1)XIVE implantXIVE种植体
1.Clinnical application of mini-screw implant as anchorage and XIVE implant in dentition defect;微型种植体支抗和XIVE种植体在牙列缺损修复中的临床应用
2.Objective:To evaluate the clinical effects of XIVE implant and precision attachment in maxillary unilateral extension denture.目的:评价XIVE种植体与精密附着体在上颌单侧游离端缺失修复中联合应用的临床疗效。
3.Methods 219 Xive implants were placed in 139 patients and their clinical effect was evaluated with the Albretsson Standard.目的分析和评价Xive种植体临床应用3年的效果。
2)Xive implant systemXive种植系统
3)implant[英][?m'pl?nt][美][?m'pl?nt]种植体
1.Research Progress of Implant Ti and Its Alloy in Oral and the Management of Its Surface;口腔用钛及钛合金种植体及其表面处理的研究进展
2.Progress in the research into the relationshipbetween osteoporosis and jaw implant;骨质疏松症与颌骨种植体关系研究进展
3.Factors Associated with the Biocompatible of the Orthodontic Implant Anchorage;影响支抗种植体与骨组织相容性的相关因素
英文短句/例句
1.The influence of micro-implant insertion angle on the stability of micro-implant微种植体植入角度对微种植体稳定性的影响
2.Application of Segmental Osteometomy in Dental Implant Reposition:Two Case Reports带种植体的自体骨块移植纠正种植体植入位置不良初探
3.Clinical Observation of Immediate Implantation with ITI conventional ITI implantsITI常规种植体即刻种植的临床观察
4.endosteal blade vent implant骨内叶状开口种植体
5.endosteal blade-close implant骨内叶状闭口种植体
6.Implanting operation and normal implanting position of mini-implant微小种植体的植入方法及一般植入部位
7.The Immediate-implantation Simulation Research for Restoration of Bone Defects Around Implants;模拟即刻种植种植体周骨缺损修复的研究
8.Evaluation of Variation Stability of Endosseous Dental Implant in Immediate-immediate Procedure:An Animal Experiment;关于即刻种植即刻修复种植体稳定性的评价
9.Experiment Study of Using Non-submerged HBIC Implants in Animal;HBIC非埋置式牙种植体即刻种植的动物实验研究
10.Experiment Study on Effects of Strorage Time in Vitro to the Healing of NVBG with Implants;离体时间对非血管化骨移植同期种植体植入愈合影响的实验研究
11.Study of Repairing Bone Defects with Autogenous Nonvascular Iliac Bone Graft and Simultaneous Implantation;自体骼骨游离移植同期种植体植人修复骨量不足区牙缺失的研究
12.Clinical application to maxillary sinus lifting of combinated autogenous bone witb bone block and implanted simultaneously上颌窦内自体骨块与颗粒骨联合移植同期种植体植入的临床探讨
13.Effects of Different Implant Surface on the Bone Reconstruction in Peri-implantitis;不同种植体表面对种植体周围炎骨缺损重建的影响
14.Comparison of the Stress Distribution at Cervical Bone of Perfect Implant and Replace Implant;Perfect种植体与Replace种植体颈周骨组织应力的比较分析
15.The interarch-distance adjustment and the crown-implant ratio in posterior dental implant后牙种植的颌间距离调整及修复体的冠-种植体比例
16.Study on correlation between surface morphology of implant and lesion degree of experimental peri-implantitis种植体表面形态与实验性种植体周围炎病变程度的相关研究
17.Influence of different implant length on stress distribution of implant-bone interface with immediate loading种植体长度对即刻负载种植体骨界面生物力学分布的影响
18.The relationship between the IL-1 in gingival crevicular fluid around implants early after the implantation during the soft tissue healing and the amount of marginal bone resorption非埋入式种植体术后早期IL-1与种植体周软硬组织的关系
相关短句/例句
Xive implant systemXive种植系统
3)implant[英][?m'pl?nt][美][?m'pl?nt]种植体
1.Research Progress of Implant Ti and Its Alloy in Oral and the Management of Its Surface;口腔用钛及钛合金种植体及其表面处理的研究进展
2.Progress in the research into the relationshipbetween osteoporosis and jaw implant;骨质疏松症与颌骨种植体关系研究进展
3.Factors Associated with the Biocompatible of the Orthodontic Implant Anchorage;影响支抗种植体与骨组织相容性的相关因素
4)dental implant牙种植体
1.Study on the stress distribution of bone around cylinder dental implant on different teeth of mandible by 3D finite element analysis;下颌骨典型牙位圆柱状牙种植体周围骨应力分布的三维有限元分析
2.Clinical Effects of Three Systems of Dental Implants;3种类型牙种植体的临床应用
3.Clinical application of two-stage titanium dental implants;二段式纯钛人工牙种植体的临床应用
5)titanium implant钛种植体
1.Comparative study of osseointegration of titanium implants with non-vascularized iliac and mandibular bone grafts;非血管化髂骨和下颌骨与钛种植体结合的比较研究
2.Study on surface bio-modification of titanium implant using microarc oxidation technology;钛种植体表面微弧氧化生物改性的研究
3.Surface microstructure is a research focus in the area of titanium implant surface modification.钛种植体表面形貌是钛种植体表面改性的研究热点之一。
6)JIAD implantJIAD种植体
延伸阅读
人工牙种植体分子式:CAS号:性质:将牙科植入材料制成各种类型的牙科植入体,经手术植入口腔组织内,再在植入体伸出牙槽膜的支柱或基桩上制作义齿。牙科植入材料有金属及其合金植入材料如纯钛和钛合金;陶瓷植入材料如生物惰性陶瓷和表面活性生物陶瓷;高分子植入材料如聚甲基丙烯酸甲酯、超高分子量聚乙烯、聚四氟乙烯、聚砜、硅树脂等;复合植入材料如生物陶瓷与金属的复合材料等。