Constrained total scapula reconstruction after resection of a high-grade sarcoma

Patients with high-grade sarcomas arising from the scapula or periscapular soft tissues traditionally have been treated with either a total scapulectomy or a wide, en bloc, extraarticular scapular resection, termed the Tikhoff-Linberg resection. The major challenge after such resections is to restore shoulder girdle stability while preserving a functional hand and elbow. The current authors describe three patients who had an extraarticular, total scapula resection (modified Tikhoff-Linberg) for a high-grade sarcoma. Each patient had reconstruction with a constrained (rotator cuff-substituting) total scapula prosthesis in an effort to optimally restore the normal muscle force couples of both glenohumeral and scapulothoracic mechanisms. At latest followup, the Musculoskeletal Tumor Society functional score was 24 to 27 of 30 (80%-90%). All patients had a stable, painless shoulder and functional hand and elbow. Forward flexion and abduction ranged from 25 degrees to 40 degrees. Glenohumeral rotation (internal rotation, T6; external rotation -10 degrees) below shoulder level, shoulder extension, and adduction were preserved. Protraction, retraction, elevation, and abduction of the scapula were restored and contributed to shoulder motion and upper extremity stabilization. There were no complications. Total scapula reconstruction with a constrained total scapula prosthesis is a safe and reliable method for reconstructing the shoulder girdle after resection of select high-grade sarcomas. The authors emphasize the clinical indications, prosthetic design, surgical technique, and early functional results.     

Scapular allografts. A report of two cases.

Some malignant tumors of the scapula can be adequately treated by limb-sparing, partial, or total scapulectomy. However, resection of the glenoid portion of the scapula and total scapulectomy result in an unsightly shoulder. In an attempt to minimize the functional impairment and restore stability and cosmesis, scapular glenoid allografts offer a reasonably good biologic replacement. This report describes the cases of a 45-year-old woman and a 32-year-old man in whom massive osteoarticular allografts were used. In one patient, good stability, cosmesis, and function were restored after resection of the glenoid portion. In the other patient, shoulder stability, cosmesis, and limited function were restored after total scapulectomy. No reports of scapular allografts seem to have been previously published in the literature.     

Allograft reconstruction after resection of malignant tumors of the scapula

The oncologic and functional outcomes of six patients who had scapular allograft reconstruction after scapulectomy for malignant tumors were reviewed. Five patients had Stage IIB and one patient had Stage IB tumors. Total scapulectomy was done in five patients, and partial scapulectomy (glenoid and neck) was done in one patient. Frozen glycerolized scapular allografts were implanted and fixed with plates and screws. The scapular muscles were reattached to the allograft. Tendon reconstruction to replace the excised muscles was done in two patients. The patients were followed up for an average of 3.8 years (range, 2-6 years). Cosmesis, elbow, and hand function were good in all patients. There were no infections, nonunions, or shoulder dislocations. One patient fractured the body of the allograft after a fall. One patient had local recurrence and had scapulectomy 5 years postoperatively. Two patients died 3 and 5 years postoperatively with lung metastases but with functioning grafts. The mean functional result using the Musculoskeletal Tumor Society functional score was 82 (range, 77-87). In this series, scapular allograft reconstruction restored cosmesis, shoulder stability, and function. Preservation or reconstruction of rotator cuff muscles is recommended.     

肩胛带骨肿瘤的外科治疗结果及评价

目的 探讨肩胛带骨肿瘤的手术切除方式、重建方法,观察术后功能恢复情况及临床结果.方法 回顾性分析1998年7月至2006年7月收治的71例肩胛骨周围骨肿瘤患者的病例资料,其中恶性肿瘤61例,骨巨细胞瘤10例.15例恶性肿瘤起源于肩胛骨,56例起源于肱骨近端.男42例,女29例;年龄11～62岁,平均36.5岁.手术方法:肩胛带离断术10例,单纯肩胛骨切除3例,肩胛骨切除、人工肩胛骨置换3例,部分肩胛骨及肱骨近端切除、假体置换8例,肱骨近端切除、假体置换47例.结果 10例骨巨细胞瘤患者肩周肌肉保留较好,术后MSTS功能评分平均28分.起源于肱骨近端的原发恶性骨肿瘤患者三角肌止点处均予以切除,术后肩外展30°～60°,MSTS功能评分平均23分.37例肱骨骨肉瘤患者中4例(10.8%)局部复发,2例骨转移,5例肺转移.7例转移患者均死亡.1例恶性骨巨细胞瘤患者出现肺转移死亡.3例尤文肉瘤患者出现肺转移死亡.5例肱骨及5例肩胛骨软骨肉瘤患者术后未见局部复发及转移.结论 肩胛带骨肿瘤切除、人工肱骨近端假体重建能保留完整肘部及手部功能、并发症少,是肩部恶性肿瘤的首选术式;肱骨近端骨肉瘤和下肢骨肉瘤比较预后较好;肱骨近端恶性肿瘤行关节内肿瘤切除和关节外肿瘤切除肿瘤的局部复发率接近,提示对多数肱骨近端恶性肿瘤可以采用关节内切除.     

