Author/Authors :
Cho, Young Hye Inje University College of Medicine - Busan, South Korea , Lee, Sang Yeoup Inje University College of Medicine - Busan, South Korea , Jeong, Dong Wook Inje University College of Medicine - Busan, South Korea , Choi, Eun Jung Inje University College of Medicine - Busan, South Korea , Nam, Kyung Jee Inje University College of Medicine - Busan, South Korea , Kim, Yun Jin Department of Family Medicine - Pusan National University Hospital - Inje University College of Medicine - Busan, South Korea , Lee, Jeong Gyu Department of Family Medicine - Pusan National University Hospital - Inje University College of Medicine - Busan, South Korea , Yi, Yu Hyone Department of Family Medicine - Pusan National University Hospital - Inje University College of Medicine - Busan, South Korea , Tak, Young Jin Department of Family Medicine - Pusan National University Hospital - Inje University College of Medicine - Busan, South Korea , Cho, Byung Mann Department of Preventive Medicine - Pusan National University - School of Medicine - Inje University College of Medicine - Busan, South Korea , Lee, Soo Bong Department of Internal Medicine - Pusan National University Yangsan Hospital - Inje University College of Medicine - Busan, South Korea , Lee, Ka Young Department of Family Medicine - Busan Paik Hospital - Inje University College of Medicine - Busan, South Korea
Abstract :
Background: Low urine pH is related to obesity and insulin resistance, which are components of metabolic syndrome (MS).
Th e aim of this study was to identify the relation between a low urine pH and MS after controlled for other covariates including
demographic and lifestyle factors in adult Korean population. Materials and Methods: We analyzed data from the 2010 Korea
National Health and Nutrition Examination Survey, a cross-sectional and nationally representative survey and 1960 men and
2702 women were included in this study. Study subjects were divided into the group with urine pH <5.5 and the group with urine
pH ≥5.5 refer to literature. We then evaluated the association between low urine pH and MS. Results: After adjusting for age,
sex, smoking status, drinking status, regular exercise, and blood urea nitrogen level, the odds ratio (OR) for the presence of MS in
the group with urine pH <5.5 was 1.350 (95% confi dence interval [95% CI]: 1.158-1.573) using the American Heart Association/
National Heart, Lung, and Blood Institute criteria or 1.304 (95% CI: 1.082-1.572) using the International Diabetes Federation
criteria. Among MS components, elevated fasting glucose (OR: 1.231, 95% CI: 1.058-1.433, P = 0.007) and elevated triglyceride
(TG) (OR: 1.389, 95% CI: 1.189-1.623, P < 0.001) showed a signifi cantly high OR. Conclusion: Th e fi ndings confi rmed that low
urine pH is associated with MS in the Korean population. Among MS components, elevated fasting glucose and elevated TG
showed a signifi cantly high OR.
Keywords :
Association , insulin resistance , metabolic syndrome , urine