fluorosis

1. Analysis on Surveillance of Endemic Fluorosis in Shandong Province in 2007
   2007年山东省地方性氟中毒重点监测分析
2. Effect of different fluoride and iodine concentration in drinking water on children's dental fluorosis and thyroid function
   饮水氟碘浓度对儿童氟斑牙及甲状腺功能影响
3. As a result, many suffer conditions ranging from mild dental fluorosis to crippling skeletal fluorosis.
   其结果是，许多人患有各种不同病症，轻则牙氟中毒，严重者致残性氟骨症。
4. Wushan and Fengjie counties are typical fluorosis areas in the three Gorges Reservoir District.
   巫山、奉节是三峡库区最典型的地方性氟中毒区（简称地氟病区）。
5. Objective To study the tooth germ development of mouse molar in fluorosis.
   目的探讨高氟环境对小鼠磨牙牙胚发育的影响。
6. OBJECTIVE: To observe the clinical efficacy of Cistanche salsa tablets in treating endemic fluorosis.
   目的：观察苁蓉片治疗地方性氟中毒的临床疗效。
7. Investigating the Prevalence of Endemic Fluorosis in Shanxi Province and the Influencing Factors about Skeletal Fluorosis
   山西省某县饮水型地方性氟中毒现患情况及氟骨症相关因素的研究
8. Effect of endoplasmic reticulum stress in renal injury of fluorosis rats
   内质网应激在氟中毒大鼠肾损害中的作用
9. In skeletal fluorosis, fluoride accumulates in the bone progressively over many years, leading to stiffness and pain in the joints.
   在氟骨症的情况下，由于氟经年累月在骨骼中逐渐积存，导致关节僵硬和疼痛。
10. Research Progress in the Relationship between Nutrient Intake and Fluorosis
    营养素摄入与氟中毒关系的研究进展
11. Objective Skeletal fluorosis is known as joint disease which is caused by excessive intake of fluoride.
    氟骨症是由于摄入过多的氟化物而引骨关节损害性疾病。
12. Objective to explore the current research and the developing trend on molecular mechanism of endemic fluorosis skeletal fluorosis.
    摘要目的了解氟骨症发生的分子机理的研究现状和发展趋势。
13. Abstract Objective To study the effects of fluorosis of coal burning on reproductive and endocrinology of male rats.
    摘要目的：研究燃煤型氟中毒对雄性大鼠生殖内分泌的影响。
14. And more than 10 million are afflicted by fluorosis, which can soften and disfigure teeth and bones.
    此外，贵州还有超过1000万人有氟中毒的症状，导致牙齿、骨骼软化与变形。
15. Epidemiological Investigation and Regional Distribution of Fluorosis and Iodine Deficiency Disorders
    氟中毒和碘缺乏病并发地区分布及流行病学概况
16. Study on the changes in the state of endemic fluorosis by coal-burning pollution in Guizhou Province
    贵州省燃煤污染型地方性氟中毒重点病区病情变化研究
17. Together with endemic fluorosis water-control study of the effectiveness and problems
    一起饮水型地方性氟中毒防制成效研究
18. Conclusion: There is no obvious improvement in radiology of patients with skeletal fluorosis treated by Guo's therapy.
    结论：郭氏中药疗法在氟骨症的放射学方面无明显改善作用。
19. Conclusion It is effective to carry out health education to improve farmers and students'knowledge and health behaviors on the prevention of endemic fluorosis.
    结论健康教育对提高农民和学生的地氟病防治知识，改善相关行为具有一定的效果。
20. Dietary calcium deficiency, a prevalent phenomenon among the inhabitants in the endemic fluorosis areas, is a main provoking and aggravating factor of skeletal fluorosis.
    膳食低钙是地氟病病区居民中的普遍现象，是地氟病（氟骨症）的主要促发和加重因素。
21. Conclusions X-ray change of pelvis and bony trabecula are selected as reliable index for diagnosis of sclerotic fluorosis.
    结论X线骨盆及其骨小梁改变分别是氟骨症检查的首选部位和可靠指标。
22. Clinical dental fluorosis is characterized by staining and pitting of the teeth.
    临床牙氟中毒的特征是牙腐蚀和损斑。
23. Swallowing too much fluoride can cause fluorosis or white spots on your child's permanent teeth.
    要是吞咽太多的氟能惹起慢性氟中毒大概牙齿上永世留着白点。
24. Children's dental fluorosis and ER gene Pvu II polymorphism
    儿童氟斑牙与雌激素受体PvuⅡ基因多态性关系
25. Chronic fluorine exposure may cause abnormal calcium accumulation in bone structure ( fluorosis) due to low-level systemic absorption.
    慢性氟暴露会导致由于低水平的系统吸收引起的在骨骼结构里的异常钙积累（氟中毒）。
26. Objective To understand the effects of water improvement to reduce fluoride of endemic fluorosis in Chenzhou.
    目的了解郴州市地方性氟中毒改水降氟效果，以及改水设施的管理和使用情况。
27. The Role of Calcium Nutrition and Oxidative Stress in Mechanism of Skeletal Fluorosis
    钙营养和氧化应激在氟骨症发病机制中的作用
28. Analysis of water fluoride content for endemic fluorosis areas in Shandong Province
    山东省地方性氟中毒病区水氟检测结果分析
29. Method measured the content of fluorine in the water and urine by F-ion selective electrode and diagnosed dental fluorosis of children by Dean method.
    方法水氟和尿氟用氟离子选择电极法测定，儿童氟斑牙调查采用dean法进行诊断。

noun

1. a pathological condition resulting from an excessive intake of fluorine (usually from drinking water)