
Vamsee Rayaprolu
@quasisymmetry
Microscopist at Pacific Northwest Center for Cryo-EM ♥️ microscopy, ♥️ photography. Find me on
Insta: @quasisymmetry
Google scholar: shorturl.at/FJ
ID: 17947795
https://www.linkedin.com/in/vamseedhar-rayaprolu-04a86114/ 07-12-2008 20:59:11
1,1K Tweet
326 Followers
672 Following



So many people to thank for this paper! Congratulations 👏🏼 to the fantastic team of scientists from LJI, Regeneron and Boston University 🥂🍾Thank you, Erica OllmannSaphire for the opportunity, resources and support!




Confused about all the COVID origins discussion? Then watch this spectacular monologue from Mehdi Hasan, explaining the evidence & putting it into context using crystal clear terms. Phenomenal episode of the The Mehdi Hasan Show. Thank you for actually reporting on the science. 🙌🏻





Beautiful experience at M&M 2023 (Minneapolis); NCCAT Info SLAC PNCC NCITU Purdue Science Purdue Life Sciences Jiang Lab@PennState #CRYOVR



Ready to use #cryoEM as part of your research program? Learn more about the NIH Common Fund sponsored service centers at #cellbio2023 booth 544.


Open position Alert: 📢 We are recruiting a facility manager for our #cryoEM facility at SATHI IITDelhi , IIT Delhi Interested candidates can appear for a walk-in interview on the 12th of January (online or offline) For more details contact - [email protected]


Hydrophobic residues in S1 modulate enzymatic function and voltage sensing in voltage-sensing phosphatase. A new study from Vamseedhar Rayaprolu, Susy Kohout Susy Kohout and colleagues Montana State University Cooper Medical School of Rowan University: hubs.la/Q02xZF3R0 #Biophysics #lipids #membranes


The S1 helix is a VIP in VSP. Our latest #ResearchNews highlights a recent study from Vamseedhar Rayaprolu, Susy Kohout Susy Kohout and colleagues (hubs.la/Q02Bnyxh0) ➡️ hubs.la/Q02Bnpy60


Thanks for highlighting our recent publication, Journal of General Physiology! Vamsee Rayaprolu and many others worked hard to tease apart how the S1 helix in VSDs plays a much larger role than expected in enzymatic activity.