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n.烯丙羟"MaFei"酮，[药]纳洛酮 (Ma Fei)
1、administering naloxone───服用纳洛酮
1、As an apiod receptor antagonist, naloxone used to be a special antidote of meconiums.───纳络酮是一种APian受体拮抗剂，可作为APian类药物中毒的特异解毒剂。
2、Conclusion: Naloxone was an effective and safe drug in treating pulmono- encephalon . . .───结论：纳洛酮佐治肺性脑病安全有效。
3、Conclusion Naloxone can shorten the time of the sufferer's unconsciousness dramaticly, it is an effective and economic method.───结论纳洛酮能显著缩短患者的意识障碍期，是经济有效的治疗手段。
4、Conclusion: Magnesium sulfate and naloxone have obvious effects in treating HIE.───结论：硫酸镁联合纳洛酮治疗HIE有明显疗效。
5、Objective To explore the protective of Naloxone hydrochloride on brain and its mechanism during complete brain ischemia-reperfusion injury.───目的探讨纳洛酮对全脑缺血再灌注损伤的防治作用及其机理。
6、abstract: Objective: To investigate the application situation of Vasopressin, Epinephrine and Naloxone in cardiopulmonary resuscitation.───目的：探讨血管加压素、肾上腺素联合纳洛酮在心肺复苏中的应用情况。
7、Conclusion: Large dose of naloxone can improve the prognosis of severe head injury.───结论：大剂量纳络酮能够改善重症颅脑损伤引起的脑组织乏氧，改善患者预后。
8、Objective To assess the curative effect of hepatic cerebropathy with naloxone.───目的评价纳络酮治疗肝硬化肝性脑病的疗效。
9、The researchers found that naloxone reduced behavioral placebo effects as well as placebo-induced decreases in pain-related brain responses.───研究人员发现，服用安慰剂的行为使纳洛酮的影响减少而且安慰剂引起的疼痛减少有关的大脑反应。
1、Objective:To investigate the therapeutic effect of naloxone on ischemic hypoxic cerebropathy in neonates.
2、In both patients naloxone led to great improvement, supporting the idea that endogenous opiates are involved in the condition.
3、AIM : To evaluate the instant effect of naloxone for brain infarction with somatosensory evoked potentials ( SEP ).
4、Conclusion High-dose Naloxone treatment on intoxation of hypnotic and alcohol is more effective than low-dose.
5、New application development of Naloxone in emergency and critical disease was discussed.
6、Objective To investigate the effect of naloxone on neurologic protection after brain trauma.
7、To evaluate the instant effect of naloxone for brain infarction with somatosensory evoked potentials ( SEP ).
8、Conclu. sion : Naloxone can protect or improve the immunologic function in aluminium - poisoned mice.
9、In addition, the withdrawal symptoms precipitated by naloxone in morphine dependent rats were blocked by methoctramine(ip) or pirenzepine (it) at single dose injection in a dose dependent manner.