At least 25 volunteers with a diagnosis of coronary artery disease in the Department of Cardiology of Dokuz Eylul University and who meet the criteria for follow-up and inclusion will participate in the study. Demographic and clinical information of the participants will be questioned. Active video games and exercise sessions will be randomized to last 25 minutes. Before and after the sessions, heart rate, blood pressure, shortness of breath, oxygen saturation and arterial stiffness will be measured. In addition, energy expenditure, heart rate, perceived exertion, shortness of breath and oxygen saturation will be recorded during the sessions. At the end of the sessions, the person will be asked if they enjoy active video games.
Individuals etiology, demographic information (age, gender,marital status, education,occupation),risk factors (smoking,alcohol use,exercise habit),height,weight,curriculum vitae, family history, medications used, and effort test results will be recorded. Evaluation of energy expenditure: Energy expenditure during active video games and exercise will be evaluated using the activity monitor. The activity monitor will be attached to the upper arm. Its accelerometer measures skin temperature, galvanic skin response and heat flux, as well as energy expenditure during movement. Evaluation of hemodynamic and pulmonary responses: Blood pressure: It will be measured with a sphygmomanometer. Perceived effort: The degree of perceived effort will be evaluated with the Modified Borg scale. Shortness of breath: Shortness of breath will be assessed with the Modified Borg scale. Heart rate and Oxygen saturation: It will be evaluated by pulse oximetry. Evaluation of vascular responses: Arterial stiffness will be assessed to assess vascular responses to active video games and exercise. Arterial stiffness will be measured with a noninvasive method with the help of the SphygmocorXCEL device, which can automatically measure with the cuff. The patient's age, gender, blood pressure, height, weight, carotid-sternal notch distance between the artery, carotid-femoral artery as the distance between the entered data to the computer after increasing pressure over the brachial artery through a transducer (augmentation index) and again, carotid-femoral pulse wave velocity via the artery (pulse wave velocity) measurements will be made. The pleasure received from both interventions will be evaluated according to the visual analogue scale (0-10). Active Video Game Intervention The active video games intervention will be carried out with a virtual reality system (XBOX360, Microsoft, USA) consisting of a console and a sensor. Active video games consist of Bowling, River Rush, Rally Ball and Reflex Ridge games. Participants will exercise for a total of 25 minutes with light-paced games for warm-up for the first 5 minutes, then brisk games with different body movements until the 15 minutes are complete, and light-paced games for 5 minutes to cool down. Participants will complete active video games in the same order. Aerobic Exercise Intervention The exercise intervention will consist of a continuous moderate-intensity walking session on the treadmill. After the first 5 minutes of warm-up, at 55-70% of the peak heart rate reserve(HRR)with a 15-minute walking session, and 5 minutes of cooling down a total of 25 minutes of exercise will be performed. Blood pressure, heart rate, oxygen saturation, dyspnea, and perceived general fatigue (Mod.Borg 0-10) of the participants will be evaluated before the interventions, at the end of the loading, after the exercise, and 5 minutes after the intervention. Before and after the sessions arterial stiffness will be measured.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
25
With the closed envelope method, the order in which the participants will perform active video games and aerobic exercise will be determined. It will be applied with 2 weeks between interventions.
With the closed envelope method, the order in which the participants will perform active video games and aerobic exercise will be determined. It will be applied with 2 weeks between interventions.
Dokuz Eylül University
Izmir, Balcova, Turkey (Türkiye)
Exercise load end heart rate
It will be measured with a pulse oximeter at the end of 15 minutes of exercise loading after warming up.
Time frame: At the 15th minute of the exercise after the warm-up.
Exercise load end blood pressure
It will be measured with a sphygmomanometer at the end of 15 minutes of exercise loading after warming up.
Time frame: At the 15th minute of the exercise after the warm-up.
Exercise load end perceived effort
The degree of perceived effort will be evaluated with the modified borg scale (M.Borg 0-10)at the end of 15 minutes of exercise loading after warming up. As the modified borg score of the person increases, the perceived effort will increase.
Time frame: At the 15th minute of the exercise after the warm-up.
