Nanoscale Biophysics Group

Research Program

  • Scope: Biophysics of lipids and lipid-protein interactions; role of structural changes and physical properties of lipid monolayers and bilayers in controlling biological processes and diseases; application of lipid films in biomedical nanotechnology
  • Current Research Projects: role of lipid membrane in amyloid toxicity in relation to Alzheimer's Disease; testing amyloid inhibitor drugs using single molecule atomic force spectroscopy, interaction of antimicrobial peptides with lipid membrane and lung surfactant; lipid-based drug delivery systems, developing novel biosensing platforms using lipid membrane and surface enhanced spectroscopy
  • We are actively looking for commercial partners. Please contact Dr. Zoya Leonenko at zleonenk@uwaterloo.ca!
  1. Oct. 19, 2016Brenda Receives 2016-2017 WIN Nanofellowship

    Congratulations to Brenda Lee, PhD Candidate in Biology (Nanotechnology), for receiving one of this year's WIN Nanofellowships for her interdisciplinary work with antimicrobial peptides.

  2. May 31, 2016Congrats Robbie for Being Accepted to Med School!

    Congratulations to Robbie Henderson, our recent PhD Physics graduate, for being accepted to medical school at multiple universities! The Nanoscale Biophysics Group wishes you a successful and prosperous medical career starting at the University of Saskatchewan!

  3. May 3, 2016Brenda Wins Best PhD Seminar at Bio Grad Symposium!

    Congratulations to Brenda Lee on having the best PhD Seminar at the Biology Graduate Student Symposium that took place on Friday, April 29th.

    The title of her talk was "Binding and Insertion Studies of Antimicrobial Peptide Daptomycin and Derivative CB-182,462 with Model Lipid Monolayers and Membranes".

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Group Leader

Dr. Zoya Leonenko

Dr. Zoya Leonenko

Professor

Department of Physics & Astronomy,
Department of Biology,
Waterloo Institute of Nanotechnology,
University of Waterloo

zleonenko@uwaterloo.ca

Office: PHY 354
519-888-4567 x38273

Lab: PHY 335
519-888-4567 x38495, x38570