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- Do the newer volatile agents offer advantages over older agents such as enflurane and isoflurane? 新型揮發(fā)性麻醉藥相對于安氟醚和異氟醚優(yōu)越嗎？
- Conclusion: Domestic enflurane can be used basically in the clinical anesthesia as imported enflurane. 結論：國產(chǎn)安氟醚基本上可與進(jìn)口安氟醚一樣應用于臨床麻醉。
- Do the newer olatile agents offer adantages oer older agents such as enflurane and isoflurane? 新型揮發(fā)性麻醉藥相對于安氟醚和異氟醚優(yōu)越嗎？
- Methods\ The pigs were endotracheal intubated and anesthetizeded by inhalation of Enflurane and N 2O. 方法對實(shí)驗豬行經(jīng)口氣管插管全吸入麻醉。
- Compared with N2O, the curves of enflurane were more dispersed than that of N2O under three cardiac output conditions. 與笑氣比較，不同心輸出量情況下安氟醚各曲線(xiàn)間較為離散，而笑氣各曲線(xiàn)相對集中。
- The order of preference of inhalant anesthetics for euthanasia is halothane, enflurane, isoflurane, sevoflurane, methoxyflurane, and desflurane, with or without nitrous oxide. 對于安樂(lè )死比較好的吸入麻醉藥劑主要有：氟烷，恩氟烷，異氟烷，七氟烷，甲氧氟烷，以及地氟烷伴有或者不伴有一氧化二氮（笑氣）。
- Objective:Studed feasibility of enflurane inhalation anesthesia for shoulder joint dislocation,and compared with block of brachial plexus. 目的:探討安氟醚吸入麻醉應用于肩關(guān)節脫位整復手術(shù)中的可行性,并與臂叢阻滯麻醉進(jìn)行比較。
- Objective: To compare the clinical applications of domestic enflurane and imported enflurane by randomly double blind controlled method. 目的：采用大樣本隨機雙盲對照方法對國產(chǎn)和進(jìn)口安氟醚臨床應用進(jìn)行比較。
- Under controlled ventilation, the anesthesia was supplemented with isoflurane or enflurane and atracurium besylate according to clinical need. 在 管制呼吸下，輔佐以lsoflurane或Enflurane與atracurium besylate；其濃度與需要 量視臨床狀況適度調整之。
- Objective： To study the effects of the preconditioning with enflurane and isoflurane on hepatic ischemia and reperfusion injury. 目的： 研究安氟醚和異氟醚預處理對肝臟缺血/再灌注損害的影響。
- Method: Anesthesia was induced with midazolam, propofol, fentanyl and vecuronium by endotracheal intubation and retention with a low concentration of enflurane. 方法：采用咪唑安定、異丙酚、芬太尼、維庫溴胺、低濃度安氟醚氣管插管靜吸復合麻醉。
- Method: Anesthesia was induced with midazolam,propofol,fentanyl and vecuronium by endotracheal intubation and retention with a low concentration of enflurane. 方法:采用咪唑安定、異丙酚、芬太尼、維庫溴胺、低濃度安氟醚氣管插管靜吸復合麻醉。
- Enflurane, isoflurane and desflurane caused a concentration-dependent depression in mean arterial pressure without significant changes in heart rate except with 2.4% isoflurane. 血壓隨著(zhù)吸入麻醉藥濃度的增加不斷下降，心率除了24.;%25異氟烷誘發(fā)心率減慢外其他無(wú)明顯變化。
- Conclusion GlyR may be important targets for the analgesic effects of aether ,enflurane, isoflurane and sevoflurane,but have no relationship with their hypnotic effects. 結論士的寧敏感的甘氨酸受體是吸入麻醉藥異氟烷、恩氟烷、七氟烷和乙醚鎮痛作用的重要靶位,但與其催眠作用關(guān)系不大。
- Respiratory monitor showed that although enflurane had repressive effects onrespiratory system, the dogs were guaranteed smooth respiration and abundant oxygenwith application of controlled mechanical ventilation(CMV) and side streamspirometry(SSS). 呼吸系統監測表明盡管安氟醚對呼吸功能有抑制作用，但使用機械通氣不要求動(dòng)物自主呼吸，應用旁氣流通氣監測法（SSS），溫過(guò)調節安氟醚吸入濃度和潮氣量，可保證動(dòng)物呼吸通暢，供氧充足。
- The results indicated that there were slight respiratory and metabolic acidosis in the period of anesthesia in both pregnant dogs and their fetus and the state were gradually restored to normal with the elimination of the enflurane in blood. 結果表明 ,氨氟醚吸入麻醉期間 ,母犬及其胎兒呈現輕度呼吸性酸中毒和代謝性酸中毒并存 ,并隨氨氟醚血藥濃度的降低而逐漸恢復
- Objective: To study the effects of different concentrtion of enflurane on partial blood biochemical parameters,and to evaluate the influence of this drug on hepatic and renal functions. 目的:觀(guān)察不同濃度的安氟醚對部分血生化指標的作用,探討該藥對肝腎功能的影響。
- Conclusion The effects of enflurane, isoflurane and desflurane are biphasic: excitation at lower concentrations, and depression of sympathetic activity and arterial pressure at higher concentrations. 結論恩氟烷、異氟烷和地氟烷低濃度興奮交感神經(jīng)，高濃度抑制交感神經(jīng)活動(dòng)和降低血壓。
- Method:After setting the same MV and enflurane concentration in both circuits, the MV, Paw, circuit anesthetic concentration and the volume of reservoir were measured at different fresh flow rate. 方法：在兩種麻醉機上分別設定相同分鐘通氣量(MV)及安氟醚濃度于不同新鮮氣流量下測定MV、氣道壓力、回路內麻醉氣體濃度及貯氣囊氣體量的變化。
- Keywords Neurotransmitters Canidae Brain Enflurane; 神經(jīng)遞質(zhì);犬科;腦;安氟醚;
