“The backbone of much of the Centre’s research is functional imaging with positron emission tomography (PET).

The Centre enjoys dedicated access to a cyclotron at the nearby Tri-University Meson Facility (TRIUMF).

PET allows us to study specific chemical changes in the living brain, and to examine the effects of various treatments. A state-of-the-art scanner enables our investigators to perform more detailed studies of the responses to treatments, and to examine brain regions that previously could not be imaged.

Our investigators have formed collaborations with scientists around the world in order to study chemical changes in the brain using methods other than imaging, and to study the ability of nerve cells to form new connections.

Such studies will help us examine potential mechanisms for brain repair, and mechanisms that contribute to undesirable side effects arising from various treatments.

The Centre is building on its advanced research capabilities, collaborations, and access to technology through the development of a program in molecular imaging.

Ultimately, we plan to study the structure and function of genes which control the nerve cells in the living human brain. This study will provide new insights into why certain nerve cells die in Parkinson’s. We are already working towards this goal.”