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Forequarter amputation combined with chest wall resection may present a difficult closure problem. In a recent case, the defect was satisfactorily closed with a free flap from the amputated extremity, employing the entire soft tissue of the forearm.
In contrast to its use in other surgical disciplines, intraoperative sonography has so far been of minor importance in thoracic surgery. The technique of intrathoracic, intraoperative, ultrasonic examination was applied in 85 patients with different indications: in 61 patients during thoracoscopy, in 24 patients during open thoracic surgery. 6 patients eventually underwent a combination of both procedures. In order to improve the intrathoracic maneuverability of the sonographic probe we developed an electrically controllable handle for the probe. The examinations showed a high sensitivity of thoracoscopic ultrasonography for localization of intrapulmonary tumors. In addition, ultrasound was applied to assess the operability of central tumors. The sound frequency available so far for intraoperative application allows a safe distinction of non-infiltrating tumors from vascular structures; the reliable identification of an infiltration mostly requires a higher resolution. If our experiences are confirmed by further application of the method, explorative thoracotomies will surely be partly replaced by explorative thoracoscopic interventions. Ultrasonography has also proved to be useful in visualisation of mediastinal lymph-nodes and tumors, with the possibility of assessing their size.
Chest wall tumors are uncommon and there have been only a few reports of intercostal hemangioma during the past 20 years. We treated a 33-year-old man who presented with intercostal hemangioma. We resected tumor and surrounding muscles beyond the limits of the lesion without removing any bone or lung tissue. The patient is free of any recurrence 3 years after surgery.
In cases of malignant disease of the chest wall, such as primary tumors or extensive metastases, a particularly large resection is necessary. This leads to great problems in restoring an adequately functional chest wall. In addition to the cosmetic effect one must pay particular consideration to the dynamic parameters of pulmonary function. In a 54 years old male suffering from recurrent malignant schwannoma we performed an extensive chest wall resection. It included the ribs 3-8 on the right. The extension of the defect was 15 X 22 cm. We reconstructed the pleura with Vicryl-mesh. The covering was done with musculus pectoralis major, musculus rectus abdominis and a musculocutaneous obliquus externus abdominis flap. Three months after operation a small restriction of vital capacity is observed. In a 29 years old male partial resection of the right chest wall had to be done for a local extended chondro-sarcoma. The tumor included the ribs 4-9: chest wall defect after resection amounted to 15 X 18 cm. We performed a primary reconstruction using Vicryl-mesh as substitute for the pleura. We covered the pleura with a musculocutaneous latissimus dorsi flap. Three months after successful reconstruction the parameters of pulmonary function reached normal values again. In these and further cases the combination of Vicryl-mesh as a resorbable substitute for the pleura and musculocutaneous flaps for the chest wall has been successful in restoring a good pulmonary function.
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Giant cavernous haemangioma was treated successfully with a new therapy consisting of intralesional injection of OK-432 (group A Streptococcus pyogenes of human origin). Complete regression was observed within 3 months without serious side effects except for fever of 2-3 days' duration and local inflammatory reaction lasting for 3-4 days. Local inflammatory reaction did not cause any damage to the overlaying skin and did not lead to scar formation.
Percutaneous CT-guided biopsies were carried out in 350 patients; on 291 occasions, 14- or 18-gauge and, on 59 occasions, an 0.95 mm cutting biopsy cannula was employed. Using the 14- and 18-gauge needles, a histological diagnosis was possible in 191 cases, a sensitivity of 82.7%. The 0.95 mm cannulas proved successful in 39 of the 59 punctures, producing a markedly lower sensitivity of 66.2%. The most common cause of an incorrect biopsy with large needles was bad position of the needle, whereas the small needles provided inadequate material. Complications which, however, did not require treatment, occurred in 5 patients (1.4%).
The advantages and limitations of the sonographic examination of the chest in 16 children are described. Partial opacification of the chest has been found in nine, a total "white" hemithorax in 7 children. Sonographic guided taps of the chest were performed in 3 children. Necessity, extent and yield of additional radiological examinations, especially computed tomography of the thorax, are discussed in detail.
We report two cases of congenital hemangiopericytoma localized in the abdominal wall in the first patient and scalp in the second. The treatment of both cases consisted in the complete resection of the tumor mass. Four and two years later the patients remain asymptomatic. The special interest in this case report lies in the extremely low incidence of congenital hemangiopericytoma and that this is the first reference to affected siblings.
