离子通道受体

乙酰胆碱受体是一种神经递质介导的离子通道受体，由5个同源亚基组成。

Acetylcholine receptor ( AchR ) comprised of five homogenous subunits is a kind of neurotransmitter gated ion channel receptor .

两个TRP离子通道受体在黑腹果蝇免疫反应中的初步研究

Preliminary Study of Two TRP Ion Channel Receptors in Drosophila Melanogaster Immune Response

第四大类是离子通道受体，内容包括主要成员、结构特点、调节离子流量的主要机理及对某些脏器功能的调节作用。

The fourth is the ligand gated ion channels , the specific molecular mechanism regulating the pass-through of ions and their consequences .

酪氨酸激酶型受体、G蛋白偶联受体和离子通道型受体是细胞表面三类主要受体。

Receptor tyrosine kinases ( RTK ), G protein-coupled receptors ( GPCR ) and ion channel receptors are main cell surface receptors .

推测GDNF通过调控DRG内GDNF依赖性神经元的基因表达，使其出现离子通道和受体的堆积进而引起异位电活动，导致痛觉过敏。

They guess that GDNF up-regulates the expression of the ionic channels and receptors which induces ectopic discharge and hyperalgesia .

P2受体可再分为两类，即配体门控离子通道型受体（P2X受体）和G蛋白偶联型受体（P2Y受体）。分子生物学研究结果显示：P2X受体包括七种亚型，即P2X1～7；

The P2 receptors are divided into two categories : the ligand-gated ion channel receptors ( P2X ) and the G protein-coupled receptors ( P2Y ) .

而异位电活动是离子通道和受体异位堆积的结果[6]。

And the ectopic discharge is the result of ectopic presentation of the ionic channels and receptors .

但另外一些研究则检测了白藜芦醇对离子通道和受体的药理作用。

But some another research examine the pharmacology function of resveratrol on the ion channel and receptor .

近来的研究表明水杨酸也能通过调节离子通道或受体来影响神经元的功能。

Recent evidence suggests that salicylate also affects neuronal function through interaction with specific membrane channels / receptors .

但是，要将离子通道和受体的功能变化与全麻药的终端行为学效应联系起来，仍然是巨大的挑战。

However , interlinking the function changes of ion channels and receptors with endpoint behavior effects of general anesthetics is still a great challenge .

离子通道型谷氨酸受体包括AMPA/KA和NMDA受体两大类。

Two classes of ion-channel type glutamate receptors involve in NMDA receptors and AMPA / KA receptors .

NMDA受体（N-methyl-D-aspartatereceptors，NMDA受体）是哺乳动物神经系统中重要的离子通道型谷氨酸受体。

N-methyl-D-aspartate receptors ( NMDA receptors , NMDARs ), as the ion channel-type glutamate receptors , are vital for mammal neuron system .

根据已知的四类蛋白质家族（酶，GPCR，离子通道和核受体）以及与之相互作用的药物数据，提出了一种基于改进的二分图学习方法来预测药物靶标相互作用网络。

An improved bipartite graph learning approach was developed to predict drug-target interaction network for four classes of enzymes , ion channels , G-protein coupled receptors ( GPCR ) and nuclear receptors .

在拟南芥中发现了有20个谷氨酸受体基因（AtGLRs）的家族，其编码的氨基酸序列和动物的离子通道型谷氨酸受体（iGluRs）有很高同源性，并可分为3个亚族。

Currently , 20 Arabidopsis glutamate receptor genes ( AtGLRs ) were discovered and divided into three subfamilies , whose amino acid coding sequences had high similarity with animal inotropic glrtamate ( iGLRs ) receptors .

目前已证实其细胞膜上表达K+通道、电压依赖的Na+通道、Ca2+敏感的Cl-通道、Ca2+通道、氯离子通道、乙酰胆碱受体、谷氨酸受体等多种离子通道和受体。

E. , K ~ + , voltage-dependent Na ~ + channel , Ca ~ ( 2 + ) - sensitive Cl ~ - channels and ACh , Glu receptors . Electrophysiological properties of the DUM neurons are different from those expressed on mammal 's neurons .