第一阶段骨结合手术时的大腿成形术。

IF 1 Q3 SURGERY JBJS Essential Surgical Techniques Pub Date : 2024-03-21 eCollection Date: 2024-01-01 DOI:10.2106/JBJS.ST.23.00004
Colin J Harrington, Gunel Guliyeva, Joel L Mayerson, Benjamin K Potter, Jonathan A Forsberg, Jason M Souza
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引用次数: 0

摘要

背景:对于经股截肢且难以耐受传统插座式假体的患者来说,骨结合(OI)植入物可增加假体的使用率,提高患者满意度,并显示出良好的功能效果1,2。虽然骨结合种植体的使用有效地消除了困扰承插座式假体的与软组织相关的难题,但永久性、经皮种植体的存在也带来了一系列新的软组织难题,这些难题尚未完全明确。在接受 OI 手术的患者中,如果有多余的软组织,我们会对其进行大腿成形术,从整体上减少多余的皮肤和脂肪,收紧软组织包膜,改善残肢的轮廓:首先,矫形外科团队为植入 OI 装置准备残余股骨。植入后,在股骨末端闭合残余腘绳肌和股四头肌,并分层闭合皮下组织和皮肤。虽然多余软组织的解剖位置和数量取决于患者的情况,但我们会进行标准的捏拿试验,以确定大腿成形术可以安全切除的软组织数量。一旦标记了拟议的切除区域,我们就会进行纵向、锐利的剥离,直至肌肉筋膜水平。此时,我们会使用另一个捏合试验来确认软组织的切除量,以便在不产生过度张力的情况下进行充分切除3。沿着之前标记好的切口仔细切除多余的皮下脂肪和皮肤,对于经股截肢的患者,通常是切除大腿内侧的皮下脂肪和皮肤。根据切除量,大腿成形术切口将在 1 或 2 个 Jackson-Pratt 引流管上分层缝合:根据多余软组织的数量,在进行 OI 手术时可能不需要进行大腿成形术;但是,根据我们的经验,经皮孔径周围多余的软组织可能会导致患者孔径处的剪切力增加、引流增加以及感染风险增加4:理由:虽然经皮孔镜手术后最常见的是表皮感染并发症,但需要进行软组织修整和切除也是再次手术最常见的原因之一1,5。我们小组比大多数小组更积极地采用垂直大腿成形术,以全面减少残肢的软组织运动,从而避免再次手术:虽然大部分关于开放性损伤的文献都侧重于感染并发症,但最近的研究表明,开放性损伤手术后软组织冗余的再手术率为18%至36%1,5。我们认为,在进行 OI 时进行大腿成形术不仅能降低再次手术的可能性,还能通过减少皮肤-植入物界面的相对运动和炎症来减少感染性并发症4,6:我们在大腿成形术前和整个过程中都会进行确认性捏压测试,以确保在没有过度张力的情况下进行充分切除。大腿成形术的切除模式采用长垂直肢体,旨在减少残肢周缘的松弛。最大张力由垂直肢体承担,而不是横向延伸肢体,因为横向延伸肢体容易导致疤痕扩大和周围组织变形:OI=骨结合OPRA=用于截肢者康复的骨结合假体PVNS=色素沉着性绒毛结节性滑膜炎T-GCT=腱鞘巨细胞瘤BMI=体重指数PMH=既往病史。
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Thighplasty at the Time of Stage-1 Bone-Anchored Osseointegration Surgery.

Background: For patients with transfemoral amputations and difficulty tolerating conventional socket-based prostheses, osseointegrated (OI) implants have enabled increased prosthetic use, improved patient satisfaction, and shown promising functional outcomes1,2. Although the use of OI implants effectively eliminates the soft-tissue-related challenges that have plagued socket-based prostheses, the presence of a permanent, percutaneous implant imparts a host of new soft-tissue challenges that have yet to be fully defined. In patients undergoing OI surgery who have redundant soft tissue, we perform a thighplasty to globally reduce excess skin and fat, tighten the soft-tissue envelope, and improve the contour of the residual limb.

Description: First, the orthopaedic surgical team prepares the residual femur for implantation of the OI device. After the implant is inserted, the residual hamstrings and quadriceps musculature are closed over the end of the femur, and the subcutaneous tissue and skin are closed in a layered fashion. Although the anatomic location and amount of excess soft tissue are patient-dependent, we perform a standard pinch test to determine the amount of soft tissue that can be safely removed for the thighplasty. Once the proposed area of resection is marked, we proceed with longitudinal, sharp dissection down to the level of the muscular fascia. At this point, we use another pinch test to confirm the amount of soft-tissue resection that will allow for adequate resection without undue tension3. Excess subcutaneous fat and skin are carefully removed along the previously marked incisions, typically overlying the medial compartment of the thigh in the setting of patients with transfemoral amputations. The thighplasty incision is closed in a layered fashion over 1 or 2 Jackson-Pratt drains, depending on the amount of resection.

Alternatives: Depending on the amount of redundant soft tissue, thighplasty may not be necessary at the time of OI surgery; however, in our experience, excess soft tissue surrounding the transcutaneous aperture can predispose the patient to increased shear forces at the aperture, increased drainage, and increased risk of infection4.

Rationale: Although superficial infectious complications are most common following OI surgery, the need for soft-tissue refashioning and excision is one of the most common reasons for reoperation1,5. Our group has been more aggressive than most in our use of a vertical thighplasty procedure to globally reduce soft-tissue motion in the residual limb to avoid reoperation.

Expected outcomes: Although much of the OI literature has focused on infectious complications, recent studies have demonstrated reoperation rates of 18% to 36% for redundant soft tissue following OI surgery1,5. We believe that thighplasty at the time of OI not only reduces the likelihood of reoperation but may also decrease infectious complications by reducing relative motion and inflammation at the skin-implant interface4,6.

Important tips: The thighplasty procedure is ideally performed as part of the first stage of the OPRA (Osseointegrated Prosthesis for the Rehabilitation of Amputees) procedure to limit the likelihood of problematic ischemia-related complications.We utilize a confirmatory pinch test both before and throughout the thighplasty procedure to ensure adequate resection without undue tension.The thighplasty excision pattern utilizes a long vertical limb designed to decrease the circumferential laxity of the residual limb. Maximal tension is borne on the vertical limb and not on the transverse extensions, as these are prone to scar widening and distortion of surrounding tissues.Closed-suction drainage is utilized liberally to decrease the likelihood of a symptomatic seroma.

Acronyms and abbreviations: OI = osseointegratedOPRA = Osseointegrated Prosthesis for the Rehabilitation of AmputeesPVNS = pigmented villonodular synovitisT-GCT = tenosynovial giant-cell tumor.BMI = body mass indexPMH = past medical history.

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来源期刊
CiteScore
2.30
自引率
0.00%
发文量
22
期刊介绍: JBJS Essential Surgical Techniques (JBJS EST) is the premier journal describing how to perform orthopaedic surgical procedures, verified by evidence-based outcomes, vetted by peer review, while utilizing online delivery, imagery and video to optimize the educational experience, thereby enhancing patient care.
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