Clinical and Experimental Hypertension Part A Theory and Practice · 1985 · 92 citations · 5 references
HypertensionHeart FailurePressure MeasurementBlood Pressure VariabilityMeasurementLarge SeriesCardiovascular FunctionDiastolic FunctionBlood PressurePatient MonitoringBiostatisticsCardiologyHealth SciencesBlood Pressure MonitoringSleepAntihypertensive TherapyHypertensive EmergenciesCardiovascular DiseasePhysiology24-Hour MeasurementAbstractlong-term RecordingsBlood Pressure ControlMedicineEmergency Medicine
AbstractLong-term recordings of blood pressure in an individual could logically be expected to have greater prognostic power than values recorded in the clinic in view of the known inaccuracies and variability of the latter. This feature has been shown to be true in a large series investigated by Perloff and colleagues1. Specific components of the 24h profile may have greater prognostic power than others, 'basal' blood pressure (generally equated with night-time resting values) has been thought by some2 to have greater predictive value than that recorded during less standardised activity at other times of day. A further hypothesis is that high intrinsic blood pressure variability may play an independent role in determining cardiovascular pathology when measured either as a global index3 or as a specific component such as the slope of the early morning rise in pressure4.Key Words: Ambulatory monitoringblood pressurevariabilityhypertensionprognosisleft ventricular hypertrophymyocardial infarctionstroke
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The Prognostic Value of Ambulatory Blood Pressures
D Perloff · JAMA · 1983 · 852 citations
Blood Pressure Monitoring, Hypertension, Ambulatory Blood Pressures +13
The prognostic value of ambulatory blood pressures
D. Perloff · JAMA · 1983 · 172 citations
Blood Pressure Monitoring, Hypertension, Ambulatory Blood Pressures +6
Gianfranco Parati, Elena Tortorici, Fabio Glavina et al. · Journal of the Autonomic Nervous System · 1980 · 133 citations
Blood Pressure Monitoring, Hypertension, Cardiovascular Disease +7