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癫痫持续状态患儿血清神经元特异性烯醇酶和脑SPECT改变的意义
引用本文:欧阳颖,彭茜,母发光,李茂军,张玲英,刘丽,游正芸,宋文忠. 癫痫持续状态患儿血清神经元特异性烯醇酶和脑SPECT改变的意义[J]. 中国当代儿科杂志, 2002, 4(2): 103-105
作者姓名:欧阳颖  彭茜  母发光  李茂军  张玲英  刘丽  游正芸  宋文忠
作者单位:欧阳颖, 彭茜, 母发光, 李茂军, 张玲英, 刘丽, 游正芸, 宋文忠
基金项目:四川省卫生厅科研基金课题(No.981078)
摘    要:目的 探讨血清神经元特异性烯醇酶(NSE)和单光子发射计算机断层仪(SPECT)脑血流显像改变在癫痫持续状态(SE)患儿中的价值。方法 用ELISA法检测SE患儿入院后第1,3,7天外周血NSE浓度,用同位素99mTc标记,ECD显像剂药盒进行脑血流显像。结果 SE患儿血清NSE浓度第1天为(15.13± 6.22)μg/L,较正常对照[(2.64± 0.77)μg/L]明显增高(P< 0.01);第3,7天逐渐下降,至第7天基本达正常水平[(435±165)μg/L]。15例行SPECT脑血流显像者,异常率为73.4%。结论 SE患儿存在脑损伤,血清NSE检测对诊断脑损伤有重要价值,动态检测可帮助判断预后。SPECT脑血流显像对脑部病灶部位判断意义较大,而判断脑损伤仅有辅助价值。

关 键 词:癫痫持续状态  神经元特异性烯醇酶  单光子发射计算机断层仪  儿童  
文章编号:1008-8830(2002)02-0103-03
修稿时间:2001-05-14

Serum neuron specific enolase and SPECT rCBF imageing in childhood status epilepticus
OU Yang-Ying,PENG Qian,MU Fa-Guang,LI Mao-Jun,ZHANG Ling-Yin,LIU Li,YOU Zheng-Yun,SONG Wen-Zhong. Serum neuron specific enolase and SPECT rCBF imageing in childhood status epilepticus[J]. Chinese journal of contemporary pediatrics, 2002, 4(2): 103-105
Authors:OU Yang-Ying  PENG Qian  MU Fa-Guang  LI Mao-Jun  ZHANG Ling-Yin  LIU Li  YOU Zheng-Yun  SONG Wen-Zhong
Affiliation:OU Yang-Ying, PENG Qian, MU Fa-Guang, LI Mao-Jun, ZHANG Ling-Yin, LIU Li, YOU Zheng-Yun, SONG Wen-Zhong
Abstract:OBJECTIVE: To evaluate the diagnostic va lue of serum neuron specific enolase(NSE) and single photo emission computed tomography(SPECT) regional cerebral blood flow(rCBF) imaging in childhood status epilepticus(SE). METHODS: Serum NSE concentration was assayed in 28 children with SE and in 40 normal controls using E LISA. SPECT rCBF imaging was performed in 15 cases of SE. RESULTS: The mean serum NSE concentration in the SE patients [(15.13± 6.22) μg/L] was higher than that in normal cont rols [(2.64± 0.77) μg/L] on day 1(P < 0.01). However,it gradually reduced from day 3 and normalized on da y 7. SPECT rCBF imaging was abnormal in 11 of the 15 SE cases.CONCLUSIONS: Serum NSE is a marker in the diagnosis of brain injury in children with SE. SPECT rCBF imaging may be useful in assessing the location of brain injury in children with SE.
Keywords:Status epilepticus  Neuron specific enolase  Single photon emission Computed tomography  Child
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