应用于牙釉质的抗菌再矿化材料的研究进展

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[中图分类号]R318.08 [文献标志码]A [doi] 10.7518/gjkq.2025077

Researchprogressonantibacterial-remineralizingmaterialsfordentalenamel

ChenAxuan，aiWenyu，HanXiglog

StateKeyLaboratoryofOralDiseases&NationalCenterforStomatology&National Clinical ResearchCenterforOral Diseases&Dept.ofOrthodontics，WestChina HospitalofSomatology，Sichuan UniversityChengdu 6o4hina Supported by：National Postdoctoral Research Program （GZB20240483）

Correspondence：Han Xianglong，Email：xhan@scu.edu.cn

[Abstract]Antibacterial-remineralizingmaterialshaveatracted extensiveattntioninrecentyears forcaries prevention and treatmentowing totheir breakthroughs inmultifunctional integration，optimized biomimetic structuraldesign，enhancedbiocompatibilityandremarkablecontrolabilityofsideeffcts.Thiseviewsummarizesthefunctionalcaracteristicsandmechanismsofactionofantibacterial-remineralizingmaterialsappliedtodentalenamel，withasystematicclassificationintosixcategories：fluoride-basedmaterials，bioactiveglass-basedmaterials，chitosan-basedcomposites，amel geninderivativesand peptides，nanomaterialsystems，and plantpolyphenolcomplexes.Thisreviewaimed to providereferences forclinicalpreventionandtreatment strategiesand promotefurtheradvancements inthis fieldof bioactivematerials. [Kev wordsl dental enamel： antimicrohial： tooth remineralization

牙釉质是人体最坚硬和最耐用的组织，具有独特的化学组成和结构特征。（剩余16654字）