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Query: UMLS:C0034067 (emphysema)
 11,506 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

In an effort to explore the utility of classic Nissen fundoplication performed laparoscopically, 16 adult patients with well documented gastroesophageal reflux underwent laparoscopic Nissen fundoplication. A full gastric fundal dissection was performed, with division of at least 2 short gastric vessels. The crura were approximated with 1-3 sutures, and a loose fundoplication was performed over an esophageal dilator (minimum 46 F) with three stitches, encompassing the esophageal wall (2.5 cm in length). All patients had symptoms of reflux refractory to medical therapy, and four had an esophageal stricture requiring preoperative dilatation. Fifteen of 16 procedures were completed laparoscopically; one patient required conversion to an open procedure to control bleeding from a posterior gastric vein. There were no other operative complications. The average operative time was 180 minutes (range 120-285). Clear liquids were begun at the passage of flatus (average 2.7 days postop), and patients were discharged an average of 4.1 days postoperatively. Postoperative complications included ileus (1 patient for 6 days), severe subcutaneous emphysema (1 patient), and dysphagia requiring dilatation (5 patients). In short follow-up (mean 4.43 mo., range 1-12 mo.) 14 of 15 patients had complete abolition of reflux symptoms, but one patient with persistent heartburn had reflux demonstrated on a postoperative upper GI series. Thirteen of 16 patients returned to full function within 14 days of surgery. We conclude that standard Nissen fundoplication is possible laparoscopically, and allows a rapid recovery from surgery. However, it is difficult, time consuming, and associated with a significant rate of recurrence in the short term (6%).(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:Initial experience with laparoscopic Nissen fundoplication. 783 76

Wind instrument performance is a notable feature in pneumology under aspects of ventilatory physiology and respiratory diseases. It requires an adequate ventilatory function combined with precise control of air flow and the ability to generate sufficient mouth pressures. Depending on the type of wind instrument, the required rates of airway pressure and air flow differ significantly. The cause of respiratory disease in wind instrument players may be related to these increased airway pressures in terms of a barotrauma. Wind instrumentalists may suffer from hemoptysis, laryngoceles, velopharyngeal insufficiency and pneumoparotitis due to their musical performance. Even the development of lung cancer has been assumed to be related to wind instrument playing. Controversy exists about implicating wind instrument use as the cause of pulmonary emphysema or in changes of pulmonary function, which is, however, unlikely under physiological aspects. Furthermore, professional wind instrumentalists may be impaired in their work by the side effects of anti-obstructive medication and respiratory infection. On the other hand, the potential therapeutic effects of wind instrument performance have to be considered. For asthmatic teenagers a significant improvement of pulmonary function and of physical and emotional activities could be related to wind instrument playing. Last but not least, didgeridoo playing was shown to be a promising alternative treatment for obstructive sleep apnoea syndrome.
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PMID:[Pneumological aspects of wind instrument performance--physiological, pathophysiological and therapeutic considerations]. 1807 66