John H. Challis
Professor of Kinesiology
Measurement and simulation modeling of the human musculo-skeletal system, with the aim of examining the role, function, and coordination of muscle in vivo. Development of improved biomechanical measurement protocols.
Jinger S. Gottschall
Associate Professor of Kinesiology
My primary research objective is to perform mechanistic research regarding how humans effortlessly transition between complex scenarios in the natural environment in order to promote functional mobility. It is critical that data are obtained to help characterize the strategies that mediate gait transitions for populations that have difficulty walking on a daily basis.
My secondary research objective is to complete studies with a focus on physical fitness in adults for the preservation of independence and prevention of disease. The goal of these projects is to evaluate which exercise routines are optimal in terms of health benefits as well as participant retention.
Stephen J. Piazza
Development of computational tools for investigation of joint mechanics; computer simulation applied to the study of normal and pathological human gait; mechanical effects of surgical procedures intended to alter joint and muscle function; mechanics of total joint replacements.
Neil A. Sharkey
Dr. Sharkey’s research is aimed at advancing orthopaedic medicine through improved understanding, better diagnosis and more efficacious surgical procedures. Work is focused on functional aspects of the musculoskeletal system, including normal, pathologic, and reconstructed bones and joints; mechanisms of injury; internal biomechanical behavior of the foot and ankle; skeletal tissue mechanics, and determinants of bone health over the lifespan.
Jonas Rubenson
Associate Professor
Fundamental principles underlying joint and muscle function during locomotion. We integrate experimental and modeling approaches to study gait and skeletal muscle function during locomotion in both health and disease/impairment. In particular, the relationship between joint and muscle mechanics and metabolic energetics and mechanisms underlying locomotor adaptation and optimization.
Robert B. Eckhardt
Professor of Developmental Genetics and Evolutionary Morphology
Interaction of genetic and environmental influences on growth and development in human populations; musculo-skeletal structures are of primary interest. Current study techniques emphasize computer imaging and analysis of two-dimensional and three-dimensional data representing anatomical structures. Particular emphasis is placed on integration of molecular and morphological perspectives on development.
Vladimir Zatsiorsky
Professor of Kinesiology
Biomechanical basis of motor control, in particular biomechanics of hand and finger function and balance maintenance. Sport biomechanics. Science of training athletes, especially strength training.
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