This protocol study aims to evaluate the effectiveness of a cardiac rehabilitation intervention program in patients with cardiovascular diseases to improve both anthropometric and biochemical data, as well as other variables related to cardiovascular disorders (cardiorespiratory fitness, muscle strength, …), and emotional aspects (anxiety, depression). Additionally, this study aims to evaluate the effectiveness of the cardiac rehabilitation program in improving body composition (waist circumference and body fat percentage), blood pressure and health-related quality of life. Objectives: i) To assess the functional capacity of patients with a recent cardiovascular event (acute coronary syndrome, onset heart failure, valve or bypass surgery) or with chronic decompensated cardiovascular disease (valvulopathy, pulmonary hypertension, congenital heart disease, heart failure) chronic), ii) to determine the different cardiorespiratory parameters obtained from cardiopulmonary exercise testing (CPET), iii) to determine the lifestyle habits and cardiovascular risk factors, iv) to develop a cardiac rehabilitation program according to and adapted to the need of each of these patients, v) to estimate the effect of the intervention, both in the muscle strength and in post-intervention CPET, biochemical and anthropometric parameters, v) to estimate the effect of the intervention in the quality of life, anxiety, depression, and adherence to the Mediterranean diet.
Methodology: our project is a quantitative study. Patients belonging to the integrated health area of the provinces Cuenca, Toledo, and Albacete will be included. The quantitative study will be a pre-post clinical trial in which at least 80 patients of both genders will be analyzed; who have suffered a coronary event in recent months. Patients will receive a physical exercise intervention within a cardiac rehabilitation program, lasting 2 months, 3 days per week. The intervention consists of a first part of warm up the large muscle groups, accompanied by breathing exercises (10-15 minutes), followed by a part of strength and muscular resistance training exercises (upper and lower limbs and abdominal muscles), through an exercise table with weights of different weights, depending on the patient's 1RM (maximum repetition), elastic bands of different resistances and weights (15 minutes). Depending on the pathology, a series of special considerations will be taken into account regarding progressive loading (with weights) and resistance, degrees of joint mobility of the upper limbs. The design of the strength and muscular resistance exercises will be planned taking into account heart rate (HR), cardiovascular pathology, physical capacity of the patient, hemodynamic response at rest, during exercise and after recovery from it, as well as the perception effort and pharmacological action. Following the recommendations made by the existing literature, we will work the upper limb muscles with a load of 30-40% of the 1RM, with 50-60% of the 1RM being the workload prescribed for lower limb training. Next, we would move on to the aerobic exercise part (continuous and interval), using a treadmill or cycle ergometer, depending on the pathology and the individual characteristics of each patient. The objective we set for ourselves is to increase the duration and intensity progressively until we reach after 45 minutes, after a few weeks. The program would end with a cool-down phase or return to calm. Study design: This project will have a quantitative design, specifically a pre-post clinical trial. Patients aged between 20-80 with cardiovascular pathology meeting the inclusion criteria who will be referred from outpatient clinics, hospitalization or primary care and belonging to the provinces of Cuenca, Toledo, and Albacete will be included. The participants under study will be recruited through their primary care doctor, or cardiologists from the provinces assigned to this project. The study will be carried out at the "Virgen de la Luz Hospital", in Cuenca, among patients with cardiac pathology described in the inclusion criteria, who will be included in a cardiac rehabilitation program. The variables collected before and after the intervention will be analyzed and studied to assess the adherence of the program and the medium-long term objectives. The recruitment of participants will be carried out throughout the entire project.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
80
Physical exercise intervention within a cardiac rehabilitation program, lasting 2 months, 3 days per week. The intervention consists of a first part of warm up the large muscle groups, accompanied by breathing exercises, followed by a part of strength and muscular resistance training exercises (upper and lower limbs and abdominal muscles), another part of aerobic exercise part (continuous and interval), using a treadmill or cycle ergometer, and finally a part of stretching exercises and a cool-down phase.
Hospital Virgen de la Luz
Cuenca, Cuenca, Spain
Change in peak oxygen uptake
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in cardiorespiratory fitness
6 minutes walking test (6MWT)
Time frame: Baseline and at the end of the 8weeks intervention
Change in blood pressure
Measured before and after the intervention with the Omron M7 Intelli blood pressure monitor
Time frame: Baseline and at the end of the 8weeks intervention
Change in basal heart rate
Measured before and after the intervention after CPET with the Omron M7 Intelli blood pressure monitor.
