Neurorehabilitation & Neuroscience Team
The Neurorehabilitation & Neuroscience Team has more than 30 Senior Scientists, Scientists, and Affiliate Scientists. Each scientist leads a research lab of students and staff. Being one of the largest teams at KITE, the research conducted by the “Neuro Team” covers a wide range of research areas, including neural regeneration and restoration (limb rehab, tissue regeneration), cognition and emotion (neurodegeneration, mood), sensation and perception (multisensory integration, motion sickness), speech (aphasia, dysarthria), swallowing (dysphagia), sleep, and mobility (fall prevention, balance/gait, driving). The team’s research focuses on both people with health conditions (stroke, dementia, traumatic brain injury, Parkinson’s disease) and healthy adults. The team uses a wide variety of tools, including neuroimaging and neurophysiology, telerehabilitation, AI and deep learning, computer vision and robotics, Virtual Reality and simulation technologies, wearable and assistive devices, music therapy and neural entrainment, and functional electrical stimulation, and community exercise programs, to help people improve their function and prevent injury.
Investigating the effects of aging and age-related hearing loss on driving performance (Dr. Jennifer Campos)
A population-based birth cohort study of traumatic brain injury across the lifespan and continuum of healthcare (Dr. Vincy Chan)
Optimizing VR: using tactile cues to reduce the occurrence of motion sickness in virtual environments (Dr. Behrang Keshavarz)
Decoding brain-machine interfaces using deep learning (Dr. Brokoslaw Laschowski)
Developing and testing a prototype smart sock designed to help individuals at risk of development of diabetic foot ulcer (Dr. Sophia Yue Li, Dr. Hani Naguib, Dr. Sharon Gabison)
Investigating the control of standing posture (Dr. Kei Masani)
A PROGRESS-driven approach to cognitive outcomes after traumatic brain injury: a study protocol for advancing equity, diversity, and inclusion through knowledge synthesis and mobilization (Dr. Tatyana Mollayeva)
Design and implementation of novel multimodal electrodes to activate neural stem cells and promote neural repair following stroke (Dr. Cindi Morshead)
Does an acute exacerbation of COPD (AECOPD) compromise dual task performance and contribute to falls? (Dr. Darlene Reid)
Development of a Novel Wearable Intraoral Device for Non-Invasive Obstructive Sleep Apnea Therapy (Dr. Zia Saadatnia)
Together In Movement and Exercise (TIME™): a community-based program welcoming people with balance and mobility challenges to exercise (Dr. Nancy Salbach)
Multisensory Virtual Reality Experience: testing a new interactive and immersive VR paradigm (Dr. Raheleh Saryazdi)
How does therapy for post-stroke language deficits work? (Dr. Tijana Simic)
Establishing Reference Values and Clinical Decision Points for Quantitative Videofluoroscopic Measures of Swallowing (Dr. Catriona Steele)
Investigating the influence of repeated action observation and motor imagery on the cortical representation of action (Dr. Timothy Welsh)
A novel tool for the assessment of bulbar dysfunction in ALS (Dr. Yana Yunusova)
Scientist members
Trainee members
Staff members
Work with us.
Learn more about the Neurorehabilitation & Neuroscience Team team and explore opportunities to collaborate, participate, or connect with KITE.
Get Involved →