Facial Reconstructive(面部重建)研究综述
Facial Reconstructive 面部重建 - BACKGROUND Three-dimensionally (3D) designed osteotomies and customised osteosynthesis are rapidly becoming standard in maxillofacial reconstructive and deformity surgery. [1]背景 三维 (3D) 设计的截骨术和定制的接骨术正迅速成为颌面重建和畸形手术的标准。 [1]
facial reconstructive surgery 面部重建手术
Skin and soft tissue substitutes serve an important role in maxillofacial reconstructive surgery. [1] Examples are given of internationally leading work on utilizing these implants, which were additively manufactured under an ISO 13485 system, in maxillofacial reconstructive surgery. [2] Purpose: To evaluate the thermomechanical and in vitro biological response of poly(lactic-co-glycolic acid) (PLGA) plates for craniofacial reconstructive surgery. [3] Major facial reconstructive surgery is often proposed to restore aesthetics. [4] Cartilage created by tissue engineering is a promising new development in facial reconstructive surgery. [5] PURPOSE The aim of this study was to evaluate polyetheretherketone (PEEK) as a patient-specific implant (PSI) material in maxillofacial reconstructive surgery. [6] Looking to the future, the state of tissue engineering and 3D modeling is examined, along with the increasing role these technologies have in facial reconstructive surgery—they are becoming more refined and. [7] In this talk, I will present our research on dense 3D face correspondence which is a core problem in facial analysis for many applications such as biometric identification, symptomatology for the diagnosis of Autism and Obstructive Sleep Apnoea and planning for facial reconstructive surgery. [8] 3,5 Nevertheless it is considered to be a reliable, safe, and alternative method of free flap harvesting in craniofacial reconstructive surgery. [9] In conclusion, the addition of DECM to 3D printable PCL scaffolds may yield a new composite material for regenerative approaches in cartilage for facial reconstructive surgery. [10] Background Free vascularised fibular bone grafting has gained popularity in various Orthopaedic and Oral & maxillofacial reconstructive surgeries. [11] Examples are given of internationally leading work on utilizing these implants, which were additively manufactured under an ISO 13485 system, in maxillofacial reconstructive surgery. [12] PURPOSE: The availability of an objective outcome measure for facial reconstructive surgery remains elusive. [13] Management by a craniofacial team anesthesiologist was associated with improved outcomes in children undergoing major craniofacial reconstructive surgery. [14] ManagementOptimal care seems best achieved through a combination of early craniofacial reconstructive surgery and intensive physiotherapy for most other problems. [15]皮肤和软组织替代物在颌面重建手术中发挥重要作用。 [1] 举例说明了在颌面重建手术中使用这些植入物的国际领先工作，这些植入物是在 ISO 13485 系统下增材制造的。 [2] 目的：评估聚乳酸-乙醇酸共聚物 (PLGA) 板在颅面重建手术中的热力学和体外生物反应。 [3] 通常建议进行大型面部重建手术以恢复美观。 [4] 组织工程制造的软骨是面部重建手术的一个有前途的新发展。 [5] 目的 本研究的目的是评估聚醚醚酮 (PEEK) 作为颌面重建手术中患者特异性植入物 (PSI) 的材料。 [6] 展望未来，我们将审视组织工程和 3D 建模的现状，以及这些技术在面部重建手术中的作用越来越大——它们正变得更加精细和精细。 [7] 在本次演讲中，我将介绍我们对密集 3D 面部对应的研究，这是面部分析中许多应用的核心问题，例如生物特征识别、自闭症和阻塞性睡眠呼吸暂停诊断的症状学以及面部重建手术的规划。 [8] 3,5 然而，它被认为是颅面重建手术中游离皮瓣采集的可靠、安全和替代方法。 [9] 总之，将 DECM 添加到 3D 可打印 PCL 支架中可能会产生一种新的复合材料，用于面部重建手术的软骨再生方法。 [10] 背景 游离带血管腓骨骨移植在各种骨科和口腔颌面重建手术中得到普及。 [11] 举例说明了在颌面重建手术中使用这些植入物的国际领先工作，这些植入物是在 ISO 13485 系统下增材制造的。 [12] 目的：面部重建手术的客观结果测量的可用性仍然难以捉摸。 [13] 颅面团队麻醉师的管理与改善接受大型颅面重建手术的儿童的预后有关。 [14] 管理最佳护理似乎最好通过早期颅面重建手术和针对大多数其他问题的强化物理治疗来实现。 [15]
facial reconstructive procedure 面部重建程序
This requirement stipulates that each graduating resident must complete at least 20 facial cosmetic and/or facial reconstructive procedures. [1] Our aim was to describe an in-house VSP technique for maxillofacial reconstructive procedures. [2] Scar management is complementary to all facial reconstructive procedures, and the reconstructive surgeon has a large variety of scar management techniques available. [3] Purpose Facial transplantation involves partial or total replacement of neuromuscular and skeletal structures of the face, head, and neck using donor tissues and is among the most extensive facial reconstructive procedures. [4]该要求规定，每位即将毕业的居民必须完成至少 20 次面部美容和/或面部重建程序。 [1] 我们的目的是描述一种用于颌面重建程序的内部 VSP 技术。 [2] 疤痕管理是对所有面部重建手术的补充，重建外科医生有多种可用的疤痕管理技术。 [3] 目的 面部移植涉及使用供体组织部分或全部替换面部、头部和颈部的神经肌肉和骨骼结构，是最广泛的面部重建手术之一。 [4]