The COVID-19 pandemic process has created the need for social isolation and quarantine, and restrictions have occurred in access to healthcare services. In this process, the trend towards alternative methods that will provide access to health services and the need for telehealth services has increased. As a result of this, when we look at the literature, evaluation methods used in the clinical environment in physiotherapy are frequently encountered in tele-evaluation. There is a need for validity and reliability studies of these evaluation methods in terms of tele-assessment. This study was designed to determine the validity and reliability of trunk endurance and functional capacity tests applied by the tele-assessment method in healthy individuals.
Tele-health has become a service whose prevalence has increased in recent years with the development of technology. Tele-health facilitates the accessibility of health services for individuals in all segments of society. Telerehabilitation, a subcomponent of telehealth, provides easy access to rehabilitation services by reducing cost, time, and distance barriers in physiotherapy. It offers physiotherapists the opportunity to observe the musculoskeletal system through physical assessment, exercise program planning, distance education, and continuous feedback of individuals. In this sense, tele-assessment has an important place within the scope of health services. As a result of the restrictions that came with the COVID-19 process, it has become difficult for individuals to access health services. With the effective use of technology to eliminate this obstacle, telehealth has become an alternative method. Tests such as curl-up, push-up, plank, and lateral bridge are frequently used to evaluate trunk endurance in healthy individuals. For functional evaluation, the timed sit and test, the timed stand up and test, the functional anterior reach test and the one-foot balance test are among the most used tests in the literature. The validity and reliability of these methods used in the face-to-face evaluation should be determined for the correct and effective tele-assessment.
Study Type
OBSERVATIONAL
Enrollment
80
Feray Güngör
Istanbul, Turkey (Türkiye)
Curl-up
The Curl-Up test is used to evaluate the trunk flexor muscle strength. In the test, individuals are asked to lie on their back, bring their hips and knees to a 90º flexion position, and perform trunk flexion for 30 seconds. In our study, the result of the Curl-up test will be recorded as the number of repetitions made by individuals for 30 seconds.
Time frame: Baseline
Modified Push-up
Push-up test is used to evaluate general core muscle strength. In the test, individuals are asked to lie in the prone position, bring their hands to shoulder level, their elbows in flexion and to the side of the body, while in this position, they are asked to raise the head, shoulder and trunk with the elbows fully extended for 30 seconds. In our study, the number of repetitions performed by the subjects for 30 seconds will be recorded.
Time frame: Baseline
Plank
Plank test will be applied to evaluate general core endurance. Participants will be positioned so that their forearms and toes are on the ground and they will be asked to lift their trunk by giving weight. Participants will be informed about the correct alignment of the whole body during the test. The time in which the body's position is maintained will be recorded in seconds and the test will be terminated as soon as the position is broken.
Time frame: Baseline
Lateral bridge
The lateral bridge test is used to test the endurance of the lateral trunk muscles. n the test, the person lying on his back is asked to turn sideways on one side, place his forearm on the ground at an angle of 90º with the arm, and cross his upper arm to the opposite shoulder. The subject is asked to lift his body up on his forearm and toes while in this position and to maintain this position. In our study, with the lateral bridge test, the time that the patients stand without disturbing the movement will be recorded in seconds by means of the stopwatch, the test will be repeated twice for both sides and the best result will be evaluated.
Time frame: Baseline
30 seconds sit to stand test (30STS)
30STS is used to evaluate lower extremity functionality and dynamic balance. A chair with a hard seat which a floor-to-seat height of 48 cm will be stabilized. Participants will be asked to sit with their feet flat on the ground and their upper limbs crossed to their chest. Participants will be asked to stand up and sit for 30 seconds and the number of repetitions will be recorded.
Time frame: Baseline
Timed up and go test (TUG)
TUG is used to measure basic mobility. Time is registered from when the participant arises, walks 3 m, turns around, walks back, and sits down again. A test trial will be allowed, and two attempts will be registered.
Time frame: Baseline
Functional reach test (FRT)
FRT is an outcome measure used to assess dynamic balance in a task. In standing, the distance between the length of an outstretched arm in a maximal forward reach will be measured, while maintaining a fixed base of support.
Time frame: Baseline
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