UBC
-
UBC implements vaccine declaration and rapid testing for COVID-19
As a result, UBC will provide COVID-19 testing for all students, faculty and staff, with exemptions provided for those who are vaccinated against COVID-19.
-
Companion animals in the climate crisis: How pet owners can reduce their environmental impacts
Pet ownership doesn’t have to be so tough on the planet, according to new UBC research. In this Q&A, Dr. Alexandra Protopopova shares why it’s important to make pet ownership sustainable, reduce waste, and more.
-
‘Sticky questions’ raised by study on coral reefs
A new UBC study on the impact of climate change on coral reefs is raising sticky questions about conservation. It found coral in more polluted and high traffic water handled extreme heat events better than a more remote, untouched reef.
-
Innovative coating for blood vessels reduces rejection of transplanted organs
Researchers have found a way to reduce organ rejection following a transplant by using a special polymer to coat blood vessels on the organ to be transplanted.
-
Surprising insights into the migration pattern of world’s farthest-migrating species
The Arctic tern—which has the world record for the longest annual migration—uses just a few select routes, a key finding that could help efforts to conserve the species, according to a new University of British Columbia study.
-
Up to 85 per cent of historical salmon habitat lost in Lower Fraser region
For perhaps the first time ever, researchers have mapped out the true extent of habitat loss for salmon in the Lower Fraser River, one of the most important spawning and rearing grounds for Pacific salmon in B.C.
-
When maternity care providers don’t take ‘no’ for an answer
People who decline maternity care services such as prenatal testing or epidurals often face pressure or scolding from their care providers, according to new UBC-led research.
-
Beyond COVID-19: How mRNA technology could transform how we treat disease
Dr. Anna Blakney, assistant professor at UBC’s Michael Smith Laboratories and school of biomedical engineering, describes how mRNA technology could transform how we treat disease.