Search results for "BLOOD PRESSURE VARIABILITY"

showing 4 items of 14 documents

From pioneering to implementing automated blood pressure measurement in clinical practice: Thomas Pickeringʼs legacy

2010

Thomas G. Pickering spent most of his scientific career in carrying out research on clinical hypertension and blood pressure (BP) measurement. In our review of Pickering's seminal work, we first focused on white-coat hypertension and masked hypertension, two terms that he had introduced. Next, we highlighted the early publications of Pickering on diurnal BP variability and on the clinical application of self-measured BP. Pickering's work inspired many investigators worldwide and constituted a solid basis for further research. Pickering's original ideas led to algorithms for risk stratification involving white-coat hypertension and masked hypertension, diurnal BP variability, and self-measur…

MaleGerontologymedicine.medical_specialtyAmbulatory blood pressureAdolescentScientific careerConditioning ClassicalCardiologyWhite coat hypertension030204 cardiovascular system & hematologyAssessment and DiagnosisHistory 21st Century03 medical and health sciences0302 clinical medicineself-measured blood pressureInternal MedicinemedicineHumansBlood pressure monitoringmasked hypertension030212 general & internal medicineChildIntensive care medicineAdvanced and Specialized Nursingbusiness.industryblood pressureGeneral MedicineBlood Pressure Monitoring AmbulatoryHistory 20th Centurymedicine.diseaseCircadian RhythmClinical PracticeMasked HypertensionBlood pressureCardiovascular DiseasesHypertensionRisk stratificationFemaleCardiology and Cardiovascular Medicinebusinessdiurnal blood pressure variabilitywhite-coat hypertensionBlood Pressure Monitoring
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Basic cardiovascular variability signals: mutual directed interactions explored in the information domain.

2017

The study of short-term cardiovascular interactions is classically performed through the bivariate analysis of the interactions between the beat-to-beat variability of heart period (RR interval from the ECG) and systolic blood pressure (SBP). Recent progress in the development of multivariate time series analysis methods is making it possible to explore how directed interactions between two signals change in the context of networks including other coupled signals. Exploiting these advances, the present study aims at assessing directional cardiovascular interactions among the basic variability signals of RR, SBP and diastolic blood pressure (DBP), using an approach which allows direct compar…

MaleMultivariate statisticsAdolescentPhysiologySystole0206 medical engineeringBiomedical EngineeringBiophysicsContext (language use)Blood Pressure02 engineering and technologyBivariate analysisBaroreflex03 medical and health sciencesElectrocardiography0302 clinical medicineinformation domainDiastoleHeart RatePhysiology (medical)StatisticsHumansbaroreflexMathematicsResting state fMRIheart rate variabilityMultivariate time series analysiscomplex system020601 biomedical engineeringcardiovascular oscillationBlood pressureBiophysicInformation domainSettore ING-INF/06 - Bioingegneria Elettronica E InformaticaFemaleblood pressure variability030217 neurology & neurosurgeryHumancirculatory and respiratory physiologyPhysiological measurement
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Methodology and technology for peripheral and central blood pressure and blood pressure variability measurement: current status and future directions…

2016

Office blood pressure measurement has been the basis for hypertension evaluation for almost a century. However, the evaluation of blood pressure out of the office using ambulatory or self-home monitoring is now strongly recommended for the accurate diagnosis in many, if not all, cases with suspected hypertension. Moreover, there is evidence that the variability of blood pressure might offer prognostic information that is independent of the average blood pressure level. Recently, advancement in technology has provided noninvasive evaluation of central (aortic) blood pressure, which might have attributes that are additive to the conventional brachial blood pressure measurement. This position …

Position statementmedicine.medical_specialtyAmbulatory blood pressurePhysiologycentral blood pressureBlood Pressureclinic blood pressure030204 cardiovascular system & hematologylaw.inventionperipheral blood pressure03 medical and health sciences0302 clinical medicineCentral blood pressurelawaortic blood pressuremedicineInternal MedicineHumansBlood pressure monitoring030212 general & internal medicineIntensive care medicineambulatory blood pressureSocieties Medicalbrachial blood pressurebusiness.industryself-measurementMedicine (all)Blood Pressure DeterminationPeripheralEuropemonitoringPressure measurementBlood pressurePractice Guidelines as TopicAmbulatoryblood pressure variabilitymeasurementbusinessCardiology and Cardiovascular Medicine
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Disentangling cardiovascular control mechanisms during head-down tilt via joint transfer entropy and self-entropy decompositions

2015

A full decomposition of the predictive entropy (PE) of the spontaneous variations of the heart period (HP) given systolic arterial pressure (SAP) and respiration (R) is proposed. The PE of HP is decomposed into the joint transfer entropy (JTE) from SAP and R to HP and self-entropy (SE) of HP. The SE is the sum of three terms quantifying the synergistic/redundant contributions of HP and SAP, when taken individually and jointly, to SE and one term conditioned on HP and SAP denoted as the conditional SE (CSE) of HP given SAP and R. The JTE from SAP and R to HP is the sum of two terms attributable to SAP or R plus an extra term describing the redundant/synergistic contribution to the JTE. All q…

Supine positionInformation storageComputer sciencePhysiologyAutonomic nervous system; Baroreflex; Blood pressure variability; Cardiopulmonary coupling; Heart rate variability; Information dynamics; Multivariate linear regression analysis; Physiology; Physiology (medical)Cardiovascular controlAutonomic Nervous Systemlcsh:PhysiologyNuclear magnetic resonanceCardiopulmonary couplingPhysiology (medical)Cardiac controlHeart rate variabilityOriginal Researchlcsh:QP1-981redundancymultivariate linear regression analysiscardiopulmonary couplingBaroreflexHead-Down TiltInformation dynamicSynergySettore ING-INF/06 - Bioingegneria Elettronica E InformaticaSystolic arterial pressureTransfer entropyblood pressure variabilityMultivariate linear regression analysiinformation dynamicsAlgorithmFrontiers in Physiology
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