Emil Pai
Key Research Areas
- Biochemistry
- Enzymes
- Environment
- Environmental impact of economic activities (including agriculture)
- Crystallography -- physical chemistry
- Life sciences (including biotechnology)
- Physical chemistry
- Proteins and peptides, amino acids
Associated Researchers
-
Moraes, Trevor
University of Toronto -
Houry, Walid
University of Toronto -
Lee, Jeffrey
University of Toronto -
Savchenko, Alexei
University of Toronto -
Deber, Charles
University of Toronto -
Privé, Gilbert
Not Applicable -
Prosser, Robert Scott
University of Toronto -
Brown, Leonid
University of Guelph -
Christendat, Dinesh
University of Toronto -
Coe, Imogen
Ryerson University -
Enenkel, Cordula
University of Toronto -
Ernst, Oliver
University of Toronto -
Fliegel, Larry
University of Alberta -
Kanelis, Voula
University of Toronto -
Master, Emma
University of Toronto -
Privé, Gilbert
University Health Network -
Prosser, Robert
University of Toronto -
Rubinstein, John
University of Toronto -
Sharpe, Simon
Not Applicable -
Yip, Christopher
University of Toronto
Associated Organizations
No partner organizations found.
Recent Research Projects
How enzymes break carbon-fluorine bonds
2015/16-2019/20 • $190,000 • PI
Canada has identified and classified over 22,000 contaminated or suspected contaminated sites. Many of them harbour halogenated hydrocarbons, contaminants that are highly resistant to natural breakdown as well as remediation efforts. Some of these compounds can even be found in the blood of...
Upgrade Advanced EPR/DEER Spectroscopy Facility
2019/20 • $150,000 • PI,CO
Electron paramagnetic resonance (EPR) and double electronelectron resonance (DEER) spectroscopy are important structural biology methods to obtain information on protein dynamics and protein conformations, which is complementary to cryo-electron microscopy (cryo-EM) and x-ray crystallography....
How enzymes break carbon-fluorine bonds
2010/11-2014/15 • $416,750 • PI
Dehalogenase enzymes break carbon-halogen bonds. Most remarkable are enzymes able to break the most stable bond in organic chemistry, the carbon-fluorine bond. Supported by an NSERC Strategic Grant and in collaboration with E. Edwards (U of T) and A.Yakunin (SGC), we screened microbial genomes...
Core facility infrastructure for optimizing conditions for lipidic cubic phase-based membrane protein crystallization
2014/15 • $150,000 • PI,CO
Membrane proteins perform a variety of biological functions that are critical to the survival of bacteria, plants, and eukaryotes. Crystal structures of these membrane proteins have shed enormous insights into the functions of transporters, signal transduction receptors, and enzymes. However,...
Examining Biomolecular Interactions using Microscale Thermophoresis
2013/14 • $150,000 • PI,CO
As part of a team of 10 structural biologists at the University of Toronto (spanning several departments and faculties), we use biophysical tools such as Atomic Force Microscopy, NMR spectroscopy, X- ray crystallography and electron cryomicroscopy to analyze the biomolecular interactions between...