牙体牙髓牙周病学杂志
牙體牙髓牙週病學雜誌
아체아수아주병학잡지
Chinese Journal of Conservative Dentistry
2015年
11期
688-691,697
,共5页
陶文静(综述)%吴家媛(审校)
陶文靜(綜述)%吳傢媛(審校)
도문정(종술)%오가원(심교)
囊性纤维化%囊性纤维化跨膜调节因子%釉质%pH调节%氟斑牙
囊性纖維化%囊性纖維化跨膜調節因子%釉質%pH調節%氟斑牙
낭성섬유화%낭성섬유화과막조절인자%유질%pH조절%불반아
cystic fibrosis%cystic fibrosis transmembrane conductance regulator ( CFTR)%enamel%pH regula-tion%dental fluorosis
囊性纤维症( Cystic fibrosis ,CF)是一种多见于白种人的系统性疾病,其在活产婴儿中的发病率约为1/2500;相关临床资料显示,该病在我国也有一定发病率。 CF是由囊性纤维化跨膜转导调节因子( cystic fibrosis transmembrane conductance regulator,CFTR)基因突变引起的其编码的CFTR蛋白功能缺陷所致,可导致多脏器、多种疾病的发生。有研究发现,CF病人的患龋率比健康人低,更易发生釉质缺损。进一步研究显示,患CF小鼠的切牙釉质矿化较低,表现为白垩色,说明CFTR与切牙的发育异常有关。本文就CF的釉质异常表现及其相关研究作一综述。
囊性纖維癥( Cystic fibrosis ,CF)是一種多見于白種人的繫統性疾病,其在活產嬰兒中的髮病率約為1/2500;相關臨床資料顯示,該病在我國也有一定髮病率。 CF是由囊性纖維化跨膜轉導調節因子( cystic fibrosis transmembrane conductance regulator,CFTR)基因突變引起的其編碼的CFTR蛋白功能缺陷所緻,可導緻多髒器、多種疾病的髮生。有研究髮現,CF病人的患齲率比健康人低,更易髮生釉質缺損。進一步研究顯示,患CF小鼠的切牙釉質礦化較低,錶現為白堊色,說明CFTR與切牙的髮育異常有關。本文就CF的釉質異常錶現及其相關研究作一綜述。
낭성섬유증( Cystic fibrosis ,CF)시일충다견우백충인적계통성질병,기재활산영인중적발병솔약위1/2500;상관림상자료현시,해병재아국야유일정발병솔。 CF시유낭성섬유화과막전도조절인자( cystic fibrosis transmembrane conductance regulator,CFTR)기인돌변인기적기편마적CFTR단백공능결함소치,가도치다장기、다충질병적발생。유연구발현,CF병인적환우솔비건강인저,경역발생유질결손。진일보연구현시,환CF소서적절아유질광화교저,표현위백성색,설명CFTR여절아적발육이상유관。본문취CF적유질이상표현급기상관연구작일종술。
Cystic fibrosis ( CF) is a systemic disorder commonly seen in Caucasian in approximately one out of 2,500 live births. Clinical data show that there is also a certain incidence of the disease in China. The etiology of CF is that mutations in the cystic fibrosis transmembrane conductance regulator ( CFTR) gene cause dysfunction of CFTR protein. Studies have found a higher prevalence of enamel defects but a lower dental caries incidence in CF pa-tients than in healthy population, and CF mice has chalky white incisor enamel. Further molecular studies have shown that the CFTR gene is associated with abnormal development of incisors. Specific oral manifestations may be risk indi-cators of systemic disorders. This article is committed to review the enamel abnormalities and related research of CF.