Carbon monoxide produced from degradation of desflurane reacting with different carbon dioxide absorbents in a closed anesthesia circuit.
- VernacularTitle:模拟紧闭环路内不同的碱石灰对地氟烷分解反应的比较
- Author:
Wengang DING
;
Enyou LI
;
Baofeng YANG
- Publication Type:Journal Article
- Keywords:
Alkalies;
Anesthesia, closed-circuit;
Desflurane
- From:
Chinese Journal of Anesthesiology
1996;0(09):-
- CountryChina
- Language:Chinese
-
Abstract:
soda lime). It took significant less time to reach the peak CO concentration with baralyme than with the other two CO2 absorbents. The temperature of top canister went up faster than that of the bottom one with soda lime; whereas with baralyme the temperature of the bottom canister went up faster. Conclusion In a simulated closed circuit the risk of CO poisoning was higher with baralyme than with soda lime. But KOH-free soda lime which still contains NaOH, such as sofnolime, may produce more CO than standard soda lime.
