Geographic variation in cardiovascular disease mortality in US blacks and whites

Citation
Lw. Pickle et Rf. Gillum, Geographic variation in cardiovascular disease mortality in US blacks and whites, J NAT MED A, 91(10), 1999, pp. 545-556
Citations number
33
Categorie Soggetti
General & Internal Medicine
Journal title
JOURNAL OF THE NATIONAL MEDICAL ASSOCIATION
ISSN journal
00279684 → ACNP
Volume
91
Issue
10
Year of publication
1999
Pages
545 - 556
Database
ISI
SICI code
0027-9684(199910)91:10<545:GVICDM>2.0.ZU;2-8
Abstract
Cardiovascular disease mortality rates have dropped significantly over the past several decades, but a shift has occurred over time in the geographic patterns of both coronary heart disease (CHD) and stroke mortality This art icle describes these patterns and discusses how they vary by sex, race, age , and over time. Death certificate information For Health Service Areas (HSAs) in 1988-1992 was used to analyze the geographic patterns of CHD and stroke death rates b y race, sex, and age. Changes in these patterns from 1979-1993 also were ex amined. In 1988-1992, considerable geographic variation in both CHD and str oke mortality was demonstrated For each sex and race group. Coronary heart disease rates were particularly high in the lower Mississippi valley and Ok lahoma for all four groups, in the Ohio River valley and New York for white s, and to a lesser extent for blacks. Areas of high rates among whites in t he Carolinas resemble stroke mortality patterns. There were greater differe nces by racial group than by gender, by the definition of heart disease. Ov er time, rates have declined For both CHD and stroke, but regional differen ces in the rates of change give the appearance of a southwesterly movement of high heart disease rate clusters and a breakup of the "Stroke Belt." Further research is needed to elucidate the cause of regional variation in CHD and stroke mortality. Similar geographic patterns of high rates of CHD and stroke in the southeastern United States may reflect common risk factor s. This knowledge can be used to help develop appropriate interventions to target these high-rate areas in the Mississippi and Ohio River valleys.