保留上肢的肩胛带切除术治疗肩胛带恶性肿瘤

目的 探讨累及肩关节的肩部恶性肿瘤保肢术式的临床疗效.方法 2001年7月至2008年7月采用保留上肢的肩胛带切除术治疗肩胛带恶性肿瘤16例,男11例,女5例;年龄17～67岁,平均38.4岁.8例起源于肩胛骨,软骨肉瘤4例、Ewing肉瘤1例、转移癌3例;5例起源于肩部软组织,滑膜肉瘤2例、纤维肉瘤1例、血管外皮瘤1例、高分化脂肪肉瘤1例;3例起源于肱骨近端,骨肉瘤1例、转移癌2例.经典Tikhoff-Linberg手术12例,改良Tikhoff-Linberg手术4例.结果 手术时间2.5～4.0 h,平均3 h.术中出血1000～3000 ml,平均1600 ml.全部病例随访6～74个月,中位随访时间40个月.2例术前放疗者伤口延迟愈合,1例尺神经损伤.1例肱骨近端骨肉瘤患者出现局部复发及肺转移,行肩胛带离断术后18个月死亡.1例纤维肉瘤患者出现肺转移,23个月后死亡.1例滑膜肉瘤患者术后3个月出现肺转移,随访9个月带瘤生存.5例转移癌患者中4例于术后11～23个月死亡.至随访期末死亡6例,带瘤生存1例,无瘤生存9例.五年总体生存率34.6%.术后3个月接受经典术式者1993年美国骨肿瘤学会功能评分平均14.7分,接受改良术式者为19.5分.结论 对累及肩关节的肩部恶性肿瘤采用Tikhoff-Linberg手术可达到肿瘤广泛切除,保留上肢肢体及部分功能.经典术式术后肩部功能较差.

Abstract：

Objective To evaluate the functional outcomes of different limb salvage procedures in patients with bone and soft tissue sarcomas of the shoulder girdle.Methods From July 2001 to July 2008,16 patients with limb salvage for sarcomas of shoulder girdle were respectively analyzed,including 11 males and 5 females with an average age of 38.4 years (range,17-67).Localizations of the tumors were 8 in the scapula(including 4 chondrosarcomas,1 Ewing sarcoma,and 3 metastases),5 soft tissues of the shoulder girdie(including 2 synoviosarcomas,1 fibrosarcoma,1 hemangioperieytoma,and 1 well-differentiated liposarcoma),and 3 proximal humerus (including 1 osteosarcoma and 2 metastases).Twelve patients were treated with classical Tikhoff-Linberg procedures,and 4 with improved procedures.Results The mean surgical time duration was 3 hours.The mean blood loss was 1600 ml.The mean follow-up time was 40 months.Major complications included 2 cases of delayed wound healing,and 1 ulnar nerve injury.One patient had local recurrence and died of pulmonary metastases 18 months after second operation of interscapulothoracal amputation.The patient with fibrosarcoma also died of pulmonary metastases 23 months later.One patient with synoviosarcoma was alive with pulmonary metastases in 9 months.Four of 5 patients with carcinoma metastases died during 11 to 23 months later.The 5-year cumulative survival rate was 34.6%.Functions were preserved in the whole hand and elbow.The MSTS functional score of the patients receiving classical Tikhoff-Linberg procedures was 14.7,while improved Tikhoff-Linberg procedures was 19.5.Conclusion The Tikhoff-Linberg procedure not only provides a wide resection of tumors in the shoulder girdle but also preserve the whole hand and elbow functions.The shoulder function was poor in patients receiving classical Tikhoff-Linberg procedures.     

