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ÄÛBÑо¿Ôºers and clinicians are invited to join our hands-on learning and mentoring program, IdeaLab.

This study will evaluate use of wearable sensors to gather information on COVID-19 like signs and symptoms.

This study investigates the intracortical inhibition in humans with cervical spinal cord injury. We particularly aim to understand the inhibitory mechanism for the control of upper arm muscles to further promote rehabilitation protocol.

The purpose of the study was to examine the contribution of passive muscle stiffness and active spinal reflex mechanisms to clinical outcomes of spasticity after SCI.

We combine sensors with fun, interactive computer games in order to strengthen arm muscles after stroke or SCI! Free program offered by the Perez Lab.

This study explore the contribution of descending motor pathways to the development of spasticity and motor recovery with the aim to implement effective rehabilitative intervention.

Learning the mechanisms behind spasms and spasticity, and using them to appropriately manage them post spinal cord injury.

Using transcranial magnetic stimulation, peripheral nerve stimulation, and exercise to expedite recovery from cervical spinal cord injury.

The Perez Lab team exclusively offers FREE hand training for ANYONE with a neurological condition that affects the function of their hands, including but not limited to: Spinal Cord Injury (Any level), Stroke, MS, Parkinson's, ALS, etc. We use a combination of games, cutting-edge robotics, sensors, and upper body exercises to help people improve the function of their hands in terms of pinching, grasping, and dexterity. Come by any time 8:30AM-4PM Monday-Friday and meet us!

This project will explore the correlation of potentially harmful bacteria to various liner conditions such as age of the liner, material properties, and patient hygiene practices.