A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood f
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood flowing in the descending aorta. The shift in the frequency of the reflected ultrasound waves caused by the moving blood cells are translated by the CardioQ™ into a real time display of the velocity of the blood against time. Analysis of the waveform provides information on a range of cardiac parameters to be derived.
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood f
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood flowing in the descending aorta. The shift in the frequency of the reflected ultrasound waves caused by the moving blood cells are translated by the CardioQ™ into a real time display of the velocity of the blood against time. Analysis of the waveform provides information on a range of cardiac parameters to be derived.
The CardioQ EDM is intended for use as a fluid management and cardiac output mo
The CardioQ EDM is intended for use as a fluid management and cardiac output monitoring system. The system is designed to provide clinicians with real-time information about left-ventricular blood flow.
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood f
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood flowing in the descending aorta. The shift in the frequency of the reflected ultrasound waves caused by the moving blood cells are translated by the CardioQ™ into a real time display of the velocity of the blood against time. Analysis of the waveform provides information on a range of cardiac parameters to be derived.
The CardioQ EDM+ is intended for use as a fluid management and cardiac output mo
The CardioQ EDM+ is intended for use as a fluid management and cardiac output monitoring system. The system is designed to provide clinicians with real-time information about left-ventricular blood flow.
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood f
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood flowing in the descending aorta. The shift in the frequency of the reflected ultrasound waves caused by the moving blood cells are translated by the CardioQ™ into a real time display of the velocity of the blood against time. Analysis of the waveform provides information on a range of cardiac parameters to be derived.
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood f
A stationary probe directs a continuous 4MHz beam of ultrasound waves at blood flowing in the descending aorta. The shift in the frequency of the reflected ultrasound waves caused by the moving blood cells are translated by the CardioQ™ into a real time display of the velocity of the blood against time. Analysis of the waveform provides information on a range of cardiac parameters to be derived.
Body Composition Dual Tab Electrode, each pouch contains 60 single use gel backe
Body Composition Dual Tab Electrode, each pouch contains 60 single use gel backed electrodes.