Hahn N, Hörnchen U, Eichelkraut W
Experimentelle Chirurgie (Zentrum für Chirurgie, Chirurgische Klinik und Poliklinik, Rheinischen Friedrich-Wilhelms-Universität Bonn.
Arzneimittelforschung. 1996 Mar;46(3):251-6.
Cardiac excitation, conduction, and refractory parameters of the heart were investigated in 40 beagle dogs to obtain basic values under the influence of the following 9 inhalation anaesthetic regimes using HIS-bundle electrography and programmed stimulation: 1. halothane; 2. enflurane; 3. isoflurane; 4. halothane+nitrous oxide; 4. enflurane+nitrous oxide; 6. isoflurane+nitrous oxide; 7. alfentanil/midazolam/succinylcholine+nitrous oxide; 8. fentanyl/midazolam/pancuronium bromide+nitrous oxide; 9. propofol+nitrous oxide. It could be shown that inhalation anaesthetics under laboratory conditions exert some influences on the observed cardiac parameters, although they are not as strong as those of intravenous anaesthetics. Therefore their effects should be considered in experiments with other substances or in cardiovascular results.
使用希氏束电图和程控刺激,在40只比格犬身上研究了心脏的兴奋、传导和不应期参数,以获取在以下9种吸入麻醉方案影响下的基础值:1. 氟烷;2. 恩氟烷;3. 异氟烷;4. 氟烷+氧化亚氮;4. 恩氟烷+氧化亚氮;6. 异氟烷+氧化亚氮;7. 阿芬太尼/咪达唑仑/琥珀酰胆碱+氧化亚氮;8. 芬太尼/咪达唑仑/溴化潘库溴铵+氧化亚氮;9. 丙泊酚+氧化亚氮。结果表明,在实验室条件下,吸入麻醉药对观察到的心脏参数有一定影响,尽管其影响不如静脉麻醉药那么强烈。因此,在使用其他物质的实验或心血管研究结果中应考虑其作用。