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AT-A-GLANCE PDF

Brain Injury

Neuroplasticity

Stroke

Technology

Telehealth

Tech-driven Exergaming to Support Therapeutic Activity Targeting Upper Extremity Function in Persons with Central Nervous System Dysfunction - A Convergent Mixed Methods Case Series

Non-presenting Author(s)

GF

Gerard Fluet, PhD, DPT

Associate Professor
Rutgers, Rehabilitation and Movement Sciences Department, School of Health Professions
Qinyin Qiu, PhD (she/her/hers)

Associate Professor
Rutgers School of Health Professions, Department of Rehabilitation and Movement Science

Presenting Author(s)

AG

Amanda Gross, n/a

Chief Technology Officer
NeuroTechR3, Inc.

Non-presenting Author(s)

KK

Kiran Karunakaran, PhD

Research Scientist, Center for Mobility and Rehabilitation Engineering Research
Kessler Foundation
HG

Holly Gorin, DPT

physical therapist in Saddle Brook, NJ, PhD Student at Rutgers Rehabilitation and Movement Sciences
Kessler Institute and Rutgers
PR

Pamela Rothpletz-Puglia, Ed.D.

Program Director
Rutgers
AM

Ashley Mont, PhD

Chief Research Compliance Officer
NeuroTechR3 Inc., Rutgers

Presenting Author(s)

Mee Eriksson (she/her/hers)

CEO
NeuroTechR3, Inc.

Learning Objectives:

Identify how tech-driven exergaming can support upper extremity rehabilitation across diverse individuals with CNS dysfunction.
Understand the usability, adaptability, and therapeutic value of a home-based exergaming system integrated with telerehabilitation.
Explore how user characteristics, including motor, cognitive, and social factors, influence engagement, adherence, and clinical outcomes.