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Protein Dynamics

A computer simulation of a light purple protein stick ray.

Motion underlies all of the behaviors of proteins, from small active-site fluctuations that facilitate catalysis to larger structural changes underlying folding or the dynamics of binding, transport, and other biological functions. Protein dynamics span a multitude of sizes and time scales and are essential for all walks of life.

Areas of interest

  • Enzymology
  • Protein Structure-Function Relationships
  • Protein Folding and Misfolding
  • Amyloids and Intrinsically Disordered Proteins
  • Bacterial Autotransporters
  • Host-Pathogen Recognition


  • Bio Item
    Kylie Allen , bio

    Assistant Professor: Metalloenzymes in methanogenic archaea

  • Bio Item
    Anne Brown , bio

    Associate Professor in Research & Informatics Professor of Practice Data Science Faculty Fellow Research Areas: Protein Structure-Function Relationships, Molecular Modelling, Computer-Aided Drug Discovery, Biochemistry Education

  • Bio Item
    Brandon Jutras , bio

    Associate Professor and BcGSA Advisor: Molecular and Cellular Biology of Lyme Disease

  • Bio Item
    Justin Lemkul , bio

    Associate Professor and Graduate Program Director: Computational modeling of amyloidogenic proteins and G-quadruplexes, computer-aided drug design

  • Bio Item
    Pablo Sobrado , bio

    Professor: Mechanisms and Regulation of Enzymes