Search results
Pulse contour analysis provides continuous cardiac output and stroke volume variation. PiCCO requires the insertion of a central venous pressure (CVP) catheter and a thermodilution arterial line. The arterial line can be placed in the axillary, brachial, femoral or radial artery, although radial insertion requires a longer catheter.
3 lis 2020 · PiCCO is a cardiac output monitor that combines pulse contour analysis and transpulmonary thermodilution technique; PiCCO2 includes continuous ScvO2 monitoring (CeVOX probe via standard CVC)
With the sophisticated algorithm, the stroke volume is calculated continuously and, by multiplying the stroke volume with the heart rate, a continuous cardiac output is derived, the pulse contour cardiac output (PCCO).5
PiCCO continuous cardiac output monitoring is based on pulse contour analysis of the invasive arterial blood pressure curve. Stroke volume is calculated for each pulse using the pulse contour analysis. With this and heart rate, continuous cardiac output can be defined; see Figure 2. The indexed value is the same divided by the body surface area.
The Fick Formula calculates cardiac output, cardiac index, and stroke volume.
6 mar 2018 · Pulse contour cardiac output monitoring systems allow real-time and continuous estimation of hemodynamic variables such as cardiac output (CO) and stroke volume variation (SVV) by...
PiCCO™* (Continuous Cardiac Output) enables continuous hemodynamic monitoring using a femoral or axillary artery catheter and a central venous catheter. Employing patented algorithms, PiCCO combines real-time continuous monitoring through arterial pulse contour analysis with intermittent thermodilution measurement via the transpulmonary method.
