Add to ORKGThe purpose of this research is to develop, test and calibrate a prototype portable device that will measure human metabolic activity; namely time resolved measurements of gas temperature, pressure and flow-rate, and oxygen and carbon dioxide partial pressure during inhalation and exhalation
ABSTRACT. The ability of the Datex Deltatrac (Sensor-Medics, Anaheim, CA) to accurately measure oxyg...
This thesis presents an analysis of an instrument which is used to assess respiratory function. This...
Several studies have evaluated the accuracy of portable metabolic gas analysis systems, which measur...
Previously we proposed construction of a miniaturized metabolic monitor that could be taken aboard t...
AbstractBreath-by-breath levels of O2 and CO2 may be used to determine human metabolic rate which, i...
This work evaluates the use of a new flow meter to assess exhalation rate. A mobile indirect calorim...
Objective. A rapidly growing home healthcare market has resulted in the development of many portable...
Breath-by-breath levels of O2 and CO2 may be used to determine human metabolic rate which, in turn, ...
The use of automated metabolic gas analysis systems or metabolic measurement carts (MMC) in exercise...
By measuring oxygen consumption and carbon dioxide production, indirect calorimetry is the most comm...
Abstract: The purpose of this study was to investigate the validity of the MedGraphics VO2000 portab...
The present work introduces the use of environmental sensors to assess indoor air quality (IAQ) in c...
The purpose of the present study was to evaluate the precision and the accuracy of a new portable te...
ABSTRACT. Background: Accurately determining rates of energy expenditure (EE) under free-living cond...
The aim of this thesis was to develop a (portable) miniaturized device for long-term continuous real...
ABSTRACT. The ability of the Datex Deltatrac (Sensor-Medics, Anaheim, CA) to accurately measure oxyg...
This thesis presents an analysis of an instrument which is used to assess respiratory function. This...
Several studies have evaluated the accuracy of portable metabolic gas analysis systems, which measur...
Previously we proposed construction of a miniaturized metabolic monitor that could be taken aboard t...
AbstractBreath-by-breath levels of O2 and CO2 may be used to determine human metabolic rate which, i...
This work evaluates the use of a new flow meter to assess exhalation rate. A mobile indirect calorim...
Objective. A rapidly growing home healthcare market has resulted in the development of many portable...
Breath-by-breath levels of O2 and CO2 may be used to determine human metabolic rate which, in turn, ...
The use of automated metabolic gas analysis systems or metabolic measurement carts (MMC) in exercise...
By measuring oxygen consumption and carbon dioxide production, indirect calorimetry is the most comm...
Abstract: The purpose of this study was to investigate the validity of the MedGraphics VO2000 portab...
The present work introduces the use of environmental sensors to assess indoor air quality (IAQ) in c...
The purpose of the present study was to evaluate the precision and the accuracy of a new portable te...
ABSTRACT. Background: Accurately determining rates of energy expenditure (EE) under free-living cond...
The aim of this thesis was to develop a (portable) miniaturized device for long-term continuous real...
ABSTRACT. The ability of the Datex Deltatrac (Sensor-Medics, Anaheim, CA) to accurately measure oxyg...
This thesis presents an analysis of an instrument which is used to assess respiratory function. This...
Several studies have evaluated the accuracy of portable metabolic gas analysis systems, which measur...