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锂-毛果芸香碱神经毒性:癫痫持续状态的一种潜在模型。

Lithium-pilocarpine neurotoxicity: a potential model of status epilepticus.

作者信息

Kulkarni S K, George B

机构信息

Department of Pharmacology, University Institute of Pharmaceutical Sciences, Panjab University, Chandigarh, India.

出版信息

Methods Find Exp Clin Pharmacol. 1995 Oct;17(8):551-67.

PMID:8749229
Abstract

Convulsive status epilepticus (SE) is clinically defined as prolonged electrical and clinical seizure activity in which the patient does not regain consciousness to a normal alert state between repeated tonic-clonic attacks. The disorder is a neurological emergency associated with a mortality rate of 10-12% and an even greater morbidity. Seizures represent one of the most severe in vivo stimulatory stresses that the brain is exposed to and generalized status epilepticus represents a very severe form of seizures. The International Classification of Seizures has defined this condition as "a condition characterized by an epileptic seizure that is so frequent or so prolonged as to create a fixed and lasting condition". During SE, high-amplitude, high-frequency electrical activity lasting at least 5 min is seen in the EEG. Continuous seizure activity in itself will result in progressive brain injury. The longer the condition of SE, the more difficult it is to control and the more likely it is to result in permanent neuronal damage. Therefore, SE is an emergency situation requiring prompt medical attention if severe permanent brain damage or death is to be prevented. SE often occurs in individuals with a history of seizures, in whom there are neural substrates already predisposed towards supporting seizure activity.

摘要

惊厥性癫痫持续状态(SE)在临床上被定义为长时间的电活动和临床发作活动,在此期间患者在反复的强直阵挛发作之间无法恢复到正常的清醒状态。该病症是一种神经科急症,死亡率为10%-12%,发病率更高。癫痫发作是大脑所面临的最严重的体内刺激应激之一,而全身性癫痫持续状态则代表一种非常严重的癫痫发作形式。国际癫痫发作分类将这种情况定义为“一种以癫痫发作频繁或持续时间长到足以形成一种固定且持久的状态为特征的病症”。在癫痫持续状态期间,脑电图中会出现持续至少5分钟的高振幅、高频电活动。持续的癫痫发作活动本身会导致进行性脑损伤。癫痫持续状态的时间越长,就越难以控制,并且越有可能导致永久性神经元损伤。因此,如果要预防严重的永久性脑损伤或死亡,癫痫持续状态是一种需要及时医疗救治的紧急情况。癫痫持续状态常发生在有癫痫发作史的个体中,他们存在易于支持癫痫发作活动的神经基质。

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