Effect of Physical Exercise Performed Through Virtual Reality Games on Chronic Renal Patients During Hemodialysis

Renal Insufficiency, Chronic

hemodialysis, physical exercise, virtual reality, Renal Insufficiency, heart rate variability

Patients with chronic kidney diseases, especially those requiring hemodialysis, are characterized by an increased risk of numerous morbidities. This is a condition that significantly impacts the patient's quality of life, leads to dependence, and involves high-cost treatment. The physical condition of chronic kidney disease patients falls well below the recommendations set by the World Health Organization, indicating effective difficulties in the approaches used for implementing physical activity programs. New approaches must be considered. Physical activity through virtual reality can foster greater social integration of patients with physical exercise during hemodialysis, enabling improved quality of life and decreased frailty levels for these individuals due to its playful and motivational nature. Objective: To assess changes in heart rate variability modulation and the quality of life of chronic kidney disease patients undergoing virtual reality-based exercise during hemodialysis sessions. Methods: A longitudinal, controlled, randomized crossover clinical trial. The chronic kidney disease groups will be divided into two groups, Group A (GA) and Group B (GB). Group GA will engage in 10 interventions, with each intervention involving the completion of 3 sessions of a Virtual Reality (VR) game lasting 5 minutes each, totaling 15 minutes of exercise. Group GB will participate in 10 interventions, with each intervention comprising 15 minutes of physical exercise on a cycle ergometer, referred to here as conventional exercise. After the initial 10 interventions, the groups will switch exercises; that is, GA will cease VR interventions and begin another 10 interventions with conventional exercise, while GB will stop conventional exercise interventions and start another 10 interventions with VR. The Kidney Disease Quality of Life Short Form questionnaire, Beck's Anxiety and Depression Inventory, and the International Physical Activity Questionnaire will also be administered to all groups.

The objective of this Longitudinal CrossOver Clinical Trial is to compare changes in heart rate variability modulation in chronic renal patients undergoing conventional physical exercise and in a virtual environment during hemodialysis sessions. The main questions it aims to answer are: What are the differences in changes in heart rate variability modulation between chronic renal patients who undergo conventional physical exercise before and during hemodialysis sessions, and those who engage in virtual environment exercises? How does the virtual environment influence changes in heart rate variability modulation compared to conventional physical exercise in chronic renal patients before and during hemodialysis sessions? What is the relative effectiveness of conventional physical exercise compared to virtual environment exercise in improving heart rate variability modulation in chronic renal patients before and during hemodialysis sessions? Group A will participate in 10 interventions, each intervention consisting of playing 3 rounds of a Virtual Reality game lasting 5 minutes, totaling 15 minutes of exercise. Group B will participate in 10 interventions, each intervention consisting of 15 minutes of physical exercise on a cycle ergometer, referred to here as conventional exercise. After the initial 10 interventions,there will be a 1-week washout period and the groups will switch exercises. Heart rate and respiratory rate, oxygen saturation, systemic blood pressure, laboratory tests, as well as the Kidney Disease Quality of Life Short Form questionnaire, the Beck Anxiety and Depression Inventory, and the International Physical Activity Questionnaire will be assessed in all groups.

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