Provides microscale characterization of surfaces.
Funded by the CFI.

Isothermal titration and differential scanning calorimeters characterize the thermodynamics of molecular interactions.
Funded through the NSERC RTI program.

Circular dichroism spectropolarimetry can probe the structure and chemistry of both small molecules and proteins.
Funded through the NSERC RTI program.

For high-yield recombinant expression of proteins.
Funded by the NSERC I2I program.

This provides time resolved fluorescence and polarization measurements for samples.
Funded through NSERC RTI and the DMRF Capital Equipment Grants.

This microscope can acquire infrared spectra to characterize the composition and structure of materials. Funded through NSERC RTI.

For measuring the surface tension and surface pressure of samples and depositing molecules onto surfaces. 
Funded by a DMRF Capital Equipment Grant.

This equipment can characterize particle size and shape.
Funded through the NSERC-RTI program.

This is used to freeze dry samples.
Funded by a DMRF Capital Equipment Grant. 

This instrument uses fluorescence to characterize intermolecular interactions.
Funded by the NSERC RTI program.

This instrument couples size exclusion chromatography to a light scattering detector to characterize the the size and shape of biomolecules. 
Funded by the NSERC RTI program.

This instrument uses X-rays to determine atomic resolution structures of biomolecules
Funded by the Canadian Foundation for Innovation and the Nova Scotia Research and Innovation Trust.