Proximaler Humerusersatz bei malignen Schultergelenktumoren

OBJECTIVE: The aim of the operation is local tumor control in malignant primary and secondary bone tumors of the proximal humerus. Limb salvage and preservation of function with the ability to lift the hand to the mouth. Stable suspension of the arm in the shoulder joint or the artificial joint. INDICATIONS: Primary malignant bone tumors of the proximal humerus or the scapula with joint infiltration but without involvement of the vessel/nerve bundle. Metastases of solid tumors with osteolytic defects in palliative or curative intention or after failure of primary osteosynthesis. CONTRAINDICATIONS: Tumor infiltration of the vessel/nerve bundle. Massive tumor infiltration of the soft tissues without the possibility of sufficient soft tissue coverage of the implant. SURGICAL TECHNIQUE: Transdeltoid approach with splitting of the deltoid muscle. Preparation and removal of the tumor-bearing humerus with exposure of the vessel/nerve bundle. Ensure an oncologically sufficient soft tissue and bone margin in all directions of the resection. Cementless or cemented stem implantation. Reconstruction of the joint capsule and fixation of the prosthesis using a synthetic tube. Soft tissue coverage of the prosthesis with anatomical positioning of the muscle to regain function. POSTOPERATIVE TREATMENT: Immobilization of the arm/shoulder joint for 4-6?weeks in a Gilchrist bandage. Passive mobilization of the elbow joint after 3-4?weeks. Active mobilization of the shoulder and elbow joint at the earliest after 4-6?weeks.     

Limb-Sparing Resection of the Scapula and Reconstruction with a Constrained Total Scapula Prosthesis: A Case of Multicentric Epithelioid Hemangioendothelioma Involving the Scapula and Surrounding Soft Tissues

Introduction  The scapula is a relatively uncommon site for primary bone sarcomas. Tumors arising from the scapula are often initially contained by the rotator cuff muscles that protect pertinent adjacent muscles as well as the brachial plexus and axillary blood vessels. Limb-sparing resection of a scapula sarcoma is technically complex and requires meticulous dissection and mobilization of the brachial plexus and axillary blood vessels. Several muscles must be capable of being preserved in order to reconstruct the scapula and shoulder girdle with a special customized total scapula replacement. The goal of reconstruction is to restore a stable shoulder girdle to preserve elbow and hand function. Methods and Results  In the procedure demonstrated in this video, limb-sparing scapula resection and reconstruction was performed for a patient with a multicentric epithelioid hemangioendothelioma. The steps of the procedure are detailed along with accommodations made for the multicentric nature of the tumor. To allow for optimal postoperative function and maximum soft tissue coverage, a small constrained scapular prosthesis was utilized. The glenohumeral ligaments were reconstructed with a Gore-Tex aortic graft. Multiple muscle rotation flaps were performed to cover and protect the prosthesis as well as restore shoulder girdle stability. Conclusion  Limb-sparing surgery for scapula sarcomas and anatomic reconstruction with a constrained total scapula prosthesis is a reliable and safe technique for resecting selected sarcomas and reconstructing the shoulder girdle. A stable shoulder girdle can be restored for optimal hand and elbow function. A total scapula prosthetic reconstruction is the authors’ procedure of choice when the deltoid, trapezius, rhomboid, latissimus, and serratus anterior muscles are capable of being preserved. The functional outcome is superior to a forequarter amputation and a flail (nonreconstructed) shoulder in which the extremity is left hanging by soft tissues (nonanatomic method). Electronic supplementary material  The online version of this article (doi:) contains supplementary material, which is available to authorized users.     

Die Tikhoff-Linberg-Resektion bei malignen Tumoren der Schulterregion

Summary Goal of Surgery Radical resection of tumor. Preservation of the limb and of hand and elbow function. Indications Absolute: Primary, malignant bony or soft tissue tumors of the scapula, glenohumeral joint, or proximal humerus requiring extraarticular resection without opening of the glenohumeral joint. Relative: Solitary metastasis. Contraindications Malignant tumors of scapula or humerus having a sufficient distance from the glenohumeral joint sufficient to proceed with an intraarticular resection. Preoperative Work-Up Routine staging. Positioning and Anaesthesia For resection type A: supine, for other types: lateral. General anaesthesia. Surgical Technique Resection of the tumor includes resection of the proximal humerus, of glenohumeral joint, and of parts of or entire scapula. The surgical approach depends on the tumor site. The incision for the Type A resection, described here, starts at the medial third of the clavicula and extends over the coracoid process toward the deltopectoral groove, including the scar of the biopsy incision. Replacement of the proximal humerus by a special prosthesis. Modifications applied in type B and C. Postoperative Management Velpeau dressing for 3 weeks in type A resection, 2 weeks in type B and 6 weeks in type C. Early active and passive motion exercises of hand and elbow. Possible Complications Injury to vessels and nerves, skin or soft tissue necrosis, loosening, breakage or dislocation of prosthesis. Recurrence of malignancy. Results Eight patients were operated. See Table 1. Complications No vessel or nerve damage. One breakage of prosthesis after fall, 1 clavicular fracture after type A resection and clavicula-pro-humero-reconstruction. 1 skin flap necrosis, 1 recurrence with metastases.

