부산대학교 도서관

Aim: The aim of this study is to explore the individual and combined effects of obesity and metabolic profile on the impairment of glomerular function among hypertensive subjects. Methods: This is a cross‐sectional study enrolling 499 hypertensive subjects. Based on body mass index values and metabolic profile, they were assigned to one of four metabolic phenotype groups: MHNO: metabolically healthy non‐obese, MHO: metabolically healthy but obese, MUHNO: metabolically unhealthy but non‐obese, and MUHO: metabolically unhealthy and obese. The effect of the interaction between obesity and metabolic profile was tested on an additive scale, for both microalbuminuria and reduced estimated glomerular filtration rate (eGFR). Results: After adjustment for confounding factors, the highest risk of both microalbuminuria and decreased eGFR was found among patients of the MUHO group (OR = 6.0 [2.13], p < 0.0001, OR = 5.4 [1.26], p = 0.03, respectively). Analysis of the additive interaction indicates that 51% and 53% of the risk of microalbuminuria and its combination with low eGFR respectively is explained by the co‐occurrence of obesity and metabolic disorder. The mechanism of this interaction is synergistic (synergy index = 2.6, [1.5.3]). Conclusion: The decline of glomerular function in hypertensive subjects is significantly exacerbated by the interaction between obesity and metabolic disorders. The management of such high‐risk subjects requires, in addition to the therapeutic regimen, an adequate dietary and physical program in order to preserve glomerular function. SUMMARY AT A GLANCE: This cross‐sectional study explored the individual and combined effects of obesity and metabolic profile on kidney function among 499 hypertensive subjects, and found that the odds of microalbuminuria and low eGFR was highest in patients with metabolically unhealthy obesity. The co‐exsitence of obesity and metabolic disorder showed a synergistic interaction for this association. [ABSTRACT FROM AUTHOR]