PubMed Health⌕ Search

SEARCH · PubMed Health

Results for “Thoracic Wall”

Explore indexed PubMed citations for clinical trials, systematic reviews and public health research. Read source abstracts and follow each citation to its original PubMed record.

Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.

At least 19 recordsLinked to original sources
PubMed1998

[Plastic surgery of the thoracic wall as a method of thoracic wall reconstruction after complete surgical wound disintegration after sternotomy].

During the period between January 1996 and July 1998 in our department 1920 patients were operated on account of heart disease from median sternotomy. In 17 patients, i.e. in 0.9% during the early postoperative period the surgical wound disintegrated incl. dehiscence of the sternum and the development of postoperative mediastinitis. In 14 of these patients the authors reconstructed the defect of the thoracic wall by their own modification of Jurkiewicz plastic operation using the pectoral muscles. One patient from this group died, in the remaining 13 patients the wound healed without deformity of the chest and without signs of instability, without restriction of movement and function.

Aged↗
PubMed2003

[Plastic surgery of defects of the thoracic wall].

Defects of the thoracic wall are mostly due to a malignant disease of the mammary gland. Radiotherapy is one of the essential methods of treating cancer of the breast in addition to primary surgery. If, after surgery, healing occurs by secondary intention or if there is a local recurrence or tumour formation in the thoracic wall due to irradiation, the body's reserves of soft parts are often exhausted and the adjacent tissue has been additionally damaged by the irradiation. General principles of treatment in the management of such problems are presented by means of several case reports.

Breast Neoplasms↗
PubMed1997

[The role of diagnostic laparoscopy in treatment of penetrating injuries of the lower thoracic wall and anterior abdominal wall].

Penetrating injuries of the lower thoracic wall and anterior abdominal wall cause difficulties in the decision for laparotomy. For gunshot wounds laparotomy without further investigations is in most cases justified, but in other penetrating traumata one should use every diagnostic modality to prevent unacceptably high negative laparotomy rates. We performed diagnostic laparoscopy (DL) on 39 patients with penetrating injuries of the anterior abdominal wall and/or lower thoracic wall. Of these 39 patients, 25 had negative and 14 positive results. We had only one false-negative finding. No false-positive result occurred. We think that DL is a very reliable diagnostic tool which requires a relatively high technology.

Abdominal Injuries↗
PubMed2000

[Reconstruction of the thoracic wall].

The resection of the thoracic wall for cancer, traumas or results of radiotherapy could require a reconstruction of the same wall with prosthetic material of different nature to the purpose of protect the important intrathoracic structures, avoid the flail chest and maintain a ventilation adjusted with aesthetically acceptable results. Numerous and varied they have been and they are the materials used to such aim, but the more numerous experiences concern the reconstructions of the wall with the employment of nets of Marlex or the patch of Gore-Tex. In the complete two years eight patients have arrived at our observation in which a prosthetic reconstruction has been performed with heterologous material. In three of them has been used the net of Marlex, in five the patch of Gore-Tex of two millimeters of thickness. The prostheses have stayed well you bear and in all the patients the authors have gotten a good stabilization of the thoracic wall.

Adult↗
PubMed1982

An appraisal of en bloc resection of peripheral bronchogenic carcinoma involving the thoracic wall.

Thirty-two patients with peripheral bronchogenic neoplasms adherent to the chest wall underwent en bloc pulmonary and thoracic wall resections. Presenting symptoms were thoracic wall pain (75 percent), hemoptysis (12.5 percent), and cough with weight loss (12.5 percent). Patients were selected for surgical resection only after a search for metastatic disease, including mediastinoscopy, showed negative results. A standard posterolateral thoracotomy incision was used which did not require skeletal reconstruction or prosthetic material for closure. There were nine major postoperative complications (28.8 percent), principally respiratory, and one operative death (3.1 percent). The five-year actuarial survival was 35 percent. None of the patients with regional lymph node involvement or positive chest wall margins lived more than two years after surgery. Preoperative irradiation performed in 12 patients (37.5 percent) improved operability, but did not significantly alter survival. These results indicate that patients with peripheral bronchogenic carcinoma involving the thoracic wall may be successfully managed with en bloc pulmonary and chest wall resection, particularly if surgery is performed in the early stage of the disease.

Adult↗
PubMed1985

Thoracic wall involvement by Hodgkin disease and non-Hodgkin lymphoma: CT evaluation.

Thoracic computed tomographic (CT) scans of 250 patients with newly diagnosed or recurrent lymphoma revealed thoracic wall involvement in 24 patients (11 with Hodgkin disease, 13 with non-Hodgkin lymphoma). Thoracic wall involvement occurred without contiguous mediastinal or parenchymal involvement in 17 patients. Of these, 13 patients had masses beneath the pectoralis muscles or within the breast, and four had masses arising from the ribs. Five additional patients had mediastinal masses with thymic involvement and parasternal extension through the thoracic wall. Pulmonary parenchymal lymphoma with thoracic wall invasion was noted in the remaining two patients. In five of nine patients receiving radiation therapy, treatment plans were modified by CT demonstration of thoracic wall lymphoma.

