Facilities and Centers
Each department in the School of Public Health and Health Professions has its own discipline-specific research facilities as well as access to shared resources.
Our Research Labs:
The Aging and Technology Research Center is dedicated to promoting health and independent living among older adults and their caregivers. The center researches technological solutions to problems associated with aging.
The Brain Function and Recovery Lab (BFR) uses neuromotor, neurocognitive, and neurophysiological measures to better understand sport-related, military-related, and intimate-partner violence-related acquired brain injury.
The lab also focuses on identifying cutting-edge interventions to facilitate recovery in brain injury populations. It is equipped with a state-of-the-art posturography machine and neuromodulation devices with unrestricted access to body-weight supported treadmill machine and motion-capture systems. This lab is also engaged in community-based research to identify approaches to increase knowledge of and access to health care in vulnerable populations of brain injury.
Contact:
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
- Determining the mechanisms underlying both the peripheral and central aspects of blast-induced auditory neurodegeneration.
- Identification and characterization of potential therapeutic targets for manifestations of blast-induced traumatic brain injury, including hearing loss, cochlear synaptopathy, tinnitus and associated deficits.
Pilot studies were funded by Hearing Health Foundation (HHF).
Contact:
Brain Plasticity and Neurorehabilitation Laboratory
124 Biomedical Research Building
UB South Campus
Phone: 1 (716) 829-6722
The Gait Analysis Lab investigates gait, balance and motor performance, exploring movement of individuals with motor impairments. The lab uses 12 cameras and reflective markers as part of a 3-D motion capture system, and wireless electromyography (EMG) sensors detecting muscle activation, to study how the human body walks through space.
Contact:
The Motor Control and Rehabilitation Laboratory studies how the brain controls movement and the ways to improve motor function in individuals with neurological impairments such as spinal cord injury and stroke.
The Motor Control and Rehabilitation Laboratory is equipped with state-of-the-art technology. The primary research tool is non-invasive brain stimulation devices such as transcranial magnetic stimulators, BiStim system and the MAG&More, which enable us to test and/or elicit plasticity in neural circuits within the brain.
The lab applies the stimulation with Brainsight, an MRI-based neuronavigation system, to stimulate areas of the brain with high precision and reproducibility. We can monitor the response from brain stimulation by using wireless electromyography in up to 16 muscles at a time to provide vast information about the motor system.
Contact:
The Neuromuscular Physiology Lab investigates how communication between motor neurons and muscle fibers guides the development of the neuromuscular junction and how this communication breaks-down following trauma, disease, or aging.
Ultimately, we are interested in identifying potential targets to be used by regenerative medicine for treatment of denervation, sarcopenia or muscle-wasting diseases. The lab utilizes confocal microscopy, calcium imaging, muscle EMG, and cellular neurophysiology in transgenic animal models.
Contact:
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:
- A reception room/waiting area
- Six interview rooms, four of which are ventilated to accommodate smoking cessation research
- Two multi-purpose rooms
- A meeting/kitchen area
- A phlebotomy room
The Center for Assistive Technology (CAT) explores the functional utility of Assistive Technology (AT) devices and services in support of persons with disabilities.
Our federally sponsored research and development projects study, create and apply models, methods and metrics that link scientific research, engineering development and commercial production to transform knowledge into beneficial impacts. Our client service programs deliver assessment, training, demonstration and loan services to facilitate computer and environmental access in the context of school, work and independent living goals. Activities integrate multiple disciplines and span economic sectors to improve the quality of life for persons with any level of impairment, across all ages and within any environment.
Activities within these project areas are multidisciplinary and integrate government, academic, public health and business sectors to improve quality of life for persons with disabilities.