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l.abraham@austin.utexas.edu
Phone: 512-232-2684
Office Location
BEL 536
Postal Address
Kinesiology & Health Education
Austin, TX 78712-
Dr. Lawrence D. Abraham is a Professor in Kinesiology and Health Education. He is the Associate Dean in the School of Undergraduate Studies and also serves as co-Director of the UTeach Natural Sciences program for secondary certification in science and math education. He is a member of the Graduate Studies Committees in Kinesiology (Exercise Science), Neuroscience, Biomedical Engineering, and STEM Education. His research interests include motor skill performance and learning, human motor coordination, rehabilitation following brain injury, and innovative uses of instructional technology. He teaches undergraduate and graduate courses in motor learning, neuromotor control, and biomechanics.
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The Motor Coordination Lab is designed to study neurophysiological and biomechanical factors in the control and coordination of human motor skill performance. The laboratory is equipped with a variety of computer data collection and analysis systems for assessing dynamic aspects of neuromuscular function. Kinematic, dynamic, and electromyographical data are routinely assessed. Recent research projects have focused on relationships between neurophysiological and mechanical factors in performing fine motor skills, including effects of practice, aging, and neurological dysfunction from disease or injury. Current efforts involve examining neural activity patterns related to finger force and motion production and the effects of concussion or other mild traumatic brain injury. The lab includes space for data collection, data analysis, and equipment repair and fabrication. We are also collaborating with faculty members in psychology (David Schnyer) and engineering (James Sulzer) as well as area clinicians involved in neurology and rehabilitation.
Current Research Projects
- Effects of concussion on fine motor control
- Functional neural architecture of dynamic isometric digit force regulation
- Effects of mild TBI on performance of isometric digit force regulation tasks
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Representative Publications
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