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OBJECTIVE: Primary sarcomas involving the chest wall requiring full-thickness excision are rare. We reviewed our experience with these lesions in a tertiary referral cancer center by using multidisciplinary approaches. METHODS: A 10-year retrospective study identified 51 patients referred with primary sarcomas of the chest wall: 40 for initial treatment and 11 after previous unsuccessful surgical excisions elsewhere (secondary referral). Presenting symptoms were pain alone in 23 (45%) of 51 patients, pain with an associated mass in 8 (16%) patients, and an asymptomatic mass alone in 13 (25%) patients. Median symptom duration was 241 days in the primary group and 225 days in the recurrent group. Tumor locations were the sternum (n = 11), the rib alone (n = 36), and the posterior rib with extension into vertebral bodies (n = 4). Histologic types included the following: chondrosarcomas (n = 15), malignant fibrous histiocytomas (n = 9), osteosarcomas (n = 4), Ewing sarcomas (n = 3), desmoid tumors (n = 7), and other types (n = 13). The median tumor volume of those referred initially was 311 cm(3) compared with 84 cm(3) in patients with recurrent lesions. RESULTS: Twenty-six (51%) of 51 patients received treatment before resection, including chemotherapy alone (n = 22), radiation alone (n = 3), and combined chemotherapy and radiation therapy (n = 1). The complete sternum was removed in 6 of 11 patients, and the average number of ribs requiring resection was 3.8. Four patients had vertebral body resections. Prosthetic meshes alone were required in 16 of 51 patients, and meshes with methylmethacrylate were required in 18 of 51 patients. Muscle flap reconstructions by plastic surgery were required in 24 patients. Negative margins were obtained in 47 of 51 patients. There were no perioperative deaths with morbidities occurring in 12 (24%) of 51 patients (wound [n = 3], prolonged air leak [n = 1], prolonged ventilator requirement [n = 1], arrhythmias [n = 3], doxorubicin (Adriamycin)-induced cardiomyopathy [n = 1], and other [n = 3]). Postoperative treatment was administered to 13 patients (chemotherapy alone, n = 9; chemotherapy with radiation therapy, n = 4). The cumulative 5-year survival of all patients was 64% (initial referral, 61.3%; secondary referral, 72.7%). The average follow-up is 44.7 months. CONCLUSIONS: A combined aggressive multidisciplinary approach to primary sarcomas of the chest wall resulted in no treatment-related deaths and a cumulative 5-year survival of 64% in patients referred to our tertiary care cancer center.
OBJECTIVES: Vascularized, pedicled tissue flaps are often used for cardiothoracic surgical problems complicated by factors that adversely affect healing, such as previous irradiation, established infection, or steroid use. We reviewed our experience with use of the omentum in these situations to provide a yardstick against which results with other vascularized flaps (specifically muscle flaps) could be compared. METHODS: A retrospective review was undertaken of 85 consecutive patients in whom omentum was used in the chest. In 47 patients (group I), use of omentum was prophylactic to aid in the healing of closures or anastomoses considered to be at high risk for failure. In 32 patients (group II), omentum was used in the treatment of problems complicated by established infection. In 6 patients (group III), omentum was used for coverage of prosthetic chest wall replacements after extensive chest wall resection. RESULTS: Overall, omental transposition was successful in its prophylactic or therapeutic purpose in 88% of these difficult cases (75/85). Success with omentum was achieved for 89% of patients (42/47) in group I, 91% of patients (29/32) in group II, and 67% of patients (4/6) in group III. Three patients (3.5%) had complications of omental mobilization. Four patients (4.7%) died after the operation as a result of failure of the omentum to manage the problem for which it was used. CONCLUSIONS: Results with omental transposition compare favorably with published series of similarly challenging cases managed with muscle transposition. Complications of omental mobilization are rare. We believe that its unique properties render the omentum an excellent choice of vascularized pedicle in the management of the most complex cardiothoracic surgical problems.
We report a new case of thoracic outlet syndrome caused by a tumor of the first rib and review 11 other reports found in the literature. A 25-year-old man was admitted with thoracic outlet syndrome in the C8-T1 nerve roots. The first rib was removed through a supraclavicular approach with excision of the medial clavicle. All symptoms disappeared. On histologic examination fibrous dysplasia was found in the rib. Tumors of the first rib are uncommon and are rarely responsible for thoracic outlet syndrome. When the tumor is very large, as in our case, we recommend a supraclavicular approach associated with excision of the medial clavicle. During the liberation of the brachial plexus, great care should be exercised to avoid nerve injuries. Because malignancy of the tumor cannot be eliminated with certainty before or during the operation, wide excision of the entire rib is recommended.
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The purpose of this study was to review our experience with the management of patients with complicated cardiothoracic problems by the use of pedicled myocutaneous or muscle flaps, and discuss the various methods of reconstruction. Over the last 11 years, we have treated 54 patients with complicated cardiothoracic problems by reconstruction with pedicled myocutaneous or muscle flaps. The underlying causes were chest wall tumours (n = 13), radionecrosis of the chest wall (n = 12), deep or chronic sternal infections (n = 25), and bronchopleural fistulas (n = 4). The most commonly used muscles for reconstruction were pectoralis major and the rectus abdominis. Our results compare favourably with those reported elsewhere. We conclude that although the use of pedicled myocutaneous or muscle flaps is not free of complications, it is an effective and reliable method for the management of patients with complicated cardiothoracic problems.