Association of Serum Bile Acids Profile and Pathway Dysregulation With the Risk of Developing Diabetes Among Normoglycemic Chinese Adults: Findings From the 4C Study.
Jieli LuShuangyuan WangMian LiZhengnan GaoYu XuXinjie ZhaoChunyan HuYi ZhangRuixin LiuRuying HuLixin ShiRuizhi ZhengRui DuQing SuJiqiu WangYuhong ChenXue-Feng YuLi YanTian-Ge WangZhiyun ZhaoXiaolin WangQi LiGui-Jun QinQin WanGang ChenMin XuMeng DaiDi ZhangXulei TangGuixia WangFeixia ShenZuojie LuoYingfen QinLi ChenYanan HuoQiang LiZhen YeYinfei ZhangChao LiuYoumin WangShengli WuYang TaoHuacong DengDonghui LiShenghan LaiYiming MuMingxing XieJiajun ZhaoGuo-Wang XuYanqiu WangYu-Fang BiWei-Qing Wangnull nullPublished in: Diabetes care (2020)
These findings reveal novel changes in BAs exist before incident T2DM and support a potential role of BA metabolism in the pathogenesis of diabetes.