Research Area: Cannabis

Steve Newmaster

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My research explores biodiversity from different perspectives and scales. We have develop molecular diagnostic tools for plant identification, including herbal product authentication and certification. Also, we contribute to the Plant Barcode of Life, investigating intra and interspecific variation in plants, and incorporate both Indigenous knowledge and DNA-based approaches to understanding diversity. In addition, I have extensively researched the effects of ecosystem management on community structure. Lastly, I am engaged in the scholarship of teaching and learning and have recently looked at 1) learning objects as mechanisms of engagement, 2) active learning within large first year biology classes, and 3) ancient pedagogies.

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Tariq Akhtar

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My primary research interest concerns the splendid array of compounds that are made by plants and the underlying molecular and biochemical basis of their synthesis. My lab focuses on natural products that are of medicinal, industrial or pharmacological relevance and on specialized metabolites that help plants cope with their dynamic environment. As an example, we investigate the biosynthesis, composition and structure of plant-derived polyisoprenoids. We also work closely with collaborators in various fields such as organic chemistry, food science, neurobiology, and ecology with the overall goal to shed light on the processes that operate at the interface of plant primary and secondary metabolism.

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Jamie Burr

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Our research centres on the application of physical activity and other acute/chronic perturbations to human physiology to understand how and why the body adapts to these stresses. We take an integrative systems approach, with our work focusing on interventions and assessments of cardiovascular, respiratory and muscular physiology. Specific focus areas include projects to understand the effects peripheral blood flow manipulation, the consequences of particularly stressful exercise, and novel training methods to optimize targetted physiological adaptations. From a health perspective, we are interested in understanding how exercise can be used to prevent and control risk factors for cardiovascular and cardiometabolic disease.

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