假体植入

曲安奈德联合维生素E预防硅凝胶假体植入后纤维包膜再挛缩

Prevention of fibrous capsule contracture using triamcinolone combined with vitamin E following silica gel prosthesis implantation

现在普遍认为MOM假体植入术后会引起人体金属离子浓度的升高。

It is generally believed that the MOM prosthesis implantation will cause the rise of human metal ion concentration .

与毒理学及环境卫生学的研究不同，MOM髋关节假体植入人体后，铬（Ⅵ）离子释放是一个缓慢且微量的过程。

Toxicology and Environmental Health Research , the MOM hip joint prosthesis implanted in the body , chromium ( VI ) ion release is a slow and traces the process .

仅有有限证据表明LIRI与Swanson硅橡胶假体植入术的效果相似。

Only limited evidence showed that effectiveness was similar between LRTI and Swanson implant .

硅胶假体植入矫治小颏畸形

Microgenia treated by implantation of silicone prosthesis Little Drops of Water

结论钛合金假体植入后应力遮挡率较低。

Conclusion The Ti-alloy prosthesis can significantly reduce stress shielding .

改进器械使假体植入更为方便。

To improve the equipment to make it more convenient for prosthesis implantation .

额部扩张皮瓣同期假体植入行鼻再造术的护理

Expanded forehead flap over the same period nasal prosthesis implantation reconstruction of Nursing

自体软骨联合假体植入鼻尖成形术

Combined grafting of auto-cartilage and silicone implant in the oriental nasal tip plasty

因此，对人工股骨头假体植入物的结构进行优化是具有特别重要的意义。

So it is no doubt that optimizing the structure of artificial femur is very important .

不同体位髋臼假体植入参照平面的测定及其临床意义

Evaluation of the reference plane for acetabular component implantation in different postures and its clinical significance

心脏瓣膜假体植入；

Heart valve prosthesis implantation ;

手术导航系统提高全髋关节置换术中髋臼假体植入精确度的研究

Improvement of the accuracy of acetabular component placement in total hip arthroplasty by using a navigation system

背阔肌瓣前移在乳癌根治假体植入术中的应用研究

The application of latissmus dorsi flap forward shift for prosthesis implantation after radical mastectomy of breast cancer

目前采用肘关节成形术可分为生物材料间置关节成形术和假体植入关节成形术。

Two types of elbow arthroplasties are used in current clinial practice : interpositional and implant arthroplasty .

心率在骨水泥植入和假体植入过程中呈现加速，两组之间无显著差异。

Heart rates increase obviously at both cement implantation and prosthesis implantation periods while the control group changes more .

生物活性陶瓷涂层假体植入股骨初期的界面生物力学分析

Study of biomechanical properties on the interface between femora and bioactive ceramics coatings prosthesis during the initial implant stage

固体硅胶隆鼻术假体植入层次的应用研究进展

Advances in the layer of depth of silastic implants in augmentation rhinoplasty Silastic Implant for the Reconstruction of Saddle-Nose

结论骨盆前平面作为临床手术中髋臼假体植入的参照平面是稳定、可靠的。

Conclusion Intraoperatively the pelvic anterior plane could be used as a valid reference plane for the implantation of the acetabular component .

但假体植入术后各类并发症却时有发生，其中又以纤维包膜挛缩最为常见。

Nevertheless , variable complications after breast implantation now and then happened , and the most frequent and severe one is adverse capsular contracture .

单纯采用Medpore假体植入隆颏术12例，颏部截骨前移6例，颏部截骨前移加二期Medpore假体植入隆颏3例。术后小颏畸形明显改善，形态良好。

Chin augmentation was performed in 12 cases , genioplasty in 6 cases and a combination of both the two procedure in 3 cases .

目的评价应用新型非影像手术导航系统进行非骨水泥全髋关节置换对提高术中髋臼假体植入角度精确度的影响。

Objective To evaluate the role of a new non-image based surgical navigation system in improving the accuracy of acetabular component in total hip arthroplasty .

目的探讨乳腺癌改良根治术Ⅰ期假体植入、背阔肌瓣前移覆盖裸露假体新手术方法的特点，以及手术后患者的心理状态等。

Objective To explore characteristics of the new surgical method of-forward shift of latissmus dorsi flap for prosthesis implantation after radical mastectomy of breast cancer .

目的分析卧位和站立位时骨盆倾斜度的变化情况，观察骨盆前平面作为髋臼假体植入的参照平面时的稳定性。

Objective To evaluate the validity of the pelvic anterior plane ( PAP ) as the reference plane for acetabular component implantation by analyzing the change of the pelvis inclination between the supine and standing positions .

结论人工腰椎间盘置换术后异位骨化的危险因素有：术前纤维环钙化、术中终板损伤、假体植入位置严重偏斜及术后假体下沉，但大部分椎间隙的活动仍然得到保持。

Conclusions Factors such as preoperative ossification of annulus , endplate injuries , prosthesis subsided and mal-position would have higher risks to have HO occurred after ADR , but ROM of most affected levels are preserved .

目的对具有生物活性的羟基磷灰石陶瓷涂层假体植入股骨初期进行界面生物力学分析，以优化金属表面生物活性陶瓷涂层厚度。

Objective To analyze the interface biomechanical properties between femora and bioactive ceramics coatings prosthesis during the initial implant stage . The objective is to optimize the thickness of bioactive ceramics coatings on the metal surface .

然而，金属假体植入人体后不断承受弯曲、撞击、摩擦等机械外力作用，将导致关节假体表面惰性氧化层的破坏，导致金属离子不断释放。

However , the metal prosthesis implanted in the body withstands bending , impact and friction , mechanical force constantly , which may be result in the destruction of the joint prosthesis surface inert oxide layer and continuous release of metal ions .

比较成熟的方法是应用耳软骨联合硅胶假体植入法，这种方法既可以增加鼻尖组织的厚度，避免假体从鼻尖突出外露，又可以使鼻尖形态自然。

More mature approach is the application of ear cartilage united with silicone prosthesis implantation method , this method can increase the thickness of the nasal tip organizations to avoid prosthesis expose from the tip of the nose prominent , but also allows the natural shape tip .

随着假体的植入，铬会不断的缓慢释放从而对人体产生影响。

With the implantation of the prosthesis , chromium will continue to slow release .

视觉假体的植入部分正常工作离不开稳定的电能供应和实时的数据通讯。

The normal function of internal system needs stable power supply and realtime communication with the external one .