13 research outputs found
Probability of survival for cardiovascular disease (CVD) mortality (panel A) and coronary heart disease (CHD) mortality (panel B) according to the presence of first-degree relatives with CVD (myocardial infarction or/and stroke or/and sudden death)
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Comparison of models for prediction of CVD mortality without and with addition of CVD family history.
<p>Comparison of models for prediction of CVD mortality without and with addition of CVD family history.</p
Numbers of registered stroke events and proportions of computed tomography and autopsy performed among 25–64 year-old male and female residents of Kaunas city by age-group and 9-year periods during 1986–2012.
<p>Numbers of registered stroke events and proportions of computed tomography and autopsy performed among 25–64 year-old male and female residents of Kaunas city by age-group and 9-year periods during 1986–2012.</p
Comparison of models for prediction of CHD mortality without and with addition of CVD family history.
<p>Comparison of models for prediction of CHD mortality without and with addition of CVD family history.</p
Trends in age-standardized stroke rates among 25–64 year-old female residents of Kaunas city during 1986–2012 by Joinpoint regression analysis.
<p>Trends in age-standardized stroke rates among 25–64 year-old female residents of Kaunas city during 1986–2012 by Joinpoint regression analysis.</p
Adjusted hazard ratio (HR) of cardiovascular health factors and risk of all-cause mortality.
<p>Adjusted for age, education, alcohol intake frequency, study survey year, smoking status, physical activity, BMI, total cholesterol level, blood pressure, fasting glucose level, antihypertensive treatment, hypoglycemic therapy, lipid lowering treatment. CI – confidence interval, BMI – body mass index.</p><p>Adjusted hazard ratio (HR) of cardiovascular health factors and risk of all-cause mortality.</p
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Trends in age-standardized stroke rates among 25–64 year male residents of Kaunas city during the period of 1986–2012 by Joinpoint regression analysis.
<p>Trends in age-standardized stroke rates among 25–64 year male residents of Kaunas city during the period of 1986–2012 by Joinpoint regression analysis.</p
Trends in age-standardized incidence of stroke by types among 25–64 year female residents of Kaunas (Lithuania) during 1986 to 2012.
<p>Trends in age-standardized incidence of stroke by types among 25–64 year female residents of Kaunas (Lithuania) during 1986 to 2012.</p
Trends in age-standardized mortality of stroke by types among 25–64 year female residents of Kaunas (Lithuania) during 1986 to 2012.
<p>Trends in age-standardized mortality of stroke by types among 25–64 year female residents of Kaunas (Lithuania) during 1986 to 2012.</p