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The autopsy and vital statistics.

Vital statistics in the United States are collected through a decentralized, cooperative system of various levels of government administrated by the National Center for Health Statistics. Although registration of all deaths is virtually complete and demographic items are accurate, the reliability of cause of death data is hampered by the current state of medical knowledge, the incompleteness of information available at the time of death, the way in which physicians complete death certificates, and the system of classification of underlying cause. The need for quality assurance in national cause of death statistics can be met in large part by connecting the autopsy to the mainstream of vital statistics. Through case by case individual linkage of death certificates and autopsies in designated demographic and/or geographic areas, a representative, continuously collected, population-based system of aggregated autopsy data would be created. Demographic and clinical selection bias should be checked and adjusted through traditional methods of epidemiologic standardization. Such a use of autopsy information could further pathology's goals of understanding disease and improving the public health.

Autopsy↗

Survey of cause-of-death query criteria used by state vital statistics programs in the US and the efficacy of the criteria used by the Oregon Vital Statistics Program.

A survey of the 52 vital statistics registration areas in the United States revealed that at least 23 did not fulfill the minimum cause-of-death query guidelines recommended by the National Center for Health Statistics. The Oregon Center for Health Statistics is one of only a few that query certifying physicians at a comprehensive level. During August 1986-July 1987, a total of 2,453 of 23,238 death certificates were returned to the certifiers for additional information, not including those returned in a tobacco use study. More than one-half (56.1 per cent) resulted in new and more specific underlying cause-of-death data. Only 5.2 per cent of the queries were unanswered. One probable result of Oregon's program is that the state has the highest percentage of liver cirrhosis and disease deaths attributed to alcohol abuse in the United States. Nationally, 41.7 per cent of all liver disease and cirrhosis deaths in 1984 were listed as due to alcohol compared to 82.4 per cent in Oregon. The state's total liver cirrhosis and disease death rate (12.0 per 100,000 population) is only marginally higher than the United States rate (11.6). The query program also serves to locate maternal deaths that would otherwise not be reported, as well as to provide more accurate cause-of-death statistics in general.

Cause of Death↗

[Vital statistics: mechanisms of improvement].

Within the realm of basic statistics, information on vital facts represents a main tool for the study of the movement and dynamics of a population. Despite their importance, vital statistics in developing countries have had a limited development due to financial, cultural, geographical and coordination factors among the different institutions involved in recording vital statistics. Since 1982, Mexico has experienced a radical change in its system of vital statistics, which remained almost untouched for close to a century. Now (1988), the Mexican system of vital statistics has a completely modified and updated structure. This new structure permits interinstitutional actions which are necessary in order to achieve the consolidation of the system of vital statistics in Mexico.

Humans↗

Assessing the burden of cancer in Texas using vital statistics data.

BACKGROUND: Vital statistics data were used to describe the burden of cancer in Texas. METHODS: Average annual age-adjusted mortality data in Texas (1986 to 1990) for 17 cancer types were compared with the US data for whites and blacks and with California data for Hispanics. Trends were examined from 1980 to 1990 for the entire state and from 1976 to 1989 for 24 geographic regions within the state. RESULTS: Mortality excesses were detected for lung and liver cancer, and deficits for colorectal, breast, and prostate cancers. Rates were generally stable from 1980 to 1990 with several exceptions (lung, liver, colon). Six areas of Texas, including four areas along the Gulf Coast, had relatively more excesses of various cancers, without a discernible pattern by cancer type. CONCLUSIONS: Overall, Texas has fared favorably in cancer mortality when compared with the United States. Enhanced evaluation of the frequency of cancer, as well as the conduct of etiologic research, must await the availability of statewide long-term cancer incidence data.

Black or African American↗

Annual summary of vital statistics--1998.

Most vital statistics indicators of the health of Americans were stable or showed modest improvements between 1997 and 1998. The preliminary birth rate in 1998 was 14.6 births per 1000 population, up slightly from the record low reported for 1997 (14.5). The fertility rate, births per 1000 women aged 15 to 44 years, increased 1% to 65.6 in 1998, compared with 65.0 in 1997. The 1998 increases, although modest, were the first since 1990, halting the steady decline in the number of births and birth and fertility rates in the 1990s. Fertility rates for total white, non-Hispanic white, and Native American women each increased from 1% to 2% in 1998. The fertility rate for black women declined 19% from 1990 to 1996, but has changed little since 1996. The rate for Hispanic women, which dropped 2%, was lower than in any year for which national data have been available. Birth rates for women 30 years or older continued to increase. The proportion of births to unmarried women remained about the same at one third. The birth rate for teen mothers declined again for the seventh consecutive year, and the use of timely prenatal care (82.8%) improved for the ninth consecutive year, especially for black (73.3%) and Hispanic (74.3%) mothers. The number and rate of multiple births continued their dramatic rise; the number of triplet and higher-order multiple births jumped 16% between 1996 and 1997, accounting, in part, for the slight increase in the percentage of low birth weight (LBW) births. LBW continued to increase from 1997 to 1998 to 7.6%. The infant mortality rate (IMR) was unchanged from 1997 to 1998 (7.2 per 1000 live births). The ratio of the IMR among black infants to that for white infants (2.4) remained the same in 1998 as in 1997. Racial differences in infant mortality remain a major public health concern. In 1997, 65% of all infant deaths occurred to the 7.5% of infants born LBW. Among all of the states, Maine, Massachusetts, and New Hampshire had the lowest IMRs. State-by-state differences in IMR reflect racial composition, the percentage LBW, and birth weight-specific neonatal mortality rate for each state. The United States continues to rank poorly in international comparisons of infant mortality. Expectation of life at birth increased slightly to 76.7 years for all gender and race groups combined. Death rates in the United States continue to decline, including a drop in mortality from human immunodeficiency virus. The age-adjusted death rate for suicide declined 6% in 1998; homicide declined 14%. Death rates for children from all major causes declined again in 1998. A large proportion of childhood deaths, however, continue to occur as a result of preventable injuries.

Adolescent↗

The use of United States vital statistics in perinatal and obstetric research.

Vital statistics data have been used to track maternal and child health in the United States since the early 1900s. The breadth of information collected on birth and death certificates coupled with advances in computer processing have made possible critical perinatal and obstetric research. These enhancements also facilitate potentially problematic uses of the same data. This commentary explores characteristics of the United States Vital Statistics System and presents some thoughts with regard to the appropriate use of these data. The advantages of vital statistics include representativeness and the ability to examine subpopulations. Limitations include possible underreporting of medical conditions and procedures, lack of ability to ascertain clinical intent, and the well-known issues with gestational age reporting. Analyses based on vital statistics are important in informing future clinical research projects. However, respecting the limitations of vital statistics data enhance their appropriate role in obstetric and perinatal research.

Epidemiologic Research Design↗