Our main focus is the structure determination of important membrane proteins, with a focus on G protein-coupled receptors and solute carriers (SLC). These represent the two largest families of membrane proteins in the human genome and have a broad spectrum of targets for medical treatments.

Besides structure determination, we complement our studies with biochemical and biophysical tools.

If you are interested in either of those techniques, or would like to collaborate, please reach out to us.

Single particle CryoEM

Our main structural biology technique is single particle cryoEM.

Useful links:

https://cryoem.yale.edu/cryo-em/recommended-reading

https://cryoem101.org/

https://cryo-em-course.caltech.edu/

Biochemistry & biophysical techniques

We deploy standard biochemical purification techniques with various expression systems (Sf9 and HEK293), followed by a range of different reconstitution techniques:

  • detergent based micelles
  • SMA copolymer nanodiscs
  • conventional (MSP-based) nanodiscs
  • liposomes
  • Lipidic cubic phase (LCP) crystallization

 

G protein-coupled receptors

Solute carriers & transporters

Cornelius Gati, PhD

The Bridge Institute

Department of Biological Sciences / Chemistry