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Query: UMLS:C0018799 (heart disease)
 34,133 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

The North Karelia Project in Finland and the Stanford Heart Disease Prevention Program in California are 2 communication campaign examples for achieving health-related life styles. In 1972, health workers began a heart disease risk reduction program in North Karelia which had the highest levels of cardiovascular disease in Finland which in turn had the highest rate in the world as a pilot project to test the feasibility of involving the local community. In 1971, the Stanford Heart Disease Program began in 3 communities and had spread to 5 more around 1978. Communication strategies aim to diffuse preventive health innovations to a relatively large group of people within a specific time period using an organized set of communication activities. Prevention campaigns incorporate strategies from social learning, social marketing, and entertainment-education for mass communication. Social marketing strategies involve at least audience segmentation and use of symbols or logos, e.g., the Stanford Program used red hearts as its logo. Social learning revolves around the theory that people learn from both positive and negative roll models. In 1978, the North Karelia Project had a TV smoking cessation campaign with 10 people representing various target groups including a middle-aged man and a young woman. Evaluation research is also used to provide feedback to the project which allows the project to move on effectively. The main goal of diffusion prevention health innovations is to reach critical mass: the point where the innovation diffuses in a self-sustaining manner. The diffusion begins rather slowly then about the time 15-25% of the target audience adopts the innovation, the adoption rate grows quickly. In North Karelia, after 20 years, people eat a low fat and low cholesterol diet. In both California and Finland, there has been considerable reduction in cardiovascular disease risk.
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PMID:Communication campaigns to change health-related lifestyles. 161 14

Endothelin (ET) is a potent vasoconstrictor peptide with an as yet uncertain physiological role in cardiovascular disease. We measured blood plasma ET concentrations using a recently developed radioimmunoassay and analysed the relations between ET concentration, systemic arterial pressure and systemic vascular resistance. In addition, ET levels before and after percutaneous balloon valvuloplasty and angioplasty were measured. Fifty-one patients were studied: (1) 13 patients with small left-to-right shunting or Kawasaki heart disease (age ranged from 4 to 144 months); (2) 10 patients who had undergone balloon valvuloplasty or angioplasty (age ranged from 1 to 233 months) and (3) 28 healthy infants and children (age ranged from 3 to 152 months). Systemic vascular resistance was calculated by the formula (mean aortic pressure--mean right atrial pressure) X 80/cardiac output (dyne.sec.cm-5). Plasma ET concentrations in healthy children less than 2 years were significantly higher than those over 2 years (2.48 +/- 0.62 vs 1.31 +/- 0.53 pg/ml). In eight patients in groups 1 and 2, plasma ET concentration in the pulmonary artery (2.00 +/- 0.43 pg/ml) was significantly lower than that in the femoral vein (2.39 +/- 0.69 pg/ml) and aorta (2.23 +/- 0.59 pg/ml), suggesting ET secretion derived from endothelial cells in peripheral pulmonary vessels. There was a significant positive correlation between ET concentrations in the femoral vein and systemic vascular resistance (r = 0.55, p less than 0.05). After balloon dilatation ET concentration rose from 2.15 +/- 0.82 pg/ml to 2.61 +/- 1.38 pg/ml.(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:Plasma endothelin concentration: relation with vascular resistance and comparison before and after balloon dilatation procedures. 162 68

Although the number of cardiovascular deaths associated with environmental tobacco smoke cannot be predicted with absolute certainty, the available evidence indicates that environmental tobacco smoke increases the risk of heart disease. The effects of environmental tobacco smoke on cardiovascular function, platelet function, neutrophil function, and plaque formation are the probable mechanisms leading to heart disease. The risk of death due to heart disease is increased by about 30% among those exposed to environmental tobacco smoke at home and could be much higher in those exposed at the workplace, where higher levels of environmental tobacco smoke may be present. Even though considerable uncertainty is a part of any analysis on the health affects of environmental tobacco smoke because of the difficulty of conducting long-term studies and selecting sample populations, an estimated 35,000-40,000 cardiovascular disease-related deaths and 3,000-5,000 lung cancer deaths due to environmental tobacco smoke exposure have been predicted to occur each year. The AHA's Council on Cardiopulmonary and Critical Care has concluded that environmental tobacco smoke is a major preventable cause of cardiovascular disease and death. The council strongly supports efforts to eliminate all exposure of nonsmokers to environmental tobacco smoke. This requires that environmental tobacco smoke be treated as an environmental toxin, and ways to protect workers and the public from this health hazard should be developed. According to a 1989 Gallup survey commissioned by the American Lung Association, 86% of nonsmokers think that environmental tobacco smoke is harmful and 77% believe that smokers should abstain in the presence of nonsmokers.(ABSTRACT TRUNCATED AT 250 WORDS)
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PMID:Environmental tobacco smoke and cardiovascular disease. A position paper from the Council on Cardiopulmonary and Critical Care, American Heart Association. 163 35

