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  • kite@uhn.ca

Parvin Eftekhar

I am an Occupational Therapist by training, Affiliate Scientist, KITE Research Institute and Assistant Professor, Department of Occupational Therapy, University of Toronto. I have been a practicing occupational therapist since 2001 with areas of expertise in  neuro-rehabilitation with a focus on Stroke, Multiple Sclerosis, Spinal Cord Injury and Acquired Brain Injury. I have been  practicing advanced, evidence-based interventions to treat and manage spasticity, with an emphasis on restoring function and improving quality of life. My doctoral work evaluated spasticity using combined kinematic and clinical outcome measures to assess the impact of BoNTA on arm function. My current research and clinical practice focus on patient and family goal-based intervention using the ICF model. My research interest areas are neuromodulation (sEMG, NMES/FES) coupled with traditional rehabilitation modalities such as exercise, massed practice, splinting/serial casting after upper limb paralysis or nerve transplant in individuals with Stroke or SCI. My post-doctoral fellowship at the University of Toronto was a multi-site randomized trial studying outdoor activities for seniors. I provide education in the Department of Occupational Therapy through  guest lectures, as a teaching assistant, lab educator and research supervisor for an OT student project.  During COVID-19, I have pivoted to providing assessment and treatment via telerehab to Toronto Rehab Spasticity patients. I am an active member of the peripheral nerve transplant team and act as research therapist in the Upper Extremity NeuroRestorative and Innovations Lab at Lyndhurst Centre. Currently, I am analysing an international dataset to define the impact of the Covid 19 lockdown on students and faculty members in different countries. 

 

Follow Me

  • Affiliated Scientist
  • Assistant Professor ( Status Only)
  • Clinician Scientist
  • Spasticity
  • Upper Limb Function
  • Goal Setting
  • Outcome measures
  • Peripheral Nerve Transfer
  • Upper Motor Neuron Syndrome