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牙本质和牙骨质的仿生修复与再生
引用本文:王珏,王倩,吴佳,李凌锋,隋欣,李美慧,张骁,高颖,杨柳青,刘志辉. 牙本质和牙骨质的仿生修复与再生[J]. 口腔疾病防治, 2021, 29(6): 422-427
作者姓名:王珏  王倩  吴佳  李凌锋  隋欣  李美慧  张骁  高颖  杨柳青  刘志辉
作者单位:吉林大学口腔医院修复科,吉林 长春 130021
基金项目:吉林省重点科技研发项目(20180201056YY);吉林省医药健康项目(20190304032YY)。
摘    要:牙体硬组织缺乏完善的自我修复的能力.在牙本质和牙骨质中,羟基磷灰石(hydroxyapatite,HA)可同时存在于胶原纤维内外.如何在胶原纤维存在的情况下,修复或再生出具有高度有序的定向排列的HA是牙本质和牙骨质修复和再生的难点.目前牙本质和牙骨质的仿生矿化主要从模仿其生物形成过程和其生理结构两个方面来进行,分为源于...

关 键 词:牙本质  牙骨质  脱矿  再矿化  仿生修复  再生  羟基磷灰石  胶原纤维  无定型磷酸钙  聚合物诱导液体前体

Biomimetic restoration and regeneration of dentin and cementum
WANG Jue,WANG Qian,WU Jia,LI Ling-feng,SUI Xin,LI Meihui,ZHANG Xiao,GAO Ying,YANG Liuqing,LIU Zhihui. Biomimetic restoration and regeneration of dentin and cementum[J]. Journal of Prevention and Treatment for Stomatological Diseases, 2021, 29(6): 422-427
Authors:WANG Jue  WANG Qian  WU Jia  LI Ling-feng  SUI Xin  LI Meihui  ZHANG Xiao  GAO Ying  YANG Liuqing  LIU Zhihui
Affiliation:(Department of Prosthodontics,Hos-pital of Stomatology,Jilin University,Changchun 130021,China)
Abstract:Dental hard tissues lack the ability to self?heal.In dentin and cementum,hydroxyapatite(HA)can exist outside and/or inside collagen fibers.It is difficult to repair or regenerate HA with a highly ordered orientation in the presence of collagen fibers.At present,the biomimetic mineralization of dentin and cementum,mainly carried out by im?itating its biological formation process and its physiological structure,can be divided into those originating from the fi?ber mineralization mechanism and those with HA as the main component.The materials used include natural materials such as demineralized dentin matrix(DDM)and calcined bovine hydroxyapatite(BHA),and synthetic materials such as polymer?induced liquid precursor(PILP)and synthetic HA.In the future,natural materials and synthetic materials should be combined for the restoration and regeneration of dentin and cementum by means of biomimetic mineralization of calcium phosphate released by remineralization solution?HA.
Keywords:dentin  cementum  demineralization  remineralization  biomimetic restoration  regeneration  hydroxyapatite  collagen fibers  amorphous calcium phosphate  polymer?induced liquid precursor
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