Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0020440 (hypercapnia)
 7,939 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

We studied the clinical features and efficacy of home noninvasive positive pressure ventilation (NPPV) therapy in 80 patients to ascertain its indications and problems. The causes of chronic respiratory failure were restrictive thoracic diseases of post-tuberculosis sequelae (40 cases) and kyphoscoliosis (9 cases), COPD (8 cases), bronchiectasis (7 cases), and interstitial pneumonia (4 cases). One year survival rate of the patients with post-tuberculosis sequelae was 76% and most of the patients who started NPPV at their acute exacerbation died within several months. About half of the patients of COPD improved their quality of life (QOL) through NPPV. However, their survival rate 3 months later was only 69%. More than half of the patients with bronchiectasis felt that their QOL was improved by NPPV. Most of the patients with interstitial pneumonia died within 3 months indicating that NPPV is less useful for improving QOL of interstitial pneumonia PaCO2, after home NPPV, decreased significantly in the responder group (70.0 +/- 15.4 vs. 57.6 +/- 10.7[SD]Torr, p < 0.05), while PaCO2 in the non-responder group was unchanged (65.4 +/- 12.1 vs. 64.2 - 10.4 [SD] Torr). Body Mass Index (BMI) in the responder group tended to be higher than in the non-responder group. In conclusion, the restrictive thoracic diseases with post-tuberculosis sequelae and kyphoscoliosis are a good indication for NPPV and the therapy is also useful for patients with bronchiectasis who can dispose of their sputum by themselves. Home NPPV is suitable for patients whose PaCO2 decreases through NPPV and whose BMI is relatively high. QOL of interstitial pneumonia barely improves through NPPV, because interstitial pneumonia with hypercapnia is at the terminal stage.
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PMID:[Eighty cases of chronic respiratory failure treated with home noninvasive positive pressure ventilation]. 1570 46

Fourteen adult patients with haematological malignancies (eight non-Hodgkin's lymphoma, one multiple myeloma, one chronic lymphocytic leukaemia, two acute lymphoblastic leukaemia and two acute myeloid leukaemia) developed acute interstitial pneumonitis (IP) during the course of chemotherapy. All patients manifested high fever over 38 degrees C, bilateral diffuse pulmonary interstitial infiltrates in the chest radiograph and severe hypoxia without hypercapnia in the arterial blood gas analysis. Pathogenic microorganisms were not detected in repeated examinations in any patient. Chemotherapy given included various anti-neoplastic drugs. Five patients had received granulocyte colony-stimulating factor (G-CSF) for chemotherapy-induced leucopenia. The onset was associated with an increase of leucocytes in 10 patients. All patients were treated with high dose steroid hormone and broad spectrum antibiotics with or without anti-fungal agents, and three required mechanical ventilation. Eleven patients quickly recovered from these situations, whereas three died. Autopsies were done in two patients and disclosed pneumocystis carinii (PC) pneumonitis in one and non-specific pulmonary congestive oedema and fibrosis in the other. In conclusion, IP of unknown cause could develop in patients with various haematological malignancies especially at the recovery phase of chemotherapy-induced leucopenia irrespective of the previous G-CSF administration. High dose steroid hormone should be used as therapy for such patients as soon as possible after exclusion of an infective aetiology.
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PMID:Acute interstitial pneumonitis during chemotherapy for haematological malignancy. 1609 18

The authors investigated the treatment outcome of patients with severe interstitial pneumonia (IP) who received opioids during end-of-life care. Twenty-two consecutive patients were retrospectively evaluated before and after continuous administration of opioids for 24 hours. All subjects died within 21 days; the mean survival period after opioid administration was 5.6 days. Six of the 22 patients (27%) died within 24 hours after opioids were initiated. In the other 16 patients, respiratory rate was significantly decreased after opioid use and there was a small, nonsignificant improvement in dyspnea measured by the Borg scale without adequate evaluation and records (n = 6). However, hypercapnia with over 10 mm Hg of Paco2 developed in two patients. Paco2 tended to be elevated after opioid use in all patients, although the change was not significant. An extremely poor outcome was attributable to the disease progression of IP in six of the patients with Pao2/FIo2 levels below 100. The other 16 patients showed both positive and negative effects as expected. Clinicians should assess dyspnea prior to opioid administration, since the purpose of the opioid administration is to relieve dyspnea. Dyspnea should be monitored and recorded in routine clinical practice, at least after hospitalization.
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PMID:Opioid use in end-of-life care in patients with interstitial pneumonia associated with respiratory worsening. 2400 14