Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立和评价海人酸杏仁核微量注射点燃癜痫动物模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量注射到中脑网状结构或杏仁核却不能对抗针刺镇痛和吗啡镇痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立海人酸杏仁核微量注射点燃癜痫动物模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量纳洛酮注射到中脑网状结构或杏仁核却不能对抗针镇痛吗啡镇痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立和评价海人酸杏仁核微量注射点燃癜痫动物模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量纳洛酮注射到中脑网状结构或杏仁核却不能对镇痛和吗啡镇痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立和评价海人酸杏仁核微量燃癜痫动物模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量纳洛酮到中脑网状结构或杏仁核却不能对抗针刺镇痛和吗啡镇痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立和评价海人酸杏仁核微量注射点燃癜模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量纳洛酮注射到中脑网状结构或杏仁核却不能对抗针刺镇痛和吗啡镇痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立和评价海人酸杏仁核微量注射点燃癜痫动物模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量纳洛酮注射到中脑网状结构或杏仁核却不能对抗针刺痛和痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立和评价海人酸杏仁核微量注射点燃癜痫动物。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

而，等量纳洛酮注射到中脑网状结构或杏仁核却不能对抗针刺镇痛和吗啡镇痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立和评价海人酸杏仁核微量注射点燃癜模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量纳洛酮注射到中脑网状结构或杏仁核却不能对抗针刺镇痛和吗啡镇痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目的：建立和评价海人酸仁核微量注射点燃癜痫动物模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量纳洛酮注射到中脑网状结仁核却不能对抗针刺镇痛和吗啡镇痛。

Abstract: Objective To establish and evaluate epileptic model kindled by kainic acid microinjected into nucleus amygdalae.

目：建立和人酸杏仁核微量注射点燃癜痫动物模型。

However, the analgesic effects of acupuncture and morphine were not reversed by naloxone microinjected into the amygdala or the mesencephalic reticular formation. 2 .

然而，等量纳洛酮注射到中脑网状结构或杏仁核却不能对抗针镇痛和吗啡镇痛。