Time frame: Baseline and at the end of the 8weeks intervention
Change in Maximum heart rate:
Measured before and after the intervention after CPET with the Omron M7 Intelli blood pressure monitor
Time frame: Baseline and at the end of the 8weeks intervention
Change in oxygen consumption efficiency slope (OUES)
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in Respiratory gas exchange ratio (RER)
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in Ventilatory thresholds (VT1 -VT2)
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in Heart rate at ventilatory thresholds
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in ventilatory equivalents
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in partial pressures
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in oxygen pulse
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in ventilation (VE)
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in respiratory reserve (BR)
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in muscle efficiency
Cardiopulmonary exercise test (CPET)
Time frame: Baseline and at the end of the 8weeks intervention
Change in forced vital capacity (FVC)
Using spirometry
Time frame: Baseline and at the end of the 8weeks intervention
Change in forced expired volume in 1 second (FEV1)
Using spirometry
Time frame: Baseline and at the end of the 8weeks intervention
Changes in FEV1/FVC
Using spirometry
Time frame: Baseline and at the end of the 8weeks intervention
Changes in Maximum Flow 75 (MEF75)(Maximum Flow at 75% of Forced Vital Capacity)
Using spirometry
Time frame: Baseline and at the end of the 8weeks intervention
Changes in Maximum Flow 50 (MEF50) (Maximum Flow at 50% of Forced Vital Capacity)
Using spirometry
Time frame: Baseline and at the end of the 8weeks intervention
Changes in Maximum Flow 25 (MEF25) (Maximum Flow at 25% of Forced Vital Capacity)
Using spirometry
Time frame: Baseline and at the end of the 8weeks intervention
Changes in Peak expiratory flow (PEF)
Using spirometry
Time frame: Baseline and at the end of the 8weeks intervention
Changes in tidal volume (VC)
Using spirometry
Time frame: Baseline and at the end of the 8weeks intervention
Change in Weight
the mean of two measurements (using a OmronBF511 bioimpedance scale) with the participant barefoot and lightly clothed.
Time frame: Baseline and at the end of the 8weeks intervention
Change in Body mass index (BMI)
as weight (kg)/height2 (m2)
Time frame: Baseline and at the end of the 8weeks intervention
Change in Waist circumference
the mean of three measurements using a flexible tape measure at the midpoint between the last rib and the iliac crest at the end of a normal exhalation.
Time frame: Baseline and at the end of the 8weeks intervention
Change in Hip circumference
the mean of three measurements using a flexible tape measure between one and another greater trochanter.
Time frame: Baseline and at the end of the 8weeks intervention
Change in waist hip index
as waist circumference (cm)/ hip circumference (cm).
Time frame: Baseline and at the end of the 8weeks intervention
Change in Body fat percentage
the mean of two measurements using a OnromBF511 bioimpedance scale.
Time frame: Baseline and at the end of the 8weeks intervention
Change in HbA1c
Measured by blood test.
Time frame: Baseline and at the end of the 8weeks intervention
Change in total cholesterol
Measured by blood test.
Time frame: Baseline and at the end of the 8weeks intervention
Change in LDL-c cholesterol
Measured by blood test.
Time frame: Baseline and at the end of the 8weeks intervention
Change in HDL-c cholesterol
Measured by blood test.
Time frame: Baseline and at the end of the 8weeks intervention
Change in triglycerides
Measured by blood test.
Time frame: Baseline and at the end of the 8weeks intervention
Change in one repetition maximum (1RM)
Measured indirectly by Brzycki´s formula.
Time frame: Baseline and at the end of the 8weeks intervention
Change in handgrip in right arm
Measured by CAMRY digital dynamometer.
Time frame: Baseline and at the end of the 8weeks intervention
Change in handgrip in left arm
Measured by Camry digital dynamometer.
Time frame: Baseline and at the end of the 8weeks intervention
Change in maximum respiratory pressures
Measured by MicroMedical-Carefusion MicroRPM model.
Time frame: Baseline and at the end of the 8weeks intervention
Change in Health-related quality of life
36-Item Short Form Survey (SF-36)
Time frame: Baseline and at the end of the 8weeks intervention
Change in Depression and anxiety.
Hospital Anxiety and Depression Scale (HADS)
Time frame: Baseline and at the end of the 8weeks intervention
Change in adherence to the Mediterranean diet
Predimed questionnaire.
Time frame: Baseline and at the end of the 8weeks intervention
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