A primary research area for the laboratory is in understanding human motion, particularly in the low back. This research includes examining risk factors for low back pain and injuries such as repetitive lifting and occupational vibration exposure. Human motion capture, electromyography, and force pates are used to understand dynamics and stability of human motion.
HUMAN MOTION
MEDICAL DEVICES
The laboratory has a number of projects on a variety of medical devices including a ferromagnetic glue system to treat fistulas, a syringe system for preventing syringe reuse, and devices and systems for use in physical therapy.
CHILD-BIRTH BIOMECHANICS
Shoulder dystocia is a condition during birth in which the fetal shoulders are trapped behind the maternal pelvis. This research examines the potential actions of an obstetrician in successful delivery of babies with shoulder dystocia and the injury mechanism for brachial plexus injury.
