Home >> The MR Institute of Continuing Education >> CEU Webinars >> Diagnosis >> Webinar Recordings for CVA
Case Report 2016-07 recording Presenter(s): Ariana Seif Hard work pays off for patient with dense hemiplegia post CVA |
Chronic Stroke Rehabilitation Presenter(s): Mike Studer Implementing high intensity interval training to induce functional improvement + recent clinical advancements. This course will reveal a novel and intense clinical approach built specifically for persons that are 6 months or more in recovery post cerebrovascular accident (CVA).This approach includes Interventions that are designed and built directly from evidence and are adapted with... |
Dosing exercise after stroke- Recording Presenter(s): Pamela Rogers Bosch Accomplishing aerobic training effects in people with walking impairments. This webinar will review the physiological benefits of aerobic exercise that translate to improved activity and participation for individuals. Current evidence in support of high intensity interval training after stroke will be presented. Principles of exercise testing and prescription will be... |
Stroke of Creativity Presenter(s): J.J. Mowder-Tinney People with neurological injuries require challenging activities with many repetitions to promote functional improvement. As the amount of time allowed to be spent with each patient continues to decrease it is critical to find new and functional ways to promote neuroplasticity. In addition, being able to adjust tasks to maintain a patients motivation requires a multitude of creative yet easy... |
Advancing our understanding and influence on the swing phase of gait Presenter(s): Mike Studer This course will be an exploration of the biomechanics underlying compensatory efforts in the swing phase of gait. We will investigate the various strategies and mechanisms for increasing efficiency that are available based on current research and clinical experience. Attendees will be presented with evidence-based management that is translated into and expanded on with videotape case examples... |
Journal Club 2014-Q3 Presenter(s): JC Webinar Host Journal Club 2014-Q3 Biomechanical variables related to walking performance |
Journal Club 2014-Q1 Presenter(s): JC Webinar Host Effects of intensive physical rehabilitation on neuromuscular adaptations in adults with poststroke hemiparesis. |
Journal Club 2013-Q4 Presenter(s): JC Webinar Host Walking during body-weight supported treadmill training and acute responses to varying walking speeds and body-weight support in ambulatory patients post-stroke. |
Pusher Syndrome Evaluation and Treatment Techniques Presenter(s): Geoff Mosley The purpose of this course is to familiarize the learner with modern definitions and identifying features of contraversive pushing, as well as instill an understanding of the principles of treatment for this disorder. Objectives:
|
Journal Club 2013-Q2 Presenter(s): JC Webinar Host Excellent outcomes for adults who experienced early standardized treadmill training during acute phase of recovery from stroke: A case series. |
Pediatric Stroke Children are Not Small Adults Presenter(s): Hemda Rotem This webinar will present the physical therapy perspective of the evaluation procedures, treatment strategies and innovative techniques in the rehabilitation of a child post-stroke - from the emergency room to community. |
Speed & Spasticity in Cerebral Palsy - More Linked Than You Think Presenter(s): Nechama Karman In this 90 minute webinar we will examine the interaction between spasticity, motor strategy and biomechanics as they apply to gait in children with cerebral palsy. We will discuss how to have an impact on these via the manipulation of gait training parameters in the treatment of children. We will review use of BWS to accomplish specific targeted outcomes. |
Stroke: Making Every Neuron Count Presenter(s): Mike Studer Learn how to measure, challenge and PROVE your results in patients with |
Journal Club 2012-Q2 Presenter(s): JC Webinar Host Gait parameters associated with responsiveness to treadmill training with body weight support after stroke: An exploratory study. |