Mizuno T, Sano M, Iizuka M, Yamada T, Kasugai T, Ishiguro H
Thoracic Surgery, Seirei Respiratory Disease Center, Seirei Mikatabara General Hospital, Hamamatsu, Japan.
Kyobu Geka. 1996 Jan;49(1):31-7.
From April 1987 to June 1995, we performed the chest wall reconstruction in 13 cases of 25 ones who had chest wall resection. The clinical records of these 13 patients were reviewed as follows. The histological diagnosis of these cases were direct invasion by primary lung cancer in 13 cases, malignant tumor of the chest wall in 5 cases, benign tumor or inflammation of the chest wall in 4 cases, local recurrence of the breast cancer and post operative radiation ulcer in each 1 case respectively, and mediastinal peripheral nerve sheath tumor in 1 case. Full diagnosis of the mediastinal malignant tumors were Ewing' sarcoma, chondrosarcoma, malignant lymphoma, malignant fibrous histiocytoma and eosinophilic granuloma in each 1 case respectively. The total number of resected ribs was 10 (bilateral 5 ribs with sternal body) in 1 case, 4 in 1 case, 3 in 6 cases, 2 in 2 cases and 1 in 4 cases. The following statement shows our methods of chest wall reconstructions. We treated one case with wide anterior chest wall resection, we treated by the Marlex-resin sandwich, 4 cases with 4 or 3 ribs of anterior or lateral chest wall, by sheets of Marlex mesh in layers, 3 cases with 3 ribs of posterior site, 1 case with 2 ribs and 4 cases with one rib, these 7 cases treated by cross sutures. And, we treated another 2 cases by pedicle omental flap and major pectoral muscle in each case respectively. The Marlex-resin sandwich has easy fixation and excellent stability, but it has also foreign body reaction. Therefore our case needed to remove of sandwich 10 months later for cellulitis and infection after the operation. Recently we use mostly sheets of Marlex mesh in layers, for the reconstruction of the chest wall with 3 or more rib's defect, but if it is more small defect, we use the cross suture method. The cross suture is very easy and effective method to maintain the stability of small chest wall defect.
1987年4月至1995年6月,我们对25例接受胸壁切除术的患者中的13例进行了胸壁重建。现将这13例患者的临床资料回顾如下。这些病例的组织学诊断为:原发性肺癌直接侵犯13例,胸壁恶性肿瘤5例,胸壁良性肿瘤或炎症4例,乳腺癌局部复发和术后放射性溃疡各1例,纵隔周围神经鞘瘤1例。纵隔恶性肿瘤的完整诊断分别为尤因肉瘤、软骨肉瘤、恶性淋巴瘤、恶性纤维组织细胞瘤和嗜酸性肉芽肿各1例。切除肋骨总数为:1例10根(双侧5根肋骨加胸骨体),1例4根,6例3根,2例2根,4例1根。以下是我们的胸壁重建方法。我们对1例广泛前胸部壁切除患者采用Marlex树脂夹心修复法;对4例前侧或外侧胸壁切除4根或3根肋骨的患者,采用多层Marlex网片修复;对3例后侧胸壁切除3根肋骨的患者、1例切除2根肋骨的患者和4例切除1根肋骨的患者,采用交叉缝合修复。另外,我们对2例患者分别采用带蒂大网膜瓣和胸大肌修复。Marlex树脂夹心修复法固定简便且稳定性极佳,但存在异物反应。因此,我们的1例患者术后10个月因蜂窝织炎和感染而取出了夹心修复材料。最近,对于3根及以上肋骨缺损的胸壁重建,我们大多采用多层Marlex网片;但如果缺损较小,则采用交叉缝合方法。交叉缝合是维持小胸壁缺损稳定性的一种非常简便有效的方法。