双黄补在牙周组织工程中对牙周组织再生修复的作用

《双黄补在牙周组织工程中对牙周组织再生修复的作用》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、TheeffectofhuanghuangbuonperiodontalregenerationinperiodontaltissueengineeringObjective：ABSTRACTPeriodontitisisbacterialinfectiousdiseasesforthecharacteristic,andresultinformationofperiodontalpocketandabsorptionofalveolarbone，leadingtolostofteeth．Nowadays，theroutineclinicaltreatmentsfaile

2、dtoachievetheidealeffect．Howtoachievetheregenerationofperiodontalsupportingtissue，includingaveolarbone，cementum，andperiodontalligament，isthedirectionofUS．Astheprogressoftechnologyoftissueengineering，ithasbeenintroducedintothefieldofperiodontology,whichprovidesanewresearchspaceforthetreatm

3、entofperiodontitis．Periodontaltissueengineeringinvolvethreebasicbiologicalfactors．whichareseedcells，differentiationinducingfactorsandmatricalmaterials．Periodontalligament(PDL)cellisregardedastheidealcelltoregenerateperiodontaltissues，becauseoftheirpotentialofdifferentiationtojfibroblasts．

4、steoblasts，andcementoblastsunderappropriatestimulus．However,PDLCsaredifficulttocarriedoutinclinic，andtheSUCCESSrateofcellcultureisrelativelvlow．Nowadays，someresearchershasfoundthatgingivalfibroblastcellsshowsomecharactersofosteoblastsbysomebone．inducingfactors，easiertobeobtainedclinically

5、thanPDLCs，andhavestrongproliferationpotential．Now,peoplepaymoreandmoreattentiontoradixscuteUariaeforitssmallstimulationsandsideeffects．ShuanghuangbuastraditionalchinesemedicinemainlyincludesRhizomacoptidis，RadixscutellariaeandRhizonadrynariaeinthereasonableproportion．Amongthem，rhizomacopt

6、idisandradixscutellariaecouldinhibitperiodontalpathogenicbacteriaobviously．Rhizomadrynariaecouldpromoteproliferationanddifferentiationofhumangingivalfibroblastcellsinto0steoblasts．Inourstudy,shuanghuangbuasagrowthfactorinperiodontaltissue———————————————————————————————————————————————一一一一

7、5英文摘要一————————————————————————————————————————————————一engineering，establishthecomplexofGF．Zein—shuanghuangbuandimplantinthemodelofperiodontaldefects，inordertoinvestigatetheeffectofshuanghuangbuonperiodontalregenerationandprovideexperimentalbasisandtheoreticalbasisf