معرفی
Fabrizio Casilli is an external collaborator at the University of Groningen, specifically affiliated with the Faculty of Science and Engineering in the Biomolecular Chemistry & Catalysis department. His research primarily focuses on artificial metalloenzymes and protein engineering, contributing to advancements in biochemical catalysis and enzyme design.
His research interests span artificial metalloenzymes, protein scaffold design, conformational plasticity, and distal mutation effects. Dr. Casilli specializes in combining computational approaches with experimental biochemistry to engineer novel enzymatic functions, particularly focusing on how distal mutations affect protein structure and function. His work demonstrates expertise in molecular dynamics simulations, protein engineering, and biocatalyst development.
Analysis of his recent publications reveals a cohesive research trajectory centered on computational methods for predicting and engineering enzyme properties. His work shows increasing sophistication in linking computational predictions with experimental validation, particularly in understanding how distal mutations affect enzyme stability and catalytic efficiency. The research has significant implications for developing more efficient biocatalysts with applications in pharmaceutical synthesis and industrial chemistry.
- Artificial Metalloenzymes
- Protein Engineering
- Computational Biology
- Biochemistry
- Molecular Dynamics
- Enzyme Catalysis
Dr. Casilli maintains active collaborations with Professor Gerard Roelfes and other researchers at the University of Groningen, as evidenced by their frequent co-authorship. His work has gained attention in academic circles, with multiple publications receiving citations and social media engagement across platforms including X (Twitter) and Bluesky.