     

Functional results and quality of life after shoulder girdle resections in musculoskeletal tumors

From 1981 to 2001, 91 shoulder resections were performed to treat shoulder girdle tumors (64 primary and 27 metastatic) in 90 patients (53 male and 37 female patients). The mean age was 34 years in patients with a primary tumor and 61 years in those with metastases. There were 7 partial scapulectomies, 13 total scapulectomies, 56 proximal humeral resections, 5 diaphyseal resections, 5 total shoulder girdle resections (Tikhoff-Linberg procedure), and 5 other procedures performed. Prosthesis implantation was carried out in 41 cases, autologous fibular transposition was done in 19, and massive homologous bone grafting was done in 4. Of the patients, 37 were clinically reviewed with a mean follow-up of 4.7 years (range, 1-20 years) by use of the recommendations of the Musculoskeletal Tumor Society for pain, function, position of hand, lifting ability, manual dexterity, and satisfaction. Nine patients were reviewed via a questionnaire and telephone interview. Twenty-six had died, and eighteen were lost to follow-up. The best results were achieved after partial scapulectomy and after humeral resection reconstructed with fibular transposition, when the function of the rotator cuff was preserved. After total scapulectomy and after humeral resection with the implantation of a tumor endoprosthesis, the function of the shoulder remained moderate because the rotator cuff was damaged. The overall satisfaction was generally good after all types of shoulder resections as a result of pain relief, preserved hand function, and improvement of psychological status. Patients can compensate extremely well by using the preserved joints and the contralateral upper limb; therefore, patient satisfaction does not rely on shoulder function alone.     

Oncologic and Functional Outcome of Scapular Chondrosarcoma

Background  The scapula is a common site for chondrosarcoma to occur. There has been disagreement between recent studies documenting the oncologic outcomes in patients with chondrosarcoma of the scapula. The purpose of this study was to investigate both the oncologic and functional outcomes of patients presenting to a large oncology center with primary chondrosarcoma of the scapula. Methods  A review of our prospectively collected database was carried out. All patients in the years 1989 to 2004 undergoing surgical resection of primary chondrosarcoma of the scapula were included. We documented patient demographics, whether the patient underwent partial or total scapulectomy, oncologic outcomes including local and systemic recurrence, and functional outcome using the Musculoskeletal Tumor Society (MSTS) 87, MSTS 93, and Toronto Extremity Salvage Score (TESS) rating systems. Results  Twenty-four patients (16 males, 8 females), with a mean age of 44 years (range 18–74 years), met the inclusion criteria. There were no local recurrences. Two patients died of metastatic disease at 23 and 103 months postoperatively. No other patients have developed systemic disease. Sixteen patients underwent partial scapulectomy while eight underwent total scapulectomy. Functional outcome was better in the group undergoing partial scapulectomy with significantly higher MSTS 87 (30.8 versus 16.6), MSTS 93 (89.6 versus 68.3), and TESS (92.6 versus 74.9) scores than the total scapulectomy group. Conclusion  Patients with primary chondrosarcoma of the scapula have an excellent oncologic prognosis with a very low local recurrence and metastatic rate. Functional outcomes are better for patients undergoing partial rather than total scapulectomy.     

