Research
![infectious-diseases-hero banner 1903 x558 (2)](/newimages/folsm/hero-banner/sims/infectious-diseases-hero-banner-1903-x558-2.xd6282253.png?w=1501&h=440&crop=780,440,361,0&width=380&height=215&fit=crop&f=webp)
Malim Lab
The Malim lab is part of the Department of Infectious Diseases
![Bergeron Mla](/newimages/folsm/main-article/bmb/bergeron-mla.x98e9f4de.png?w=780&h=609&crop=780,440,0,85&width=380&height=215&fit=crop&f=webp)
Bergeron lab
Using cryo-Electron Microscopy, combined with X-ray crystallography, NMR and other biophysical methods, to study the structure and mechanism of protein nano-machines.
Research
![infectious-diseases-hero banner 1903 x558 (2)](/newimages/folsm/hero-banner/sims/infectious-diseases-hero-banner-1903-x558-2.xd6282253.png?w=1501&h=440&crop=780,440,361,0&width=380&height=215&fit=crop&f=webp)
Malim Lab
The Malim lab is part of the Department of Infectious Diseases
![Bergeron Mla](/newimages/folsm/main-article/bmb/bergeron-mla.x98e9f4de.png?w=780&h=609&crop=780,440,0,85&width=380&height=215&fit=crop&f=webp)
Bergeron lab
Using cryo-Electron Microscopy, combined with X-ray crystallography, NMR and other biophysical methods, to study the structure and mechanism of protein nano-machines.