Keyword: Enzymology

Cullen Myers

Our current research projects focus on:

- The genetics and enzymology of cell wall glycopolymer degradation and roles in cellular processes including cell division, morphogenesis and the expression of virulence properties.

- The enzymology, structural biology and associated bacterial physiology of lesser-known penicillin-binding proteins, and penicillin-binding protein variants associated with β-lactam resistance.

- Application of artificial intelligence to design to design novel inhibitors of privileged drug targets in bacteria.

Learn More

Cullen Myers Read More »

Matthew Kimber

For bacteria, survival requires evading detection. Pathogens must evade their host, but all bacteria need to avoid being targeted by phages. Gram negative bacteria’s survival depends on lipopolysaccharide and capsule – highly complex carbohydrate molecules that coat their outer surface. The enzymes that produce these molecules are complex, drawing on a large set of basic modules but then tweaking and combining them into new organizations that accomplish unique ends. My lab is focused on understanding how the structures and large-scale architectures of these enzymes create the enormous variety of unique custom carbohydrates observed in nature. To this end, we use crystallography, enzymology, and a variety of biophysical assays and bioinformatics tools to better understand these proteins.

Learn More

Matthew Kimber Read More »

Scroll to Top