Department of Physical Therapy

You are here


Faculty and students in physical therapy conduct a wide variety of research in the rehabilitation sciences.

Research Laboratories

The department has three dedicated laboratories on campus:

Clinical Locomotion Neuromechanics Lab

Designed primarily for biomechanical assessments, the  Clinical Locomotion Neuromechanics Lab is equipped with Vicon motion capture system, a Delsys wireless electromyography system, Bertec instrumented treadmill with force plates, and a Humac isokinetic dynamometer. The equipment allows the measurement of 3-dimensional kinematics, muscle activity, joint kinetics, and muscle strength.

Neuroplasticity and Motor Recovery Lab

The Neuroplasticity and Motor Recovery Lab is equipped with Magstim single and dual pulse transcranial magnetic stimulators and magnetic coils (figure-of-eight, double cone coils) to safely deliver single and paired-pulse transcranial magnetic stimulation (TMS). The system also includes a frameless stereotaxy neuronavigation software, Brainsight (Rogue Research Inc), which allows for MRI-referenced delivery of TMS, enabling us to visualize the precise site of stimulation in the brain. The lab also features equipment capable of collecting spinal cord physiology and electromyographic data that is used for operant conditioning of spinal reflexes.

Gait and Balance Lab

Designed primarily for gait, posture, and balance assessments, the Gait and Balance Lab is equipped cutting edge balance and gait assessment tools. The Bertec Balance Advantage (Dynamic Computerized Posturography) utilizes an immersive virtual reality world to assess balance. It is embedded with two force platforms and is capable of assessing balance-related sensory organization (vestibular, vision, and proprioception), limits of stability, adaptation, motor control, and vestibular-ocular reflexes. The Protokinetics Zeno Walkway System is a 4 foot by 20 foot walking mat that detects and collects pressure data during static and dynamic balance and gait assessment, including measuring instantaneous COP, integrated pressure, COMe, and temporal spatial measures (e.g., step/stride length, swing/stance time, velocity, cadence, path efficiency). The Virtubalance VST System is a markerless mobile quantification system that utilizes an infrared camera to detect body movement to within 1 mm error. This portable system is used to quantify temporal spatial gait characteristics, static and dynamic balance, CTSIB balance test, Tinetti Balance Test, and functional reach. The Gait and Balance Lab is also equipped with the following equipment: Biosway portable balance system (CTSIB and LOS), Adult LiteGait partial weight bearing device, 30 foot overground non-deweighting harness system, Biodex Gait Trainer II instrumented rehabilitation treadmill with real time feedback, APDM Mobility Lab, GTX3XPD Actigraphs (activity monitors), and ActivPAL activity monitors.

Pediatrics Lab

The Pediatrics Lab contains assessment equipment for motor development as well as treatment equipment for clinical studies, including a pediatric treadmill with an overtreadmill portable deweighting harness system.

Evidence-Based Physical Therapy (EBPT)

The following information and links help students engage in or make decisions about physical therapy care based on the evidence, or Evidence-Based Physical Therapy (EBPT). EBPT has three components:

  • The best available research evidence
  • The clinical judgment of the therapist
  • Patients' values and preferences regarding their own physical therapy care.

These links focus on the evidence piece only.

Critically Appraised Topics — Brief summaries of the best available evidence related to specific clinical questions.

Minimal Data Sets — Standardized groups of reliable and valid clinical tests and measures designed to track and enhance outcomes in specific patient populations.


Some of the studies conducted by faculty and their research interests can be found on their biography pages.

Produced by UNLV Web Communications | © 2015 University of Nevada, Las Vegas Website Feedback