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PubMed1981

Brazil.

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Age Distribution↗
PubMed1991

Mortality trends in Abidjan, Côte d'Ivoire, 1983-1988.

To assess changes in mortality in Abidjan since the development of the AIDS epidemic, we compared official city mortality statistics and hospital fatality rates in 1983, before AIDS was recognized in Abidjan, with those in 1988. Review of records in the city's major hospitals showed that fatality rates (deaths per 1000 admissions) in adult medical patients increased by 54% between 1983 and 1988, with increases of 106 and 98% in men 20-29 and 30-39 years of age, respectively, and 199 and 42% in women of the same age ranges. Mortality rates in surgical patients showed little change, while in children they declined. Over the same period, official mortality statistics for the city showed reduced mortality rates in children and women 20-29 years of age, but an increase in mortality rates of 54% in men 20 years of age and older, and of 28% in women aged 30 years and older. HIV infection may be a major cause of the increased adult mortality documented in hospital and city records, and jeopardizes improved survival from preventive measures such as maternal and child health services.

Acquired Immunodeficiency Syndrome↗
PubMed1991

Perinatal mortality statistics in Harare 1980-1989.

Perinatal and neonatal mortality rates, in the Greater Harare Maternity Unit, which showed a modest decline from 1980 to 1985, have rise dramatically since then. Half of the rise in neonatal mortality rate is due to increased numbers and an increased mortality rate in babies of birth weight less than 1001g. There is also an increase in the numbers of deaths of large babies. There is a strong case for a broad-based on-going enquiry into the reasons for such changes.

Birth Rate↗
PubMed1990

Nutrition and health in China, 1949 to 1989.

Since the establishment of a new social order in 1949, China's attempts to feed and nurture its large population has been a topic of serious study in many disciplines. This review focuses on dietary sources of Chinese population and incidence, increase and decline of important diet related health disorders in China during the last four decades. Literature published since 1949 on goiter, rickets, riboflavin deficiency, beri beri, vision impairment, favism, cancer, atherosclerosis and coronary heart disease, hypertension, dental and smoking related diseases, diabetes mellitus, pancreatitis, lactose intolerance, mineral deficiency, Kashin-Beck disease, parasitic diseases and genetic disorders are reviewed. Also presented selectively are reports related to ethnodietetics, health care, maternal health and pediatric care as well as longevity. In the 1980s, total caloric intake of Chinese population showed a 19% increase on a daily basis from that of late 1940s. In overall terms, plant derived foods supplied 93% of energy, 87% of protein and 55% of fat to the Chinese. Among the animal foods, pork remains the most common and least expensive form of meat, contributing more than 90% of China's total meat production excluding poultry and fish. In 1949, the life expectancy in China was only 36 years. In early 1980s, it has increased to 68 years. This increase in life expectancy is attributed mostly to improved nutrition and lowering of mortality due to decrease in infectious diseases. Though population, disease and mortality statistics of modern China are spotty and sometimes questionable, common consensus among the researchers is that since 1949 the public health situation in China has improved tremendously.

China↗
PubMed1990

Causes of death: an assessment of global patterns of mortality around 1985.

Cause-of-death statistics are available for virtually the entire population of the developed world (1.17 billion in 1985) and thus estimates of the mortality pattern in these countries can be made with some confidence, notwithstanding the artefacts which arise due to differences in diagnostic and certification practices between countries. In the developing countries, cause-of-death estimation is much more difficult due to the paucity of mortality statistics. Nonetheless, there are several sources of information on mortality, ranging from surveillance systems and small-scale community studies to complete vital registration, which can be exploited to estimate mortality patterns. Of the 50 million deaths which occur throughout the world each year, roughly 39 million (78%) occur in developing countries. For the developing countries as a whole, infectious and parasitic diseases are estimated to have accounted for almost one-half of all deaths in 1985. Diarrhoeal diseases, acute respiratory diseases (primarily pneumonia) and tuberculosis each claimed about 3-5 million deaths in the developing world in the mid-1980s, with a further 2.6 million due to measles and whooping cough. Perinatal conditions are estimated to have been responsible for a little over 3.2 million deaths in 1985 in developing countries, one-quarter of which were due to neonatal tetanus alone. Maternal causes claimed the lives of about 0.5 million women. At the same time, the chronic diseases are emerging as a leading cause of death in several regions of the developing world, particularly Latin America and East Asia. Circulatory and specific degenerative diseases are estimated to have caused about 6.5 million deaths in 1985. Chronic lung diseases and cancer are each thought to have claimed about 2.5 million lives in 1985. External causes also probably accounted for 2.0-2.5 million deaths.

