Adiponectin Level and Gene Variability Are Obesity and Metabolic Syndrome Markers in a Young Population

Background and Aims obesity is accepted as an important risk factor for development of MetS. Adiponectin is linked to central obesity and ADIPOQ variants are promising markers for understanding the genetic base of obesity-related disorders. We performed analyses of adiponectin concentrations and ADIPOQ variants and tested their associations with obesity and MetS in young subjects of Croatian origin. s mical and anthropometric parameters of MetS were obtained for 149 unrelated subjects. Adiponectin levels were measured by ELISA assay. ADIPOQ −11391G>A and −11377C>G were genotyped by real-time PCR. s d WC, TG and GLUC showed inverse correlation, whereas HDL-C showed a positive correlation with adiponectin concentrations. For central obesity, we found association with −11377C>G and with −11391G>A polymorphisms. ADIPOQ −11377GG and −11391GA significantly increased the risk for the development of central obesity (OR 5.57 and OR 3.37, respectively). Significant association was found between −11391A, −11377G allele and haplotype and increased TG. −11377C>G and −11391G>A variant were significantly associated with the incidence of MetS. C>G mutation at position −11377 significantly increased the risk of MetS development (OR = 2.93). Compared with the −11391G homozygotes, carriers of the A allele had a significantly increased risk for the development of MetS (OR = 3.15). The test of overall association showed a statistically significant correlation of MetS with −11377C>G and −11391G>A haplotypes (p = 0.008). sions is of adiponectin concentration and ADIPOQ −11391G>A and −11377C>G gene variants may be clinically meaningful for estimation of MetS risk in a young population.