Give Once
Make a one-time donation
Give Monthly
Become a monthly supporter
Give in Memory
Make a dedicated donation, find or create a tribute page
Start a Fundraiser
Find a fundraising page or create your own
search modal
Home test modal
COPD Research: Preventing Lung Attacks
Launched
2023 September
Imagine gasping for air, unable to take a life-giving breath.
This is a lung attack, and it is every bit as life-threatening as a heart attack. For individuals living with chronic obstructive respiratory disease (COPD), lung attacks leave them gasping, threatening both their ability to breathe normally and their lives.
Money raised to date
$ 0
01
What
COPD is a global disease that can affect anyone.
02
How
The CanCOLD research study will help us understand and prevent COPD.
Lung attacks (or “exacerbations”) are life-threatening health events that leave individuals struggling to draw breath. Though they are seldom talked about, lung attacks are the number one reason for emergency room visits across the country. CanCOLD is working to understand why lung attacks occur and how to better treat them to ensure patients lead long and healthy lives.
We have always known that air pollution affects lung health, but how much? Dr. Bryan Ross of the Research Institute of the MUHC is studying the impact of air pollution on our lungs and how climate change could be worsening our respiratory health.
Wearable devices are the latest trend in health care, allowing physicians and researchers to monitor their patients to get a full picture of their health. CanCOLD is using wearable devices to gather valuable data on lung mechanics and lung attacks in patients living with COPD.
“COPD progresses slowly and is invisible in its early stages. When it does starts to show, it is already well established. Because COPD comes on so slowly, people adapt to it—when we finally spot the problem, it is often very advanced. CanCOLD is about collecting the data we need to better understand and treat COPD.”
Dr. Jean Bourbeau
Senior Scientist, Translational Research in Respiratory Diseases Program (RESP), RI-MUHC and Co-investigator, CanCOLD