英语释义

1. a synthetic amino acid C5H9NO4 that binds selectively to a subset of glutamate receptors on neurons where the binding of glutamate results in the opening of calcium channels

2. a synthetic amino acid C5H9NO4 that binds selectively to a subset of glutamate receptors on neurons where the binding of glutamate results in the opening of calcium channels — called also N-methyl-D-aspartate

片语

NMDA受体NMDA receptor

nmda mutator转座子

NMDA receptornmda受体

nmda currentnmda电流

NMDA电流nmda current

nmda recepternmda受体

NMDA 受体NMDA receptor

NMDA receptorsnmda受体

英汉例句

• Objective to investigate the developmental profiles on surface expression and distribution of NMDA receptor clusters especially on dendritic structures in cultured hippocampal neurons of rats.

  目的研究NMDA受体在不同发育阶段的培养大鼠海马神经元的表面表达以及在树突结构上的定位。

• The results indicated that, auditory deprivation and experience can modify the protein expression level of NMDA receptor subunit NR2B during the critical period of rat postnatal development.

  结果提示，在大鼠生后发育关键期，听觉剥夺、经验可改变听皮层NMDA受体NR2B蛋白表达水平。

• Under normal conditions, the activity of the NMDA receptors is tightly regulated to prevent nerve cells from becoming overloaded with calcium.

  正常情况下，NMDA受体活性较低从而保证神经细胞不会出现钙超载。

• Conclusion NMDA receptor antagonists can inhibit the reduction of Dopamine, and GABA receptor antagonists can promote the reduction of Dopamine.

  结论NMDA受体拮抗剂可抑制多巴胺神经递质的减少，GABA受体拮抗剂可促进多巴胺神经递质的减少。

• Testing done on rats showed if they did not have enough NMDA receptors, their memory did not improve when given low alcohol doses.

  白鼠试验表明，如果它们大脑中没有足够的门冬氨酸受体，即使摄入少量酒精，记忆也不会得到改善。

• This suggested that NMDA receptor must play a role in the plasticity of brain auditory functional development.

  推测NMDA受体与脑听觉功能发育及其可塑性相关。

• This blocks the activity of protein molecules called NMDA receptors, which are important in many types of learning and memory.

  这个药物能阻断一种叫NMDA受体的蛋白分子的活动，这种分子在多种形式的记忆和学习过程中有重要作用。

• Objective to study the alteration of NMDA receptor activity during focal cerebral ischemia injury in rats.

  目的本文旨在研究局灶性脑缺血时，大鼠脑内nmda受体的活性变化。

• Objective To study the synaptic reorganization of hippocampal formation after pentylenetetrazol-induced status epilepticus in developing rats and the effect of NMDA receptor antagonist MK-801 on it .

  目的探讨戊四氮诱导发育鼠癫癎持续状态后海马结构的突触重建以及NMDA受体在其中的作用。

• During this period, synaptic transmission was primarily mediated by activation of NMDA receptors, suggesting that most synapses were functionally silent.

  在这段时间内，突触传导以激化的NMDA受体，并显现大多数是无讯号突触。

• Objective to identify the distribution of NMDA receptor protein on neuron membrane surface and the localization of single NMDA receptor cluster.

  目的明确神经元膜nmda受体蛋白分子在神经元表面的分布规律，对单个nmda受体簇进行定位。

• NR2B subunits which are highly expressed in the cortex, hippocampus and olfactory bulb, are one of the key subunits of NMDA receptors.

  其中NR2B是NMDA受体的主要亚基之一，在大脑皮层、海马和嗅球表达水平很高。

• It's function may be related with regulating the activity of NMDA receptor.

  其功能可能与调节NMDA受体的活性有关。

• Dr Kalev said a 「very important」 brain receptor, called an NMDA receptor, appeared to be necessary for the process.

  卡莱弗博士说大脑感受器「门冬氨酸受体」在过程中起到非常重要的作用。

• Objective to comparatively observe the changes of three-dimension topography in culture neuron membrane respectively by NMDA injury, MK-801 protection and normal cultivation.

  目的对比观察正常培养、NMDA损伤及MK- 801保护皮层神经元膜表面三维构象形貌改变。

• Aim: to investigate the relationship between developmental changes of learning, memory and the kinetic properties of NMDA receptor channel.

  目的：研究大鼠脑发育不同时期学习记忆的变化及与NMDA受体通道动力学特性的关系。

• Objective to study the expression change of NMDA receptor in medulla oblongata cardiovascular center of the rats after CPR.

  目的研究心肺复苏后大鼠延髓心血管中枢nmda受体的表达变化。

• Objective: to study the effects of maternal separation stress on learning and memory and the hormone levels and NMDA receptor subunits NR1 expression in hippocampus of immature rats.

  目的：探讨母婴分离应激对幼年大鼠学习记忆能力，体内激素水平及海马内nmda受体亚基nr1表达水平的影响关系。

• An NMDA receptor is like a double-edged sword because too much activity and too little can be toxic.

  NMDA受体就像一把双刃剑，过于活跃或者过度不活跃都会导致毒性后果。