Abstract

BackgroundOne of the most important risk factors for stroke is hypertension. A number of studies have attempted to identify the most effective anti-hypertensive therapeutic group for stroke prevention. Using an epidemiologic approach we aimed to find correlations based on Hungarian data on stroke-mortality and on prescription routine of anti-hypertensive therapeutics in three different counties, showing significant difference in stroke mortality.MethodsWe have used the official yearly reports on stroke-mortality for the period 2003-2008. Based on the significant differences in the change in mortality due to stroke three counties were selected: Baranya, Bekes and Hajdu-Bihar. The usage of antihypertensive therapeutic groups was analyzed. The correlation of stroke mortality difference and different antihypertensive treatment habits was analyzed by using normality test, time series analyses, correlation coefficient, paired samples test, one sample test and chi-square test.ResultsFor the year 2003 stroke-mortality standardized with the county population number was highest in county Bekes, followed by county Baranya and county Hajdu-Bihar. For each year stroke mortality has shown significant (p < 0.0001) difference between the three counties and the ranking/order of the counties has been preserved over time. During the period of our study, an increase in the number of days of treatment was observed for most of the anti-hypertensive drugs listed. We have observed that the increased use of high-ceiling diuretics resulted in a mortality advantage, and the reduction in use of calcium channel blockers with direct cardiac effect had negative consequences.ConclusionsThe authors acknowledge that by limiting the study to three counties the findings cannot be generalized to the whole Hungarian population. Two trends can still be identified:i) increased number of days of treatment (and therefore the probable use) of high-ceiling diuretics is associated with reduction in mortality due to stroke and its immediate complications; ii) reduction in the use of non-dihidropiridin CCBs does not seem justified, as their use appears to be advantageous in stroke prevention. Authors put emphasis on the importance of the adherence of the patients to the preventive therapies. Health care professionals could provide an important added value to the life long preventive therapies by improving the compliance of their patients, giving personalized care and advice.

Highlights

  • One of the most important risk factors for stroke is hypertension

  • The anti-hypertensive therapies we have studied belong to the following ATC groups: centrally acting antiadrenergic agents (ATC: C02A); peripherally acting antiadrenergic agents (ATC: C02C); low-ceiling diuretics, thiazides (ATC: C03A, C03B); high-ceiling diuretics (ATC: C03C); potassium-sparing agents (ATC: C03D); beta blocking agents (ATC: C07A); selective calcium channel blockers with mainly vascular effects (ATC: C08C); selective calcium channel blockers with direct cardiac effects (ATC: C08D); plain ACE-inhibitors (ATC: C09A), plain angiotensin II antagonists (ATC: C09C)

  • The comparison of the number of days of treatment with high-ceiling diuretics (ATC: C03C) between county Baranya and county Bekes showed a bigger increase in diuretics prescription in county Baranya and a more accentuated decrease in stroke-mortality was recorded in the same county

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Summary

Introduction

A number of studies have attempted to identify the most effective anti-hypertensive therapeutic group for stroke prevention. Using an epidemiologic approach we aimed to find correlations based on Hungarian data on stroke-mortality and on prescription routine of anti-hypertensive therapeutics in three different counties, showing significant difference in stroke mortality. Out of a multitude of contributing factors we have previously documented the favorable role of the steady increase in the prescription of cardio-metabolic mortality due to stroke. One of the most important risk factors for stroke is hypertension. In the 40 to 70 years age group it was shown that a 20 mmHg increase in systolic blood pressure or a 10 mmHg increase in diastolic blood pressure double the risk of stroke [4]. Reducing blood pressure levels could be one of the most effective mechanisms for decreasing the incidence of stroke and mortality due to stroke

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