The School of Public Health and Health Professions houses 29 clinical research laboratories, including the full-service Center for Health Research.
The Center for Health Research (CHR) is a full-service research facility available to all School of Public Health and Health Professions faculty conducting externally funded studies.
The CHR includes:
Each department within the School of Public Health and Health Professions has its own discipline-specific research facilities as well as access to shared resources.
This facility houses specimens collected as part of the department’s epidemiological studies and clinical trials. The specimens are stored either in -80°C freezers and in cryogenic containers, or immersed in liquid nitrogen (-196 °C). A complex, secure computerized mapping system tracks the specimens and a sophisticated back-up system maintains integrity. The EEH specimen bank currently houses about 700,000 samples from approximately 20,000 participants.
Contact Jo L. Freudenheim, PhD, UB Distinguished Professor for more information at email@example.com or 716-829-5375.
The Brain Plasticity and Neurorehabilitation Laboratory (BPNL) investigates mechanism of neurodegeneration following neurotrauma and occupational hazards, in translatable experimental animal models in a dedicated biomedical research facility equipped with in-house laboratory animal facilities along with unrestricted access to core facilities.
BPNL is currently focusing on blast induced traumatic brain injury/stroke and its impact on vestibular/auditory dysfunction by studying sensory information processing and sensory-motor integration from the perspective of cellular and system neuroscience. The lab is equipped with state-of-art NIOSH version of acoustic shock tube that generates acoustic shock waves especially in low frequency spectrum to simulate blast induced TBI in animal models. In collaboration with Auditory/Vestibular Research Laboratory, outcome of BPNL research activities will be translated for development of integrated rehabilitation approach for veterans suffering from sensory impairment.
Research interest and training areas of Dr. Muthaiah’s lab includes
Pilot studies were funded by Hearing Health Foundation (HHF).
For more information, contact Dr. Vijaya Prakash Krishnan Muthaiah, PT, PhD at firstname.lastname@example.org 716-829-6290.
124 Biomedical Research Building
UB South Campus
The Biomechanics of Human Movement Laboratory is a 2,000-square-foot facility that serves as the cornerstone for applied biomechanical research and for undergraduate teaching within the department. The main research focus within the lab is on osteoarthritis, one of the most prevalent rheumatic diseases, and the leading cause of functional disability.
The Emergency Responder Human Performance Lab (ERHPL) is dedicated to promoting the health and safety of emergency responders through research, education and application.
We aim to develop and improve national guidelines and operational practices. Specifically, we seek to improve performance and safety during firefighting, hazardous material incidents and emergencies resulting from chemical, biological and radiological agents. We do this by improving knowledge and understanding of the physiological stresses that accompany work in various forms of personal protective equipment.
Our computing laboratory, located in Cary 235, is open to all biostatistics graduate students 24-hours a day. The lab has PC machines with direct access to LINUX clusters and with software packages including R, Maple, Mathematica, S-Plus, SAS and Latex.
The Nutrition & Health Research Laboratory studies the influence of food and food additives on ingestive behavior in humans, and the factors that influence adults’ motivation to obtain food. Jennifer L. Temple, PhD, principal investigator and assistant professor of exercise and nutrition sciences, is conducting NIH-funded research in the lab on the influence of caffeine administration on physiological, mood and psychological responses in adolescents.
The Rehabilitation Physiology Lab conducts research on a wide range of individuals including the elderly and those with different physical disabilities. Recent extramurally funded studies have included the quantitative assessment of physiological function and functional performance and the effects of specific exercise interventions on the elderly and patients with juvenile arthritis, osteoarthritis, multiple sclerosis and post-polio syndrome. Students from the University at Buffalo, as well as other universities, frequently participate in internships, fellowships and graduate work in the Rehabilitation Physiology Lab.
Contact Nadine M. Fisher, EdD, lab director, for more information.