Excited to share our new paper in ChemPlusChem!
We engineered asymmetric phospholipid–protein hybrid vesicles that enable reversible and spatiotemporal control of protein localization using both light and bioluminescence.
https://t.co/BjOlSoiLKM
Excited to share our new paper in Communications Biology!
We engineered artificial cells where a riboswitch triggers protein expression to convert lipids, generating asymmetric membranes and enabling functional behaviors.
https://t.co/jRvn32HXcI
Linker length controls nanopore gating.
We engineered OmpG with N-terminal protease-cleavable linkers and achieved accurate protease detection without disrupting structural stability.
#Nanopore#ProteinEngineering#Biosensing
https://t.co/8dJIiKnuIx
Our new review is out! 🎉
"Synthetic Cells on Demand: From Molecular Stimuli to Cellular Functions"
We highlight how artificial cells built from lipid or polymer vesicles can sense stimuli and perform programmable functions.
Read here: https://t.co/TBbsyb4XSB