Prebariatric Surgery Physical Exercise Training in Telehealth (TelePreSET)
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|ClinicalTrials.gov Identifier: NCT02083913|
Recruitment Status : Active, not recruiting
First Posted : March 11, 2014
Last Update Posted : October 26, 2017
|Condition or disease||Intervention/treatment||Phase|
|Obesity||Behavioral: Telehealth supervised exercise training||Not Applicable|
Background: Obesity class II and III increased most rapidly over the past 25 years in Canada and USA. This alarming situation has significantly increased the number of bariatric surgeries performed in North America (101,645 surgeries in 2011). Indeed, bariatric surgery has demonstrated its long-term efficacy in maintaining significant weight loss and in lowering mortality, while reducing the health-care costs of obesity. Unfortunately, bariatric surgery does not always present optimal results in terms of weight loss and resolution of comorbidities, and may be the cause of perioperative complications. The effectiveness of bariatric surgery and the number of perioperative complications are influenced by various factors such as initial weight or physical fitness/activity. For this reasons, various experts recommend regular physical activity in order to optimize the results of bariatric surgery and to decrease perioperative morbidity. However, no interventional studies including pre-surgery exercise training is available in the literature. Preliminary results showed that a supervised Pre-Surgical Exercise Training (PreSET) is feasible and improved physical fitness and quality of life and decreased embarrassment during exercise (Baillot et al. 2013). However, 71.3 % (n = 57) of patients who refused to participate in PreSET explain their refusal because of their schedule, reduced mobility or distance from the hospital. Telehealth is growing and often used for the rehabilitation of cardiac and pulmonary patients. Indeed, it allows to provide equal access to care for people who are geographically remote and are physically and economically disadvantaged. Studies showed that telehealth improve the quality of health care, and may be as effective as face to face meetings to improve the health of patients. The recent decrease in costs related to the equipment makes this intervention modality more accessible. However, no study is available in subjects awaiting bariatric surgery.
Hypothesis and Objectives: Investigators hypothesize that a Telehealth Pre-Surgical Exercise Training (telePreSET) is feasible and will improve the health, physical fitness, quality of life, compliance and satisfaction of subjects. The aim of our study is to evaluate the feasibility in the "Clinique medico-chirurgicale du traitement de l'obésité de Sherbrooke" (CMCTO) of the telePreSET and its impact on health, physical fitness, quality of life and satisfaction of subjects.
Method: 6 subjects awaiting bariatric surgery will be recruited. In addition to usual care, subjects will perform before bariatric surgery additional sessions of supervised endurance and resistance exercise training. Subjects will be instructed to perform two supervised exercise sessions per week with telehealth plus one without supervision during 12 weeks. The following outcomes will be assessed in the different groups before and after the telePreSET, then 12 months after bariatric surgery: 1- physical fitness (6MWT, maximal strength, symptom-limited cardiac exercise test); 2-health related quality of life (Laval questionnaire); 3-weight, height, body composition (bioelectrical impedance scale); 4-comorbidities and metabolic parameters (files and blood samples); 5-exercise beliefs (Physical Exercise Belief questionnaire); 6-physical activity (GPA Questionnaire and actimeter). The feasibility will be assessed with a satisfaction questionnaire concerning PA management, dropout and compliance rates, as well as the number of injuries and accidents.
Issue: The results of this research will give us preliminary data for future projects in order to improve support for bariatric surgery candidates to assure optimal results for their health. Also, we will contribute to the advancement of scientific knowledge, absent in the current literature in this population.
|Study Type :||Interventional (Clinical Trial)|
|Estimated Enrollment :||6 participants|
|Intervention Model:||Single Group Assignment|
|Masking:||None (Open Label)|
|Primary Purpose:||Supportive Care|
|Official Title:||Feasibility and Impacts of a Prebariatric Surgery Exercise Training in Telehealth: a Pilot Study|
|Study Start Date :||February 2014|
|Actual Primary Completion Date :||June 2015|
|Estimated Study Completion Date :||June 2018|
|Experimental: Supervised physical activity||
Behavioral: Telehealth supervised exercise training
Endurance and strength training (3x/week during 12 weeks)
- Changes in physical fitness [ Time Frame: baseline, then 12 weeks after exercise training and one year after surgery ]6-minutes walking test distance (meter) treadmill symptom-limited cardiac exercise test (METs)
- Changes in quality of life scores [ Time Frame: baseline, then 12 weeks after exercise training and one year after surgery ]Laval questionnaire
- Changes in energy expenditure [ Time Frame: baseline, then 12 weeks after exercise training and one year after surgery ]Frequency of subjects reaching 150 min of moderate physical activity Total energy expenditure (kcal per day) Number of steps With accelerometer and international physical activity questionnaire
- Changes in weight (kg) [ Time Frame: baseline, then 12 weeks after exercise training and one year after surgery ]
- Changes in exercise beliefs [ Time Frame: baseline, then 12 weeks after exercise training and one year after surgery ]Exercise beliefs questionnaire: embarrassement, fear of injury, confidence, beliefs in physical activity benefits
- Final satisfaction [ Time Frame: 12 weeks after exercise training ]Heath care satisfaction questionnaire (% of subjects satisfied + mean score) TeleHeath care satisfaction questionnaire (% of subjects satisfied + mean score)
- Changes in body composition [ Time Frame: aseline, then 12 weeks after exercise training and one year after surgery ]% of fat mass and fat free mass (bioimpedancemeter)
- Changes in comorbidities [ Time Frame: baseline, then 12 weeks after exercise training and one year after surgery ]Medical charts: % of subjects with diabetes, hypertension, dyslipidemia, sleep apnea, depression, anxiety, arthrosis, osteoarthrosis
- Final compliance [ Time Frame: 12 weeks after the beginning of the intervention ]Adherence of sessions Number of injuries or adverse events
To learn more about this study, you or your doctor may contact the study research staff using the contact information provided by the sponsor.
Please refer to this study by its ClinicalTrials.gov identifier (NCT number): NCT02083913
|Centre hospitalier universitaire de Sherbrooke|
|Sherbrooke, Quebec, Canada, J1H 5N4|
|Principal Investigator:||Marie-France Langlois, MD||Université de Sherbrooke|