The Effect of Technological Based Rehabilitation Practices After Breast Cancer Surgery

The aim is to investigate the effects of supervised exercise program, telerehabilitation program and mobile application supported exercise program, applied in the acute period after breast cancer surgery, on upper extremity dysfunction.

Breast cancer is the most common malignant tumor in women. According to the World Health Organization's 2018 data, 11.6% of new cancers worldwide are breast cancer. The overall 5-year survival rates of stage I, II, and III patients are 98%, 92%, and 75%, respectively. Therefore, the survival rate is increasing due to developments in cancer treatment. The incidence of shoulder mobility impairment after breast cancer surgery was 2% \~ 51%. Postoperative patients' failure to exercise due to fear of pain and affected wound healing leads to poor activity of the upper extremity and shoulder joints, which often leads to limited activity and dysfunction in the affected extremities. The use of technology in rehabilitation is rapidly increasing, and new technologies provide more motivational participation of patients in their usual care and standard programs. It has been reported that in the acute period after mastectomy, shoulder pain, fatigue, decreased joint range of motion and muscle strength, neuropathy, and consequent limitation of daily living activities. It has been proven that passive mobilization, general exercise, manual stretching and traditional physiotherapy practices combining them are effective in treating upper extremity pain and restoring functionality after surgery. There is no study in the literature investigating the effect of an application-based physiotherapy program on upper extremity dysfunction in patients undergoing breast cancer surgery. The aim of this study is to investigate the effects of supervised exercise program, telerehabilitation program and mobile application supported exercise program, applied in the acute period after breast cancer surgery, on upper extremity dysfunction. Patients who underwent surgery and axillary lymph node dissection will participate in the study. The cases will be randomly divided into three groups. Conventional upper extremity exercises will be planned for the cases in Group 1, telerehabilitation based supervised exercise will be planned for the cases in Group 2, and mobile application-supported exercise treatment will be planned for the cases in Group 3. In all groups, exercise side effects such as pain, discomfort, and lymphedema development will be monitored by the physiotherapist, with a weekly face to face meeting with the standard physiotherapy exercise group, and with a phone call every 7-10 days with the telerehabilitation and mobile application supported exercise group. Patients who experience adverse effects during or after treatment will be recorded and necessary precautions will be taken. Treatment program; It will be carried out twice a week for 6 weeks. Each session is scheduled to be approximately 40-45 minutes. Evaluations will be made before and after the application.