BrownLab @Mt.Sinai
@brownlab1.bsky.social
With co-authors Bram Teunissen & @yizhoudonglab.bsky.social, we dive into emerging ways to make LNPs more precise—from tuning their chemistry to reprogramming RNA expression and even controlling protein stability & localization >>> a road🗺️ for more intelligent delivery & broader applications ahead.
October 17, 2025 at 5:22 PM
With co-authors Bram Teunissen & @yizhoudonglab.bsky.social, we dive into emerging ways to make LNPs more precise—from tuning their chemistry to reprogramming RNA expression and even controlling protein stability & localization >>> a road🗺️ for more intelligent delivery & broader applications ahead.
A major hurdle for next-gen LNPs? We still don’t have great tools to see where they go or what they do in vivo.
Tracking the nanoparticle, RNA cargo, and protein output in real time is key to designing smarter, more targeted systems.
Tracking the nanoparticle, RNA cargo, and protein output in real time is key to designing smarter, more targeted systems.
October 17, 2025 at 5:17 PM
A major hurdle for next-gen LNPs? We still don’t have great tools to see where they go or what they do in vivo.
Tracking the nanoparticle, RNA cargo, and protein output in real time is key to designing smarter, more targeted systems.
Tracking the nanoparticle, RNA cargo, and protein output in real time is key to designing smarter, more targeted systems.