创伤性全臂丛撕脱伤上肢整体功能重建的临床研究

 目的 观察采用多组神经移位术结合后期手功能重建恢复全臂丛神经撕脱伤患者主动拾物功能的疗效。方法 33例全臂丛神经撕脱伤患者,一期手术均采用多组神经移位术,即副神经移位修复肩胛上神经恢复肩外展,健侧C7神经经椎体前通路移位与患侧下干直接吻合重建屈指、屈腕功能,同时将下干发出的前臂内侧皮神经移位修复肌皮神经恢复屈肘功能,膈神经与下干后股直接吻合同时重建伸肘、伸指功能。术后选择肌力获得有效恢复(肩外展恢复到30°或以上, 伸肘、伸指肌力达到3级或以上,屈肘、屈腕、屈指肌力达到4级或以上)的患者进行二期手功能重建恢复患手的主动抓握功能。主要包括腕关节固定术、拇外展功能重建及掌板紧缩术等。结果 一期神经移位术后平均41±7.7(36~73)个月。10例患者的肌力恢复达到二期手功能重建的条件,其中8例已进行二期手功能重建。6例患者恢复了部分主动拾物功能,1例因爪形指纠正失败,另1例因腕融合术后伸指肌腱粘连致伸指功能丧失。结论 新设计的多组神经移位术可同时恢复全臂丛撕脱伤患者的肩外展、屈肘、屈腕、屈指及伸肘、伸指的有效肌力,在此基础上通过后期手功能重建,可成功重建患侧上肢的部分主动拾物功能。     

Shoulder arthrodesis for the treatment of brachial plexus palsy

In 14 adult patients with brachial plexus injuries, shoulder arthrodesis was completed in a position of 30 degrees abduction, 30 degrees flexion, and 30 degrees internal rotation. Abduction was measured by the position of the arm in relation to the side of the body with the scapula in the anatomic position. Internal fixation was used in each case. Six patients had had Steindler procedures. Three patients with complete paralysis were treated by above-elbow amputation. All shoulders fused. Mean follow-up time was 32 months. All patients noted that shoulder fusion had improved the function of their extremities. Minimum shoulder motion was 60 degrees abduction and 50 degrees flexion. Three procedures failed because of continued pain that was not relieved by surgery. One patient with an elbow flexion contracture disliked the combination of shoulder and elbow flexion. Seven patients required plate removal. Only one of the three patients who had had above-elbow amputation became a good prosthetic user. Shoulder arthrodesis is a reliable procedure that improves function in adult patients with brachial plexus palsy.     

Resection of malignant bone tumors about the shoulder. A preliminary report of reconstruction with a new modular spacer

Reconstruction after resection of malignant bone tumors about the shoulder is difficult. Twelve patients had reconstruction using a new titanium modular spacer. This modular system allows the surgeon to reconstruct variable lengths of the proximal humerus. Although the patient has no active shoulder motion, excellent hand and elbow function is preserved. The spacer serves as a temporary device in the young active patient. A more definitive reconstructive procedure can be performed after the completion of chemotherapy and a sufficient disease-free interval.     

Function of the upper limb after surgery for obstetric brachial plexus palsy

We reviewed a consecutive series of 33 infants who underwent surgery for obstetric brachial plexus palsy at a mean age of 4.7 months. Of these, 13 with an upper palsy and 20 with a total palsy were treated by nerve reconstruction. Ten were treated by muscle transfer to the shoulder or elbow, and 16 by tendon transfer to the hand. The mean postoperative follow-up was 4 years 8 months. Ten of the 13 children (70%) with an upper palsy regained useful shoulder function and 11 (75%) useful elbow function. Of the 20 children with a total palsy, four (20%) regained useful shoulder function and seven (35%) useful elbow function. Most patients with a total palsy had satisfactory sensation of the hand, but only those with some preoperative hand movement regained satisfactory grasp. The ability to incorporate the palsied arm and hand into a co-ordinated movement pattern correlated with the sensation and prehension of the hand, but not with shoulder and elbow function.     

Primary malignant bone tumors of the shoulder girdle: surgical technique of resection and reconstruction

Limb ablation for tumors of the shoulder is a devastating procedure. Recent advances in preoperative investigative measures, adjuvant chemotherapy, and reconstructive techniques have resulted in an increased interest in limb-sparing resection. For limb-sparing procedures to present a viable alternative in these cases, recurrence rates must be comparable to those obtained with ablative surgery. In addition, the resection must result in an improvement over the status obtainable with prosthetic devices. Twenty-four patients underwent limb-salvage procedures of various forms for primary bone tumors of the shoulder girdle. At follow-up (average: 33 months), 19 patients were alive without disease, one was alive with disease, and four were dead. One patient had local recurrence. All surviving patients enjoyed nearly normal function of the distal extremity. Improvements in techniques of soft tissue reconstruction in an effort to gain function and stability after wide resection of these tumors are necessary. Results indicate that these limb-salvage attempts offer successful alternatives to mutilating and crippling proximal amputations of the upper extremity.     

