Program Philosophy
The complex and highly integrated systems of the human body have traditionally been studied in isolation, under both normal and pathological conditions. While this approach has been highly successful in elucidating basic mechanisms of health and disease, the dynamic interactions of the body's organ systems are often left unappreciated. Since a significant percentage of the population has some degree of physical disability, scientific and medical communities must implement a holistic
approach to studying the causes and amelioration of function impairment and physical disability. We believe that the adverse consequences of chronic systemic disease, congenital defects, trauma-related damage, or progressive decline in tissue viability can be reduced through intensive research focused on a plethora of topics addressing the mechanisms and management of chronic systems disorders. We further believe that a relevant translational approach (from laboratory bench to clinical patient care) will help facilitate an understanding of the integrated functions of these systems. Over time, this new information will increase the ability of medical personnel to accurately diagnose disabling disorders and prescribe appropriate preventative or corrective counter measures.
To ensure that acceptable numbers of rehabilitation researchers are trained and available to meet society's needs, the University of Maryland School of Medicine, Department of Physical Therapy and Rehabilitation Science offers a formal program of interdisciplinary study leading to the Doctor of Philosophy degree in Physical Rehabilitation Science. This program draws on internationally recognized research expertise found within the Department of Physical Therapy and Rehabilitation Science, and other basic science and clinical departments within the School of Medicine, as well as programs throughout the University of Maryland System. The program is focused on critical areas of research that help prevent or dramatically reduce the many forms of disability that restrict significant numbers of individuals from functioning fully and freely in their surroundings.