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Search Results for Disease-specific survival

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Journal Article
Demography (2015) 52 (2): 593–611.
Published: 26 February 2015
... determining international differences in the prevalence of chronic diseases. Higher prevalence of disease could result from either higher incidence or longer disease-specific survival. This article uses comparable longitudinal data from 2004 and 2006 for populations aged 50 to 79 from the United States...
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Includes: Supplementary data
Journal Article
Demography (2008) 45 (3): 741–761.
Published: 01 August 2008
... advances that improve health. We test this hypothesis using data on disease-specific mortality rates for 1980 and 1990, and cancer registry data for 1973–1993. We estimate education gradients in mortality using compulsory schooling as a measure of education. We then relate these gradients to two measures...
Journal Article
Demography (2012) 49 (4): 1157–1183.
Published: 11 August 2012
.... To further examine the mortality results, we examine specific causes of death. We find that the conditional effect is largest for deaths from lung cancer, respiratory disease, stroke, homicide, suicide, and accidents. Because women report worse health but men’s mortality is higher, education closes...
FIGURES
Journal Article
Demography (2008) 45 (2): 387–416.
Published: 01 May 2008
... 1990s and that these reductions were predominately contributed by cohort effects. Cohort effects are found to differ by specific causes of death examined, but they generally show substantial survival improvements. Implications of these results are discussed with regard to demographic theories...
Journal Article
Demography (1989) 26 (2): 335–343.
Published: 01 May 1989
... of ethnicity, birth weight, maternal age, and plurality on birth outcomes—that is, on infant survival and deaths due to perinatal, congenital, and respiratory diseases and to sudden infant death syndrome. The results confirm the pronounced impact of birth weight on infant mortality and identify similarities...
Journal Article
Demography (2024) 61 (4): 1187–1210.
Published: 01 August 2024
... were born in 1905–1929 from age 1 until age 85. We measure exposure to disease using the local post–early neonatal mortality rate in the first 12 months after birth and apply flexible parametric survival models. For females, we find a negative effect on life expectancy (scarring) at ages 1–85 following...
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Includes: Supplementary data
Journal Article
Demography (2023) 60 (5): 1607–1630.
Published: 01 October 2023
... in national vaccination plans, even in the absence of TB, may be a cost-effective and easy-to-implement way of improving survival to the midlife ages. However, these studies are based on small, nonrepresentative samples or limited to specific health outcomes rather than an overall measure like all-cause...
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Includes: Supplementary data
Journal Article
Demography (1997) 34 (1): 135–157.
Published: 01 February 1997
... cohort mortality risks of major chronic diseases. We then examine how those factors affect the age-specific linkage of disability and mortality in three sets of birth cohorts assessed using the 1982, 1984, and 1989 National Long Term Care Surveys and Medicare mortality data collected from 1982 to 1991...
Journal Article
Demography (1980) 17 (2): 189–206.
Published: 01 May 1980
... on the differences in survival over the entire age range. Where cause specific information is available, multiple decrement life tables (Preston et al., 1972) provide the age-specific life expectancies in the stationary population for those in- dividuals who died of specific diseases. In particular...
Journal Article
Demography (2011) 48 (2): 507–530.
Published: 21 April 2011
...-specific) mortality across age and cohort intervals in the twin data to the corresponding intervals in the general population; they concluded that among adults, the patterns are usually the same. Wienke et al. ( 2001 ) replicated this comparison for coronary heart disease, and they reached the same...
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Includes: Supplementary data
Journal Article
Demography (2012) 49 (4): 1185–1206.
Published: 12 September 2012
... for 47 % of the Fogel sample and 50 % of the Andersonville sample. Cause of death is more commonly available when there was a surviving spouse. Causes of death are often vague: for example, “heart disease.” I therefore examine the combined category of heart disease as well as the more specific categories...
Journal Article
Demography (2013) 50 (2): 521–544.
Published: 18 November 2012
... the presence or absence of the disease by Y i = 1 or Y i = 0 for sample member i at time t . Let be the probability that a sample member aged x i is observed with the disease. The hazard function for contracting the disease at age x i is , and the corresponding survival function...
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Journal Article
Demography (1997) 34 (1): 31–48.
Published: 01 February 1997
... Data (pp. 3 – 38 ). New York : Cambridge University Press . Chase C.A. , Folstein M.P. , Breitner J.C.S. , Beaty T.H. , & Self S.G. ( 1983 ). “The Use of Life Tables and Survival Analysis in Testing Genetic Hypotheses, with an Application to Alzheimer’s Disease...
Journal Article
Demography (1992) 29 (2): 287–303.
Published: 01 May 1992
..., the racial gap in overall mortality could close completely with increased standards of living and improved lifestyles. Moreover, examining cause-specific mortality while adjusting for social factors shows that compared to whites, blacks have a lower mortality risk from respiratory diseases, accidents...
Journal Article
Demography (2019) 56 (2): 679–706.
Published: 16 January 2019
... in the discounted incomes at ages 78–95, adjusted with improvements in both survival probabilities and incomes, with the public health investments. I obtain 1890–1917 cohort survival probabilities for ages 78–95 for Sweden from the Human Mortality Database ( 2017 ), cohort- and age-specific incomes at ages 78–95...
FIGURES
Includes: Supplementary data
Journal Article
Demography (1998) 35 (4): 391–412.
Published: 01 November 1998
... include the quadratic curve fitted to the logarithm of age-specific death rates at very advanced ages (Coale and Kisker 1990; Wilmoth 1995) and the exponential survival function for tails of survival curves (Witten 1988). Why does the deceleration occur? Although an apparent slowdown can be attributed...
Journal Article
Demography (2019) 56 (4): 1389–1425.
Published: 19 July 2019
... as for cardiovascular disease mortality. The most basic model specification finds a 3.1 % higher all-cause mortality risk for those exposed, translating to about three months shorter remaining life expectancy at ages 54–87. Albeit not a trivial health penalty, the size of the effect is only slightly larger than...
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Includes: Supplementary data
Journal Article
Demography (1996) 33 (1): 98–110.
Published: 01 February 1996
...: Cause of Death Reporting in Matlab Source Book of Cause-Specific Mortality Rates 1975–1981 . Dhaka : International Centre for Diarrhoeal Disease Research, Bangladesh . ESTIMATING SEASONALITY EFFECTS ON CHILD MORTALITY IN MATLAB, BANGLADESH* PRADIP K. MUHURI This paper estimates the net effect...
Journal Article
Demography (2012) 49 (4): 1259–1283.
Published: 10 October 2012
... (keeping down execution time and memory use) and practically (estimating the model parameters and retaining transparency). To meet this challenge, we propose an approach that combines micro-simulation of the exposure information with macro-simulation of the diseases and survival. This approach allows users...
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Journal Article
Demography (1999) 36 (4): 429–443.
Published: 01 November 1999
... 3), with improvements starting (albeit very slowly) be- fore 1880. Disease-specific death rates from diseases of "old age" rose in 1860 in some localities, commensurate with an (uneven) fall in mortality from infectious diseases (Meeker 1972: table 4). The first empirical study of urban-rural...