人工关节在恶性骨肿瘤保肢治疗中的应用

目的：探讨人工关节在恶性骨肿瘤保肢治疗中的应用疗效。方法：对21例恶性骨肿瘤患者进行人工关节置换保肢治疗，其中铰链式膝关节10例，股骨近端假体5例，人工肱骨头4例，人工肩胛骨1例，人工肘关节1例。结果：随访1～7年，平均4年，局部复发率9．5％，最终保肢率90．5％；所有患者人工关节置入均超过6个月，参照Enneking(MSTS)评定标准，平均得分21．2分，优良率76．2％。结论：人工关节置换术应用于恶性骨肿瘤的保肢治疗可以取得满意的疗效，正确掌握手术适应证、肿瘤的完整切除和软组织重建是手术成功的关键。     

Anatomy and biomechanics of the elbow joint

The elbow joint is a complex structure that provides an important function as the mechanical link in the upper extremity between the hand, wrist and the shoulder. The elbow's functions include positioning the hand in space for fine movements, powerful grasping and serving as a fulcrum for the forearm. Loss of elbow function can severely affect activities of daily living. It is important to recognize the unique anatomy of the elbow, including the bony geometry, articulation, and soft tissue structures. The biomechanics of the elbow joint can be divided into kinematics, stabilizing structures in elbow stability, and force transmission through the elbow joint. The passive and active stabilizers provide biomechanical stability in the elbow joint. The passive stabilizers include the bony articular geometry and the soft tissue stabilizers. The active stabilizers are the muscles that provide joint compressive forces and function. Knowledge of both the anatomy and biomechanics is essential for proper treatment of elbow disorders.     

The Tikhoff-Linberg procedure: report of ten patients and presentation of a modified technique for tumors of the proximal humerus

The Tikhoff-Linberg resection is a limb-sparing surgical option to be considered for bony and soft-tissue tumors in and around the proximal humerus and shoulder girdle. Careful selection of patients whose tumor does not involve the neurovascular bundle in the axilla is required. The distal clavicle, upper humerus, and part or all of the scapula are resected. The tumor remains covered by the deltoid muscle plus portions of the muscles that arise from or insert into the resected specimen. In patients with tumors of the proximal humerus a custom prosthesis is used to maintain length and stabilize the distal humerus. Elbow flexion plus stability of the shoulder without the need of an orthosis may be achieved with muscle transfers. Function of the hand and forearm after Tikhoff-Linberg resection should be near normal. Review of results in 10 patients shows no local recurrences and excellent function. The major postoperative problem was nerve palsy. The Tikhoff-Linberg procedure should continue to be used for limb salvage in selected patients with tumors in or around the shoulder girdle.     

Malignant bone and soft tissue tumors of the shoulder girdle a retrospective analysis of 30 operated cases

From 1988 to 1995, 30 patients (16 men) with malignant bone (n 23) and soft tissue (n 7) tumors of the shoulder girdle underwent surgery in our department. The mean age was 34 (6-80) years. 26 patients had primary and 4 had metastatic lesions. The average follow-up period was 3 (2-8) years, at the end of which 18 patients showed no evidence of disease, 2 were alive with disease, and 10 had died (9 because of tumor).

25 of the operations were limb-sparing procedures, while the other 5 were major amputations. Radical resection was performed in 4 patients, wide resection in 25 and marginal resection in 1. Local recurrence was observed in 2 patients.

10 patients with stage IIB tumors of the proximal humerus underwent extraarticular humeral and glenoid resection. Reconstruction was performed with either a modular or an improvised implant. Following surgery, those patients had a concave contour of the shoulder and poor abduction ability. Overall functional outcome was good in 18 patients, moderate in 11 and poor in 1. No correlation was found between functional outcome and reconstruction technique.     

前臂外侧皮神经营养血管皮瓣修复手及前臂创伤

目的探讨前臂外侧皮神经营养血管皮瓣临床应用。方法自2006年3月-2009年1月，我科采用前臂外侧皮神经营养血管皮瓣修复手部、腕部、虎口、肘部区域软组织缺损45例。结果本组45例伤口均一期愈合，2例术后第2d远端肿胀，呈紫红色，并有水疱，经手术探查发现蒂部旋转时过紧，经调整后3d，皮瓣颜色红润；7例术后第3d皮瓣肿胀加重，全皮瓣紫红色，伴头静脉充盈怒张，皮下结扎头静脉后，症状逐步改善。本组术后随访3～18月，皮瓣外形满意，无臃肿，皮瓣恢复部分感觉，手功能恢复良好。结论前臂外侧皮神经营养血管皮瓣是修复手部、腕部、虎口、肘部区域软组织缺损较理想的手术方法。