镉
环境卫生
毒理
泌尿系统
医学
百分位
动物科学
镉暴露
公共卫生
每日可接受摄入量
体重
肾脏疾病
食品污染物
尿
每日容许摄入量
人类健康
参考剂量
毒性
镉中毒
食品安全
最大允许浓度
肾
未观察到不良反应水平
生理学
生物
食品科学
健康风险
农业
Mercury(编程语言)
作者
Chu Haiyan,Huilin Zhang,Dahua Ren,Xuanying Jiang,Yang Yu,Jialei Zhu,Kexin Li,Haiping Liu,Linfan Xu,Xiaoting Li,Zhen Ding
出处
期刊:Science Advances
[American Association for the Advancement of Science]
日期:2026-02-20
卷期号:12 (8): eadw4382-eadw4382
被引量:4
标识
DOI:10.1126/sciadv.adw4382
摘要
With increasing understanding of cadmium (Cd) exposure levels and toxicity mechanisms, the adequacy of current Cd limit standards for protecting public health requires comprehensive evaluation. Here, we found that 39.04% of rice Cd content surpassed the fifth percentile of benchmark dose lower limit (BMDL 5 ; 17.100 micrograms per day) threshold for dietary Cd associated with chronic kidney disease in Jiangsu Province. Moreover, more than 90% of rice Cd levels posed potential health hazards, with some samples presenting lifetime carcinogenic risks. Blood and urinary Cd levels demonstrated age-dependent increases, with 48.40 and 20.61% of participants exceeding BMDL 5 levels for blood Cd (0.640 micrograms per liter) and urinary Cd (0.120 micrograms per liter), respectively. The derived reference values for dietary Cd were 0.149 and 0.018 micrograms per kilogram of body weight per day for adults and children, respectively. The lowest concentrations of Cd in rice consumed by adults and children were also observed, which indicated that current Cd limit standards appear insufficient to protect public health, indicating a need for more stringent safety thresholds.
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