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Low-Pressure Heliox-Based Rebreather System to Reduce Work of Breathing and Conserve Gas
Sairam Parthasarathy
, Christopher J. Morton
BIO5 Institute
UAHS Research
Medicine
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peer-review
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Dive into the research topics of 'Low-Pressure Heliox-Based Rebreather System to Reduce Work of Breathing and Conserve Gas'. Together they form a unique fingerprint.
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Keyphrases
Artificial Lung
14%
Bench Study
28%
CO2 Concentration
42%
CO2 Levels
14%
CO2 Scrubber
28%
End-tidal Carbon Dioxide
14%
Flow Pressure
14%
Gas Mixture
14%
Gasses
100%
Heliox
100%
Helium
28%
Human Subjects
14%
Humidity
42%
Humidity Level
14%
Low Flow
42%
Low Pressure
100%
Lung Model
14%
Lung Simulator
14%
Medical Gases
14%
Physiological Level
42%
Pressure Work
14%
Rebreather
100%
Rebreathing Systems
42%
Resistance Level
14%
Room Air
14%
Temperature Level
14%
Ultra-low
14%
Wastage
28%
Work of Breathing
100%
Medicine and Dentistry
Artificial Lung
16%
Breathing
100%
Carbon Dioxide
100%
Heliox
100%
Helium
33%
Human Subject
16%
Lung
16%
Medical Gas
16%
Oxygen Breathing
16%
Rebreathing
50%