Exercise load end oxygen saturation
Oxygen saturation will be evaluated by pulse oximetry at the end of 15 minutes of exercise loading after warming up.
Time frame: At the 15th minute of the exercise after the warm-up.
Exercise load end shortness of breath
Shortness of breath will be assessed with the modified borg scale(M.Borg 0-10) at the end of 15 minutes of exercise loading after warming up.As the modified borg score of the person increases, the perceived shortness of breath will increase.
Time frame: At the 15th minute of the exercise after the warm-up.
Evaluation of energy expenditure
Energy expenditure during active video games and exercise will be evaluated using the activity monitor. The activity monitor will be attached to the upper arm. Its accelerometer measures skin temperature, galvanic skin response and heat flux, as well as energy expenditure during movement.
Time frame: ''During exercise intervention, average 25 minutes''
Evaluation of Arterial stiffness
Arterial stiffness will be measured with a noninvasive method with the help of the SphygmocorXCEL device, which can automatically measure with the cuff. By means of a transducer, the pressure on the brachial artery will be increased (augmentation index) and carotid-femoral pulse wave velocity (pulse wave velocity) measurements will be made over the artery.
Time frame: Before interventions
Evaluation of Arterial stiffness
Arterial stiffness will be measured with a noninvasive method with the help of the SphygmocorXCEL device, which can automatically measure with the cuff. By means of a transducer, the pressure on the brachial artery will be increased (augmentation index) and carotid-femoral pulse wave velocity (pulse wave velocity) measurements will be made over the artery.
Time frame: ''First minutes'' after the intervention
Baseline Blood pressure
Systolic and diastolic blood pressure will be measured with a sphygmomanometer.
Time frame: Before interventions
End of intervention blood pressure
Systolic and diastolic blood pressure will be measured with a sphygmomanometer.
Time frame: Within the first minutes after the intervention
Evaluation blood pressure
Systolic and diastolic blood pressure will be measured with a sphygmomanometer.
Time frame: 5 minutes after exercises
Baseline heart rate
Heart rate will be evaluated by pulse oximetry.
Time frame: Before interventions
End of intervention heart rate
Heart rate will be evaluated by pulse oximetry.
Time frame: ''First minutes'' after the intervention
Evaluation heart rate
Heart rate will be evaluated by pulse oximetry.
Time frame: 5 minutes after exercises
Baseline perceived effort
The degree of perceived effort will be evaluated with the Modified Borg scale(M.Borg 0-10).As the modified borg score of the person increases, the perceived effort will increase.
Time frame: Before interventions
End of intervention perceived effort
The degree of perceived effort will be evaluated with the Modified Borg scale(M.Borg).As the modified borg score of the person increases, the perceived effort will increase.
Time frame: Within the first minutes after the intervention
Evaluation perceived effort
The degree of perceived effort will be evaluated with the Modified Borg scale(M.Borg).As the modified borg score of the person increases, the perceived effort will increase.
Time frame: 5 minutes after exercises
Baseline Shortness of breath
Shortness of breath will be assessed with the Modified Borg scale(M.Borg).As the modified borg score of the person increases, the perceived shortness of breath will increase.
Time frame: Before interventions
End of intervention Shortness of breath
Shortness of breath will be assessed with the Modified Borg scale(M.Borg).As the modified borg score of the person increases, the perceived shortness of breath will increase.
Time frame: ''First minutes'' after the intervention
Evaluation Shortness of breath
Shortness of breath will be assessed with the Modified Borg scale(M.Borg).As the modified borg score of the person increases, the perceived shortness of breath will increase.
Time frame: 5 minutes after exercises
Baseline Oxygen saturation
Oxygen saturation will be evaluated by pulse oximetry.
Time frame: Before interventions
End of Oxygen saturation
Oxygen saturation will be evaluated by pulse oximetry.
Time frame: ''First minutes'' after the intervention
Evaluation Oxygen saturation
Oxygen saturation will be evaluated by pulse oximetry.
Time frame: 5 minutes after exercises
Enjoyment of interventions
The enjoyment received from both interventions will be evaluated according to the visual analogue scale (0-10).As the visual analog scale score increases, the person's satisfaction with the exercise increases.
Time frame: 5 minutes after interventions
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