Fig. 6. Inspired compound A concentrations and absorbent temperatures resulting from degradation of sevoflurane by fresh and by partially dehydrated absorbents. Compound A concentrations with fresh or dry Amsorb®were not significantly different from baseline at any time. Compound A concentrations with Amsorb®were significantly less than those with fresh Baralyme®and “new” sodalime, and with partially dehydrated “classic” sodalime at 10–45 min. Temperatures were not different between fresh absorbents. Dehydrated Amsorb®temperatures were significantly less than those of dry Baralyme®and “classic” sodalime after 5 min.

Fig. 6. Inspired compound A concentrations and absorbent temperatures resulting from degradation of sevoflurane by fresh and by partially dehydrated absorbents. Compound A concentrations with fresh or dry Amsorb®were not significantly different from baseline at any time. Compound A concentrations with Amsorb®were significantly less than those with fresh Baralyme®and “new” sodalime, and with partially dehydrated “classic” sodalime at 10–45 min. Temperatures were not different between fresh absorbents. Dehydrated Amsorb®temperatures were significantly less than those of dry Baralyme®and “classic” sodalime after 5 min.

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