Surgical excision with a safety margin is the cornerstone\ud of treatment of malignant sternal tumors. After sternal resection,\ud the primary goals of chest wall reconstruction are to\ud prevent flail chest with ventilatory impairment, protect the\ud underlying mediastinal structures, and avoid chest deformity.\ud Various techniques and several materials have been\ud used over the years for this purpose.1 This report describes\ud the use of sternal allograft to reconstruct the chest wall after\ud sternal resection

Laryngotracheal stenosis (LTS) is a challenging problem, and its management is complex. This study evaluated both short- and long-term outcomes following laryngotracheal resection and anastomosis. Between 1994 and 2006, 37 patients underwent surgery for LTS. The cause of stenosis was post-intubation or post-tracheostomy injury in 28 cases and idiopathic in nine. Pearson's technique was used for anterolateral cricotracheal resection (n=23), and Grillo's technique of providing a posterior membranous tracheal flap was used in cases of circumferential stenosis (n=14). Since 1998, we have modified the techniques in 21 cases, using a continuous 4/0 polydioxanone suture for the posterior part of the anastomosis. No peri-operative mortality was recorded. Three (8.1%) patients developed major complications (two fistulae and one early stenosis) that required a second surgical look. We had 16 minor complications in 14 (37.8%) patients. The long-term results were excellent to satisfactory in 36 patients (97.3%) and unsatisfactory in one (2.7%). Single-staged laryngotracheal resection is a demanding operation, but can be performed successfully with acceptable morbidity in specialized centers. The continuous suture in the posterior part of the anastomosis simplifies the procedure without causing technique-related complications. In our experience, this procedure guaranteed excellent to satisfactory results in more than 90% of patients.

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Sleeve lobectomy is a safe and effective therapy for selected patients with NSCLC. Vascular procedures and the use of induction chemotherapy did not increase mortality and morbidity; otherwise, the use of preoperative radiotherapy is not recommended. Overtime trend showed a significant lower mortality in the last period. This emphasises the importance of a learning curve and encourages the performance of this procedure in experienced centres.

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A middle aged COVID-19 male patient presented 2 weeks after discharge with new onset of dyspnoea and desaturation. Radiological studies revealed right side pneumothorax and lower lobe cystic air space. Chest drain was inserted and on a later date the patient underwent thoracoscopic surgery where a large pneumatocele was identified. Deroofing and closure of sources of air leak were done. Histopathological examination demonstrated extensive fibrosis, intra-alveolar Haemorrhage and pneumocytes hyperplasia.

We present a case of chest wall reconstruction after sternochondral resection for sternal metastasis of breast origin. We used three transverse titanium plates to stabilise the chest wall and provide support for a polytetrafluoroethylene dual mesh, which was used to cover the chest wall defect. The pectoralis muscles flaps were approximated in the midline to cover the dual mesh.

The process of wearing head scarf is very complex; girls used to hold a number of pins in the mouth and utilize them one by one to fix the scarf. Loss of concentration results in pin aspiration. We presented our experience with scarf pin aspiration and discussed the unique clinical characteristics of this problem. We reviewed the records of 73 patients who underwent bronchoscopy for scarf pin inhalation during the period from January 1995 to May 2009. The following data were collected, history of aspiration, time lag before presentation, symptoms and signs, radiological findings, bronchoscopic findings, number of repeated bronchoscopy, complications, need for thoracotomy and time of discharge. All patients were female, mean age 13.4 years. The time lag before admission was <12 h for 59 (81%) patients. Positive history was present in all cases. Chest radiography identified the pins in all cases. The foreign bodies were seen in the left bronchial system in 37 (50.7%) patients, in the right bronchial system in another 24 (32.9%), and in the trachea in 12 (16.4%) patients. In 66 (90.4%) patients, the foreign body was removed in the first bronchoscopic trial; a second trial was needed in 5 (6.8%) patients, and thoracotomy was performed in two patients. In conclusion, head scarf pin aspiration occurs in adolescent Islamic girls. The clinical presentation and radiological findings are diagnostic in all cases. Rigid bronchoscopy is the preferred treatment modality. Health education is the key issue in the prevention of this problem.