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NMDA

网络天门冬氨酸；天冬氨酸；门冬氨酸(N Methyl D Aspartate)

NMDA

网络释义

NMDA

天门冬氨酸

5．研究证实天门冬氨酸(NMDA)受体桔抗剂如氯胺酮也可有效地缓解术后疼痛，并可减少局麻药的用量及其副作用。药物浓度 …

天冬氨酸

...ur --> 目的了解兴奋性氨基酸N 甲基 D 天冬氨酸 (NMDA)受体基因与精神分裂症的连锁关系。

门冬氨酸(N Methyl D Aspartate)

Lehmann J;缪永生;;甲基门冬氨酸(NMDA)受体[J];世界临床药物;1991年01期凌卫明;;癫痫患者血浆氨基酸神经递质的含量测定及 …

谷氨酸受体

2. 谷氨酸受体（NMDA）调控剂：如盐酸美金刚胺（memantine hydrochloride，易倍申）；山东省立医院神经内科马国诏3. 脑 …

兴奋性氨基酸

3.2 兴奋性氨基酸（nmda）拮抗剂欧洲389例和美国87例临床试验，应用于6小时起病的卒中患者，1.50mg/kg剂量，观察3个 …

N-甲基-D-天冬氨酸

;;2379-57-9;二硝基喹酮 ; CAS ... Nitrendipine 尼群地平 NMDA N-甲基-D-天冬氨酸 Okadaic acid 冈田(软海绵)酸 ...

例句：

But people with schizophrenia do not respond this way, which implies that their brain circuits reliant on NMDA receptors are out of kilter.

不过精神分裂症患者的反应就不同，显示他们脑中依赖 NMDA 受体的线路处于不正常状态。

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。

ManyNMDA receptor antagonists had been demonstrated to regulate morphine tolerance development.

许多 NMDA 受器的拮抗剂也具有调控吗啡耐药性的作用。

It is an ideal NMDA receptor imaging agent to have the character of specific binding and targeting to NMDA receptor .

理想的 NMDA 受体显像剂，应该具有与 NMDA 受体结合的特异性和靶向性。

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。

One example of the research implicating NMDA receptors in schizophrenia relates to the way the brain normally processes information .

显示 NMDA 受体参与了精神分裂的研究当中，有一个例子与大脑处理讯息的方式有关。

Glutamate receptors can be divided into two major classes : AMPA and NMDA receptors .

谷氨酸受体主要可以分为两大类：AMPA 受体和 NMDA 受体。

However , rats which did show high numbers of NMDA receptors exhibited memory improvement when given small amounts of alcohol .

然而，大脑中有大量门冬氨酸受体的白鼠在摄入少量酒精后，记忆力则会增强。

Magnesium ion blocks the ion channel of the NMDA receptor at a stable condition .

镁离子阻断离子通道的 NMDA 受体在病情稳定。

"Pathways by which memory is laid down are unclear , but NMDA receptor is critical in this process , " Dr Kalev said .

卡莱弗博士说：“目前有关记忆储存的 ‘路径 ’尚不清楚，但门冬氨酸受体在这一过程中起了关键性作用。”

And we studied pharmacological properties of different sub-types of NMDA receptors .

并对所表达的 NMDA 受体不同亚型的药理学特性进行了研究。

Objective : To debate the NMDA mechanisms of learning and memory disorder of Zhenzhong pill on VD rats .

目的：探讨孔圣枕中丹对痴呆动物模型学习记忆障碍 NMDA 的作用机制。

But then the second phase kicks in, running from minutes tohours to days . NMDA receptor sensitivity declines.

但是，随后第二阶段突入，它运作数分钟到数小时，甚至数天。

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。

Study of mechanisms of the changes of hippocampal NMDA receptor activity in rats after severe scald burn

严重烫伤大鼠海马 NMDA 受体活性变化的机制研究

Enhancement of NMDA receptor sensitivity by thrombin and its relationship with tissue transglutaminase

凝血酶增高 NMDA 受体敏感性与组织型谷氨酰胺转移酶的关系

Intracellular modulation and its mechanisms of the non-NMDA receptors

非 NMDA 受体的细胞内调控及其机制

Screening of a NMDA Receptor Epitope From Random Phage Display Peptide Library

噬菌体肽库中筛选 NMDA 受体抗原表位

The inhibitory effects of ACTH and morphine on NMDA receptor channel of hippocampal pyramidal neurons in rats suffering from traumatic pain

ACTH 和吗啡对创伤痛大鼠海马锥体神经元 NMDA 受体通道的抑制

Non-NMDA receptors are involved in the modulation of discharge activity of biphasic expiratory neurons and inspiratory neurons

受体参与双相呼气和吸气神经元电活动的调节

NMDA

NMDA

天门冬氨酸

天冬氨酸

门冬氨酸(N Methyl D Aspartate)

谷氨酸受体

兴奋性氨基酸

N-甲基-D-天冬氨酸

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