PT research facilities
Take a look inside some of the physical spaces that we perform our ongoing research in the Department of Physical Therapy at the University of Delaware.
CLINICAL RESEARCH EVALUATION TREATMENT LAB
Clinical Research Evaluation Lab, Star Health Sciences Complex, Rm 144
Lab Phone: 302-831-8441
Clinical Research Treatment Lab, Star Health Sciences Complex, Rm 145
Lab Phone: 302-831-7142
The Clinical Research Treatment Lab is used for clinical testing and rehabilitation interventions for older adults with low back pain, individuals with lower-limb amputation and other musculoskeletal conditions, and those living with stroke.
- GaitRite system
- Musculoskeletal Ultrasound Imaging Machines
- 3 treadmills
- Custom-built ceiling mounted harness system
MOVE 2 LEARN INNOVATION LAB
STAR Health Sciences Complex, Rm 118
302-831-7608 (Dr. Anjana Bhat, MS PT, PhD)
302-831-8666 (Dr. Michele Lobo, PT, PhD)
- Focused on advancing activity, cognition, and social interaction for individuals with movement impairments
- Populations of focus: autism, preterm, arthrogryposis, cerebral palsy, stroke, brachial plexus palsy
MUSCLE AND TENDON PERFORMANCE LAB
STAR Health Sciences Complex, Rm 120
Lab Phone: 302-831-3145
A 1009 sq. foot human muscle performance laboratory is a shared facility. All of the equipment necessary for stimulating and recording forces from major human muscle groups is presently available. This laboratory uses a customized LabView application software program that allows a personal computer to control an electric stimulator while continuously acquiring data. The same program is used to reduce and analyze the data.
- 2 computerized force dynamometers (KIN-COMs)
- Grass S8800 stimulators, customized
- LabVIEW application software and hardware
- GE Logiq e ultrasound imaging
- Continuous shear wave elastography (cSWE)
- Ergotest Muscle lab unit for evaluation of strength (linear encoder), function (light mat) and muscle activation (EMG)
- HR MATTM VersaTek Pressure Measurement System
MUSCULOSKELETAL MOTION ANALYSIS LAB
Star Health Sciences Complex, Rm 107
Lab Phone: 302-831-8667
State of the art laboratory designed to evaluate complex human movements in athletes and individuals with musculoskeletal pathologies.
- Vicon Mx 8 camera (60/120Hz) Motion Analysis System with Vicon Nexxus Data Acquisition software
- 3 mobile, Bertec Force Platforms on Air Carriers
- 26 channel Motion Lab System EMG system
- 18 channel telemetered Delsys EMG system
- 36 channel Data Translation analog-to-digital board
- Casio Exlim high frame rate digital video camera
- 42-inch LCD monitor for real-time biofeedback
- 4 Brower TC Photo-optical timing gates
NEUROMOTOR BEHAVIOR LAB
Star Health Sciences Complex, Rm 117
Lab Phone: 302-831-4613
The Neuromotor Behavior Lab is used for research in motor control and biomechanics.
Star Health Sciences Complex, Rm 121
Lab Phone: 302-831-7610
The Neurophysiology Lab is used for non-invasive brain stimulation research to study how the brain controls movement.
- MagStim Bi-Stim2 transcranial magnetic stimulation (TMS) unit
- Multiple double, double cone and custom TMS coils
- Transcranial direct current stimulation (tDCS) units
- Digitimer DS7A constant current stimulator
- CED Micro 1401 data acquisition unit
- 16 channel Motion Lab Systems surface EMG system
PEDIATRIC MOBILITY LAB & DESIGN STUDIO
Star Health Sciences Complex, Rm 115
Dr. Lee’s Lab Phone: 302-831-7611
Dr. Galloway’s Lab Phone: 302-831-3214
- Advancing technology to promote independent mobility for all people.
- Improving physical function of children with Cerebral Palsy (CP) through the development of training approaches and technologies to enhance strength, fitness and participation.
- 2 instrumented computerized force dynamometers (KIN-COMs)
- Grass S8800 stimulators
- Customized LabVIEW application software
- A to D and I/O boards
- Storage oscilloscopes
- A digital data recorder
- ForceFields Harness System
SENSORIMOTOR LEARNING LAB
Star Health Sciences Complex, Rm 115
Lab Phone: 302-831-6040
Research in our lab focuses on how humans acquire, retain, and improve skillful movement. We combine motor psychophysics, patient testing, and computational modeling in order to tackle these topics. Current projects aim to examine interactions between different forms of implicit motor learning, the effects of practice on movement planning, and the nervous system’s integration of visual and somatosensory information during reaching. Ultimately, we hope that this work will produce fundamental knowledge regarding motor control and learning that is used to advance neurorehabilitation practice.