Dr. Kristin Vamvas Day, assistant professor of Physical Therapy, was awarded the Ellington Beavers Award for Intellectual Inquiry for her research: “Examination of resting state EEG in persons with severe brain injury: neural mechanisms for the recovery of consciousness.”
Areas Of Focus
Neurorehabilitation, Recovery after Brain Injury/Disorders of Consciousness
Hometown Cincinnati, OH
Moss Rehabilitation Research Institute
Postdoctoral Research Fellow, Severe TBI Rehabilitation
University of Florida
PhD, Major in Rehabilitation Science (Neuromuscular Plasticity and Motor Control)
MPT, Major in Physical Therapy
BS, Major in Biological Sciences
With a research background in motor control, neuroplasticity, and electrophysiology as well as clinical experience as a neurologic physical therapist, Dr. Day’s research interests involve understanding the mechanisms and trajectories of recovery from neurologic injuries. She also has an interest in developing interventions to promote recovery in the sensorimotor and/or cognitive domains, particularly after brain injury.
Currently, in collaboration with Dr. John Whyte at Moss Rehabilitation Research Institute, Dr. Day is investigating electrophysiologic and behavioral evidence of consciousness in patients with severe brain injury. Their goal is to determine if evidence of covert command following as measured by quantitative electroencephalography (EEG) exists in the absence of overt behavior, and whether the early presence of certain cortical activity patterns might predict the emergence of behavior in response to commands. In order to quantify the most subtle movements as they emerge and to measure motor recovery over time, accelerometers also are implemented in conjunction with EEG.
Prior to studying disorders of consciousness, Kristin’s research investigated walking and dynamic stability recovery after spinal cord injury. She incorporated robotic- and manual-assisted locomotor training interventions and motion analysis in that line of work. Based upon the stimuli and neural circuitry deemed necessary for walking recovery, as well as what appears to be an overlap with circuitry presumed necessary for consciousness, she has a longer-term goal of translating and examining the utility of upright, locomotor-like interventions as potential methods for stimulating consciousness and motor behavior after severe brain injury.