Happy to announce that our paper on the cryo-EM structures of CRISPR-Cas13 and REPAIR has been published in NSMB! Congratulations, Junichiro!
https://t.co/X8NwxI9zrC
Deep Nanometry is a new way to analyze nanoparticles at high speed making it possible to detect trace amounts of rare particlessuch as extracellular vesicles related to colon cancer. #UTokyoResearch
https://t.co/NqCvS8bHHn
Honored to be promoted to Full Professor in the Research Center for Advanced Science and Technology (@UTokyo_Rcast) at UTokyo. Deeply grateful for the support of friends and colleagues, and looking forward to continuing my work alongside the incredible teams here!
Our paper is finally out in Cell!
https://t.co/oNOphKtxRh
During the revision, we solved one more structure (H225F or KALI), performed more electrophysiological, computational, spectroscopic, and biochemical experiments, and conducted optogenetics experiments using KALI. (1/n)