Highly alkaline mineral trioxide aggregate (MTA) affects restorative materials [0.03%]
高度碱性的矿化三氧化物凝聚体(MTA)影响修复材料
Kumiko Yoshihara,Noriyuki Nagaoka,Yukinori Maruo et al.
Kumiko Yoshihara et al.
Objective: Mineral trioxide aggregate (MTA) is widely used as an effective pulp-capping material. However, limited scientific evidence is available regarding the optimal restorative material to be placed over MTA. Additio...
Characterization of the chemical and viscoelastic properties of dentin treated with bromelain and bioactive glass-ceramic [0.03%]
溶菌酶和生物活性玻璃陶瓷处理对牙本质的化学及黏弹性能的影响研究
Rocio Geng-Vivanco,Mariana Reis-Havlat,José Guilherme Neves et al.
Rocio Geng-Vivanco et al.
Objectives: To evaluate the effects of bromelain associated with Biosilicate (BrBio) on the chemical and viscoelastic properties of sound (SD) and caries-affected dentin (CAD), specifically on intertubular and peritubular...
Shivani Santosh Sakhrani,S Sudheer Khan
Shivani Santosh Sakhrani
Injectable hydrogels are considered to be a minimally invasive approach for the regeneration of the dental bone, providing a number of benefits over traditional surgical procedures. These three-dimensional networks can be given in liquid fo...
Novel chemical initiator using borate salt and sulfonic acid group-containing copolymer for an MMA-based adhesive resin cement [0.03%]
一种用于甲基丙烯酸甲酯粘合树脂水泥的新型含硼酸盐和磺酸基共聚物引发剂组合物
Koichiro Hirata,Ko Nakanishi,Kumiko Yoshihara et al.
Koichiro Hirata et al.
Objectives: To develop an MMA-based adhesive resin cement using a borate salt as a chemical polymerization initiator with an acid co-initiator, and to evaluate its curing behavior, adhesion, mechanical properties, and est...
3Y-TZP hydrothermal stability under steam (ISO 6872:2024) vs water immersion [0.03%]
与水浸泡相比，蒸汽中的3Y-TZP材料的热液稳定性（ISO 6872：2024）
Paulo E A Silveira,Larissa M M Alves,Tiago M B Campos et al.
Paulo E A Silveira et al.
Objective: This study investigated the effect of the two hydrothermal aging methods on the microstructure, optical and mechanical properties of 3Y-TZP zirconia. ...
Self-powered and biocompatible electrospun PVDF/ZrO2 based piezoelectric energy harvesting device for oral health monitoring and dental care [0.03%]
用于口腔健康监测和牙齿保健的自供电且具有生物相容性的PVDF/ZrO2电纺压电能量采集设备
Shixin Jin,Jiali Yu,Chi-Wai Kan et al.
Shixin Jin et al.
Objective: To develop a self-powered, flexible, and biocompatible piezoelectric energy harvesting device for real-time oral health monitoring and therapeutic applications. ...
Biofilm formation on cpTi, Ti-6Al-4V and PEKK abutment surfaces: An in vitro study [0.03%]
一种体外研究：在cpTi、Ti-6Al-4V和PEKK基台表面形成生物膜
Giulia Brunello,Arya Aslan,Caroline Busch et al.
Giulia Brunello et al.
Objective: Bacterial adhesion and biofilm formation on abutments are critical factors in peri-implant tissue inflammation. Aim of this in vitro study was to compare biofilm development on three abutment materials: machine...
Early nanoscale erosive effects of dietary acids on dentine structure and mechanical properties [0.03%]
饮食酸对牙本质结构和机械性能的纳米级腐蚀效应
B D Murchie,M J German,P J Waterhouse et al.
B D Murchie et al.
Objectives: To characterise early time-resolved demineralisation and associated mechanical degradation of peritubular (PTD) and intertubular dentine (ITD), and to determine whether citric acid (CA) pH or concentration is ...
Synthetic antimicrobial polymers in dentistry: Cationic and zwitterionic strategies for biofilm resistant [0.03%]
牙科合成抗菌聚合物：生物膜抗性阳离子和双离子策略
Claire Minchun Huang,Iris Xiaoxue Yin,John Yun Niu et al.
Claire Minchun Huang et al.
Objective: Synthetic antimicrobial polymers (SAPs) are durable, biocompatible, and tunable solutions for biofilm-mediated oral infections in dental care. This review aims to explore the types, mechanisms, and clinical app...
Trans-dentinal cytotoxicity assessment of adhesive systems on sound and caries-affected dentin using a microphysiological artificial pulp chamber system [0.03%]
使用微生理学人工牙髓腔系统评估牙齿_AD及龋损牙本质的穿透性细胞毒性
Larissa Álamo,Vitor de Toledo Stuani,Lígia Espoliar Correa et al.
Larissa Álamo et al.
Objective: This study evaluated, in vitro, the trans-dentinal cytotoxicity of a universal adhesive system (Single Bond Universal, SBU) applied onto sound and caries-affected dentin (CAD), using a microphysiological artifi...