing small-molecule binders using shape complementary pseudocycles and turning them into sensors.
Check out how we use ML-assisted method to design small molecule binders (binder to polar and flexible ligands as well!) and turn binding to sensing via CID and nanopore. @UWproteindesign Art credit to @ichaydon | Science
0
1
8
Met some really cool people through 5050 and the folks at 50Y are very passionate about supporting you throughout the program and after! Would encourage anyone thinking about entrepreneurship to apply and happy to chat if you have questions
The world needs 10x more scientist-founders. 5050 helps scientists and engineers become great founders and start indispensable companies. Applications open! Startups are the best way to make a real impact with research, but where do you get started? How do you know if entrepreneurship is for you? Whether youāre validating an idea or ready to build ā 5050 is for you. Youāll learn what it takes to become a great founder, how to choose the right problem, technology, and market, and how to build a deep tech startup. āItās a cheat code for starting a deep tech startup.ā ā @ChEMcShane, 5050 alum. ā¢ @ChEMcShane and Evan spun out of Stanford and co-founded Electroflow to tackle the lithium shortage. Theyāve scaled their tech by 200x in 6 months. ā¢ @markwbudde joined 5050 as a postdoc at Caltech. Two years later, @plasmidsaurus enables scientists across all 50 states and most European countries to go much faster. ā¢ Niccolo joined as a Tesla engineer. Three months later, he co-founded Clippership and is building autonomous sailboats to decarbonize maritime shipping. ā¢ Chi and @tayshin0827 joined as postdocs at MIT. Within weeks, they spun out and are now working to enable in vivo cell reprogramming. At @fiftyyears, weāve built deep tech companies ourselves. Weāve backed over 100 deep tech startups from the earliest stages and helped them raise over 4.6 billion dollars. We distilled everything we know about deep tech startups into 5050: a free program to help world-class scientists and engineers start indispensable companies. Phase I: Explore Weāll help you answer: How do I turn my breakthrough science into a business? What do I need to make a startup idea work? Am I ready to be a founder? Youāll learn if entrepreneurship is right for you, identify the idea to build, and pivot quickly if necessary. Weāll guide you through the early days of building in deep tech. At the end of Explore, those ready to build a startup will be invited to the next phase, Build. Phase II: Build Youāll join a cohort of fast-moving founders who will challenge you to ramp up. Weāll coach you to level up into a great founder and guide you through the early days of building in deep tech. Build will help you de-risk your technology, hit key milestones, raise a first round, and reach takeoff speed fast. Helping great scientists and engineers become great entrepreneurs is our jam. Apply / nominate! ā
0
3
16
RT @SusanaVazTor: I'm very excited to share the work I've been doing over the last year! Contributing to new therapies for snakebite victimā¦
0
24
0
RT @MoAlQuraishi: OpenFold paper is now out in @naturemethods. Timely. Iāll say more about AF3 at the end of this thread, but first I wanteā¦
0
274
0
RT @maxjaderberg: Really cool to see the huge engagement surrounding AlphaFold 3 and the structures scientists are posting. Weāre working tā¦
0
58
0