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Query: UMLS:C0018801 (heart failure)
 72,216 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Chronic cor pulmonale is more prevalent in northern India than in the south. It is equally common in men and in women and accounts for 20% of all admissions for heart disorder in Delhi. In a study of 766 patients (239 men and 527 women) carried out over a 15-year period there were some striking sex differences. Some 75% of men and 10% of women smoked. The women came from the poorest class and all of them cooked from an early age over smoky and primitive fireplaces in ill-ventilated huts, while only 7% of the men cooked their own food. Chronic bronchitis and bronchiectasis were the commonest associated lung disorders in both sexes. The women developed heart failure 10-15 years earlier and showed more severe congestive failure with larger hearts and greater derangement of pulmonary function. It is concluded that the cause of chronic cor pulmonale in women in Delhi was damage to the lungs from exposure to smoky cooking fuels from girlhood onwards, followed by repeated chest infections.
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PMID:Sex differences in chronic cor pulmonale in delhi. 99 Jan 63

We have studied the crackling lung sounds of ten patients with cryptogenic fibrosing alveolitis, ten with bronchiectasis, ten with chronic obstructive pulmonary disease, and ten with heart failure by analyzing frequency, waveform, and timing of crackles. The upper frequency limit of inspiratory sounds was higher in CFA than in COPD or in HF. The period of crackling was shorter in COPD than in CFA or BE. Inspiratory crackling terminated significantly earlier in COPD than in CFA, BE, or HF. The initial deflection width and the two-cycle duration of the expanded waveforms of crackles were smaller in CFA than in BE, COPD, or HF. The largest deflection width was smaller in CFA than in BE, HF, or COPD and smaller in BE than in HF. The results indicate that crackling lung sounds in different diseases have distinctive features and that their analysis can be of diagnostic value.
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PMID:Crackles in patients with fibrosing alveolitis, bronchiectasis, COPD, and heart failure. 201 60

Previous studies have indicated that disorders producing crackling lung sounds may be different in terms of the waveform of the crackles or their timing in a respiratory cycle. In this study, we evaluated whether two-dimensional discriminant analysis of crackles has a better ability to separate pulmonary disorders than does a single-dimensional analysis. Cracking sounds of patients with cryptogenic fibrosing alveolitis (n = 10), bronchiectasis (n = 10), COPD (n = 10), heart failure (n = 10) and acute pneumonia (n = 11) and of those recovering from pneumonia (n = 9) have been studied. Variables indicating the timing of crackles during inspiration (beginning and endpoint of crackling) and their waveform (initial deflection width (IDW), two cycle duration (2CD) and largest deflection width (LDW)), were used for the analysis. The discrimination properties of one- and two-dimensional analyses with these variables were compared. The two-dimensional distances between the patient groups were the largest by combining IDW and the end-point of crackling. Cryptogenic fibrosing alveolitis was distinguished from bronchiectasis, COPD, heart failure and acute pneumonia without overlap. The differences between the diseases were illustrated two-dimensionally with ellipses. The two-dimensional analysis resulted in better separation between the groups than the use of single characteristics alone. This type of analysis can enhance the diagnostic power of acoustic pulmonary studies. It is also an informative visual way to find differences among pulmonary disorders.
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PMID:Separation of pulmonary disorders with two-dimensional discriminant analysis of crackles. 896 34

A new method to represent and evaluate crackles on the flow-volume plane is described. Characteristic crackle patterns were found in patients with pneumonia, bronchiectasis, chronic obstructive pulmonary disease, heart failure and cryptogenic fibrosing alveolitis. In addition to visual assessment, simple statistical parameters were used to describe the observed pathological phenomena.
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PMID:Distribution of crackles on the flow-volume plane in different pulmonary diseases. 975 87

Late and progressive respiratory failure after pneumonectomy may result from a variety of causes. Non-specific causes include restrictive failure by loss of alveolar volume; pulmonary hypertension; initial disease recurrence (e.g. bronchogenic cancer, bronchiectasis); side-effects of radio- and chemotherapy; and benign or malignant pleural or pericardial effusions. Acute or subacute conditions are congestive or ischemic heart failure, pulmonary embolism, and pneumonia. Two causes are specific, benign, and curable: the postpnemonectomy syndrome and the platypneaorthodeoxia syndrome. The latter is related to a right-to-left interatrial shunt through a reopened patent foramen ovale. The hemodynamic and anatomical mechanisms are analyzed through an exhaustive review of the literature, together with the particular clinical presentation and the easy diagnosis if suspected.
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PMID:Late complications. Late respiratory failure. 1045 33