Adolescent↗
PubMed1998

Approach to dissection of the anterior thoracic wall and the entrance to the thoracic cavity.

Dissection of the anterior chest wall typically precedes the opening of the thoracic cavity. The techniques for exposing and subsequently reflecting or removing the structures of the anterior chest wall have been well described. However, these approaches that involve the systematic dissection of the layers of tissue overlying the anterior thoracic wall prior to the removal of the anterior thoracic wall render the pectoral regions and axillas unfit for continued study. The authors offer an alternative dissection that allows continued access to the thoracic cavity while maintaining the integrity of the pectoral and axillary regions. This new technique may facilitate more efficient use and complete study of each specimen.

Cadaver↗
PubMed2005

Pulmonary T2N0 adenocarcinoma with metastasis to a lymph node in the thoracic wall.

We experienced a rare case of lung cancer without hilar/mediastinal nodal involvement or direct invasion to the thoracic wall, but with metastasis to a lymph node in the thoracic wall. A 72-year-old woman with lung cancer was admitted to our hospital for the surgical therapy. She had suffered from right pleuritis in her childhood. During the dissection of the pleural adhesion around the whole lung, one small black lymph node was found in the thoracic wall and resected. Then, right middle and lower lobectomy and systematic nodal dissection were performed. The postoperative pathological examination revealed that nodal involvement was not observed in all samples except in the lymph node in the thoracic wall. In lung cancer patients with broad pleural adhesion, we should pay attention to lymph nodes in the thoracic wall. If we find them, the nodes should be resected for accurate staging.

Adenocarcinoma↗
PubMed1991

[Various possibilities of reconstruction of the thoracic wall in radiation defects].

Reconstruction of the thoracic wall is often necessary after cancer surgery of the breast or irradiation. The resulting large defects often cause an instable thoracic wall. To reconstruct stability, we can use fascia or dura mater. The large defects can be closed either by latissimus flap, or, if the thoracodorsal artery is destroyed, which is often the case by rotating flaps according to the technique of Schrudde or Bohmert, in very rare cases by distant flaps from the neighbouring upper arm.

Humans↗
PubMed2002

Thoracic wall reconstruction using both portions of the latissimus dorsi previously divided in the course of posterolateral thoracotomy.

OBJECTIVE: Besides other factors, the choice of reconstructive method for full thickness thoracic wall defects depends on the morbidity of preceding surgical procedures. The pedicled latissimus dorsi flap is a reliable and safe option for reconstruction of the thorax. A posterolateral thoracotomy, however, results in division of the muscle. Both parts of the muscle can be employed to close full thickness defects of the chest wall. The proximal part can be pedicled on the thoracodorsal vessels or the serratus branch; the distal part can be pedicled on paravertebral or intercostal perforators. This retrospective study was undertaken to evaluate the reconstructive potential of both parts of the latissimus dorsi in thoracic wall reconstruction after posterolateral thoracotomy. METHODS: Between 1987 and 1999, 36 consecutive patients underwent reconstruction of full-thickness thoracic wall defects with latissimus dorsi-flaps after posterolateral thoracotomies. The defects resulted from infection and open window thoracostomy (n=31), trauma (n=3) and resection of tumours (n=2). The patients' average age was 57 years (range 22-76 years). Twenty-five patients were male, 11 were female. In 31 cases the split latissimus dorsi alone was employed; in five cases additional flaps had to be used due to the size of the defects, additional intrathoracic problems or neighbouring defects. RESULTS: In 34 cases defect closure could be achieved without major complications. Empyema recurred in the pleural cavity in one case and one patient died of septicaemia. The 15 patients who had required a respirator in the preoperative phase could be extubated 4.8 days (average) after thoracic wall reconstruction. Postoperative hospital stay averaged 16 days. CONCLUSIONS: Different methods are available for reconstruction of full thickness defects of the thoracic wall. After posterolateral thoracotomy in the surgical treatment of empyema, oncologic surgery and traumatology, the latissimus dorsi muscle still retains some reconstructive potential. Advantages are low additional donor site morbidity and anatomical reliability. As it is located near the site of the defect, there is no need for additional surgical sites or intraoperative repositioning. In our service, the split latissimus dorsi muscle flap has proven to be a valuable and reliable option in thoracic wall reconstruction.

Adult↗
PubMed1997

[Reconstructive plastic surgery of thoracic wall defects].

Full-thickness defects of the thoracic wall following tumor resection, irradiation damage or secondary wound healing in thoracic surgery require early interdisciplinary cooperation to achieve patient-specific treatment modalities. Plastic surgical differential therapy allowing for sufficient soft tissue coverage, stabilisation of the thoracic wall and space filling in intrathoracic cavities, is presented and critically discussed.

