Study Tracker

Urinary fluoride monitoring of industrial hydrofluoric acid exposure.

April 1987 | Environmental Research | Kono K, Yoshida Y, Yamagata H, Watanabe M, Shibuya Y, Doi K. | 42(2):415-20.

A fatality due to ingestion of hydrofluoric acid.

April 2004 | Journal of Analytical Toxicology | Cordero SC, Goodhue WW, Splichal EM, Kalasinsky VF. | 28(3):211-3.

Fatal cases of acute suicidal sodium and accidental zinc fluorosilicate poisoning. Review of acute intoxications due to fluoride compounds.

March 20, 2011 | Forensic Science International | Lech T. | 206(1-3):e20-4.

The tissue distribution of fluoride in a fatal case of self-poisoning.

October 2007. | Journal of Analytical Toxicology | Martinez MA, Ballesteros S, Piga FJ, Sanchez de la Torre C, Cubero CA. | 31(8):526-33.

Elevated levels of arsenic and fluoride, but not selenium, associated with endemic disease in the Chinese village of Dazhuyuan, Shaanxi province.

January-March 2009 | Fluoride | Wang Z, Guo X, Bai G, Lei Y, Wang Y, Fan Z, Zhang Q, Ding Y. | 2(1):34–38.

Influence of fluoride concentration in drinking water and brick-tea water on bone mass in healthy Inner Mongolian young women.

2003 | Bone | Zhang M, Shimmura T, Nishino H, Bi LF, Kajita E, Nagata M, Nagase H, Wang HB, Aratani T, Kagamimori S. | 32(5):S186.

Fluoride intake and bone measures at age 5

March 13, 2004 | Presentation at IADR/AADR/CADR 82nd General Session (Hawaii) | Levy SM, Warren JJ, Burns TL, Torner JC, Broffitt B, Gilmore JE, Marshall TA, Wefel JS, Janz K, Willing MC. |

Influence of raised fluorine concentrations in water on structurally-functional state of bone mass, teeth, anthropometric parameters and physical development of teenagers

2009 | Bone | Povoroznyuk VV, Grygoreva NV, Vilensky AV, Dmitrenco OP. | 45:S76.

Changes in the concentration of fluoride in the serum and bones of female rats with streptozotocin induced diabetes.

January-March 2009 | Fluoride | Gutowska I, Baranowska-Bosiacka I, Rybicka M, Dudzinska W, Marchlewicz M, Nocen I,Slawinski G, Wiszniewska B, Chlubek D. | 42(1):9–16.

Chronic toxicity of dietary sodium monofluorophosphate in growing rats, with special reference to kidney changes.

1965 | Acta Pathologica et Microbiologica Scandinavica | Poulsen H, Ericsson Y. | 65(4):493-504.

MATERIAL AND METHODS: Male white rats weighing about 100 grams at the start of the experiments were used in the study. They were raised in a standardized way by the Anticimex Co., Stockholm on pellets containing about 28 ppm fluoride and tap water containing about 0.1 ppm fluoride. In a four-week pilot study 20 rats were divided in 5 groups of four animals each for the preliminary testing of two concentrations of Na2PO3F in comparison with two concentrations of NaF and one control group. Ever