Vekilov Group
Advancing the molecular science of crystallization, protein aggregation, and disease.
Explore Our Research →
Prof. Peter G. Vekilov
John and Rebecca Moores Professor
Our research group investigates crystallization thermodynamics and kinetics, protein aggregation in neurodegenerative disease, antimalarial drug mechanisms, and polymorphism in organic crystals. To achieve this, our team combines atomic force microscopy, molecular dynamics simulations, and analytical theory to understand and control how molecules assemble into ordered and disordered solid phases.
Our Research
Hematin Crystallization & Malaria
Targeting hemozoin crystal growth to overcome drug-resistant malaria and improve combination therapies.
Amyloid β Aggregation & Alzheimer's Disease
Elucidating how amyloid-β fibrils grow and generate neurotoxic species to identify new therapeutic targets.
Mesoscopic Protein Clusters
Investigating protein-rich clusters as precursors to pathological aggregation in cancer and neurodegeneration.
Latest Publications
Direct Measurements of Colloid Crystal Nucleation Barriers and Rates Comply with A Priori Classical Theory Predictions
The Journal of Physical Chemistry Letters
DOINews & Highlights
Two-for-One: A Physics Discovery Suggests a New Way to Treat Malaria
Two-for-One: A Physics Discovery Suggests a New Way to Treat Malaria *Editor: Carlyle Webb* To most of us,…
Molecular Understanding Of Drug Interactions Suggests Pathway To Better Malaria Treatments
Molecular understanding of drug interactions suggests pathway to better malaria treatments *By Jeannie Kever* Researchers from the University…
Hovering with SPACEX 16
Hovering with SpaceX 16 A SpaceX Falcon 9 rocket launched the Dragon CRS-16 cargo resupply mission to the…