Life Sciences

A University of Manitoba physicist is part of an international research team developing a cancer treatment method that uses magnetic nanoparticles to kill tumours with heat.

University of Saskatchewan scientists use neutron beams to observe plant roots in soil to aid breeding of drought-resistant crops.

University of Waterloo scientists are putting together pieces of the molecular puzzle behind Alzheimer’s disease by examining the role of disease-related biomolecules in model brain cell membranes.

By studying soft and biological materials with sophisticated tools like neutron beams, graduate students in biophysics are able to develop advanced analytical skills that can be transferred to a wide range of professional careers in all areas of Canada’s economy.

Neutron beams reveal the molecular mechanisms behind a new technology that could reduce the risk of complications and death from heart bypass surgery and dialysis. The same technology might soon help more women survive ovarian cancer.

Researchers from McMaster University accessed the CNBC to make ground-breaking observations of order in cell membranes.

Using neutron beams at the CNBC, scientists gather direct molecular-level evidence for the role that Vitamin E plays in the human body—a feat that has been unattainable using other experimental techniques.

Fundamental research that uses neutron beams to investigate how our bodies work may lead to better health outcomes in the future by shedding light on our understanding of cholesterol and Aspirin.

Memorial University physicists are using neutron beams to shed light on the molecular behaviours that are fundamental to the inner workings of living cells.

Respiratory distress syndrome (RDS) is a leading cause of death in babies up to one month old in the developed world because it makes breathing difficult. Researchers from Brock University use neutron beams to study biomolecules in the hope that it will lead to more effective treatments for RDS and other diseases, and to a molecular-level understanding of what vitamin E does in our bodies.

An international research team led by a Brock University scientist used neutron beams to resolve a scientific controversy over how cholesterol behaves when surrounded by unsaturated fatty acids such as “omega-3’s” and “omega-6’s” within cell membranes.