About: Quantium Medical Cardiac Output

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quantium Medical Cardiac Output (qCO) uses impedance cardiography in a simple, continuous, and non-invasive way to estimate the cardiac output (CO) and other hemodynamic parameters such as the stroke volume (SV) and cardiac index (CI). The CO estimated by the qCO monitor is referred to as the "qCO". The impedance plethysmography allows determining changes in volume of the body tissues based on the measurement of the electric impedance at the body surface.

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rdfs:label	Quantium Medical Cardiac Output (en)
rdfs:comment	quantium Medical Cardiac Output (qCO) uses impedance cardiography in a simple, continuous, and non-invasive way to estimate the cardiac output (CO) and other hemodynamic parameters such as the stroke volume (SV) and cardiac index (CI). The CO estimated by the qCO monitor is referred to as the "qCO". The impedance plethysmography allows determining changes in volume of the body tissues based on the measurement of the electric impedance at the body surface. (en)
name	quantium Medical Cardiac Output (en)
foaf:depiction
dcterms:subject	Cardiac procedures
Wikipage page ID	46635243 (xsd:integer)
Wikipage revision ID	1104836125 (xsd:integer)
Link from a Wikipage to another Wikipage	Cardiac cycle Cardiac output Preload (cardiology) Pulmonary artery catheter Electromyography Aortic regurgitation Cardiac procedures Heart rate ECG Band-pass filter Cardiac index Cardiology Central venous catheter Myocardial contractility QRS complex Ischemia Accuracy and precision Afterload Bleeding Vascular resistance Pneumothorax Infection Obesity Stroke volume Inflection points Impedance cardiography Thrombosis Anaesthesiology Parasympathetic nervous system Pulse pressure Passive leg raising test Electric impedance Haemodynamic monitoring Intra-aortic balloon pumps Hypoperfusion Arterial blood pressure First derivative Sympathetic response Impedance plethysmography Emergency care Adaptive neuro-fuzzy inference system Echo Doppler studies Ventricular extrasystole Iatrogenic effect Swan-ganz catheter
sameAs	Quantium Medical Cardiac Output Quantium Medical Cardiac Output
dbp:wikiPageUsesTemplate	dbt:Citation_needed dbt:Infobox_diagnostic dbt:Lowercase_title dbt:Multiple_image dbt:Orphan dbt:Reflist
thumbnail	wiki-commons:Special:FilePath/QCO_location.png?width=300
align	center (en)
caption	Figure 2: Time relationship between the ECG, dZ and dZ/dt waveforms. The more characteristic points of the dZ/dt waveform are identified as B, which is the opening moment to the aortic valve . The C is the maximum blood flow in the left ventricle . The X reveals the closing of aortic valve and the LVET is the time interval between the opening and closure of the aortic valve, i.e., the interval between the points B and X. (en) Figure 1: Recommended location of the electrodes. For using the qCO it is only necessary to place the electrodes, connect it to a PC via USB and run the software. (en)
direction	horizontal (en)
image	QCO_location.png (en) qCO_waves.png (en)
purpose	estimate cardiac output (en)
width	400 (xsd:integer) 450 (xsd:integer)
has abstract	quantium Medical Cardiac Output (qCO) uses impedance cardiography in a simple, continuous, and non-invasive way to estimate the cardiac output (CO) and other hemodynamic parameters such as the stroke volume (SV) and cardiac index (CI). The CO estimated by the qCO monitor is referred to as the "qCO". The impedance plethysmography allows determining changes in volume of the body tissues based on the measurement of the electric impedance at the body surface. The assessment of Cardiac Output (CO) is important because it reveals the main cardiac function: the supply of blood to tissues. CO reflects the hemodynamic flow and hence the transport of oxygen; its clinical applications by non-invasive continuous hemodynamic monitoring are especially useful for some medical specialties like anaesthesiology, emergency care and cardiology, for example to prevent hypoperfusion and to guide fluid administration. Several authors advocate the high reliability and good correlation of cardiography impedance compared to others techniques more established. Nevertheless, some detractors complain about the sensitivity of the technique to artefacts such as the electromyography or breathing movements. (en)
prov:wasDerivedFrom	wikipedia-en:Quantium_Medical_Cardiac_Output?oldid=1104836125&ns=0
page length (characters) of wiki page	33963 (xsd:nonNegativeInteger)
foaf:isPrimaryTopicOf	wikipedia-en:Quantium_Medical_Cardiac_Output
is Link from a Wikipage to another Wikipage of	QCO
is Wikipage redirect of	QCO
is foaf:primaryTopic of	wikipedia-en:Quantium_Medical_Cardiac_Output

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