Maldonado H M, Delgado-Escueta A V, Walsh G O, Swartz B E, Rand R W
Veterans Administration Southwest Regional Epilepsy Center, Los Angeles, California.
Epilepsia. 1988 Jul-Aug;29(4):420-33. doi: 10.1111/j.1528-1157.1988.tb03741.x.
We studied the first clinical manifestations of 72 complex partial seizures (CPS) in 17 drug-resistant patients. CPS were indicated to be of hippocampal-amygdalar origin by scalp and depth EEG. We asked: (a) Do all CPS of hippocampal-amygdalar origin start with an initial motionless stare and/or oroalimentary automatisms? (b) If not, what other clinical manifestations appear at onset of the CPS? Results showed that approximately 39% of CPS begin with motionless staring, 25% with nonfocal discrete movements, 21% with oroalimentary automatisms, 10% with perseverative stereotyped automatisms, and 6% with vocalizations. Nonfocal discrete movements and oroalimentary automatisms were identified as the most common second and third clinical sequential manifestations during a CPS. We conclude that although approximately 60% of CPS of hippocampal-amygdalar origin start with motionless staring or oroalimentary automatisms, 40% do not.
我们研究了17例耐药患者中72次复杂部分性发作(CPS)的首发临床表现。头皮和深部脑电图显示CPS起源于海马-杏仁核。我们提出以下问题:(a)所有起源于海马-杏仁核的CPS是否都始于最初的静止凝视和/或口-消化道自动症?(b)如果不是,CPS发作时还会出现哪些其他临床表现?结果显示,约39%的CPS始于静止凝视,25%始于非局灶性离散运动,21%始于口-消化道自动症,10%始于持续性刻板自动症,6%始于发声。非局灶性离散运动和口-消化道自动症被确定为CPS期间最常见的第二和第三临床相继表现。我们得出结论,尽管约60%起源于海马-杏仁核的CPS始于静止凝视或口-消化道自动症,但40%并非如此。