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Abstract

GNYACSM Original Research Abstract

Combining Home Exercise, Fitbit Tracking, and Virtual Reality Mindfulness to

Reduce Stress and Improve Cardiometabolic Health: A Physical Therapy Student

Research Experience

SHARON A MARTINO, KELLY A WARREN, ANTHONY DICRESCENTO, JOHN CALISI, MEHRAN

MOHAMMAD, STEFANIE GERA, ASHLEY YOUSEFFI, GABRIELLE LEWIN, STEVEN GENGO

Rehabilitation Research and Movement Performance Laboratory; Stony Brook University; Stony

Brook, NEW YORK

Category: Graduate

Advisor / Mentor: Martino, Sharon (Sharon.martino@stonybrook.edu)

ABSTRACT

Student engagement in research is critical to developing evidence-based practice and critical thinking skills in PT education.

Student-driven research fosters independence, collaboration, and a deeper understanding of the scientific process,

preparing future clinicians to integrate research into practice.

PURPOSE: To evaluate the feasibility and effects of a home exercise program, enhanced with Fitbit monitoring and

immersive virtual reality (VR) mindfulness sessions, on reducing stress and improving cardiometabolic health in students

who identified as being “stressed” (Perceived Stress Scale [PSS] Score >10).

METHODS: As part of an independent study, Physical Therapy students developed research questions, hypotheses, and

study protocols, obtained Institutional Review Board (IRB) approval, and standardized intervention and testing procedures.

Participants (n=60) completed a six-week, home-based walking and mindfulness program using Fitbit devices to monitor

activity and sleep, and immersive VR sessions for stress management. Outcome measures included perceived stress scale

(PSS), mindfulness (Five Facet Mindfulness Scale), blood pressure, heart rate variability, cortisol and c-reactive protein,

cardiovascular endurance, and body composition. Study data were analyzed using descriptive and inferential statistics

(SPSS and Python).

RESULTS: Preliminary findings demonstrated acute reductions in PSS (p< 0.05) and improvements in mindfulness (p

0.05) following VR. Select cardiometabolic outcomes showed improvements. Participants reported high engagement and

satisfaction with the technology-assisted intervention. Collaboration among physical therapy students, and faculty and peers

from clinical laboratory science, psychology, applied health informatics, and biomedical engineering further enriched the

research experience by broadening interdisciplinary knowledge and enhancing problem-solving skills.

CONCLUSION: The project provided valuable hands-on research training while supporting the feasibility of combining

physical activity tracking and VR mindfulness to improve health outcomes. This experience strengthened students’

competencies in clinical research design, data analysis, and evidence-based physical therapy practice.

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