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Masked hypertension: how can the condition be detected?
1Department of Clinical and Experimental Medicine, University of Padova, Italy. palatini@unipd.it
Insights
Masked hypertension, a hidden heart disease risk, is prevalent and challenging to detect in clinical practice. Identifying at-risk individuals is crucial for preventing cardiovascular complications.
Area of Science:
- Cardiology
- Hypertension Research
- Preventive Medicine
Background:
- Masked hypertension, a significant cardiovascular disease predictor, poses clinical identification challenges.
- Prevalence varies widely (8%-49%) across populations and in those with transiently elevated blood pressure.
- Known risk factors include age, sex, smoking, alcohol, contraceptive use, and sedentary habits.
Framework:
- Ambulatory blood pressure monitoring (ABPM) is key to diagnosing masked hypertension.
- Reactivity to stressors and behavioral factors influence ambulatory blood pressure.
- Current diagnostic frameworks highlight the need for ABPM in specific high-risk groups.
Implementation:
- Screening for masked hypertension is recommended in individuals with risk factors.
- Diabetic individuals and those with kidney disease are identified as key populations for screening.
- Further research is needed to establish cost-effectiveness of ABPM.
Implications:
- Early detection and management of masked hypertension can mitigate cardiovascular disease risk.
- Targeted screening strategies are essential for clinical practice.
- Understanding prevalence and risk factors informs public health initiatives and clinical guidelines.
Abstract:
Recent evidence demonstrates that masked hypertension is a significant predictor of cardiovascular disease, but the problem for clinical practice is how to identify these patients. Furthermore, the prevalence of masked hypertension in the general population or in subjects with transient blood pressure elevation is still unknown. Data obtained in several cross-sectional studies have demonstrated large differences in the prevalence of masked hypertension, with prevalence rates from a low of 8% to a high of 49%. Two population-based studies performed in Italy and in Japan report prevalence of 9% and of 13.4%, respectively. A 49% frequency of masked hypertension has been found among subjects with transiently elevated clinic blood pressure. Several factors can selectively raise ambulatory blood pressure including age, sex, smoking, alcohol use, contraceptive use in women, and sedentary habits. Reactivity to daily life stressors and behavioural factors are other important determinants of ambulatory blood pressure. On the basis of the available evidence, masked hypertension should be searched for in individuals who are more likely to have this condition or are at increased risk of cardiovascular complications including diabetic individuals and subjects with kidney disease. Further research is needed to determine whether the use of ambulatory blood pressure monitoring is cost-effective in these subjects.
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