Biomimetic control of hydroxyapatite crystallization by chondroitin sulfate for enamel remineralization [0.03%]
葡萄糖硫酸盐控制羟基磷灰石结晶作用促进牙釉质再矿化
Changyu Shao,Tong Shi,Dayu Wang et al.
Changyu Shao et al.
Objectives: This study aims to develop a biomimetic mineralization strategy using chondroitin sulfate (CS) to reconstruct the intricate hierarchical structure of enamel and restore its mechanical properties. ...
Carbon dots as multifunctional primer to optimize dentin bonding durability [0.03%]
碳点作为多功能底漆以优化牙本质粘接的耐久性
Huiyi Yan,Chuliang Tang,Chenmin Yao et al.
Huiyi Yan et al.
Objectives: To explore the feasibility of carbon dots (CDs) serving as a simple but multifunctional primer for dentin bonding optimization, and investigate its contribution on bonding strength, anti-hydrolysis, anti-enzym...
Current status of bioactive particles in dental materials: From structural design to functional mechanisms and clinical translation [0.03%]
牙科材料中的生物活性颗粒研究：从结构设计到功能机制及临床转化现状
Rafael Dascanio,Marina Trevelin Souza,Vanessa Cavalli et al.
Rafael Dascanio et al.
Objective: This narrative review provides a critical and in-depth analysis of the role of bioactive particles in dental biomaterials, discussing their structural compositions, physicochemical mechanisms of action, functio...
Citric acid synergized carboxymethyl chitosan/bioactive glass mineralizing film: Dentin biomimetic mineralization, bonding promotion and antibacterial performance [0.03%]
柠檬酸协同脱乙酰壳多糖/生物活性玻璃矿化膜：模拟矿化、促进粘接及抗菌性能研究
Wenhao Wang,Wei Yao,Yang Gao et al.
Wenhao Wang et al.
Objective: Resin-dentin bond long-term stability suffers impairment from collagen degradation, bacterial acidogenesis, and interfacial microleakage. Guided dentin biomimetic remineralization mitig such impairment. We prep...
A one-step additive for dental 3D-printed PMMA resins: Green-synthesized AgNP-doped PVP nanofibers confer mechanical, antifungal, and aesthetic advantages [0.03%]
一步法添加型齿科3D打印PMMA树脂：绿色合成的AgNP掺杂PVP纳米纤维赋予力学、抗真菌和美学优势
Meryem Erdogdu Meryem Erdoğdu,Ali Riza Tuncdemir Ali Rıza Tunçdemir,Fatih Erci
Meryem Erdogdu Meryem Erdoğdu
The application of 3D manufacturing techniques in dentistry holds significant potential for the fabrication of dental components, such as prosthetic bases. However, 3D-printed polymethyl methacrylate (PMMA) resins often exhibit inferior mec...
An in vitro analysis of two-body wear and three body wear, hardness, and degree of conversion of 3D-printed restorative materials [0.03%]
有关于三维打印修复材料的体外研究分析：两点磨损与三点磨损、硬度和转化率
Andreas Kessler,Po-Chun Tseng,Hisham Sabbagh et al.
Andreas Kessler et al.
Objectives: To compare the two-body wear under thermomechanical loading, three-body wear, degree of conversion and Vickers hardness of three permanent 3D-printed restorative materials with a milled composite control mater...
Macroscopic and microscopic investigation of the viscoelastic behavior of dental resin-ceramic composite materials [0.03%]
牙科树脂陶瓷复合材料粘弹性行为的宏观和微观研究
Lin Li,Gongyuan Liu,Bixiao Lin et al.
Lin Li et al.
Objectives: This laboratory study aimed to evaluate the viscoelastic properties of dental resin-ceramic composite materials at both macroscopic and microscopic scales. ...
On the degradation mechanics and fatigue strength of resin-dentin interfaces: Identifying weak links of adhesive strategies after prolonged ageing [0.03%]
关于树脂-牙本质界面的降解力学及疲劳强度：长期老化后粘接策略薄弱环节的识别研究
Thiago Henrique Scarabello Stape,Marcelo Capitanio,Marilia Daniela Busnardo Canadas et al.
Thiago Henrique Scarabello Stape et al.
Objectives: To evaluate the mechanical behavior of resin-dentin bonded interfaces submitted to cyclic loading after a prolonged hydrolytic challenge to better understand long-term failure mechanics under fatigue. ...
Beyond roughness: Lateral surface architecture drives Candida albicans virulence on denture polymers [0.03%]
粗糙之外：侧表面构型驱动假丝酵母在义齿聚合物上的致病性
Carolina Montoya,Chinmaya Agrawal,Varun Solanki et al.
Carolina Montoya et al.
Objective: Surface roughness is widely regarded as the primary determinant of microbial adhesion to dental biomaterials. However, this framework overlooks the potential role of lateral feature spacing. This study investig...
Impact of material selection, processing protocol and aging on the flexural strength of lithium silicate ceramics [0.03%]
材料选择、加工工艺及老化对锂硅酸盐陶瓷弯强度的影响
Carola Irlinger,Felicitas Mayinger,Nadja Rohr et al.
Carola Irlinger et al.
Objectives: To evaluate the effect of thermomechanical aging on the flexural strength of different lithium disilicate-based CAD/CAM ceramics under clinically relevant processing conditions. ...