This lab uses a combination of molecular, biochemical, and electrophysiological assays to study axon regeneration and motor neuron disease with a priority on human preclinical models such as iPSC-neurons.

This lab is for the Rehabilitation Research and Training Center (RRTC) on Employment for People with Physical Disabilities.

We research implementation science methodology to study best ways to translate findings of exercise research studies into the real-world clinical & community.

Over the last several years, we have been developing protocols to enhance the activity of residual sensorimotor pathways in individuals who suffered from spinal cord injury (SCI). We are happy to communicate that we are starting Phase IV of our protocol and we are actively enrolling participants. Led by P.I. Monica Perez

Our lab interests lie in early detection, intervention, and prevention, including non-pharmacological strategies such as physical and cognitive exercise, for both non-motor and motor symptoms and across all disease stages of Parkinson's Disease.

C-STAR or Center for Smart Use of Technologies to Assess Real-World Outcomes brings together the expertise, instruction, and mentoring to support the greater rehabilitation community with the meaningful use of technology to advance clinical outcomes.

Our vision is to develop, evaluate, and translate transformative technology to advance human ability

Our research is mainly 4 main categories: knee osteoarthritis, adaptive sports, physical activity related studies and outcomes of musculoskeletal treatments.

Our lab investigates and promotes various methods of neural priming for neurorehabilitation in individuals with severe upper limb hemiparesis.

We use biomechanics as a framework for investigating how we move and control our arms and hands following injuries and impairments.

At the Neurorehabilitation and Neural Engineering Laboratory, the goal of our research is to develop improved intervention strategies for gait rehabilitation. Led by P.I. Dr. Jose Pons PhD.

Our laboratory uses neural prosthetics to improve both our understanding of brain function as well as restoring movement and communication.