Key result
High normal arterial blood pressure in young adults was associated with a hyperkinetic hemodynamic profile, including a significantly higher resting heart rate (91.41 vs 70.53 beats/min) compared to those with optimal blood pressure.
Why the study?
Do young subjects with high normal arterial blood pressure have a different cardiovascular risk and hemodynamic profile compared to those with optimal blood pressure?
Cross-Sectional (n=116)
No
Do young subjects with high normal arterial blood pressure have a different cardiovascular risk and hemodynamic profile compared to those with optimal blood pressure?
Absolute Event Rate: 91.41% vs 70.53%
p-value: p=<0.01
Young adults with high normal blood pressure exhibit a hyperkinetic hemodynamic profile and higher prevalence of cardiovascular risk factors, suggesting they may benefit from early non-pharmacological interventions.
May warrant monitoring in young adults with high-normal BP; leaves open progression risk and need for prospective studies.
Introduction: The European Society of Cardiology classifies arterial pressure bellow 140/90 mmHg as optimal (below 120/80 mmHg), normal (120-129 mmHg for systolic and/or 80-84 mmHg for diastolic) and high normal (130-139 mmHg for systolic and/or 85-89 mmHg for diastolic). The argument is concerned with different cardiovascular risk. The possibility for arterial hypertension (AH) to appear is higher in individuals with high normal arterial pressure (HNAP). Such individuals could be treated with non-drug therapy as the idea is the appearance of AH to be delayed and the cardiovascular risk to be reduced. The goal of the study was to examine the risk and hemodynamic profile of medical students with HNAP. M aterial and methods: The object of the investigation was focused on medical students with HNAP. The two followed-up groups - with HNAP and with optimal arterial blood pressure (OBP) assumed this pattern on the base of inquiry and screening among 116 students (60 men and 56 women). Inquiry and anthropometric methods, arterial pressure monitoring and impedance cardiography were carried out. Results: The dominance of some factors, predisposing hypertension appearance as overweight, increased salt consumption, family history was registered in HNAP group. Hemodynamic evaluation manifested hyperkinetic type of circulation. Conclusion: Medical students` risk and hemodynamic profile within HNAP group is close to that of the hypertensive individuals. That makes them a special risk group and there is a necessity of non-drug treatment in order to delay AH expression.
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Nikolova et al. (2015) conducted a cross-sectional in High normal arterial blood pressure (n=116). High normal arterial blood pressure vs. Optimal arterial blood pressure was evaluated on Heart rate (beats/min) (p=<0.01). High normal arterial blood pressure in young adults was associated with a hyperkinetic hemodynamic profile, including a significantly higher resting heart rate (91.41 vs 70.53 beats/min) compared to those with optimal blood pressure.
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