11/01/2019
Although summer is officially over, heat stress still poses a health risk during physical activity, even in temperate conditions. Fortunately, uOttawa researchers continue to develop strategies to keep us safe when the heat is on. Our recent work has demonstrated that older adults, especially those with diabetes, have a reduced ability to keep cool, although this impairment can be offset with exercise-training.
To find out more and get some tips on exercise and beating the heat, you can visit: www.hepru.ca. Or you can volunteer to participate in a study. We are looking for people with and without chronic health conditions to participate. All eligible participants receive a free fitness evaluation (~$650 value). For details see the flyer below or email us at: [email protected].
08/18/2019
Are you interested in learning how your children may be affected by hot temperatures? We are currently investigating how preadolescent children respond to rest and exercise in the heat. We are seeking children between the ages of 10-14 years to participate in our study.
For more information or if your child may be interested in participating, please visit our website at the following link:
https://hepru.ca/volunteer
06/25/2019
Afin d’outiller les aînés du milieu, une conférence sur les bons réflexes à avoir lors de périodes de canicules sera offerte gratuitement par le Dr. Martin Poirier, le mercredi, 26 juillet à 13h30. Elle s’adressera aux diabétiques mais aussi aux aînés en général, de cette façon tout le monde sera prêt à faire face aux chaleurs de l’été !
L’activité se déroulera dans la salle d’activités du Centre Action Générations des Aînés, au 390 avenue de Buckingham, au sous-sol.
Au plaisir de vous voir en grand nombre!
03/22/2019
Seniors needed to help researchers investigate climate change! For more information, you can call 613-562-5800, ext. 4270 or email us at [email protected].
The Orléans Star
02/15/2019
ARE YOU 35 TO 45 YEARS OF AGE? WOULD YOU LIKE TO LEARN MORE ABOUT YOUR PHYSICAL FITNESS? Researchers at the University of Ottawa are currently seeking volunteers to participate in studies assessing how the body responds to heat during exercise. Every qualifying participants receives a free aerobic fitness assessment (VO2max) and body composition analysis (valued at $650)!
For more information, please give us a call at 613-562-5800 ext. 4270 or email us at [email protected].
01/27/2019
Do you want to learn more about your health and fitness?
Researchers at HEPRU at the University of Ottawa are currently seeking volunteers to participate in studies assessing how the body responds to heat at rest and during exercise. We are seeking to understand how different factors such as a person’s s*x, age, state of health, fitness, hydration status, acclimatization state and others can affect an individual’s tolerance to heat.
This information will inform new guidelines and heat protection strategies to safeguard health during exposure to heat.
Please contact us at [email protected] or 613-562-5800, ext.4270 for more information.
Make sure to check our our new website for more information on our latest research - www.hepru.ca.
04/11/2018
Check out our new website at www.hepru.ca for more information regarding our research and volunteer opportunities!
Testing the Limits of Human Performance
HEPRU conducts comprehensive research dedicated to understanding how humans perform in adverse environments. Using the world's only whole-body direct calorimeter (a device used to precisely measure the heat emitted by the human body), HEPRU has the unique ability to examine the effects of changing....
10/26/2017
Soyez-y le 12 novembre! Be there on November 12!
10/26/2017
Check out our new paper in Experimental Physiology - Fitness-related differences in whole-body heat loss are heat load dependent!
Fitness‐related differences in the rate of whole‐body evaporative heat loss in exercising men are heat‐load dependent
The effect of aerobic fitness (defined as rate of peak oxygen consumption) on heat loss during exercise is thought to be related to the level of heat stress. However, it remains unclear at what combined...