These results show that c fos expression induced by audiogenic seizures represents the abnormal neuronal activity which is limited to auditory nuclei, and this abnormal activity may be the basis of audiogenic kindling.

Modification of brain GABA_A receptor subunit α 1,α 3,α 5,γ 2L and γ 2S expression in audiogenic seizure rat following tolerance to clobazam

氯巴占耐受听源性惊厥大鼠脑GABA A受体亚单位表达的变化

Conclusion A large number of neurons in the PAG of the audiogenic seizures prone rats participated in the process of the audiogenic seizures.

结论听源性惊厥易感大鼠PAG内大量神经元参与了听源性惊厥发作过程。

Changes of glial fibrillary acidic protein immunoreactivity in medullary visceral zone after acute kindling seizures in audiogenic epilepsy prone rats

听源性惊厥易感大鼠癫痫发作急性期延髓内脏带胶质原纤维酸性蛋白的变化

The morphological study on NOS-positive neurons in the auditory nuclei and forebrain structures in kindled audiogenic seizure prone rats

听源性惊厥点燃后听觉核团和前脑结构内一氧化氮合酶阳性神经元的形态学观察

Modification of GABA_A receptor subunit mRNA content in audiogenic seizure rat cortex and hippocampus following tolerance to flurazepam

氟西泮耐受听源性惊厥大鼠脑皮质运动区和海马区GABA A受体亚单位mRNA含量的变化

The inferior colliculus ( IC) is established as the initiation site within the neuronal network for audiogenic seizures.

一般认为，下丘是听原性惊厥发作神经元网络的启动部位。

Electroencephalographic changes during audiogenic seizures in albino rats

听原性癫癎大白鼠在发作时的脑电图变化

This paper is to study the dynamic changes in the expression of intracerebral glutamate transporter GLAST in audiogenic seizure rats.

因此，本研究旨在探讨听源性癫痫发作时大鼠脑内谷氨酸转运蛋白GLAST表达的动态变化及L-NNA、L-Arg干预后大鼠癫痫发作的行为学改变及GLAST表达的变化。

Expression of synaptophysin p38 in superior colliculus in audiogenic seizures-prone rats

听源性惊厥易感大鼠上丘突触素P38表达的研究

Changes in Expression of Intracerebral Glutamate Transporter GLAST and Regulatory Mechanism of NO in Audiogenic Seizure Rats

听源性癫痫发作大鼠脑内谷氨酸转运蛋白GLAST表达的变化及NO调控机制的研究

Researches on relationship between genetically audiogenic seizure mice and the ca~ ( 2+)-atpase activity

遗传性癫痫模型鼠与Ca~（2+）-ATP酶关系的研究

Effects of NE and Pilocarpine Bilateral Inferior Colliculi Injection on Audiogenic Seizures

下丘注射去甲肾上腺素和毛果芸香碱对大鼠听源性癫痫发作的影响

Change of nitric oxide synthase in the paraventricular nucleus of the audiogenic seizures susceptible rats

一氧化氮合酶在听源性惊厥易感大鼠室旁核的变化

Changes of expression of c-fos gene and BDNF in neocortex induced by audiogenic kindling

听源性惊厥点燃诱导新皮质内c-fos和BDNF变化的研究

The Effects of Repeated Audiogenic Seizures on Cerebral Glucose Utilization in Audiogenic Seizure Susceptible Rats

反复听源性惊厥对大鼠各脑区葡萄糖摄取率的影响

Receptor base on tolerance of the antiepileptic effect to clonazepam in the audiogenic seizure rats

氯硝西泮抗大鼠听源惊厥耐受性的受体学基础

Audiogenic seizure enhances Cx43 gene expression of astrocyte in rats

听源性惊厥增强大鼠星形胶质细胞Cx43基因表达

Results After single audiogenic seizure, there were a few dead cells in hippocampus.

结果听源性惊厥单次发作后，海马内未见明显细胞死亡现象；

Results ( 1) It was calculated that the mean of air conduction hearing threshold of 500 、 1000 、 2000 、 3000 Hz on audiogram. The mean of the left is 13 dBHL and the mean of the right ear is 12 dBHL.

结果（1）计算听力图上500、1000、2000、3000Hz的平均气导听阈，320例的结果为左耳平均13dBHL，右耳平均12dBHL。

TEOAE energy distribution takes the average energy of the normal hearing persons as 0 dB, and 5% percentage at single side as the 95% normal value range. TEOAE energy distribution represents the energy loss and is convenient for the comparison to the pure tone audiogram.

TEOAE能量分布图以正常人的平均能量作为0dB，以单侧5%位数作为95%正常值范围，它体现了能量的损失情况，便于与纯音测听的结果相比较。