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慢性氟中毒与成骨细胞激活
引用本文:张文岚,高申,郑德明,邢德利,李广生.慢性氟中毒与成骨细胞激活[J].中国地方病防治杂志,2003,18(4):210-213.
作者姓名:张文岚  高申  郑德明  邢德利  李广生
作者单位:1. 吉林大学中日联谊医院中心实验室,长春,130031
2. 吉林大学第三临床医学院病理科
3. 吉林大学药学院再生医学研究所
摘    要:目的 了解在慢性氟中毒发生机理研究中,就其全身病变中危害最大的骨相损害,即氟骨症的研究现状和发展趋势。方法 应用现代信息技术,通过互联网等,收集有关献资料,对目前国内外有关氟骨症最新论进行综合分析论证。结果 通过综合分析,发现在氟骨症复杂多样的病变中,成骨活动增强是一个发生较早并起主导作用的环节,研究氟骨症的发生机理,就必须回答在过量氟作用下,成骨细胞是怎样被激活的。结论 研究慢性氟中毒的发病机理,重点是对骨相损害发生机制的研究,而这一研究必须首先探明在过量氟作用下成骨细胞的激活机制。

关 键 词:慢性氟中毒  成骨细胞  激活  骨代谢  激素
文章编号:1001-1889(2003)04-0210-04
修稿时间:2002年10月28

Chronic fluorosis and osteoblastic activation
ZHANG Wen-lan,GAO Shen,ZHENG De-ming,et al.Chronic fluorosis and osteoblastic activation[J].Chinese Journal of Control of Endemic Disenaces,2003,18(4):210-213.
Authors:ZHANG Wen-lan  GAO Shen  ZHENG De-ming  
Abstract:Objective To understand the present studying condition and the developing trend of chronic fluorosis (the skeletal lesion is the harmest systemic change) in the research of the mechanism of chronic fluorosis pathogenesis. Methods The latest treatise at home and abroad were collected through the net and analyzed comprehensively. Results By comprehensive analysis, we have found that the enhancement of osteoblast activation is the earlier change and play a leading role among the diversity and the complexity of chronic fluorosis. To study the mechanism of pathogenesis of chronic fluorosis, how the ostoeblasts activation was taken place under the action of excessive fluoride must be answered. Conclusions To study the pathogenesis of chronic fluorosis, the research of mechanism of how the skeletal lesion developed was the focal point, and the first thing was to ascertain the mechanism of osteoblasts treated with excessive fluoride.
Keywords:Chronic fluorosis  Osteoblast  Activation
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