Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0700208 (scoliosis)
 8,574 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

We report a case of postpneumonectomy syndrome in a 75-year-old man operated on for right lung cancer 18 months previously. The patient had a pre-existing severe thoracic scoliosis. Treatment involved positioning of an expandable silastic prosthesis in the postpneumonectomy cavity. A favorable outcome was observed. We think that a pre-existing scoliosis could be considered as a potentially predisposing factor to the development of the syndrome.
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PMID:Postpneumonectomy syndrome and pre-existing thoracic scoliosis. 1178 87

Atelectasis is a common respiratory complication in patients with severe motor and intellectual disabilities. We encountered 3 patients with irreversible atelectasis due to delayed therapy, emphasizing the necessity of performing flexible bronchofiberscopy. A total of 21 patients with atelectasis were studied to assess the etiology and efficacy of bronchofiberscopy. The underlying condition was bronchitis/pneumonia in 19 cases, tracheal hemorrhage in 1, and lung cancer in 1. Most of the patients had predisposing factors, such as a bedridden status in 90% and a weak or absent cough reflex in 81%. It was statistically suggested that atelectasis is likely to occur on the side contralateral to thoracic scoliosis. Among the 18 patients who underwent bronchofiberscopy within 2 weeks after the diagnosis of atelectasis, 16 (89%) showed recanalization and resultant improvement of respiratory failure. Bronchofiberscopy is useful for treating atelectasis in patients with severe motor and intellectual disabilities.
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PMID:[Etiology and bronchofiberscopic treatment of pulmonary atelectasis in patients with severe motor and intellectual disabilities]. 1527 14

Many respiratory diseases lead to impaired function of skeletal muscles, influencing quality of life and patient survival. Dysfunction of both respiratory and limb muscles in chronic obstructive pulmonary disease has been studied in depth, and seems to be caused by the complex interaction of general (inflammation, impaired gas exchange, malnutrition, comorbidity, drugs) and local factors (changes in respiratory mechanics and muscle activity, and molecular events). Some of these factors are also present in cystic fibrosis and asthma. In obstructive sleep apnea syndrome, repeated exposure to hypoxia and the absence of reparative rest are believed to be the main causes of muscle dysfunction. Deconditioning appears to be crucial for the functional impairment observed in scoliosis. Finally, cachexia seems to be the main mechanism of muscle dysfunction in advanced lung cancer. A multidimensional therapeutic approach is recommended, including pulmonary rehabilitation, an adequate level of physical activity, ventilatory support and nutritional interventions.
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PMID:Respiratory diseases and muscle dysfunction. 2228 81