OT aims to reduce the negative outcomes of spastic tone and maintain an individual’s highest functional potential. Included are several of the most common OT assessments and interventions for spasticity, including positioning, splinting, and modalities.
Electrical stimulation (ESTIM) is a valuable modality that can be used to address a variety of conditions and symptoms such as treating chronic pain, improving range of motion, and retraining muscles after injury or illness. This resource covers ESTIM indications, contraindications/precautions and provides a log to keep track of individual patient parameters in order to simplify utilizing ESTIM in the clinic.
The most common cause of memory failure occurs due to breakdown in the encoding stage of creating a new memory. The modified Story Memory Technique (mSMT) is a technique developed and researched by the Kessler Foundation to treat memory deficits, specifically targeting the encoding stage, following brain injury. Using context and imagery, their research and implementation of this technique have shown to have significant improvements with a person’s functional recall as well as an increased activation of different parts of the brain.
This resource provides a list of how to implement a low stimulation protocol, signs, symptoms, agitation or overstimulation triggers, and what to do/not to do when a person becomes agitated or overstimulated.
This handout is an introduction to the central nervous system of the brain and spinal cord. It explains the parts of a neuron and how it helps send chemical messages for communicating thoughts, body commands, and interpreting sensory information.
Attention remains the foundation of all cognitively based tasks and is a fundamental concept to communicate to patients before beginning therapy. This handout provides a definition and concrete examples of each type of attention.
This handout outlines the pathway of the visual fields as they travel from the light rays entering the eyeball to the occipital lobe at the back of the brain. This helps clarify why certain left or right brain injuries will have different kinds of field cuts on the same or opposite sides of the brain, depending on location of damage.