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MeSH:(Fluorosis, Dental/epidemiology*)

2.Spatial correlation between the prevalence of dental fluorosis and the chemical elemental composition of drinking water sources in a typical coal-fired pollution fluorosis area.

Jian Ying WANG ; Jian Zhong CHENG ; Na YANG ; Jiang Hui ZHANG ; Cheng Long TU

Chinese Journal of Epidemiology 2023;44(6):891-898

3.Effect of drinking water change upon the dental fluorosis.

Jian-ping RUAN ; Zhong-qi LIU ; Jian-ling SONG ; Kjell BJORVATN ; Mei-sheng RUAN

Chinese Journal of Stomatology 2004;39(2):139-141

4.Evaluation of the psychosocial status of fluorosis patients in fluorosis epidemic areas.

Yan SI ; Bo-xue ZHANG ; Yu-bo HOU ; Jing LI ; Xue-jun GAO

Chinese Journal of Stomatology 2005;40(5):416-419

5.The relations between dental fluorosis and economic status in Shuicheng, a fluorosis-endemic County in Guizhou province.

Fu-Cheng LI ; Shu-Lin YAN ; An-Nan QIN ; Guo-Yuan LIOU ; Wen-Fu XIE ; Jiu-Fa GOU

Chinese Journal of Preventive Medicine 2007;41 Suppl():119-122

6.Study on the application of benchmark dose and biological monitoring indexes of fluorides in drinking water.

Quan-Yong XIANG ; You-Xin LIANG ; Bing-Heng CHEN ; Cai-Sheng WANG ; Shi-Qi ZHEN ; Lian-Sheng CHEN ; Ming-Sheng ZHOU ; Jie-Fei LI

Chinese Journal of Preventive Medicine 2004;38(4):261-264

7.Serum calciotropic hormone levels, and dental fluorisis in children exposed to different concentrations of fluoride and iodine in drinking water.

Yue BA ; Jiang-yuan ZHU ; Yue-jin YANG ; Bo YU ; Hui HUANG ; Gang WANG ; Li-jun REN ; Xue-min CHENG ; Liu-xin CUI ; Ya-wei ZHANG

Chinese Medical Journal 2010;123(6):675-679

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