The Effect of Video Game-Based Exercises After Open Heart Surgery

Our work; In order to evaluate the effect of video game-based exercises on respiratory muscle strength and physical fitness within the scope of cardiac rehabilitation after open heart surgery; It will be conducted with patients who have undergone open bypass surgery in the Cardiovascular Surgery Department of Private Sani Konukoğlu Training and Research Hospital.

After ethics committee approval is received; Patients who volunteer to participate in the study will be divided into two groups by simple random method. The first group will be given a 12-week cardiac rehabilitation program after bypass surgery, and the second group will be given video game-based exercise training together with the cardiac rehabilitation program for 12 weeks. It is planned to apply the cardiac rehabilitation program to both groups twice a day during the postoperative period until hospital discharge. The patient's cardiac rehabilitation program after hospital discharge will be carried out in the cardiac rehabilitation unit three days a week. Cardiac in the video game-based exercise group In addition to rehabilitation; "Breathing Labs Breathing Games" exercises will continue during the hospital stay, and Xbox games will continue after discharge. Evaluations will be made in the preoperative period (within one week before surgery) and at the end of the 12th postoperative week.

Maximum inspiratory pressure (MIP), maximal expiratory pressure (MEP) with an intraoral pressure measurement device to evaluate the respiratory muscle strength of the patients, Respiratory Function Test to evaluate respiratory function, Sensior Fitness Test to evaluate physical fitness. International Physical Activity Questionnaire - Short Form (IPAQ-SF) to determine the physical activity levels of the cases in daily life, Charlson Comorbidity Index to quantitatively examine the comorbidities that have an impact on prognosis, and to measure the severity of anxiety and depression in cases with physical diseases. Hospital Anxiety and Depression Scale to monitor patients; quality of life and changes, EQ-5D scale to evaluate patients; quality of life, KATZ scale to evaluate independence in daily living activities, Visual Analog Scale to evaluate dyspnea and pain symptoms. , the Pittsburg Sleep Quality Index will be used to evaluate sleep quality, and the Modified Borg Scale will be used to determine exercise intensity.