Mechanical performance of high-impact 3D-printed denture base resins subjected to thermomechanical aging [0.03%]
热机械老化对高冲击3D打印义齿基托树脂性能的影响
Abdulaziz Alhotan,Nick Silikas,Yomna M Ibrahim et al.
Abdulaziz Alhotan et al.
Objectives: Studies on the mechanical performance of high-impact 3-dimensionally (3D)-printed denture base resins (DBRs) after thermomechanical aging are limited. This in vitro study assessed the flexural strength (FS), f...
Advanced dual-cured resin with excellent mechanical properties, printing accuracy, and biocompatibility for the application of 3D printing denture base [0.03%]
一种高性能的双固化树脂及其应用
Ludan Qin,Xueye Liu,Tongtong Ma et al.
Ludan Qin et al.
Objective: Although DLP-based 3D printing shows great potential for dental restorations, it is still limited by poor fracture toughness and excessive shrinkage of denture base resins. Herein, a novel dual-cured resin form...
In situ formation of amorphous cupric phosphate for improved dentin bonding [0.03%]
原位形成铜基无定形磷酸盐改善牙本质粘接性能
Yixiang Pan,Jiajia Xu,Xue Cai et al.
Yixiang Pan et al.
Objective: Insufficient penetration of bonding agents into the demineralized dentin matrix (DDM) leads to a poor-quality hybrid layer and reduced bonding durability. We designed a pretreatment agent consisting of copper s...
The biphasic concentration-dependent effect of strontium on the mineralization of reconstituted type I collagen and demineralized dentin [0.03%]
锶对重组I型胶原和脱矿牙本质矿化作用的浓度依赖性双相效应
Zhiwen Liu,Danni Wang,Leiqing Zhang et al.
Zhiwen Liu et al.
Objectives: To investigate the concentration-dependent effects of strontium on the mineralization of reconstituted type I collagen and demineralized dentin remineralization. ...
Design of Experiments (DOE) approach for multi-response optimization of experimental self-adhesive flowable resin composites [0.03%]
实验自粘流体树脂复合材料多响应优化的试验设计(DoE)方法研究
Miguel Alves,Clara Alves,Diana C Silva et al.
Miguel Alves et al.
Objectives: To determine how functional monomer type, acidic monomer concentration and powder/liquid ratio affect the multi-response performance of experimental self-adhesive flowable resin composite (SAFRC) formulations,...
Dual-antimicrobial and remineralizing polymer fluoride for dental care [0.03%]
一种用于口腔护理的双重抗菌和再矿化聚合物氟化物
Claire Minchun Huang,Iris Xiaoxue Yin,John Yun Niu et al.
Claire Minchun Huang et al.
Objective: The objective of this laboratory study is to develop an antimicrobial and mineralizing polymer fluoride. Methods: Poly (dial...
Kinetics of polymerization shrinkage and shrinkage stress in a self-cured resin composite [0.03%]
自固化树脂复合材料的聚合收缩 kinetics及收缩应力
Jing Fu,Abdulaziz Alayed,Qi Xue et al.
Jing Fu et al.
Objectives: To characterize the polymerization shrinkage strain, shrinkage stress, and Martens hardness kinetics of a self-cured bulk-fill resin composite (STELA Automix) under different bonding protocols, and to compare ...
Enhanced mechanical performance of additively manufactured lithium disilicate glass-ceramics through β-spodumene/lithium metasilicate co-addition for dental applications [0.03%]
通过透锂长石/锂正长石共添加提高用于牙科应用的激光选区熔化锂二硅酸盐玻璃陶瓷的力学性能
Xin Zhou,Zengqi Ye,Xian Tong et al.
Xin Zhou et al.
Objectives: This study aims to improve the densification and strength of additively manufactured lithium disilicate glass-ceramics (LDGCs) for dental restorations by introducing a β-spodumene-lithium metasilicate (LM)-am...
A critical scoping review of fractographic studies on clinically fractured all-ceramic fixed dental prostheses [0.03%]
基于临床全瓷固定修复体的断裂研究的批判性综述
Rafaela Oliveira Pilecco,Gabriel Kalil Rocha Pereira,Atais Bacchi et al.
Rafaela Oliveira Pilecco et al.
Objectives: Fractures in all-ceramic restorations remain a relevant clinical complication despite advances in materials and manufacturing. This study aimed to map and critically appraise the available evidence on fractogr...
Synergistic anti-infection and osteogenesis via a 3D-printed titanium scaffold with kanamycin sulfate-loaded hydrogel sustained-release system for infected-bone regeneration [0.03%]
负载硫酸卡那霉素水凝胶缓释系统的三维打印钛合金支架协同抗感染及骨诱导修复感染性骨缺损
Ziqi Yu,Shiya Zhu,Jia Wang et al.
Ziqi Yu et al.
Background: The treatment of infected bone defects remains challenging due to persistent infection, insufficient local drug delivery, and a disrupted repair microenvironment. Conventional porous titanium (Ti) scaffolds la...