Results 241 to 250 of about 2,813,671 (291)
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Hemodynamic Monitoring

Chest, 2013
Hemodynamic assessment is a key component of the evaluation of the critically ill patients and has both diagnostic and prognostic utility. This review outlines a general approach to assessment of hemodynamics and perfusion, and then discusses various hemodynamic parameters: heart rate, BP, intravascular (central venous and pulmonary artery) pressures ...
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Implantable Hemodynamic Monitors

Heart Failure Clinics, 2009
The evaluation and management of volume status in patients with heart failure is a challenge for most clinicians. In addition, such an evaluation is possible only during a personal clinician-patient interface. The ability to acquire hemodynamic data continuously with the help of implanted devices with remote monitoring capability can provide early ...
José A, Tallaj   +2 more
openaire   +3 more sources

Hemodynamic Monitoring

Critical Care Nursing Clinics of North America, 1999
Hemodynamic monitoring is one of the most exciting and potentially useful technologies in critical care. Hemodynamic monitoring, particularly the PAC, is the technology most often associated with the critical care unit. However, it is a difficult technology to master and is associated with clear (although infrequent) serious complications.
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Functional hemodynamic monitoring

Current Opinion in Critical Care, 2007
To assess the recent literature on effective use of information received from hemodynamic monitoring.Dynamic hemodynamic measures are more effective in assessing cardiovascular status than static measures. In this review, we will focus on the application of hemodynamic monitoring to evaluate the effect of therapy.A systematic approach to an effective ...
Mehrnaz, Hadian, Michael R, Pinsky
openaire   +2 more sources

Hemodynamic Monitoring in Sepsis

Critical Care Clinics, 2009
Arterial waveform analysis that does not require continuous calibration, impedance cardiography, electrical cardiometry, velocity-encoded phase contrast magnetic resonance imaging (MRI), pulsed dye densitometry, noninvasive pulse pressure analysis using tonometry, suprasternal Doppler, partial CO2 rebreathing techniques, and transcutaneous Doppler are ...
Brian, Casserly   +2 more
exaly   +4 more sources

Hemodynamic Monitoring

Pediatric Critical Care Medicine, 2016
Objectives: In this review, we discuss hemodynamic monitoring modalities, including their application, the interpretation of data, limitations, and impact on outcomes. Data Source: MEDLINE, PubMed.
exaly   +3 more sources

Principals of Hemodynamic Monitoring

2007
Hemodynamic monitoring is the cornerstone of patient management in the intensive care unit. However, to be used effectively its applications and limitations need to be defined and its values applied within the context of proven therapeutic approaches.Review of the physiological basis for monitoring and a review of the literature on its utility in ...
Patricio M, Polanco, Michael R, Pinsky
openaire   +2 more sources

Introduction to Hemodynamic Monitoring

Nursing Clinics of North America, 1987
This article discusses nursing care of the patient who requires hemodynamic monitoring. This will include care of the patient who requires intra-arterial pressure monitoring, central venous pressure (CVP) monitoring, left atrial pressure (LAP) monitoring, and monitoring of left heart pressures, cardiac output, and systemic vascular resistance using a ...
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Hemodynamic monitoring in childhood

Intensive Care Medicine, 1989
Hemodynamic monitoring is indicated in children with impending or manifest cardiocirculatory failure. Since cardiocirculatory failure is characterized by an imbalance between oxygen delivery and oxygen demand due to perfusion failure, the parameters monitored should aid in the assessment of these oxygen variables.
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Hemodynamic monitoring in ICU.

Minerva anestesiologica, 2006
Oxygen supply to all tissues is possible only in a condition of adequate blood circulation. Oxygen demand is the driving force that is responsive of hemodynamic adjustment. The human body acts on four modulators (intravascular volume, inotropy, vasoactivity, chrono-tropy) in order to adjust the hemodynamic state.
Stucchi, R, Poli, G, FUMAGALLI, ROBERTO
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