View clinical trials related to Prehabilitation.
Filter by:video-assisted thoracic surgery (VATS) is a new approach used in cardio thoracic surgery department instead of thoracotomy to treat several diseases.patients underwent thoracoscopic surgery without organized educational protocol either before or after the procedure. Therefore, this study will be the first clinical research which will increase patients' knowledge about thoracoscopy and decrease its complications.
The purpose of this study is to determine whether patients are able to participate in a prehabilitation program (prior to the beginning of treatment) which includes: (1) a home-based exercise program or (2) just a prehabilitation education session.
This is a randomized control trial aiming to investigate the use of a prehabilitation regimen for patients undergoing major GI cancer surgery and its effects on measurements of HRQOL, LOS, and post-operative complications. Participants will be randomized to either the Prehabilitation arm or the Usual Care arm (control group). The Prehabilitation arm will be prescribed both physical and psychological prehabilitation prior to undergoing surgery for their GI cancer. The Usual Care arm will be counseled to continue their current level of activity and given the information on exercise as outlined in the Cancer Care Ontario guidelines. Participants in the Usual Care arm will also be given the same activity tracker as patients in the Prehabilitation arm in order to eliminate the activity tracker as an intervention itself. Clinical, patient-reported outcomes and health system outcomes will be evaluated. Outcomes will be measured at consent (baseline), immediately preoperatively, and postoperatively at 1, 3 and 6 months. The investigators will collect measures of recruitment, attrition and self-reported compliance via a log completed by the coordinator during weekly patient phone calls.
The purpose of this study is to determine whether patients are able to participate in a so called prehabilitation program (prior to the beginning of cancer treatment) which includes (1) a supervised and home-based exercise program plus one educational session or (2) just home-based exercise plus one educational session or (3) just one educational session. Breast cancer surgery may have potential for several side effects, including functional (e.g. flexibility in the affected arm, lymphedema [swelling that generally occurs in the arms or legs that occurs as a result of the removal of or damage to lymph nodes as a part of cancer treatment], shoulder pain) and psychosocial (e.g. reduced quality of life, increased fatigue) aspects. Evidence shows that exercise is considered to be an effective treatment approach in breast cancer patients during and after treatment with regard to the above mentioned side-effects. Also, prehabilitative exercise in colon and lung cancer patients was shown as feasible and effective. However, no experience exits with regard to prehabilitation exercise in breast cancer patients.
Lumbar spinal stenosis (LSS) is a common spinal disease that leads to pain and disability. LSS is defined as lower extremity and perineal symptoms (e.g. intermittent neurogenic claudication/numbness) that may occur with or without low back pain and that is attributed to congenital or acquired narrowing of space available for the neural and vascular tissues in the lumbar spine. Patients with LSS,who do not respond to conservative treatments after 3 months or more, will be eligible for spinal decompression surgery in order to improve functional outcomes. While various studies have shown that preoperative exercises (prehabilitation) may benefit patients receiving different surgeries (e.g, abdominal surgery, anterior cruciate ligament reconstruction), little is known regarding the effect of prehabilitation for patients undergoing LSS surgery. The aim of the current randomized controlled trial is to compare the effectiveness of a 6-week prehabilitation program with usual preoperative care in improving multiple outcomes of patients undergoing LSS surgery at baseline, 6 weeks after baseline evaluation, and at 3 and 6 months postoperatively. It is hypothesized that prehabilitation will yield significantly better pre- and post-operative clinical outcomes as compared to usual preoperative care.
This study evaluates the impact of preoperative high-intensity inspiratory muscle training (IMThi) before cardiac surgery on perioperative inflammatory response. Half participants will receive high intensity inspiratory muscle training and the others a sham inspiratory muscle therapy.
The process of enhancing an individual's functional capacity to optimize physiologic reserves before an operation to withstand the stress of surgery has been coined prehabilitation. This is a prospective randomized controlled trail, designed to explore if the patients who take thoracoscopic lobectomy for lung cancer will benefit from family trimodal prehabilitation strategy. Trimodal prehabilitation includes exercise, nutrition supplement and physiology management preoperatively. It starts from the day that patients decide to take the surgery until the day before surgery, lasting 2~3 week in our hospital. And we follow-up patients until 8 weeks after surgery to investigate if trimodal prehabilitation strategy can improve the postoperative functional recovery，reduce complications and improve prognosis.
Prehabilitation is a concept that challenges the traditional models of recovery by initiating the recovery process preoperatively. Improvement of physical capacity by means of prehabilitation may facilitate better recovery after surgery. The aim of the present study is to evaluate the impact of preoperative physical exercise training (prehabilitation) on postoperative recovery and clinical outcomes after major abdominal surgery.
It is widely known that exercise improves general fitness and that fitter patients recover more easily from illness and surgery. Conversely, unfit patients have a significantly higher morbidity and mortality after surgery and a longer inpatient stay. This will become increasingly important in an aging population as baseline fitness generally declines with age. One method of improving cardiovascular fitness is by using low intensity endurance training programmes, a disadvantage of these it that they can take several months to show improvement. High intensity interval training (HIT) programmes that use short episodes of high intensity exercise have also been shown to improve fitness. These HIT programmes have also shown improvement in functional capacity and quality of life in patients with chronic disease. An advantage of HIT is that improvements in fitness may occur in a shorter time than traditional endurance training. It is also known that HIT can give superior gains over endurance training. The primary aim of this study is to determine whether an improvement in aerobic fitness, as judged by a 2ml/kg/min increase in VO2peak, can be achieved within 31 days via a HIT programme, in a group of healthy elderly volunteers. As a secondary aim we will assess whether this programme would be acceptable to the group studied, through determination of subject compliance and adherence to the training programme.