Australia↗
PubMedDate not supplied

Birth weight-specific causes of infant mortality, United States, 1980.

To describe underlying causes of infant death by birth weight, we used data from the 1980 National Infant Mortality Surveillance project and aggregated International Classification of Diseases codes into seven categories: perinatal conditions, infections, congenital anomalies, injuries, sudden infant death syndrome (SIDS), other known causes, and nonspecific or unknown causes. Compared with heavier infants, infants with birth weights of 500-2,499 grams (g) are at increased risk of both neonatal and postneonatal death for virtually all causes. Sixty-two percent of neonatal deaths (under 28 days of life) were attributed to "conditions arising in the perinatal period," as defined using codes from the International Classification of Diseases. Prematurity-low birth weight and respiratory distress syndrome (RDS) were the leading causes of such deaths among infants with birth weights of 500-2,499 g, while birth trauma-hypoxia-asphyxia and other perinatal respiratory conditions were the leading causes among heavier infants. For all birth weight groups, congenital anomalies were the second leading cause, representing 27 percent of neonatal deaths. Although perinatal conditions caused nearly one-third of postneonatal deaths (28 days to under 1 year of life) among infants with birth weights of 500-1,499 g, for the other birth weight groups these conditions were much less important; predominant causes of postneonatal death were sudden infant death syndrome (SIDS), congenital anomalies, infections, and injuries. Black infants had a roughly twofold higher risk of neonatal and postneonatal death than did white infants for all causes except congenital anomalies, which occurred with almost equal frequency in blacks and whites. However, for infants with birth weights of 500-2,499 g, blacks had lower risks of neonatal death from RDS and congenital anomalies. Between 1960 (the latest year for which national birth weight-specific mortality statistics had been available) and 1980, SIDS emerged as a major diagnostic rubric. Otherwise, except for infections and congenital anomalies among infants with birth weights of 500-1,499 g, all causes of death declined in frequency among all birth weight groups.

Birth Weight↗
PubMed1986

Discordance between male and female deaths due to the respiratory distress syndrome.

General neonatal mortality statistics and those for the respiratory distress syndrome (RDS) were examined for the State of Wisconsin from 1979 through 1982. The objectives were to ascertain whether there are differences in total neonatal mortality related to sex and birth weight, to determine the veracity of reported gender differences in deaths due to RDS, and to assess the contribution of other risk factors for neonatal mortality to overall and sex-specific deaths occurring secondary to RDS. Additionally, a prospective analysis was performed at one perinatal center during a 5-year period in attempts to determine whether gender remained a significant factor in deaths due to RDS after adjusting for incidence. Overall, the most frequent diagnoses in those who died were RDS (15.6%), deaths due to complications of pregnancy (8%), immaturity (4.2%), and asphyxia (3.4%). The majority of fatalities for both sexes occur in neonates weighing less than 1 kg and the percentage of deaths attributable to RDS is greatest between 1 and 1.5 kg. The difference between sexes is also maximal in the latter weight group. Deaths secondary to RDS are greater for males regardless of Apgar score at one and five minutes, mode of delivery, maternal age, or ancillary diagnosis. These data suggest that deaths secondary to RDS are consistently greater in male neonates and that delivery within a limited "window" of time during gestation increases male susceptibility to fatal RDS.

Apgar Score↗
PubMed1980

Evaluation of a rural perinatal care system.

A voluntary system of regionalized perinatal health care was developed in Iowa to provide accessible services for a rural population. Larger community hospitals were upgraded to serve as level II regional centers and small obstetric units continued to provide maternity services for low risk patients. Consolidation of services was encouraged only when accessibility was not compromised. Education rather than legislative fiat was the stimulus for change. Evaluation by review of birth and mortality data suggests that a stratified system of care exists in Iowa. Judged by mortality statistics, perinatal outcome has improved since the inception of the program in 1973. The concept of a mortality risk ratio (neonatal deaths/<1,500 gm live births) is suggested as a method of reviewing mortality data from the perspective of risks inherent in the population served.

Delivery of Health Care↗