Optimal Nutrition Care guided by Indirect Calorimetry - COSMED Satellite Symposium at ESPEN 2018

Posted on 05 June 2018, English, Company, Event

indirect calorimetry

Rome (Italy) - June 2018 - The 2018 ESPEN (European Society Parenteral & Enteral Nutrition) Congress will host a Satellite Symposium sponsored by COSMED dedicated to indirect calorimetry in critically ill patients, including an introduction of the main breakthroughs of the new Q-NRG metabolic monitor.

Should we calculate or measure energy expenditure? Practical aspects in the ICU

Posted on 12 May 2018, COSMED News, English, Indirect Calorimetry, Scientific

indirect calorimetry

This review focuses on why indirect calorimetry should be used in clinical practice of critical care medicine and which are the benefits of using indirect calorimetry and which are the disadvantages of using predictive equation.

COSMED introduces Q-NRG, the new metabolic monitor for energy expenditure measurements in mechanically ventilated and spontaneous breathing patients in ICU

Posted on 08 March 2018, English, Company

indirect calorimetry

Rome (Italy) - March 2018 - COSMED, world-wide leader in the design of metabolic systems for clinical and human performance applications, announced today the release of a new product line of metabolic monitors for quick, accurate, intuitive and affordable indirect calorimetry.

Does the use of indirect calorimetry change outcome in the ICU? Yes it does

Posted on 23 February 2018, COSMED News, English, Indirect Calorimetry, Scientific

indirect calorimetry

A new study appears on the "Current Opinion on Clinical Nutrition and Metabolic care Journal" highlighting the importance of monitoring nutrition and metabolic status of ICU patients.

Approximate Time to Steady-state Resting Energy Expenditure Using Indirect Calorimetry in Young, Healthy Adults

Posted on 27 June 2017, COSMED News, English, Indirect Calorimetry, Scientific

indirect calorimetry

A new study in the Frontiers in Nutrition Journal provides evidence on the assessment of the time to reach steady state (SS) during indirect calorimetry in young, healthy adults.

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