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Virtus
Metabolic
Monitor

Simple and Cost Efficient Indirect Calorimetry

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Virtus Monitor allows continuous and non-invasive measurement of oxygen consumption (VO₂) and carbon dioxide production (VCO₂), plus calculation of respiratory quotient (RQ) and energy expenditure (EE) for mechanically ventilated patients

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The Virtus Monitor is mobile and has an exceedingly small footprint for easy switching of the Monitor between patients, which brings flexibility and cost efficacy to the treatment.

 

Metabolic Measurement, Indirect Calorimetry, VO2 measurement, VCO2 measurement, Energy Expenditure, Resting Energy Expenditure, RQ, gas exchange measurement, bed side, ventilation, intensive care unit, metabolism, weirs formula, oxygen consumption, carbon dioxide production, non-invasive measurement, metabolic status, over and under feeding, nutrition planning, oxygen delivery, weaning process, respiratory parameter

The Virtus Monitor uses a side-stream respiratory gases and flow measurement technique and tubes easy click-on connectivity, which makes easy-of-use very simple 

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The Virtus Metabolic Monitor does not require any calibration prior to use, which makes it immediately operational when needed.

 

Additionally, the Virtus Metabolic Monitor automatically monitors respiratory signal quality

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The Virtus Metabolic Monitor has all respiratory parameters on a single screen, which makes the diagnosing of changes fast and easy and enables the clinicians to observe changes in patient’s metabolic status.

Metabolic Measurement, Indirect Calorimetry, VO2 measurement, VCO2 measurement, Energy Expenditure, Resting Energy Expenditure, RQ, gas exchange measurement, bed side, ventilation, intensive care unit, metabolism, weirs formula, oxygen consumption, carbon dioxide production, non-invasive measurement, metabolic status, over and under feeding, nutrition planning, oxygen delivery, weaning process, respiratory parameter

Simple and easy overview of all metabolic parameters, supporting ventilator weaning procedures

Metabolic Measurement, Indirect Calorimetry, VO2 measurement, VCO2 measurement, Energy Expenditure, Resting Energy Expenditure, RQ, gas exchange measurement, bed side, ventilation, intensive care unit, metabolism, weirs formula, oxygen consumption, carbon dioxide production, non-invasive measurement, metabolic status, over and under feeding, nutrition planning, oxygen delivery, weaning process, respiratory parameter

Adjustable region of interest area for optimal average VO2, VCO2, REE and RQ estimation

Metabolic Measurement, Indirect Calorimetry, VO2 measurement, VCO2 measurement, Energy Expenditure, Resting Energy Expenditure, RQ, gas exchange measurement, bed side, ventilation, intensive care unit, metabolism, weirs formula, oxygen consumption, carbon dioxide production, non-invasive measurement, metabolic status, over and under feeding, nutrition planning, oxygen delivery, weaning process, respiratory parameter

Up to 3 hours continuously battery operation

 

@ average 10min measuring time per patient, it will allow you to perform measurements on > 15 patients on a fully charged battery

Metabolic Measurement, Indirect Calorimetry, VO2 measurement, VCO2 measurement, Energy Expenditure, Resting Energy Expenditure, RQ, gas exchange measurement, bed side, ventilation, intensive care unit, metabolism, weirs formula, oxygen consumption, carbon dioxide production, non-invasive measurement, metabolic status, over and under feeding, nutrition planning, oxygen delivery, weaning process, respiratory parameter
Metabolic Measurement, Indirect Calorimetry, VO2 measurement, VCO2 measurement, Energy Expenditure, Resting Energy Expenditure, RQ, gas exchange measurement, bed side, ventilation, intensive care unit, metabolism, weirs formula, oxygen consumption, carbon dioxide production, non-invasive measurement, metabolic status, over and under feeding, nutrition planning, oxygen delivery, weaning process, respiratory parameter
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