International Physical Activity Questionnaire (IPAQ)-Short Form ,Anthropometric Measurements and Evaluation Body Weight and Height, Electromyogram (EMG), Digital Dynamometer measurement ,Static Balance Measurements ,Dynamic Balance Measurements ,Tecnobody Balance Measurement , Mini-Balance Evaluation (MiniBESTest) Systems Test ,Y Balance Test ,Flamingo Balance Test ,Modified Borg Scale will be applied to individuals with do regular physical activity is declared.

International Physical Activity Questionnaire (IPAQ)-Short Form ,Anthropometric Measurements and Evaluation Body Weight and Height, Electromyogram (EMG), Digital Dynamometer measurement ,Static Balance Measurements ,Dynamic Balance Measurements ,Tecnobody Balance Measurement , Mini-Balance Evaluation (MiniBESTest) Systems Test ,Y Balance Test ,Flamingo Balance Test ,Modified Borg Scale will be applied to sedentary individuals with do not have regular physical activity is declared.

International Physical Activity Questionnaire (IPAQ)-Short Form ,Anthropometric Measurements and Evaluation Body Weight and Height, Electromyogram (EMG), Digital Dynamometer measurement ,Static Balance Measurements ,Dynamic Balance Measurements ,Tecnobody Balance Measurement , Mini-Balance Evaluation (MiniBESTest) Systems Test ,Y Balance Test ,Flamingo Balance Test ,Modified Borg Scale.

In the dominant lower extremity to evaluate muscle activity, vastus medialis and vastus lateralis, surface EMG signals will be recorded with the Trigno Avanti Wireless Surface EMG System. While the participant is standing in hip neutral and knee extension, the adhesive EMG electrode will be placed on the reference motor point. Superficial EMG values will be recorded throughout the exercise. During the research, EMG will be recorded from the stimulated muscles by applying two electrodes to the skin for each muscle. The amplitude, duration and shape of the evoked muscle action potentials obtained will be reflected as a result. The amplitudes of the EMG signals will be evaluated. The method to be used when evaluating EMG signal amplitudes will be the raw EMG calculation. While evaluating the data, the computer package programs will benefit.

Static and dynamic balance performances will be evaluated using the isokinetic balance measurement system. In this system, there is a sensor in the center of the platform that detects every angular movement and sends the information directly to the computer. For the static balance test, it will be ensured that they stand on both feet with their eyes open. The arms will be positioned next to the body. The measurement will be recorded by asking the participants to maintain their stable position for 30 seconds. For the dynamic balance test, the difficulty level of the test will be set to "30". In the test, they will be asked to circle clockwise 5 times in 60 seconds without bending their knees within the limited area on the computer screen. The Patient Record database module enables the creation of clinical cards for each case. It facilitates the comparison of each case's own tests.

The flamingo balance test will be used to measure the static balance of the participants. Participants will be asked to stand on the 50 cm long, 3 cm wide and 4 cm high apparatus and balance for 1 minute. Every mistake of the participants when their balance is broken will be recorded as points.

This scale was developed by Borg in 1970 to measure the effort expended during physical exercise. It is a scale that is frequently used to evaluate the severity of dyspnea on exertion and the severity of dyspnea at rest. It consists of ten items describing the severity of dyspnea according to their degrees. Defining the severity of dyspnea on the scale makes it easier for patients to apply. In the studies carried out; It is stated that MBS is a reliable scale for determining the severity of dyspnea at rest and exertion, and is associated with respiratory rate and pulmonary function tests. In addition, it is emphasized that MBS is superior to other scales in terms of long-term reproducibility and can be used to predict ventilatory reserves of patients.