Dr. Gordon Bell
Office (780) 492-2018
Fax 780-492-2364
email: gordon.bell@ualberta.ca |
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Dr. Normand Boulé
Office (780) 492-4695
email: nboule@ualberta.ca |
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Dr. Darren DeLorey
Office (780) 492-0157
email: darren.delorey@ualberta.ca |
- Cardiorespiratory physiology and muscle metabolism in response to exercise
- Control of skeletal muscle vascular tone and blood flow at rest and during exercise
- Specific interest in the effects of advancing age, gender and physical training
- The research program utilizes both human and animal approaches
- Dr. DeLorey's curriculum vitae (PDF)
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Dr. Vicki Harber
Office (780) 492-1023
email: vicki.harber@ualberta.ca |
- Hormonal and metabolic adaptations to acute and chronic exercise,
- Investigating independent and interactive effects of energy intake and energy expenditure on the reproductive axis, the endocrine system and body composition (skeletal muscle, bone and adipose tissue),
- Predisposing factors and mechanisms underlying reproductive dysfunction in active women.
- Canadian Sport for Life: The Female Athlete Perspective (PDF)
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Dr. Michael Kennedy
Office (780) 492-2830
email: kennedy@ualberta.ca |
- Lung inflammation and lung function in athletes
- Assessment of performance in endurance sports including pacing strategies and influence of fatigue
- Fatigue, health and fitness factors that affect illness, injury and performance in athletes
- Coordinated regulation of the cardio-respiratory system during exercise
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Dr. Stewart Petersen, Associate Dean, Graduate Programs
Office (780) 492-0996
email: stewart.petersen@ualberta.ca
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- Work physiology with emphasis on problems related to emergency response occupations.
- Cardio-pulmonary limitations to exercise in health and disease.
- Development of fitness standards for physically demanding occupations.
- Dr. Petersen is associated with the Work Physiology laboratory
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Dr. Ted Putman
Office (780) 492-2187
Fax 780-492-2364
email: ted.putman@ualberta.ca |
- Neuromuscular cell biology
- The lab group investigates, in basic rodent models, the cellular and molecular mechanisms directing muscle fibre transformation in response to acute and chronic increases in muscle contraction
- Special emphasis is placed on satellite cell activity and the control of myosin heavy chain gene expression
- Neuromuscular adaptation is also studied in transgenic murine models of degenerative neuromuscular disease
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Dr. Dan Syrotuik
Office (780) 492-6583
email: dan.syrotuik@ualberta.ca |
- Advanced conditioning methodologies in resistance training,
- Use of nutritional supplements as an ergogenic aid,
- Applied sport training programs for elite athletes.
- Use of "non-banned training nutritional adjuncts" or supplementation with training.
- Training phenomena that can directly benefit the athlete and/or coach.
- Dr. Syrotuik's curriculum vitae (PDF)
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