Adult↗
PubMed1991

[Prosthetic reconstruction of the thoracic wall after resection for cancer].

Primary tumors of lung and breast represent the most frequent cause of neoplastic involvement of the thoracic wall, being primary parietal neoplasms extremely rare; metastatic lesions of the thoracic wall are not an infrequent finding, but represent just an occasional indication for surgery. Prosthetic reconstruction after a resection that includes the bony structures of the thoracic cage is dependent upon the extension of the parietal excision. We report a personal experience with 11 cases of prosthetic reconstruction of the thoracic wall out of a total of 54 extended resections accomplished between 1979 and 1990. We did not find prosthetic reconstruction indicated for thoracic wall defects smaller than 5 cm in diameter, wherever located. As regards larger parietal defects, a reconstructive procedure appeared always necessary for anterior or lateral regions of the thorax, while we never used prosthetic implants for posterior defects, regardless of their size. In all cases we used a Silastic sheet, 1.016 mm thick, reinforced by Dacron mesh, whose margins were molded on the form of the thoracic defect and secured by 2/0 Prolene suture. Follow up ranged from 6 to 36 months. No case of rejection has been observed up to date and no interference with radiation treatment or chemotherapy has been reported.

Humans↗
PubMed1998

[Tuberculosis of the thoracic wall. Presentation of 4 personal cases and review of the literature].

The thoracic wall is an uncommon localization for tuberculosis, accounting for an estimated 1 to 5% of all cases of bone and joint tuberculosis which themselves account for 15% of all extrapulmonary localizations. Four patients were hospitalized for tuberculosis of the thoracic wall. The first patient, aged 22 years, had sternal tuberculosis with multiple bone localizations. The second patient was 37 years old and had a cold abscess of the peristernal soft tissues with several other bone localizations devoid of clinical manifestations. A third 37-year-old patient had a cold intercostal abscess revealed by a mass in the upper left quadrant of the left breast. In the last patient, 50 years old, tuberculosis of the ribs was associated with a cold tumor of the knee. Together with cases reported in the literature, these observations demonstrate the difficult diagnostic situation presented by tuberculosis of the thoracic wall. Treatment is based on long-duration multi-drug therapy. Surgical resection is rarely indicated. Cure was achieved in our four cases.

Abscess↗
PubMed1984

Thoracic wall and pulmonary trauma in dogs sustaining fractures as a result of motor vehicle accidents.

The records of 267 dogs seen at the University of Minnesota Veterinary Teaching Hospital for fractures resulting from motor vehicle accidents were examined to determine the prevalence and types of thoracic wall and pulmonary trauma associated with such cases. Results were analyzed for type and prevalence of thoracic wall and pulmonary injury, and for the prevalence of such injury in dogs with and without extrathoracic injury, in dogs with fractures of single vs multiple bones, in dogs with single fractures of specific bones, in dogs with fractures in the cranial vs the caudal one half of the body, and in dogs with fractures ipsilateral vs contralateral to thoracic injury. The overall prevalence of thoracic wall and pulmonary trauma was 38.9%; pulmonary contusions, pneumothorax, and fractured ribs were the most common injuries. More than 1 type of thoracic wall or pulmonary injury was diagnosed in 57.7% of the cases. Of the dogs with thoracic injury, 24% also had extrathoracic injuries; 16.5% of dogs without thoracic injury had extrathoracic injuries, not including fractures. Of the dogs with fractures of 1 bone, 36.3% had thoracic injuries. Of the dogs with fractures of more than 1 bone, 42.3% had thoracic injuries. The prevalence of thoracic wall and pulmonary trauma was significantly associated with the site of the fracture (cranial vs caudal and ipsilateral vs contralateral); significant association with the specific bone fractured was also seen for some fractures.

Accidents, Traffic↗
PubMed1998

Reconstruction of thoracic wall defects after tumor resection using a polytetrafluoroethylene soft tissue (Gore-Tex) patch.

BACKGROUND: Recently, there have been a few reports recommending use of a 2 mm thick polytetrafluoroethylene soft tissue (Gore-Tex) patch for repair of thoracic wall defects. The potential role of these Gore-Tex patches was examined. METHODS: Five patients underwent chest wall tumor resection with thoracic wall reconstruction using a Gore-Tex patch (2 mm). We present a review of the complications experienced by five patients with Gore-Tex patches, as well as a review of the literature. RESULTS: Functionally and cosmetically, satisfactory results were obtained for 5 patients with Gore-Tex patch. There were no cases of infectious complications. However, we experienced one case of a flail chest postoperatively, in which reconstruction with two Gore-Tex patches of 30 x 15 cm, and 3 days of mechanical ventilation and chest wall support was needed. CONCLUSION: Our experience with Gore-Tex patches has been positive, and we recommend patch closure for thoracic wall defects.

Adolescent↗