Regulation of Metabolic Homeostasis by Reducing Selected Hepato-adipokines inResponse to Three Types of Resistance Training in Men with Obesity

Introduction: decreased physical activity is one of the main causes of the obesity epidemic. in theprocess of obesity, the secretion of some hepato-adipokines increases and causes metabolic disorders.exercise plays an important role in improving the complications of obesity by regulating the levels ofselected hepato-adipokine. the purpose of this study was to examine the effects of three types ofresistance training methods on selected hepato-adipokine and lipid profiles in men with obesity.materials and methods: the sample of the study included 44 sedentary men with obesity divided into4 groups of traditional resistance training (trt), circuit resistance training (crt), and intervalresistance training (irt) as well as one control group. fetuin-a, fetuin-b, high-density lipoproteins(hdl), low-density lipoproteins (ldl), total cholesterol (tc), and triglyceride (tg) were measuredusing the elisa method.results: the results of the mixed model anova analysis showed a significant interaction betweenthe type of training used and time at the levels of fetuin-a (f (1, 40) = 94273.16, p = 0.001, es = 1.00)and fetuin-b (f (1, 40) = 49697.67, p = 0.001, es = 0.99. in addition, within-group comparisonsshowed that lipid profile improved in trt and crt groups compared to the pretest (p = 0.001), whilein the irt group this improvement was not significant (p > 0.05).conclusion: the result of the present study shows that three models of resistance training reduced theselect hepato-adipokines level in comparison to the control group. however, irt and crt had thegreatest effect on reducing fetuin-a and fetuin-b, respectively.