恶性肿瘤切除后硬腭的显微外科重建

М. V. Bolotin, A. Mudunov, V. Y. Sobolevsky, А. А. Akhundov, I. Gelfand, S. V. Sapromadze
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Defects of the anterior portion of the hard palate (grade I, IIc, IId according to the classification of J.S. Brown; grade IB, II, III according to the classification of D.J. Okay) were formed in 13 cases; all of them involved the alveolar margin of the maxilla to some extent. To repair these defects, we used flaps containing revascularized bone (n = 10; scapular tip flaps in 8 patients and fibular flaps in 2 patients) and fasciocutaneous or musculocutaneous flaps (n = 3; radial fasciocutaneous flaps in 2 patients and musculocutaneous flap from the anterior surface of the thigh in 1 patient). Defects of the posterior portion of the hard palate (grade Ib according to the classification of J.S. Brown; grade Ib according to the classification of D.J. Okay) were formed in 18 patients. To repair these defects, we used radial fasciocutaneous flaps (n = 17) and fibular autologous graft containing skin, muscles, and bone (n = 1). 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引用次数: 1

摘要

背景。硬腭重建的主要目的包括鼻、口腔的分离,咀嚼、吞咽、言语功能的恢复,保证良好的美观效果,为牙齿康复做准备。重建方法的选择取决于缺损的性质和部位、外科医生对某些重建方法的经验、癌症预后和患者的偏好等因素。研究目的是分析不同类型皮瓣在显微外科修复硬腭缺损的效果。材料和方法。2014年至2020年,41例患者接受显微手术修复硬腭、软腭和牙槽突缺损。硬腭前部缺损(J.S. Brown分级I、IIc、IId级);13例形成IB、II、III级(按D.J.分级);均在一定程度上累及上颌骨的牙槽缘。为了修复这些缺陷,我们使用含有血管重建骨的皮瓣(n = 10;肩胛骨尖端皮瓣8例,腓骨皮瓣2例)和筋膜皮或肌皮皮瓣(n = 3;桡骨筋膜皮瓣2例,大腿前表面肌皮瓣1例)。硬腭后部缺损(J.S. Brown分级为Ib级);18例患者形成Ib级(按D.J.分级为ok)。为了修复这些缺损,我们使用桡骨筋膜皮瓣(n = 17)和包含皮肤、肌肉和骨的腓骨自体移植物(n = 1)。所有手术均为联合手术,因为口咽壁外侧包括在切除组织块中。没有患者的另一侧受到影响。采用桡骨筋膜皮瓣修复。6例(15%)患者在术后2、3、6天因静脉血栓形成发生皮瓣全坏死;2例患者术后2天因动脉血栓形成皮瓣坏死。良好语音质量33例(80%),满意语音6例(15%);2例(5%)患者出现鼻鸣。所有后硬腭和软腭缺损患者均有良好的美观效果。在前硬腭及牙槽突缺损患者中,10例患者美学效果优良,5例患者美学效果良好。3例患者因面部中部瘢痕形成,手术效果不理想。硬腭次全缺损及前段缺损患者(J.S. Brown分级为I、IIb、IIc级;II级、III级按D.J.分类ok)需修复上颌骨牙槽缘;在这种情况下,含有血管重建骨的皮瓣是优选的。选择的方法是利用肩胛骨尖肌骨瓣修复缺损。短缺损患者,缺损位于后侧,上颌骨牙槽缘缺损很小或无缺损(J.S. Brown分级为Ia级、IB级;按dj分类为Ia级、Ib级;V级(按m.a.a Aramany分类),软腭缺损,应采用桡侧筋膜皮瓣。
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Microsurgical reconstruction of the hard palate after resections for malignant tumors
Background. The main aims of hard palate reconstruction include separation of the nasal and oral cavities, restoration of chewing, swallowing, speech, ensuring good aesthetic results, and preparation for dental rehabilitation. The choice of reconstruction method is determined by such factors as the nature and location of the defect, surgeon’s experience in certain reconstruction methods, cancer prognosis, and patient’s preference. The study objective is to analyze the results of microsurgical reconstruction of hard palate defects using different types of flaps. Materials and methods. Forty-one (41) patients underwent microsurgical reconstruction of defects of the hard palate, soft palate, and alveolar process between 2014 and 2020. Defects of the anterior portion of the hard palate (grade I, IIc, IId according to the classification of J.S. Brown; grade IB, II, III according to the classification of D.J. Okay) were formed in 13 cases; all of them involved the alveolar margin of the maxilla to some extent. To repair these defects, we used flaps containing revascularized bone (n = 10; scapular tip flaps in 8 patients and fibular flaps in 2 patients) and fasciocutaneous or musculocutaneous flaps (n = 3; radial fasciocutaneous flaps in 2 patients and musculocutaneous flap from the anterior surface of the thigh in 1 patient). Defects of the posterior portion of the hard palate (grade Ib according to the classification of J.S. Brown; grade Ib according to the classification of D.J. Okay) were formed in 18 patients. To repair these defects, we used radial fasciocutaneous flaps (n = 17) and fibular autologous graft containing skin, muscles, and bone (n = 1). Soft palate resection was performed in 10 patients; all surgeries were combination, since the lateral oropharyngeal wall was included in the block of removed tissues. None of the patients had the opposite side affected. These defects were repaired using radial fasciocutaneous flaps.Results. Six patients (15 %) developed total flap necrosis due to venous thrombosis on days 2, 3, and 6 postoperatively; two patients developed flap necrosis due to arterial thrombosis 2 days postoperatively. Good speech quality was achieved in 33 patients (80 %), while 6 patients (15 %) had satisfactory speech; rhinolalia was observed in 2 patients (5 %). All patients with defects of the posterior hard palate and of the soft palate had excellent aesthetic results. Among participants with defects of the anterior hard palate and alveolar process, 10 patients had excellent aesthetic results, while 5 individuals had good results. Three patients had unsatisfactory results due to scarring in the middle portion of the face.Conclusion. Patients with subtotal defects of the hard palate and defects of its anterior portion (grade I, IIb, IIc according to the classification of J.S. Brown; grade II, III according to the classification of D.J. Okay) require repair of the alveolar margin of the maxilla; flaps containing revascularized bone are preferable in this case. The method of choice is defect repair using musculoskeletal scapular tip flap. In patients with short defects, defects located posteriorly, minimal or no defect of the alveolar margin of the maxilla (grade Ia, IB according to the classification of J.S. Brown; grade Ia, Ib according to the classification of D.J. Okay; grade V according to the classification of M.A. Aramany), soft palate defects, radial fasciocutaneous flaps should be used.
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来源期刊
Opuholi Golovy i Sei
Opuholi Golovy i Sei Medicine-Otorhinolaryngology
CiteScore
0.40
自引率
0.00%
发文量
43
审稿时长
8 weeks
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