
Using Sensory-Based Interventions for Older Adults With Dementia: Elizabeth Rhodus, PhD, MS, OTR/L
The assistant professor in the Department of Behavioral Science at the University of Kentucky discussed a nonpharmacologic intervention designed to address sensory processing impairments in older adults with dementia. [WATCH TIME: 5 minutes]
WATCH TIME: 5 minutes | Captions are auto-generated and may contain errors.
"In our trials, nearly every participant that we have with dementia has at least one area of sensory processing impairment. It's interesting that we understand sensory processing, which is the brain's ability to process or understand the sensory input that's coming into your brain, integrate it, and then use appropriate behavioral responses."
Sensory processing impairments are increasingly recognized as a meaningful contributor to behavioral symptoms and functional decline among older adults with dementia. Rather than viewing agitation, withdrawal, or other behavioral changes solely as downstream effects of neurodegenerative pathology, emerging research suggests that altered processing of environmental stimuli may underlie or exacerbate these manifestations. Framing dementia-related behaviors through a sensory processing lens opens the door to targeted, nonpharmacologic strategies that may optimize person-environment to fit in this vulnerable population.
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In an interview with NeurologyLive®, Rhodus described how her background as a pediatric occupational therapist working with individuals with autism spectrum disorder informed her approach to dementia care. She noted that nearly all participants with dementia in her lab’s trials exhibit at least 1 domain of sensory processing impairment. Rhodus detailed her team’s work developing and testing a structured, sensory-based, nonpharmacologic intervention across multiple NIH-funded randomized controlled trials. She also discussed ongoing efforts to scale this protocol through a larger, multisite trial and to extend the sensory processing framework to other neurologic conditions.


















