Rohith Rajasekaran

Postdoc @UCSF l Biochemistry PhD student @UWMadison & @NIGMS CBI | former @nih postbac | @UofMaryland 2017 | 🐰

[Rohith Rajasekaran @born2raisecell]

Science is also art! Please enjoy the collaboration of our work with Vincent Van Gogh in this reinterpretation of Starry Night starring our programmable reaction-diffusion system.

[Scott Coyle @CellRaiser_]

Our first preprint is out! Led by Rohith Rajasekaran (@born2raisecell): “A programmable reaction-diffusion system for spatiotemporal cell signaling circuit design”

A visually stunning toolkit to build cellular radios that probe or control cell biology.

https://t.co/RA18asTEBQ

[Fred Hutch Cancer Center @fredhutch]

Fred Hutch is pleased to announce the 12 recipients of the Harold M. Weintraub Graduate Student Award, which honors the exceptional achievements of graduate students in the biological sciences. Read more: https://t.co/jt7KneTaFm

[UW-Madison IPiB @uwmadisonipib]

Join us for Rohith Rajasekaran's (@born2raisecell) PhD thesis defense on Friday, Nov. 21! Rajasekaran's research was completed in the Coyle Lab (@CellRaiser_). More info: https://t.co/CENb7p1IlF

[Gina Wade @JustWadeAMinute]

Such a joy to receive this award! We've modeled our mentorship approach after the best! @JudithSimcox

[Rohith Rajasekaran @born2raisecell]

Honored to receive the fellowship from @UWMadisonCALS! Thanks to @CellRaiser_ and @UWBiochem for supporting me for this fellowship.

[UW–Madison Biochem @UWBiochem]

Congratulations to Rohith Rajasekaran, who was awarded a @UWMadisonCALS Distinguished Graduate Fellowship. In the @CellRaiser_ Lab, Rajasekaran focuses on the MinDE reaction-diffusion system. Read more: https://t.co/pl58j92o07

[David R. Liu @davidrliu]

I discuss the urgent crisis from the loss of federal support of science in the US and recent clinical gene editing breakthroughs with @WalterIsaacson & @amanpour on @AmanpourCoPBS, airing on @PBS tonight at 11 pm ET, and on @cnni earlier today. Pls share!
https://t.co/cyVZpAwJiq

[David R. Liu @davidrliu]

Last night I was honored to receive the 2025 #BreakthroughPrize in the Life Sciences, reflecting the efforts of many students, collaborators, doctors, and patients in labs around the world. I hope this 4-minute excerpt can inspire when science needs public support more than ever.

[Dennis Bolshakov @DBCytoSage]

My first grad school paper is on BioRxiv! Working in @CellRaiser_’s lab, I applied the MinDE protein oscillator for precision tuning in budding yeast.
https://t.co/iURUMMajaM

[Rohith Rajasekaran @born2raisecell]

The future is now! We provide the foundation for complex protein-based FM circuit design in living cells. This is only the beginning, please look forward to more. We are eager to share our tools with the community.

[Rohith Rajasekaran @born2raisecell]

Curious about FM transmission of biological data? Check out our new preprint: "Genetically encoded protein oscillators for FM streaming of single-cell data." A game-changing toolkit to create cellular radios that communicate directly with cell biology.

https://t.co/IYVW0YTlEb

[Rohith Rajasekaran @born2raisecell]

Huge thanks to: @CellRaiser_ for being the best mentor and @Tjmlg2012 for being the best @UWBiochem UG, bioinformatics extraordinaire and protist lover @MaggieXzj, and yeast cell cultures experts @DBCytoSage and Elliott Weix who spearheaded the platform into a new species.

[Zhejing (Maggie) Xu 徐哲靖 @MaggieXzj]

Deeply inspired by so many cool science and have a huge blast of fun with the Biological Size Control & Scaling family! Thank you so much for all the organizers and look forwards to the ongoing talks and posters at #CellBio2024!

[Zhejing (Maggie) Xu 徐哲靖 @MaggieXzj]

Thrilled to be part of this subgroup and talk about how predatory ciliates tune their sub cellular morphology dynamically to control their hunting behaviors. Can’t wait to listen to all the cool science from these 🌟presenters!! #CellBio2024

[Scott Coyle @CellRaiser_]

Excited to share a new paper from the super creative and talented @EdenChang_! Eden engineered droplet-forming sequences to act as regulatable glues for stitching microtubules together inside living cells 🧫🧪

[Eden @EdenChang_]

I'm thrilled to share my first project in @CellRaiser_ 🤩we found that MTs-assembly can be tuned at both MTBD and condensates. This project highlights my past(microtubule), present(SynBio), and future(LLPS): https://t.co/Hx2yZY8V8m