临床牙氟中毒的特征是牙腐蚀和损斑。
Clinical dental fluorosis is characterized by staining and pitting of the teeth.
目的复制饮茶型氟中毒动物病理模型。
Objective To duplicate the animal model of drinking brick-tea type fluorosis.
地方性氟中毒是一种在全球流行的地方病。
The endemic fluorosis is a kind of endemic disease around the rord.
复习了氟中毒与氧化应激关系的有关文献。
Relevant literatures on the relationship between fluorosis and oxidative stress were reviewed.
目的掌握河北省阳原县地方性氟中毒流行现况。
Objective To investigate the current status of endemic fluorosis in Yangyuan County.
前言：目的：探讨地方性氟中毒病区分类方法。
Objective: To explore the method of classifying endemic fluorosis region.
观察24例氟中毒患者外周血的淋巴细胞微核率。
The lymphocyte micronucleus rate of peripheral blood was determined on 24 cases of patients with fluorosis.
儿童尿氟可作为防治氟中毒效果考核的客观指标。
Children urinary fluoride can be considered an objective index evaluating the effect of prophylactic - therapeutic fluorosis.
长期饮用高氟水或摄取高氟食物会引起氟中毒症。
Drinking water of taking in food containing high fluorine by a long time can cause fluorine poisoning.
个体尿氟变异较大，对于氟中毒的诊断价值不大；
Urinary fluoride of individuals varied so largely that it was not proper for the disease diagnosis.
地方性氟中毒在我国广泛分布，氟的危害也众所周知。
Endemic fluorosis is abroad distributing in our country and it's harm is proverbial.
目的观察骨密度测量在职业性氟中毒诊断中的应用价值。
Objective To study the value of measurement of bone mineral density in vocational fluorosis.
结论：提示慢性氟中毒对大鼠学习记忆能力有显著的影响。
Conclusions: Fluorosis had significant damages on the rats' capacity of learning-memory.
结果表明，氟中毒患者和正常人的细胞微核率有明显差异。
The result show that there is a significant difference be tween the patients and the healthy people in micronucleus rate.
目的探讨有机氟中毒对肾脏损害的临床表现、机理及其治疗。
Objective To investigate clinical appearances, mechanism and treatment of the impairment of organic fluoride poisoning on nephroses.
目的探讨煤烟污染型氟中毒健康教育干预的可能性和传播策略。
Objective To explore the possibility and propagation tactics of intervention of health education for endemic fluorosis caused by domestic coal - burning pollution.
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。
As a result, many suffer conditions ranging from mild dental fluorosis to crippling skeletal fluorosis.
目的研究氟中毒对大鼠口腔粘膜细胞和肝细胞DNA损伤的影响。
Objective to study the effects of fluorosis on oral mucosal cell and hepatocyte DNA damage in rats.
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)。
Wushan and Fengjie counties are typical fluorosis areas in the three Gorges Reservoir District.
方法按全国地方性氟中毒重点监测方案规定的方法和标准要求进行监测。
Methods the surveillance was carried out by using the ruling method and criterion of "the National surveillance Project of Endemic Fluorosis".
目的：了解遵义市地方性氟中毒病区燃煤污染型地方性氟中毒流行情况。
Objective: To understand the epidemic situation of endemic fluorosis induced by coal-burning pollution in Zunyi city.
目的了解长江三峡燃煤污染型地方性氟中毒试点地区改灶降氟措施的效果。
Objective to know the effects of changing cooking stoves in reducing fluoride level in Changjiang Sanxia coal pollution burned experimental endemic fluorosis areas.
目的：研究硒对氟中毒诱导的大鼠口腔粘膜细胞和肝细胞DNA损伤的作用。
Objective: To study the effects of selenium on oral mucosal cell and hepatocyte DNA damage induced by fluorosis in rats.
可以将血清羟脯氨酸含量的变化作为鸡慢性氟中毒早期诊断的主要参考指标。
So, The variation of serum Hyp content can be considered as an important and early index for diagnosing chick fluorosis.
用实验动物的骨、牙齿中氟含量判断氟中毒动物造型是否成功是值得考虑的。
It is worth considering that fluoride content of experimental animals in bone and teeth serve as judgment of a successful animal model.
对使用不同燃煤方式的居民户主要食物氟含量与氟中毒流行强度进行对比分析。
Analyse the content of fluorine in air in the room where different kind of coal is used and the main food and the intensity of epidemic.
目的观察改水后地方性氟中毒、氟砷联合中毒患者无机元素和胶原代谢的改变。
Objective In order to observe the changes of mineral elements and collagen metabolism products of patients with endemic fluorosis and combined fluoride-arsenic poisoning.
目的观察饮水型与燃煤污染型两类地方性氟中毒病区氟骨症骨关节损害的放射学差异。
Objective Observing the radiology difference for bone joint of skeletal fluorosis between drinking water of Jilin and burning coal area.
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)。
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)。
Chronic fluorine exposure may cause abnormal calcium accumulation in bone structure (fluorosis) due to low-level systemic absorption.
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