Central obesity, present in the metabolic syndrome (MS), is associated with increased risk of insulin resistance (RI). The aim of the project is to evaluate the protective effect of comprehensive intervention (Mediterranean diet + physical activity) in the development of RI in children with central obesity based on genetic and epigenetic markers.
Objectives: 1) Apply a comprehensive therapeutic nutrition intervention program for monitoring the Mediterranean Diet (DM) slightly hypocaloric along with increased physical activity in children with central obesity 7-16 years). 2) Measure the effectiveness of this program by assessing changes in body composition, lifestyle and biological and molecular parameters (genetic and epigenetic). Methodology: test randomized, longitudinal, controlled, two-year intervention field comparing a sample of 120 subjects from 7 to 16 years with central obesity, the effect of two interventions: a) intensive on lifestyle with a reduced calorie DM , physical activity and behavioral therapy, b) non-intensive with healthy diet recommendations following the usual pediatric advice. At 2, 6, 12 and 24 months after follow up changes will be assessed: a) the HOMA index, body fat, and the cardiovascular risk factors, b) diet, sleep patterns, physical exercise using questionnaires and accelerometers (intervention group), and c) the quality of life. genetic and epigenetic markers will be evaluated by genotyping SNPs genes related to RI; and the analysis of: a) DNA methylation in genes related to insulin resistance, b) expression of microRNAs and target genes related to insulin resistance and c) measure the length of telomeres. The therapeutic program will consist of individual sessions and group workshops for the patient and the family.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
120
Intensive changes in lifestyle with a reduced calorie mediterranean diet, physical activity and behavioral therapy
UNavarre
Pamplona, Navarre, Spain
changes in the HOMA index
changes will be assessed in the HOMA index
Time frame: At 2, 6, 12 and 24 months after follow up
genetic and epigenetic markers will be evaluated
genetic and epigenetic markers will be evaluated by genotyping SNPs genes related to RI; and the analysis of: a) DNA methylation in genes related to insulin resistance, b) expression of microRNAs and target genes related to insulin resistance and c) measure the length of telomeres
Time frame: At 2, 6, 12 and 24 months after follow up
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