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Understanding and Applying Pain Science in Physical Therapy
Science has come a long way in helping individuals understand the experience of pain. Previously, pain was believed to be a result of a purely physical or anatomical issue, stemming from injury, illness or tissue damage.
Fortunately, a newer understanding of how pain works — pain science — takes a far more complex and nuanced view. Pain science moves away from the idea that tissue damage alone equates to pain. Rather, pain science suggests that the whole sum of a person — including biological, social and psychological factors — must be taken into account in order to fully understand their pain experience.
Fortunately, a newer understanding of how pain works — pain science — takes a far more complex and nuanced view. Pain science moves away from the idea that tissue damage alone equates to pain. Rather, pain science suggests that the whole sum of a person — including biological, social and psychological factors — must be taken into account in order to fully understand their pain experience.
Blog
Andrew L. Hendrix, MD, FAAPMR
Medical Director, Shirley Ryan AbilityLab
Medical Director, AMITA Health Rehabilitation Hospital in Partnership with Shirley Ryan AbilityLab
Assistant Professor, PM&R, Northwestern Feinberg School of Medicine
AAPM&R 2024 Annual Assembly
Welcome to PMR on Point, a PM&R newsletter, which taps the brainpower of our clinicians, scientists and alumni to highlight our specialty from every angle.
Article
Arun Jayaraman, PT, PhD
Executive Director, Technology & Innovation Hub (tiHUB); Director, Max Näder Center for Rehabilitation Technologies & Outcomes Research
Infant & Early Childhood Therapy
Pathways.org—now part of Shirley Ryan AbilityLab—has been a leading resource in early detection and intervention of children’s development.
Service
David Weiss, MD
Medical Director, Shirley Ryan AbilityLab at UChicago Medicine Ingalls Memorial Hospital
Wearable Sensor and Video Platform to Monitor Motor Development in Infants
The goal of this project is to develop an automated, precise, quantitative biobehavioral assay for detecting infants at risk, and then rigorously test an early-life intervention to promote typical motor movement and sensory development in those infants in a manner designed for uptake and dissemination.
Research Project