The principal conclusions of the fourth report of the Joint Cardiology Committee are: 1 Cardiovascular disease remains a major cause of death and morbidity in the population and of utilisation of medical services. 2 Reduction in the risk of cardiovascular disease is feasible, and better co-ordination is required of strategies most likely to be effective. 3 Pre-hospital care of cardiac emergencies, in particular the provision of facilities for defibrillation, should continue to be developed. 4 There remains a large shortfall in provision of cardiological services with almost one in five district hospitals in England and Wales having no physician with the appropriate training. Few of the larger districts have two cardiologists to meet the recommendation for populations of over 250,000. One hundred and fifty extra consultant posts (in both district and regional centres) together with adequate supporting staff and facilities are urgently needed to provide modest cover for existing requirements. 5 The provision of coronary bypass grafting has expanded since 1985, but few regions have fulfilled the unambitious objectives stated in the Third Joint Cardiology Report. 6 The development of coronary angioplasty has been slow and haphazard. All regional centres should have at least two cardiologists trained in coronary angioplasty and there should be a designated budget. Surgical cover is still required for most procedures and is best provided on site. 7 Advances in the management of arrhythmias, including the use of specialised pacemakers, implantable defibrillators, and percutaneous or surgical ablation of parts of the cardiac conducting system have resulted in great benefit to patients. Planned development of the emerging sub-specialty of arrhythmology is required. 8 Strategies must be developed to limit the increased exposure of cardiologists to ionising radiation which will result from the expansion and increasing complexity of interventional procedures. 9 Supra-regional funding for infant cardiac surgery and transplantation has been successful and should be continued. 10 Despite advances in non-invasive diagnosis of congenital heart disease the amount of cardiac catheterisation of children has risen due to the increase in number of interventional procedures. Vacant consultant posts in paediatric cardiology and the need for an increase in the number of such posts cannot be filled from existing senior registrar posts. All paediatric cardiac units should have a senior registrar and in the meantime it may be necessary to make proleptic appointments to consultant posts with arrangements for the appointees to complete their training. 11 Provision of care for the increasing number of adolescent and adult survivors of complex congenital heart disease is urgently required. The management of these patients is specialised, and the committee recommends that it should ultimately be undertaken by either adult or pediatric cardiologists with appropriate additional training working in supra-regionally funded centers alongside specially trained surgeons. 12 Cardiac rehabilitation should be available to all patients in the United Kingdom. 13 New recommendations for training in cardiology are for a total of at least five years in the specialty after general professional training, plus a year as senior registrar in general medicine. An additional year may be required for those wishing to work in interventional cardiology and adequate provision must be made for those with an academic interest. 14 It is essential that both basic and clinical research is carried out in cardiac centres but these activities are becoming increasingly limited by the lack of properly funded posts in the basic sciences and restriction in the number of honorary posts for clinical research workers. 15 A joint audit committee of the Royal College of Physicians and the British Cardiac Society has been established to coordinate audit in the specialty. All district and regional cardiac centres should cooperate with the work of the committee, in addition to their participation in local audit activities.
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PMID:Provision of services for the diagnosis and treatment of heart disease. Fourth report of a Joint Cardiology Committee of the Royal College of Physicians of London and the Royal College of Surgeons of England. 173 19

Cardiovascular disease rates illustrate the excess morbidity and mortality associated with race and social class. However, while prevalence and deaths from heart disease are greater among black and lower socioeconomic status (SES) populations, researchers rarely consider possible confounds between race and SES. In a longitudinal study of 246 older myocardial infarction (MI) patients, differences appeared in both morbid events and death for black and lower SES patients. Simultaneous comparison of race and SES showed significantly different outcomes among black low SES, black high SES, white low SES, and white high SES patients that confirmed the predicted ranking of these groups. Low SES black subjects ranked last in physical functioning and cardiac symptomatology, whereas high SES white subjects ranked first in preventive health opportunities. We also considered the potential race-SES confound as an interaction term in multiple regression analysis, and three recovery outcomes were significantly predicted by the joint effects of these variables. These findings demonstrate that failure to consider SES of black and white patients jointly, as well as individually, can lead to erroneous conclusions about health.
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PMID:Racial and socioeconomic aspects of myocardial infarction recovery: studying confounds. 179 55

