Falls continue to be one of the most pressing concerns in medical facilities, as they come at a high cost, financially, medically, and emotionally. This handout provides statistics regarding falls and highlights how falls are related to brain injuries and cognitive decline. A must read for anyone doubting the need for significant fall precautions while in a medical facility.
This handout is for patients who are experiencing spasticity after a brain injury. The handout provides instructions for specific exercises for clients to complete upper extremity self range of motion.
This handout provides a few exercises that can be performed at home for shoulder subluxation. These isometric exercises strengthen the rotator cuff musculature, deltoid and pectoralis.
This resource is for people experiencing the transient effects of Bell’s palsy. The exercises are not meant to be a cure for the condition, but rather a way to optimize muscle elasticity and length during the period of facial nerve paralysis. Includes exercises targeted at the eyebrows, neck and chin, nose, lips, and eyes.
Living with myasthenia gravis or myopathy means adhering to unique guidelines in order to reduce the risks associated with these diagnoses. The handout visualizes 13 specific strategies that help optimize exercise opportunities for this population.
Calculating optimal heart rate during exercise can be tricky to accomplish and remember. This handout provides the basic formulas to calculate maximum heart rate and healthy range of heart rate during both moderate intensity and vigorous intensity exercise.
Static stretching is commonly prescribed by therapists for improving range of motion, alleviating pain, and maximizing function. This resource outlines how static stretching improves range of motion and which parameters are optimal to maximize stretching-related outcomes.
This resource outlines the best treatment options for calcific tendonitis. It summarizes the evidence for interventions that may be used in a rehabilitation related setting along with medical interventions.
Not all exercises are created equal for facilitating return to sport after hamstring strains. This piece outlines three evidence based exercises which have been shown to reduce the time needed to return to play compared to traditional rehabilitation.