Articles: mortality.
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Aust N Z J Obstet Gynaecol · Feb 1988
Maternal mortality in Bahrain with special reference to sickle cell disease.
The maternal mortality in Bahrain during the 10-year period, 1977-1986, was 33.9 per 100,000 livebirths; the second 5-year period showed a significant reduction (26.9) compared to the first 5-year period (42.3). Haemorrhage, pulmonary embolism, hypertensive diseases of pregnancy and infection were the main causes of maternal mortality. ⋯ Avoidable factors were present in 38% of the cases, the majority being due to the failure of the patients to seek medical care or follow medical advice. Health education, premarital counselling and family planning were identified as significant factors in reducing the maternal mortality rate.
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Intensive care medicine · Jan 1988
Mortality and quality of life after intensive care for critical illness.
Early and late mortality of 313 ICU patients and the quality of life of 118 long term ICU survivors was studied to assess the effectiveness of intensive care for critically ill patients. The survival rate at discharge from the ICU was 76%, falling to 61% at 6 months and to 58% at 1 year. A simplified acute physiology score (SAPS) was recorded on ICU admission, as well as age, length of ICU-stay and the number of complications during intensive care. ⋯ In 21% of the patients a deteriorated physical condition was found, 77% remained unchanged and 2% were improved 2 years after ICU discharge, compared to their condition prior to the acute illness. Major functional impairment was found in 38% of the patients. Although the longterm physical condition and functional status correlated with SAPS and age on ICU admission, the best indicator for quality of life after intensive care proved to be the health status prior to the acute illness.
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World Health Stat Q · Jan 1988
The global impact of noncommunicable diseases: estimates and projections.
With the aging of populations in developing countries there is both a demographic and an epidemiological transition which affects the impact of chronic degenerative diseases on the health status of the populations. Demographic transition takes place in countries where there are effective programmes of disease control which allow for survival during the early years of childhood and adolescence. This results in an increase in life expectancy which places larger proportions of the population in the age range (60 years and older) in which chronic degenerative diseases become the major determinants of health status. ⋯ The major differences are seen to be in the proportions of deaths expected from such diseases as cancer, diabetes, heart disease, stroke and cirrhosis; but not in the distribution of age at death which is the better measure of disease impact. Demographic analyses, computing indirect estimates of mortality, also demonstrate that there are currently more chronic disease deaths in developing than developed countries and that as expectation of life increases in developing countries the global chronic disease burden will be greatly concentrated in the developing countries. Analyses of risk-factor reduction by feasible intervention strategies, e.g. smoking cessation campaigns, treatment of high blood pressure, using relationships between risk factors and diseases established in longitudinal studies carried out in developed countries, point out that the effect of risk-factor control in long-living populations can be hidden by the dependency of risk factors and various related causes of death, e.g. smoking has an impact on lung cancer, ischaemic heart disease and emphysema, but at different ages.(ABSTRACT TRUNCATED AT 400 WORDS)