结论：应尽量保存牙体组织，其不足部分用核桩恢复。
Conclusion to save the tissue of tooth and restore the defect with cast post-core.
这种方法只需要去除一小部分牙体组织，在所有治疗方案中，全瓷牙是对人体最无害的，但也是最昂贵的。
This procedure often requires removing a small amount of tooth structure and is the most invasive, as well as the most expensive, treatment option.
结果表明：用偶联剂处理后的牙面其荧光光谱与未处理的相比发生了明显的红移；说明偶联剂同牙体组织之间发生了化学结合。
The results indicate that the fluorescence spectra of treated hard tissues is red-sift, i. e. the chemical bonding occurs between tooth tissues and coupling agent.
目的研究牙体硬组织表面电位与骨生长改建的关系。
Objective To investigate the influence of surface potentials of tooth hard tissue on bone remodeling.
其中OD在组织学上与OC相似，是吸收牙体硬组织的细胞。
Histologically similar to OC, OD is the cell which absorb tooth hard tissue.
目的：研究复合树脂对医用钛材和牙体硬组织的粘结性能。
Objective: To investigate the bonding effect of composite resins on titanium materials and dental hard tissues.
目的：通过志愿者口腔内实验，观察不同牙位不同修复形式的镍铬合金固定修复体在磁共振成像（MRI）检查时的伪影表现及其对毗邻组织成像的影响；
Objective: To observe the image and the influence on adjacent tissue of fixed prosthesis made of Ni-Cr alloy for different teeth and different kinds in magnetic resonance imaging(MRI)testing.
剖面观肉眼未见美白胶导致牙体硬组织透明性改变。
The transparence of tooth hard tissues was changed by Meibaijiao in longitudinal section by naked-eye observing.
目的研究结缔组织对牙体充填材料的组织学反应。
Objective to investigate the histological effect of the connective tissue for filling materials.
牙齿组织工程学，是将组织工程学的原理和技术应用于牙体牙髓损伤修复和牙齿再生的研究。
The mechanism and technology of tissue engineering were introduced into the study on repairing of injured pulp and hard tissues, and regeneration of a tooth.
目的：研究大鼠牙体、牙周组织中神经肽cgrp1受体的存在及其结合位点。
Objective: to investigate the existence and localization of CGRP1 re ceptor in rat dental hard tissues and in peridental tissue.
结论术中判断误差和器械使用不当，是牙体进入软组织间隙的主要原因。
Conclusions the reason of tooth entered soft tissues is judgment error and improper use of the instruments during the surgery.
由于牙体及周围组织的结构复杂性，自动生成它们的有限元网格很困难。
It is difficult to set up the finite element net model automatically because of the complexity of the tooth.
进行天然牙与种植体联合支持固定桥修复时，可在种植体端设计套筒冠固位体，以缓冲种植体周围骨组织的应力水平，防止或减轻种植体支持组织的损伤。
In designing the fixed bridge supported by tooth-implant, we can design telescope retainer on implant to reduce the stress of bone tissues around the implant and to prevent damages to bone tissues.
目的研究牙种植体周围组织不同状态与牙种植体周围龈沟液（PISF）中骨钙素（OC）的关系。
Objective: To investigated the levels of osteocalcin (OC) in the peri-implant sulcular fluid (PISF) from dental implants.
前言：目的：在动物实验的基础上，研究临床应用膜诱导组织再生技术治疗牙种植体周围炎，以观察治疗的临床效果。
Objective: on the base of animal experiments through the applying of MGTR in clinic to observe the defective and partially atrophy alveolar crest regeneration for dental implants application.
结论不同牙种植体系统对美学区多颗相邻牙即刻种植的种植体周围骨组织及软组织均具有较理想的稳定性及美学效果。
Conclusion In the immediate implant of multiple adjacent teeth in esthetic zone, different dental implant systems have both stable and aesthetic effects on the periimplant bone and soft tissues.
结论该技术可减少牙体预备对牙龈组织的损伤及出血；能帮助取得清晰的软硬组织界限。
It results in less bleeding, limited gingival damage during tooth preparation and clear soft tissue and abutment tooth border.
牙髓干细胞的研究对牙髓再生、牙体修复等牙组织工程将产生重要的意义。
The study of DPSCs presents important significance in dental tissue engineering, such as dental restoration and dental pulp regeneration.
牙髓干细胞的研究对牙髓再生、牙体修复等牙组织工程将产生重要的意义。
The study of DPSCs presents important significance in dental tissue engineering, such as dental restoration and dental pulp regeneration.
应用推荐