Concepts in Hip Implant Body Contouring: Patient Evaluation & Implant Fabrication

R. Troell, B. Eppley, Shahin Javaheri
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Abstract

Introduction: One of the most requested aesthetic procedures is body contouring using liposuction. Adjunctive procedures using fat grafting can provide enhancement in most body areas, commonly used in both gluteal and hip augmentation. Performing processing and enrichment to optimize fat transfer survival can avoid the use of body implants. When there is insufficient fat for the desired degree of augmentation, silastic implant placement is an alternative treatment. Much has been written in the medical cosmetic literature regarding gluteal and breast implants, but nothing in terms of hip silastic implants. Material and Methods: Hip implant patient selection, the body frame analysis, associated enhancing body contouring procedures, implant design and fabrication, and implant surgical placement are analyzed. In 3 different cosmetic surgery practices, methods of patient analysis and the process of creating a custom hip implant is presented. Techniques and protocols in the use of fat grafting in association with both gluteal and hip implants are elucidated. Results: The minimally manipulating fat maneuvers to increase fat survival are detailed. This paper defines the process of planning, designing, and fabricating a custom hip implant with significant patient input. By definition, patient-specific or custom implants can be any shape, size, and projection. The patient and surgeon provide the implant fabrication company a paper tracing of the surface area of the proposed implant along with the maximum projection. Engineering creates a 2-dimensional drawing using a computational software for intelligent system design or CAD. The implants are fabricated with input from the surgeon on silastic durometer, implant alterations to lower weight and enhance ease of folding for placement, and shape. Caveats and pitfalls in surgical planning, implant design, fabrication, and surgical placement are identified. Discussion: Body contouring using ultrasound liposuction may provide the desired aesthetic result. When augmentation is requested, fat transfer is the preferred initial procedure. If there is an insufficient volume of fat to augment both the buttocks and hip area, hip fat grafting is preferred to avoid a hip alloplastic implant. The reason for this treatment recommendation is to avoid the hip implant with a higher risk profile. Once the indication for the hip implant is confirmed, usually because of either inadequate presence of fat or a desired maximum hip projection that cannot be attained by fat grafting alone, the body shape analysis is finalized. Conclusion: Custom silastic hip implants are designed, fabricated, and surgically placed to provide the patient desired cosmetic hip augmentation.
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髋关节植入体轮廓的概念:患者评估和植入体制造
简介:最需要的美容程序之一是使用吸脂来塑造身体轮廓。使用脂肪移植的辅助手术可以在大多数身体部位提供增强,通常用于臀部和臀部的增强。进行处理和浓缩以优化脂肪转移存活可以避免使用体植入物。当没有足够的脂肪来达到期望的隆胸程度时,硅胶植入是一种替代治疗方法。关于臀部和乳房植入物的医学美容文献已经写了很多,但没有关于臀部硅胶植入物的文献。材料和方法:髋关节植入患者的选择,身体框架分析,相关的增强身体轮廓程序,植入物的设计和制造,以及植入物的手术放置进行了分析。在三种不同的整容手术实践中,介绍了患者分析的方法和创建定制髋关节植入物的过程。技术和方案在使用脂肪移植联合臀部和臀部植入阐明。结果:详细介绍了提高脂肪存活率的微创脂肪操作方法。本文定义了规划、设计和制造具有重要患者输入的定制髋关节植入物的过程。根据定义,患者特定或定制的植入物可以是任何形状、大小和投影。患者和外科医生向植入物制造公司提供一份关于拟议植入物的表面积以及最大投影的纸。工程使用智能系统设计或CAD的计算软件创建二维绘图。植入物是由外科医生输入的橡胶硬度计制造的,植入物的改变减轻了重量,增强了折叠放置的便利性和形状。在手术计划、植入物设计、制作和手术放置方面的注意事项和陷阱被确定。讨论:使用超声吸脂术进行身体轮廓塑形可以提供理想的美学效果。当需要隆胸时,脂肪移植是首选的初始手术。如果没有足够的脂肪量来增加臀部和臀部的面积,髋关节脂肪移植是首选,以避免髋关节异体植入。推荐这种治疗方法的原因是为了避免高风险的髋关节植入物。一旦确定了髋关节植入的适应症,通常是因为脂肪存在不足或仅通过脂肪移植无法达到所需的最大髋关节突出,则完成了体型分析。结论:定制硅胶髋关节植入物的设计,制造和手术放置,以提供患者所需的整容髋关节。
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