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Overview

  • Our goals

    Dr. Scribbans’ innovative research program aims to delineate how the nervous, musculoskeletal and fascial (neuromyofascial) systems interact to produce and influence movement and force production of the upper limb in healthy individuals and those with shoulder disorders.

    The lab's unique program uses an integrative approach to examine multiple systems at a variety of biological levels. The program is driven by the team's diverse research experience, education and clinical expertise.

  • Key areas of research

    • Musculoskeletal systems
    • Nervous systems
    • Neuromyofascial systems
    • Upper limb movements
    • Shoulder disorders
    • Rehab strategies

     

Investigators

  • Trisha Scribban

    Primary investigator

    Dr. Trisha Scribbans worked as an athletic and massage therapist throughout her graduate training. These experiences gave her first-hand knowledge of the challenges in preventing and rehabilitating shoulder disorders. Combining her clinical experience and research expertise give her a deep understanding of the interaction between contractile and non-contractile tissues and the relationships between anatomical structures and physiology.

  • Students

     

Projects

  • The impact of different stretch intensities on muscle stiffness in the upper limb.
  • The acute effect of eccentric quasi-isometric (EQI) exercise on the neurological manifestations of fatigue, kinetics and kinematics between the sexes. 
  • The impact of EQI and eccentric resistance training on musculotendinous adaptations in untrained males and females.
  • Determining the distribution of muscle activation within the upper, middle and lower trapezius in individuals with and without scapular dyskinesis and its relationship to scapular kinematics.
  • Defining the neuromuscular response of several shoulder muscles between the sexes and older and younger adults in response to fatiguing isometric contractions.
  • Characterize differences in fatigability within several upper limb muscles (trapezius, biceps, pectorals major, etc.) in response to different contraction intensities, intermittent and continuous contractions and different work-rest ratios.
  • Examining the neuromuscular and kinematic response of the lumbar spine and paraspinal muscles in response to a prolonged standing task.

Publications

2020

Henderson, Z. J., & Scribbans, T. D.(2020). Intrauterine contraception and athletic performance: Where is the data? Health and Fitness Journal of Canada, 13(2), 37-45.

Bergen, B.P., Rochon, J.A., Bohunicky, S., Lesany, A., Scribbans, T.D. (2020) Towards Restoring Scapular Position and Motion Through Mapping Muscle Activation in the Trapezius: a Pilot Study. Athletic Training and Sports Health Care, 12(3):136-144.

Fulawka, K., Schleper, A., Scribbans, T.D., Anzalone, R., Villar, R. (2020) Sex Differences in Anaerobic Performance of Ice Hockey Players With Dynamic Stretching Warm-up. (poster presentation) Presented at Canadian Society for Exercise Physiology 53rd Annual General Meeting: Strengthening our Performance, Keeping our Connections, Virtual Conference. Applied Physiology, Nutrition, and Metabolism, 45 (Suppl. 3), S299.*

Bohunicky S., Henderson Z. J., Simon N., Scribbans T. D. (2020) Effect of inhibitory kinesio-tape to the upper trapezius on lower trapezius muscle activation: A pilot study. (poster presentation). Presented at Canadian Society for Exercise Physiology 53rd Annual General Meeting: Strengthening our Performance, Keeping our Connections, Virtual Conference. Applied Physiology, Nutrition, and Metabolism, 45, No.11(Suppl. 3), S289.*

Slagerman, A. M., Henderson, Z. J., Dacanay, M. & Scribbans, T. D. (2020). Does manual muscle testing of the middle and lower trapezius preferentially recruit these segments? (poster presentation). Presented at the International Society of Electrophysiology and Kinesiology, Virtual Congress.

Bergen, B.P., Rochon, J.A., Bohunicky, S., Lesany, A., Scribbans, T.D. (2020) Towards Restoring Scapular Position and Motion Through Mapping Muscle Activation in the Trapezius: a Pilot Study (poster presentation). Presented at the International Society of Electrophysiology and Kinesiology, Virtual Congress.

Bohunicky S., Dacanay M., Slagerman A., Scribbans T. D. (2020) Myofascial Release of the Pectoral Fascia: Effect on Shoulder Posture, Pectoral Length, Muscle Activity, and Movement Performance: A Pilot Study (poster presentation). Presented at the International Society of Electrophysiology and Kinesiology, Virtual Congress.

Bohunicky S., Henderson Z. J., Simon N., Scribbans T. D. (2020) Effect of inhibitory kinesio-tape to the upper trapezius on lower trapezius muscle activation: A pilot study. (poster presentation). Presented at the International Society of Electrophysiology and Kinesiology, Virtual Congress.

Dacanay, M., Bohunicky, S., Scribbans, T. D. (2020) Does Forward Shoulder Posture Impact The Ratio Of Activation Of Scapular Retractors To Protractors: A Pilot Study. (poster presentation). Presented at the International Society of Electrophysiology and Kinesiology, Virtual Congress.

Funding sources