Body Weight, Cholesterol; Lipidosis, Diet, Healthy, Hypertension, Machine Learning, Obesity
Conditions
Brief summary
To investigate the health effects of a new mobile application (app) for prevention and personalized treatment in people with chronic cardiovascular pathologies associated with body composition.
Detailed description
Scientific evidence has shown that the adoption of the Mediterranean diet is a protective factor against the appearance of several types of cancer, cardiovascular diseases, aging and obesity due to the amount of nutrients with anti-cancer, anti-inflammatory and anti-obesity properties that jointly contribute to the maintenance of health status. The antitumor effects of the Mediterranean diet are mainly due to the combination of antioxidant elements, fiber and polyunsaturated fats. Therefore, this dietary pattern is essential as a preventive measure against the onset of cancer and other chronic diseases, but also to reduce health care costs. Monitoring physical activity should be considered as a central factor when addressing precision nutrition. Perform physical activity and exercise, as they are key components of energy expenditure and balance, in addition, structural changes occur in muscles, increase in the number of mitochondria in fiber, secretion of metabolically beneficial hormones with reversal of muscle insulin resistance and reduction of hepatic lipogenesis. Regardless of intensity, short-term exercise has been shown to improve adiposity and insulin sensitivity, which may help reduce metabolic risk. Boutcher et al. also demonstrated that intermittent aerobic and anaerobic exercise performed at an intensity \>70% of maximal oxygen uptake significantly reduces ambulatory and office blood pressure in hypertensive individuals. The development of this app aims, through self-management and visualizing the altered parameters and how they will evolve in your body in the short, medium and long term, to increase the population's commitment to these pathologies, in order to improve their health.
Interventions
BEHAVIORALCONTROL GROUP
Intervention based on measurements of health parameters before and after providing participants with personalized dietary and physical activity recommendations.
BEHAVIORALHEALTH APP GROUP
Use of a mobile application based on machine learning with the aim of improving health parameters and body composition. Specific diet program and moderate physical activity, all guided and mediated by a mobile application. As well as the recording and monitoring of periodic evaluations of health indicators.
Sponsors
University of Alicante
Study design
Allocation
NON_RANDOMIZED
Intervention model
SEQUENTIAL
Primary purpose
PREVENTION
Masking
SINGLE (Outcomes Assessor)
Eligibility
Sex/Gender
ALL
Age
21 Years to No maximum
Healthy volunteers
Yes
Inclusion criteria
* Men and women over 21 years of age
Exclusion criteria
* Volunteers who do not have access to a smartphone.
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| WEIGHT WEIGHT WEIGHT WEIGHT WEIGHT | 24 months | The weight of the subjects will be obtained using the TANITA (Tokyo, Japan). |
| HEIGHT | 24 months | The height of the subjects will be measured with the SECA 123 stadiometer (Hamburg, Germany). |
| WAIST CIRCUMFERENCE | 24 months | The kinanthropometric evaluation is based on the methodology proposed for the restricted profile by the International Society for the Development of Kinanthropometry (ISAK). The material used to measure the perimeters will be a tape. |
| HIP CIRCUMFERENCE | 24 months | The kinanthropometric evaluation is based on the methodology proposed for the restricted profile by the International Society for the Development of Kinanthropometry (ISAK). The material used to measure the perimeters will be a tape. |
| CHOLESTEROL | 24 months | The blood cholesterol level is obtained through a blood test. |
| TRIGLICERIDES | 24 months | The blood triglicerides level is obtained through a blood test. |
| BLOOD PREASURE | 24 months | Measurement of blood pressure (systolic and diastolic) with a digital tensiometer. |
| FAT MASS | 24 months | Assessment of body composition using the TANITA (Tokyo, Japan) validated bioimpedance scale to obtain the results of fat mass. |
| LEAN BODY MASS | 24 months | Assessment of body composition using the TANITA (Tokyo, Japan) validated bioimpedance scale to obtain the results of lean body mass. |
| VISCERAL FAT | 24 months | Assessment of body composition using the TANITA (Tokyo, Japan) validated bioimpedance scale to obtain the results of visceral fat. |
| HEART RATE | 24 months | Heart rate measurement is performed with an activity wristband. |
| TROPONIN I | 24 months | The troponin I level is obtained through a blood test. |
| BLOOD TROPONIN T LEVELS | 24 months | The troponin I level is obtained through a blood test. |
| Broadband ultrasonic attenuation, BUA | 24 months | The measurement of the ultrasonic band attenuation (BUA) by the traversed bone tissue (calcaneus) is performed using the GE Achilles Insight device. |
| Ultrasonic wave propagation speed, SOS | 24 months | The measurement of ultrasonic wave propagation speed (SOS) by the traversed bone tissue (calcaneus) is performed using the GE Achilles Insight device. |
Countries
Spain
Outcome results
None listed