The Effect of Home Based Tele-Exercise on Peritoneal Dialysis Patients

End Stage Renal Disease, Peritoneal Dialysis Complication

Tele-exercise, Peritoneal, Dialysis Patients, Frailty, Physical function

Brief Summary: The objective of the trial is to assess the effect of synchronous home-based tele exercise on daily activity level, functional status and frailty level in Peritoneal Dialysis patients. Condition or disease Intervention/treatment End Stage Renal Disease Peritoneal Dialysis Complication Behavioral: Home-based Tele Exercise

Patients with renal failure undergoing peritoneal dialysis (PD) therapy typically have very low levels of physical activity (PA), and this is associated with greatly increased morbidity and mortality. Although PD prevents premature death of patients, it can lead to many complications. During the years of treatment, they suffer from various problems such as malnutrition, reduced physical performance, reduced aerobic capacity, low quality of life and inactivity, so that the activity level physical activity of these patients is significantly lower than that of healthy people. According to studies, regular exercise is beneficial for patients at all stages of renal disease, and the current recommendations for the prevention and management of side effects in PD patients, especially in the elderly, is regular exercise because it improves physical performance and PA. There are several barriers to participation in PA for people with chronic kidney disease (CKD), especially those who are undergoing PD treatment that prevent them from adopting a consistent exercise program. These include issues specific to PD such as the risk of peritonitis, the need for aseptic technique during bag changes, and the physical discomfort associated with carrying dialysate. Personal issues that prevent participation in PA include lack of knowledge about appropriate exercise and its benefits, and lack of energy or motivation. To increase activity levels, clinicians and researchers have experimented with different types of interventions, including home-based exercise programs, which are a suitable option for PD patients to reduce their costs and make it easy to adhere to. Home-based exercise has the potential to utilize higher volume and higher intensity training if activity is monitored by a coach. However, many of these programs are unsupervised and this is one of the major disadvantages of home-based exercise programs. Lack of prior knowledge about the safety and benefits of exercise programs, fear of injury, and lack of interest or motivation are barriers to exercise at home. Tele-rehabilitation is rehabilitation services provided to patients from distant locations using information and communication technologies. Tele rehabilitation consultations may include diagnosis, assessment, education, therapy, goal setting, and monitoring. Literature reviews on telerehabilitation practices in the older people have shown that tele-rehabilitation can produce results similar to face-to-face methods. Communication between patients and rehabilitation specialists takes place through a variety of synchronous approaches such as telephony, internet-based video conferencing, or asynchronous methods like video-based exercise. E-Health interventions utilizing some of these techniques to support prostate, colorectal, breast and leukemia cancer populations have already been trialed with good effects in terms of improved PA levels and reduced sedentary behavior. Several studies have reported the use of eHealth-based self-management interventions in CKD patients. However, further research is needed to better understand the extent to which these techniques are acceptable, safe and potentially effective for supporting individuals undergoing PD treatment, given their unique needs and risk profile, is unknown. Our study seeks to address this gap by conducting a pilot evaluation of synchronous home-based tele exercise intervention designed for PD patient.

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