1) GABAA-like receptor
GABAA样受体复合物
2) GABA_A receptor
GABAA受体
1.
These results indicated that the response to GABA were mediated by activation of GABA_A receptors.
目的:研究冰片对培养的大鼠海马神经元GABAA受体介导电流的调控。
2.
Significance of GABA_A receptors in the development of some neuropsychiatric diseases;
GABAA受体亚型是GABA受体中占主导地位的亚型,可介导GABA的大部分功能,由来自8个亚基族(α,β,γ,δ,θ,ε,ρ和π)的不同亚基组成,而最典型的GABAA受体结构是由5个异质性多肽亚基(两个α、两个β和一个γ)组成的五边形寡聚体。
3) GABAA receptor
GABAA受体
1.
GABAA receptor is the major neurotransmitter system in the central nervous system(CNS) and elicits a wide range of neuronal physiological activities.
GABAA受体是中枢神经系统内重要的抑制性受体,有广泛的神经生理活性。
2.
Aim: To explore the influence of GABAergic neurotransmitters and GABAA receptors on the auditory afferent impulses recorded in the brainstem evoked by electro-stimulation.
目的:旨在探讨脑干听觉传入通路中GABA能神经递质及GABAA受体对电刺激位听神经传入冲动的影响。
3.
PURPOSE: To assess the relationship between GABAA receptor in rats s medulla and injury of rats s trigeminal nerve by using real-time polymerase chain reaction(PCR).
目的:以实时定量聚合酶链反应(PCR)测定三叉神经损伤大鼠延髓内γ-氨基丁酸A(GABAA)受体量的变化,探讨GABAA受体与三叉神经痛发病机制的关系。
4) GABA A receptor
GABAA受体
1.
Using in situ hybridization technique, we studied the age related mRNA expression changes of GABA A receptor α2 and β3 subunits during postnatal development in the auditory cortex of the rats.
应用原位杂交技术 ,研究了大鼠出生后发育过程中 ,听皮层GABAA受体α2及β3亚单位mRNA年龄相关的表达变化。
5) GABA_(A) receptor
GABAA受体
1.
The I_(ET) was suppressed by bicuculline, the selective GABA_(A) receptor antagonist, and pi.
0 7) μmol/L ,该电流可被GABAA受体拮抗剂荷包牡丹碱 (bicuculline)及氯通道阻滞剂印防己毒素 (picrotoxin)以浓度依赖方式所阻断。
2.
A variety of terpenoids of plant origin such as anisatin,picrotoxinin and picrodendrins were shown to be non-competitive antagonists of GABA_(A) receptors.
采用D ISCO tech方法建立了大鼠和家蝇GABAA受体萜类抑制剂的药效团模型,根据药效团模型叠加规则建立了大鼠和家蝇GABAA受体萜类抑制剂CoMFA模型,模型的交叉验证相关系数分别为0。
6) GABA_A receptor Epilepsy
GABAA受体癫痫
补充资料：药物-受体复合体
分子式：
CAS号：
性质：机体某特定部位的受体(receptor)可选择性地与某药物分子结合而产生效应，该结合体为药物-受体复合体。其最简单的双分子反应式为A+RFRA→效应。式中A为药物分子，R为受体，RA为药物—受体复合体。
CAS号：
性质：机体某特定部位的受体(receptor)可选择性地与某药物分子结合而产生效应，该结合体为药物-受体复合体。其最简单的双分子反应式为A+RFRA→效应。式中A为药物分子，R为受体，RA为药物—受体复合体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条