La county 1300 series Study guides, Class notes & Summaries

1302. How ventilation rate and volume affect end-tidal C02. - CORRECT ANSWER-Hypoventilation results in high arterial carbon dioxide (CO2). In general, this results in an end-tidal CO2 > 45mmHg on capnography, but end-tidal CO2 may not reflect arterial CO2 when lung disease and/or increased dead space are present. 1302. The indications for high flow oxygen. - CORRECT ANSWER-Initiate immediate high-flow O2 (15 L/min) for the following conditions: a. Respiratory Arrest b. Cardiac Arrest ...

1302. How ventilation rate and volume affect end-tidal C02. : Hypoventilation results in high arterial carbon dioxide (CO2). In general, this results in an end-tidal CO2 > 45mmHg on capnography, but end-tidal CO2 may not reflect arterial CO2 when lung disease and/or increased dead space are present. 1302. The indications for high flow oxygen. : Initiate immediate high-flow O2 (15 L/min) for the following conditions: a. Respiratory Arrest b. Cardiac Arrest c. Shock/Poor Perfusion d. A...

LA County 1300 Series 1302. How ventilation rate and volume affect end-tidal C02. - CORRECT ANSWER-Hypoventilation results in high arterial carbon dioxide (CO2). In general, this results in an end-tidal CO2 > 45mmHg on capnography, but end-tidal CO2 may not reflect arterial CO2 when lung disease and/or increased dead space are present. 1302. The indications for high flow oxygen. - CORRECT ANSWER-Initiate immediate high-flow O2 (15 L/min) for the following conditions: a. Respiratory Ar...

1302. How ventilation rate and volume affect end-tidal C02. : Hypoventilation results in high arterial carbon dioxide (CO2). In general, this results in an end-tidal CO2 > 45mmHg on capnography, but end-tidal CO2 may not reflect arterial CO2 when lung disease and/or increased dead space are present. 1302. The indications for high flow oxygen. : Initiate immediate high-flow O2 (15 L/min) for the following conditions: a. Respiratory Arrest b. Cardiac Arrest c. Shock/Poor Perfusion d. A...

1302. How ventilation rate and volume affect end-tidal C02. : Hypoventilation results in high arterial carbon dioxide (CO2). In general, this results in an end-tidal CO2 > 45mmHg on capnography, but end-tidal CO2 may not reflect arterial CO2 when lung disease and/or increased dead space are present. 1302. The indications for high flow oxygen. : Initiate immediate high-flow O2 (15 L/min) for the following conditions: a. Respiratory Arrest b. Cardiac Arrest c. Shock/Poor Perfusion d. A...

LA County 1300 Series

LA County 1300 Series

LA County 1300 Series