Acute infections of the lower respiratory tract first require a weighing up of risks, which is of importance in particular for the decision for or against antibiotic therapy. Severe or longlasting exacerbations of a chronic obstructive bronchitis, severe and rapidly progressive bronchial asthma or infection associated with bronchiectasis in an underlying antibody deficiency syndrome, primary ciliary dyskinesia and mucoviscidosis. In the case of systemic immunodeficiencies such as the antibody deficiency syndrome, HIV infection or immunosuppressive therapy, the indication for antibiotic treatment is more liberally established. In combination with respiratory tract infections, serious underlying disease such as left heart insufficiency or diseases of the lungs, may become life-threatening. Of decisive importance for the outcome in such cases are, besides the use of antibiotics, such as treatment of the cardiac insufficiency or long-term oxygen therapy. Timely vaccination can prevent severe illness.
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PMID:[Acute infection of the lower respiratory tract: how long to observe?]. 1113 86

Acute exacerbation of chronic bronchitis (AECB) is a very common condition, which presents with deteriorating sputum production and dyspnoea in a patient with pre-existing COPD or chronic bronchitis. As these symptoms are relatively non-specific and also the presenting feature of a wide range of other conditions, the physician should carefully consider the differential diagnosis before deciding on whether or not a patient indeed has AECB. The differential diagnosis can be summarised as pneumonia, pneumothorax, cardiac failure/cor pulmonale, bronchiectasis, asthma, tuberculosis, sinusitis and other forms of upper respiratory tract sepsis, diffuse panbronchiolitis, lung cancer, gastro-oesophageal reflux, the presence of a foreign body in the airway, melioidosis, and lung abscess. This article aims to discuss these conditions, with brief presentation of clinical cases, in the evaluation of differential diagnosis of AECB.
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PMID:Solutions for difficult diagnostic cases of acute exacerbations of chronic bronchitis. 1158 3

Inspiratory muscle training (IM training) is a technique that is designed to improve the performance of the respiratory muscles (RMs) that may be impaired in a variety of conditions. Interest in IM training has expanded over the past two decades, and IM training has been used in an increasingly wide range of clinical conditions. However, the benefits of IM training continue to be debated, primarily because of methodological limitations of studies conducted to date. The focus of this article is to provide a critical review of IM training research in conditions other than chronic obstructive pulmonary disease for which it has been used, including asthma, bronchiectasis, cystic fibrosis, pre- and postsurgery, ventilator weaning, neuromuscular diseases, and chronic heart failure. Emphasis is placed on what has been learned, remaining questions, future applications, and significance to practice.
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PMID:Inspiratory muscle training: integrative review of use in conditions other than COPD. 1756 98

Chronic obstructive pulmonary disease (COPD) is characterized by airflow limitation that is not fully reversible, though a number of pulmonary phenotypes are recognized. These include small airways diseases, chronic bronchitis and bronchiectasis, as well as pulmonary emphysema, which can be further subdivided by the zone of the lung which it affects, and its radiological appearance. In addition COPD is associated with a number of comorbidities, which are found more frequently than would be expected by chance, even after controlling for common etiological factors (such as smoking or steroid use). These comorbid conditions may be responsible for some of the deterioration and de-conditioning seen in COPD, as well as a significant proportion of mortality, and should be sought and managed where clinically appropriate. This review examines the prevalence and clinical features of associated comorbid conditions, including atherosclerosis, cardiac failure, diabetes, osteoporosis, cachexia, gastro-esophageal reflux disease and depression. A brief consideration of their management in COPD is also given. In addition evidence for the concept of pulmonary overspill leading to systemic inflammation, the consequences of systemic inflammation, the possibility of accelerated aging, and of how these concepts could relate to shared genetic risk factors for both comorbidity and pulmonary aspects of COPD is discussed.
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PMID:Chronic obstructive pulmonary disease and comorbidity: a review and consideration of pathophysiology. 2019 37

A breakdown of 28 patients on domiciliary NPPV from September. 3, 2007 through July 31, 2009 includes 11 patients with chronic obstructive pulmonary disease, 7 patients with neuro-muscular disease, 4 patients with pulmonary tuberculosis sequela, 4 patients with conjestive heart failure, a patient with bronchiectasis and a patient with pulmonary interstitial pneumonia. Sixteen patients of them started NPPV at home. All of domiciliary NPPV patients had very severe conditions and frequent exacerbations. An avoidance of exacerbation led to improve a prognosis. Actually, a domiciliary pulmonary care team should do a pulmonary rehabilitation for them. It needs a special knowledge and artistic skills for their stable and high quality of life at home. Not only all of the team members should be an expert, but also the patient and family members who belong to the team should be an expert as well. We should educate them how to assess their symptoms and act patho-physiologically.
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PMID:[Domiciliary non-invasive positive pressure ventilation (NPPV) care]. 2044 19


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