A cumulative effect has been calculated by Henderson et al. concerning the estimated changes in mortality with estrogen therapy. Even assuming a twofold increase in the risk of breast cancer, the benefits derived from reduction of osteoporotic fractures and the decreased risk of heart disease, demonstrate a 41% decrease in mortality in women who receive estrogen therapy. Since cardiovascular disease is the major cause of morbidity and mortality in postmenopausal women, and since the beneficial effects of estrogen outweigh the documented and perceived risk of estrogen use, estrogen ought to be considered as prophylactic therapy, particularly in women at risk of heart disease.
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PMID:Extraskeletal effects of estrogen and the prevention of atherosclerosis. 139 65

The elucidation of the structure and function of the plasma apolipoproteins has provided the unique opportunity to understand the physiological pathways for the transport and cellular metabolism of the plasma lipoproteins. The complexity of the individual density classes of plasma lipoproteins has been revealed by a detailed analysis of the apolipoprotein composition of the individual lipoprotein particles. In addition, the elucidation of the molecular defects in patients with dyslipoproteinemias has now permitted the understanding of the defects at the level of the apolipoprotein gene. The ability to define the genetic defect in individuals at risk for the development of premature cardiovascular disease provides the unique opportunity to now identify these individuals at an earlier age, and to initiate therapy to prevent the development of early heart disease.
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PMID:Recent advances in lipoprotein metabolism and the genetic dyslipoproteinemias. 183 Apr 48

Laparoscopic tubal sterilization under local anesthesia with intravenous sedation has been shown to be a safe procedure. However, the use of laparoscopy in patients with cyanotic cardiovascular disease is controversial and is generally contraindicated. Five women were referred with uncorrectable cyanotic heart disease and pulmonary hypertension. The mean preoperative arterial oxygen pressure was 56.2 +/- 5 mmHg (N = 5). After cardiology and cardiovascular anesthesia consultation and clearance, the patients underwent laparoscopic sterilization with Silastic rings under local anesthesia using direct trocar entry. Continuous hemodynamic monitoring and pulse oximetry were employed. The patients were kept in the intensive care unit or the hospital for 24 hours for monitoring, and all did well. This hospital for 24 hours for monitoring, and all did well. This small retrospective series demonstrates that laparoscopic sterilization under local anesthesia is a sterilization technique that may be suitable and safe for such patients when appropriate monitoring is performed. Tubal sterilization may be the contraceptive method of choice in women with heart disease when pregnancy is contraindicated.
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PMID:Laparoscopic tubal sterilization under local anesthesia in women with cyanotic heart disease. 183 53

Left ventricular hypertrophy (LVH) is one of the less common but ominous risk factors for coronary disease, stroke and cardiac failure. The chief determinants of LVH, aside from age, are elevated blood pressure, obesity, stature and glucose intolerance. Cardiac valve disease and chronic heart disease (CHD) also cause LVH. Downward trends in the prevalence of LVH over four decades indicate that LVH is preventable, and this has coincided with improved hypertension control. When evidence of LVH disappears, the risk of all-cause, cardiovascular and CHD mortality is substantially reduced. Cardiovascular events occur incrementally in relation to left ventricular mass with no discernible critical value identifying pathological hypertrophy. LVH as evidenced by electrocardiogram (ECG-LVH), manifested by repolarization abnormality as well as increased voltage, was a lethal finding; with 5 years, 33% of men and 21% of women were dead. ECG-LVH was associated with ventricular ectopy and a sudden death risk comparable to that of CHD or cardiac failure. ECG-LVH was associated with a 3-15-fold increase of cardiovascular events with greatest risk ratios for cardiac failure and stroke. However, CHD is the predominant clinical sequel. No other risk factor approaches LVH in potency. Anatomical (echocardiographic or X-ray) LVH and ECG-LVH each independently contribute to the risk of cardiovascular disease, and having both confers a greater risk than having either alone. LVH is a clinical finding which should be taken seriously and corrected as soon as detected. It should not be regarded as an innocuous adaptive process, augmenting cardiac function.
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PMID:Left ventricular hypertrophy as a risk factor: the Framingham experience. 183 65

The current burden of cardiovascular disease in the U.S. population and recent trends in morbidity, mortality and risk factors provide a perspective on heart disease in the 21st century. Projections of demographic trends for populations and predictions of the frequency, distribution and characteristics of cardiovascular disease in the future are offered with numerous reservations and subject to revision. Nonetheless, we can expect to see more patients with cardiovascular disease in the next few decades and these patients are likely to be older and to be from the less well-educated and poorer socioeconomic segments of society. Improvements in treatment for the initial cardiovascular event may result in increased survival of women and men suffering permanent damage or disability. There will also be better opportunities to prevent cardiovascular diseases through modifying risk factors in the general population and in high risk individuals. Non-invasive procedures will also increase opportunities for detecting and reversing preclinical atherosclerosis through hygienic and therapeutic measures.
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PMID:[Demographic trends and the burden of cardiovascular diseases]. 186 52


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