B.Sc. (Sport & Exercise Science) [University of Essex]
M.Sc. (Sport & Exercise Science – Human Performance) [Brunel University]
Ph.D. (Sport & Exercise Science – Spinal Cord Injury) [Brunel University]
Associate Professor, Cellular & Physiological Sciences, Medicine, University of British Columbia
Research InterestsCardiovascular health; Exercise; Rehabilitation; Sport cardiology
Dr. West is a translational research scientist who investigates the autonomic and cardiorespiratory consequences of SCI. His research traverses the discovery science-clinical spectrum: at the discovery science level, he investigates the mechanisms that underpin cardiac and vascular adaptations to exercise, and at the clinical level, he works with Paralympic athletes to investigate the limitations to exercise performance, and more recently the relationship between autonomic completeness of injury, sporting classification and cardiovascular function. “While we know that exercise is beneficial for people with spinal cord injury, we are still far from understanding the optimum mode, intensity and duration of exercise that is best,” says Dr. West. “Equally we still do not truly understand if and how exercise exerts a beneficial cardio-protective effect in the SCI population.”
Dr. West says that the best thing about his work at ICORD is the diversity of his research: one day he can be investigating cells under the microscope and the next he can be working with one of the top Paralympic athletes in the world. He thinks the best thing about ICORD is the breadth of expertise and equipment available in the Blusson Spinal Cord Centre and through UBC, along with the passion shared by all of the researchers and staff who work within the building.
Dr. West collaborates with Dr. Andrei Krassioukov, Prof. Ismail Laher and Prof. John McNeill to investigate the peripheral vascular and cardiac adaptations to exercise in spinal cord injury. He is also working with researchers at the UBC James Hogg research Centre (iCAPTURE) where he has shared access to a state of the art echocardiography machine.
Dr. West has conducted a series of basic science experiments to comprehensively show that passive lower-limb exercise is able to prevent many of the cardiovascular abnormalities that accompany SCI. He is just in the process of beginning the first clinical translation of this work where he will compare the integrated physiological responses to multiple forms of lower-limb exercise modalities.
He has also made a substantial contribution to the elite Paralympic sport literature, where he has shown that the degree of remaining cardiovascular function is a critical determinant of exercise performance in athletes with SCI, such that those with more ‘intact’ cardiovascular control are able to perform better during tests of endurance performance than those with minimal cardiovascular control. More recently, as part of a research team that has attended the last 3 Paralympic games, Dr. West has found that the association between cardiovascular function and sports classification in athletes with SCI is very weak. Instead, cardiovascular function seems to be much more dependent on autonomic completeness of injury.
Dr. West worked closely with Dr. Krassioukov and the International Paralympic Committee to try to improve the classification procedure for wheelchair athletes. This work was highlighted during the Café Scientifique held at ICORD in November 2012. A video of his presentation is available here.
Techniques employed in lab:
- Exercise testing
- Histology; microscopy
- Telemetry for continuous blood pressure and heart rate monitoring
Affiliation with organizations and societies:
Some of Dr. West’s recent major awards and accomplishments include:
- Scholar Award (Michael Smith Foundation for Health Research, 2014)
- Postdoctoral Fellowship (Michael Smith Foundation for Health Research, 2013)
- Young Investigator Award (American Spinal Injuries Association)
- Postdoctoral Fellowship (Craig H. Neilsen Foundation, 2012-2014)
- International VISIT Award (ICORD, 2011)
Current Lab Members:
|Masters Students||Ph.D. Students||Postdoctoral Fellows||Research Staff|
|Liam Stewart||Mary Fossey||Dr. Alex Williams||Erin Erskine|
|Brian Hayes*||Cameron Gee*||Dr. Ryan Hoiland||Mary Fossey|
|Adrian Alanis*||Liisa Wainmann|
|Mary Fossy*||Mehdi Ahmandian|
*has graduated in the past year
Current Opportunities in Lab:
Please contact Dr. West with inquiries.
- Hayes, BD et al.. 2021. Experimental high thoracic spinal cord injury impairs the cardiac and cerebrovascular response to orthostatic challenge in rats.. Am J Physiol Heart Circ Physiol. doi: 10.1152/ajpheart.00239.2021.
- Lucci, VM et al.. 2021. Markers of susceptibility to cardiac arrhythmia in experimental spinal cord injury and the impact of sympathetic stimulation and exercise training.. Auton Neurosci. doi: 10.1016/j.autneu.2021.102867.
- Harman, KA et al.. 2021. Effects of early exercise training on the severity of autonomic dysreflexia following incomplete spinal cord injury in rodents.. Physiol Rep. doi: 10.14814/phy2.14969.
- Halbur, CR, Gulbrandsen, TR, West, CR, Brown, TS, Noiseux, NO. 2021. Weight-Based Aspirin Dosing May Further Reduce the Incidence of Venous Thromboembolism Following Primary Total Joint Arthroplasty.. J Arthroplasty. doi: 10.1016/j.arth.2021.06.008.
- Gee, CM, Eves, ND, Sheel, AW, West, CR. 2021. How does cervical spinal cord injury impact the cardiopulmonary response to exercise?. Respir Physiol Neurobiol. doi: 10.1016/j.resp.2021.103714.