One of my main research activities addresses the development of Electronic Design Automation (EDA) tools for Application Specific Integrated Circuits (ASIC) and Field Programmable Gate Arrays (FPGAs) which are used today in all types of applications including security systems, consumer products, medical equipment, manufacturing systems, robotics to name just a few.
My research program seeks to understand the underlying physiology of diseases common in horses, and how these diseases can be modified with targeted nutrition, with a focus on cartilage biology.
It is important to consider how our everyday decisions as residents of Canada affect global (or distant) issues, people and places in positive and negative ways.
My lab combines measures of human behaviour with brain imaging techniques, such as functional Magnetic Resonance Imaging (fMRI), to examine the cognitive and neural mechanisms of visual recognition and affective response, and how...
My research uses mathematical models and computer simulation to help identify improved infectious disease prevention and control strategies in both humans and animals. Our work has a significant impact on public health and veterinary health, by strengthening planning and disease control strategies to prevent infectious disease outbreaks.
I employ a quantitative approach to integrate observational, experimental and synthetic data sets, gathered by myself and others, to study this interaction of dispersal and environmental processes...
Research in my laboratory aims to identify and characterize new molecular factors and cellular mechanisms implicated in neuronal development and plasticity, which in turn will help reveal important new details about the pathophysiology of different brain disorders and identify potential targets for improved pharmacological treatments.
