Rare dinosaur skin offers insights into evolution
International team of scientists finds rare piece of preserved dinosaur skin and, in a world first, compares it directly to modern animals to gain insight into evolution.
Unlocking the door to potential therapeutic treatments for serious complications from infections
Scientists used the CLS to solve the structure of an enzyme that could help burn victims and prevent deaths from different kinds of infections.
Ancient farming practices can improve crop production and offset climate change
After analyses at the CLS, European researchers recommend 2000-year-old farming techniques that can improve modern soil health, produce more crops and absorb greenhouse gases.
New understanding of antibiotic synthesis
Researchers have made great strides in understanding the functioning of enzymes that play and integral role in the production of antibiotics and other therapeutics.
A path to carbon-neutral plastics
Improved catalyst transforms renewable electricity and waste CO2 into ethylene, one of the world’s most widely-used commodity chemicals.
Canadian researchers extend the life of rechargeable batteries
Carbon coating that extends lithium ion battery capacity by 50% could pave the way for next-generation batteries in electric vehicles.
New catalyst could be key to a sustainable future
Scientists develop new, greener technique to produce hydrogen peroxide, used in mining, textiles, and cosmetics industries.
Developing more nutritious crops to feed a growing world
Using synchrotron light to analyze new varieties of peas could be faster, more environmentally friendly, and help to nourish underfed populations around the world.
Canadian Light Source celebrates 20th anniversary of its launch
Scientific advances achieved at the CLS are being highlighted as the institution celebrates 20 years of discovery.
Using soil to combat climate change
Researchers are using synchrotron light to better understand the impact of climate change on more than three trillion metric tonnes of soil carbon around the world.
Analyzing poppies to make better drugs
A team of researchers from the University of Calgary has uncovered new information about a class of plant enzymes that could have implications for the pharmaceutical industry.
A new generation of anti-malarial drugs
An international research team used the CLS to help determine the atomic structure of a protein kinase in parasites that cause malaria, which could help create a new generation of anti-malarial drugs.
Analyzing the world’s oldest woody plant fossil
Mapping the evolution of life requires a detailed understanding of the fossil record, and scientists used the CLS to look at the cell structure and chemistry of the earliest known woody plant.
The future of fighting infections
Researchers used the CLS to study proteins that a pathogen uses to break down sugar chains (glycans) present in human tissue during infections. This could lead to new treatments approaches for the bacterium.
Shining light on Gauguin’s artistic method
Analysis carried out at the Canadian Light Source allowed National Gallery of Canada’s conservators to learn more about a famous sculpture by Paul Gauguin, one of the 19th century’s most influential artists.
Preventing heart attacks
Scientists from Quebec take an important step towards finding a potential cure for the disease that causes some strokes and heart attacks.
Using reed waste for sustainable batteries
Montreal researchers hope to use the CLS to help create bio-based, high-performance fuel cells and metal-air batteries, which could be used in electric cars.
Celebrating Diversity at the CLS
CLS staff help to celebrate cultural diversity and inclusivity by sharing their personal experiences related to National Indigenous Peoples’ Day, Pride Month, and Deafblind Awareness Month.
Preventing colorectal cancer and stillbirths
Researchers from the University of British Columbia used the Canadian Light Source to study a protein that could help prevent colorectal cancer and stillbirths.
Revolutionary discovery in leukemia research
Leukemia affects over 6,000 Canadians per year. A team of researchers used the Canadian Light Source to discover a new way to kill leukemia cancer cells.
Fighting antibiotic resistance
Researchers from the Universities of Guelph and Alberta used the CLS to identify a possible target in the prevention and treatment of bacterial infections.
Helping people to hear
Using advanced techniques at the CLS, scientists have created three-dimensional images of the complex interior anatomy of the human ear, which is key to improving the design of hearing implants.
Scientists make breakthrough in creating universal blood type
Researchers from University of British Columbia have made a breakthrough in their technique for converting A and B type blood into universal O, the type that is most needed by blood services.
Helping to shrink cancer tumours
Guided by “blueprints” produced at the CLS, scientists made structural changes to an antibody that is now showing a lot of potential for reducing cancer tumours.
Improving engine performance and fuel efficiency
A study conducted at the Canadian Light Source suggests reformulating lubricating oils for internal combustion engines could significantly extend the life of your vehicle.
Stress can lead to heart failure
Scientists have shown that heart arrhythmia can be acquired by people who are stressed out even if they have no genetic predisposition. This condition serves as a warning signal for atrial fibrillation and potential heart failure. The good news is that these researchers may have also discovered a potential therapy.
Microscopy Expert Joins CLS as Science Director
A new directorship position for McMaster University Professor Gianluigi Botton with the CLS promises to strengthen ties between the two institutions.
Keeping nuclear power safe
A new study uses the CLS to help ensure that waste from nuclear power plants remains safe and secure for thousands of years to come.
A potential therapy for treatment-resistant depression
There is a potential therapy on the horizon for people suffering from treatment-resistant depression thanks to a small biotech firm’s discovery of a molecule linked to cell function in the brain.
Scientists discover that charcoal traps ammonia pollution
Cornell University scientists have shown that charcoal can mop up large quantities of nitrogen from ammonia air pollution.
USask discovery may help improve cystic fibrosis treatment
A University of Saskatchewan medical research team has made a groundbreaking finding with potential to lead to more effective treatments for cystic fibrosis (CF).
Arrhythmia mutations in key proteins that oversees cellular functions crucial to health and survival
Researchers used the CLS to help understand the protein responsible for regulating heartbeats.