This study will examine whether providing physical activity counseling and guidance to patients post bariatric surgery, along with long-term personal follow-up for six months after the surgery, may increase the level of physical activity, and it's effect on anthropometric and functional measures.
Bariatric surgery is considered to be most effective in treating morbid obesity for patients with BMI≥40 or BMI≥35 with comorbidity for obesity. postoperative weight loss following any type of bariatric surgery is largely dependent on the extent to which patients can make and sustain changes in their eating habits and activity level. Adopting physical activity habits can help to optimize outcomes after bariatric surgery, such as contributing to the rate of weight loss after the surgery and maintain lean body mass. In order to successfully implement a behavioral change regarding the adaptation of healthy lifestyle habits in obese patients, it is vital to promote physical activity counseling after the surgery, and to find an effective intervention that can support habitual physical activity. The aim of this trial is to examine the effect physical activity counseling after bariatric surgery on the amount and intensity of activity performed, quality of life, anthropometric and functional measures during the first year after surgery. Up to eighty Participants will be recruited for the trial, and will be randomly assigned to one of the two study arms (Control, Intervention). The intervention group will receive physical activity counseling and guidelines for the following six months after the surgery. All participants will receive a pedometer to track daily steps for 7 days at different time points before and after the intervention. Additional Measurements will be taken at a pre-surgical baseline assessment and throughout the trial, and will include anthropometric measures (Weight, BMI, and body composition) and functional measures (Handgrip, 6-minute walk test, chair stand-up test). All participants will fill out a the 7-day international Physical Activity questionnaire, Self-efficacy for physical exercise scale, and SF-36 questionnaire, before and after the intervention.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
SUPPORTIVE_CARE
Masking
NONE
Enrollment
49
The Physical activity counseling techniques will be based on the Self Determination Theory and Five A's (Assess, Advise, Agree, Assist, Arrange). Guidelines for physical activity will include combined aerobic and resistance exercises. Each participant in the intervention group will receive personal exercise prescriptions in accordance the post-surgical statues and exercise recommendations after bariatric surgery. Participants will receive long term follow-up and accompaniment during the first six months after the surgery, through Personal meetings with a certified nurse, Phone-calls, motivational massages, and Exercise Videos.
Hadassah Ein Kerem Medical Center
Jerusalem, Israel
Average daily Step count
Average daily step count of the last 7 days before each visit
Time frame: change from Baseline at up to 26 weeks (end of the intervention phase)
Average daily Step count
Average daily step count of the last 7 days before each visit
Time frame: 1 year post-surgery
MET's of Self-reported physical activity
Physical activity score in MET's from self-reported International Physical Activity Questionnaire (IPAQ-sf). Score will be categorized to low, moderate and high intensity level of physical activity.
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase)
MET's of Self-reported physical activity
Physical activity score in MET's from self-reported International Physical Activity Questionnaire (IPAQ-sf). Score will be categorized to low, moderate and high intensity level of physical activity.
Time frame: 1 year post-surgery
Changes in BMI
weight and height will be combined to report BMI in kg/m\^2
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase) and 1 year post-surgery
Changes in Muscle Mass
Measuring Muscle mass using bioelectrical impedance analysis scale
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase) and 1 year post-surgery
six min walk test
to measure physical funtion,6 min walk test will be assessed in meters
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Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase)
sit to stand test
test measuring time of 5 repetitions to assesses functional lower extremity strength
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase) and 1 year post-surgery
Changes in Handgrip strength test (Kg)
to measure the maximum isometric strength of the hand and forearm muscle in KG
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase) and 1 year post-surgery
changes in Self-efficacy assessed by (SSE)- Self-efficacy for physical exercise scale
Self-efficacy score reported in Self-efficacy for physical exercise scale (score 0-90)
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase) and 1 year post-surgery
Changes in Health-related Quality of life assessed by SF-36 Questionnaire
reported in Sf-36 Questionnaire
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase)
Change in total cholesterol, HDL and LDL levels
Results of bloods tests taken at follow-up
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase) and 1 year post-surgery
Change in glucose and HbA1c levels
Results of bloods tests taken at follow-up
Time frame: Change from Baseline at up to 26 weeks (end of the intervention phase) and 1 year post-surgery