University of Manitoba - Physical Education
Applied Physiology
Nutrition
and Metabolism
43(11): 1186-1193
https://doi.org/10.1139/apnm-2018-0185.\n\n
Mechanisms and functional implications of motoneuron adaptations to increased physical activity.
MacDonell
University of Manitoba
York University
Red River College
Western University
The University of Winnipeg
MYTstrap Inc.
Winnipeg School Division
Portage La Prairie
Instructor of Human Anatomy and Physiology. The first half of the course focuses on the structure and function of cells
tissues
support and movement of the body
and the nervous system. The second half examines control and maintenance systems of the body
which includes sensory-motor integration
metabolism
and the endocrine
cardiovascular
respiratory
digestive
urinary and reproductive systems.
Part-time Instructor
Red River College
Winnipeg
Manitoba
Course Instructor for a variety of courses in the Faculty of Kinesiology and Recreation Management.\n\nAdvanced Exercise Physiology \nExercise Physiology \nResearch Methods\nFitness Appraisal and Lifestyle Counseling .\nFoundations of Physical Education and Kinesiology
Sessional Instructor
University of Manitoba
Kinesiology & Health Science
Bethune College
York University
•\tRecruited participants
established data collection protocols
analyzed data and presented findings at research symposiums.
Graduate Researcher
York University
Elborn College
UWO
London
ON
This research examined spinal cord motor output at the level of the single cell.
Post Doctoral Fellow
University of Manitoba
Winnipeg School Division
Research Associate
Led original research examining the impact of physical activity and chronic conditions on the Central Nervous System. My research examines how spinal cord neurons respond to changes in activity levels
disease
and pharmacological interventions. \n\n• Established researcher with strong networks that rely on my expertise via collaboration among multiple research groups within and outside of Canada.\n• Communicated ideas and findings by publishing research in top peer-reviewed journals in my feild.\n• Supervised and mentored graduate students that produced exceptional research\n• Experience with both parametric and non-parametric data analysis (ANOVA
correlation
regression analysis
Chi-Square
and t-tests
for example)\n\nhttps://www.ncbi.nlm.nih.gov/pubmed/?term=macdonell+cw
University of Manitoba
375 Nairn Avenue Winnipeg Manitoba Canada R2L 0W
•\tLed research demonstrating superior product effectiveness and benefits that exceeded competitors. \n•\tDeveloped marketing posters to provide concise
comprehensive product overview and benefits.\n•\tInteracted and networked with industry participants
in a technical sales capacity
at athletic injury and sporting conferences\n•\tBroad responsibilities across research
marketing and technical sales functions
playing a critical role in delivering a 50% increase in company sales over two years.\n
Scientific Consultant
MYTstrap Inc.
Winnipeg
Canada Area
University Lecturer - Kinesiology & Applied Health
The University of Winnipeg
School of Physical Therapy
Elborn College
London
ON
•\tExamined how external information from the environment effected motor skills using a mathematical transform that used muscle discharge statistics\n•\tUsed multiple statistical analysis and probability distributions to provide a clearer understanding of the data.\n•\tLead laboratory component for the course “Research Methods in the Health Sciences” that examined univariate and multivariate statistics.\n•\tSupervised Masters students and upper year physiology students completing research in the laboratory.\n
Graduate Researcher
Western University
Bachelor of Arts (B.A.)
Kinesiology and Health Science
York University
Master of Science (M.Sc.)
Kinesiology/Biomechanics
The University of Western Ontario
Doctor of Philosophy (PhD)
Neuroscience
Electromyography
Electrophysiology
Research Ethics
Exercise Physiology
Written & Oral Presentation Skills
Motor Learning
Neurophysiology
Statistica
Public Speaking
Motor Control
Ergonomics (Occupational Biomechanics)
MATLAB
Neuroscience
Data Analysis
Neuromotor Control
Experimental Design
Teaching
Biomechanics
Statistical Data Analysis
Scientific Writing
Plasticity of rat motoneuron rhythmic firing properties with varying levels of afferent and descending inputs.
Gardiner PF
Cormery B
Beaumont B
Button DC
Plasticity of rat motoneuron rhythmic firing properties with varying levels of afferent and descending inputs.
Garland SJ
Ivanova TD
Changes in the Estimated Time Course of the Motoneuron Afterhyperpolarization Induced by Tendon Vibration.
Gardiner PF
Gardiner K
Chopek JW
Journal of Neurotrauma
Daily passive cycling attenuates the hyperexcitability and restores the responsiveness of the extensor monosynaptic reflex to quipazine in the chronic spinally transected rat.
Muscle activity during patient transfers: a preliminary study on the influence of lift assists and experience.
Gardiner PF
Gardiner KR
Power KE
Chopek JW
Journal of Neurophysiology
Removal of supraspinal input reveals a difference in the flexor and extensor monosynaptic reflex response to quipazine independent of motoneuron excitation.
Altered transcription of glutamatergic and glycinergic receptors in spinal cord dorsal horn following spinal cord transection is minimally affected by passive exercise of the hindlimbs.
Gardiner PF
Gardiner KR
Chopek JW
Power KE
Extensor motoneurone properties are altered immediately before and during fictive locomotion in the adult decerebrate rat.
Interfering effects of the task demands of grip force and mental processing on isometric shoulder strength and muscle activity.
Garland SJ
Pollock CL
Knorr S
Ivanova TD
Clinical Neurophysiology
Motoneurone afterhyperpolarisation time-course following stroke.
Garland SJ
Ivanova TD
Reliability of the interval death rate analysis for estimating the time course of the motoneurone afterhyperpolarization in humans.
Kalan Gardiner
Jeremy Chopek
Alpha-motoneurons maintain biophysical heterogeneity in obesity and diabetes in Zucker rats.
Garland SJ
Ivanova TD
Afterhyperpolarization time-course and minimal discharge rate in low threshold motor units in humans.