Previous research has shown that drugs such as phencyclidine(PCP or“angel dust”) and ketamine, which block glutamate receptors, cause schizophrenia-like symptoms in healthy volunteers.
The majority of neurons in the deep nuclei have large cell bodies and spherical dendritic trees with a radius of about 400 μm, and use glutamate as their neurotransmitter.
已知过多的谷氨酸对某些神经细胞有毒。
It's known that too much glutamate is toxic to some nerve cells.
并不是所有的谷氨酸活动都是好的。
Not all glutamate activity is good.
已知过多的谷氨酸对某些神经细胞有毒。
Too much glutamate is known to be toxic to some nerve cells.
在犬类大脑中,CDH2参与了谷氨酸受体的发育。
In the brain, CDH2 is involved in the development of glutamate receptors.
所讨论的脑化学物质是所谓的“谷氨酸受体”,称为mGlurR5。
The brain chemical in question is a so-called"glutamate receptor" known as mGlurR5.
另外玉米中还含有水量谷氨酸,经常吃玉米可以帮助促进脑细胞代谢。
In addition, corn also contains water content glutamate, often eat corn can help promote brain cell metabolism.
GABA和谷氨酸被认为对于大脑的可塑性和促进学习方面很重要。
GABA and glutamate are known to be necessary for brain plasticity and promoting learning.
许多新鲜的产品天然含有谷氨酸,包括西红柿,豌豆和蘑菇。
Many fresh products naturally contain glutamate including tomatoes, peas and mushrooms.
他们发现,兴奋性神经递质谷氨酸在活跃的神经元附近持续存在过长时间。
They found that the excitatory neurotransmitter glutamate persists for too long near active neurons.
我们的身体也产生谷氨酸,这和我们吃的食物并无关系。
Our body also produces glutamate regardless of the food we consume.
大约70%的活动区弱得多,几乎没有释放谷氨酸盐给同样的刺激。
About 70 percent of the active zones were much weaker, barely ever releasing glutamate given the same stimulation.
他们发现,兴奋性神经递质谷氨酸在活跃的神经元附近持续存在过长时间。
They found that the excitatory neurotransmitter glutamate persisted for too long in the vicinity of active neurons.
谷氨酸(需要创建GABA):减轻压力,有助于缓解焦虑和其他相关的情况。
Glutamate(needed to create GABA): Anti-stress neorochemical, helps relieve anxiety and other related conditions.
数据显示,约20%细胞的谷氨酸池(glutamatepool)含有回收利用的氮。
Around 20 percent of the cellular glutamate pool contained recycled nitrogen.
谷氨酸系统可能会变得不稳定了12个月后,一个人停止饮酒。
Glutamate systems may become unstable for 12 months after a person stops drinking.
Blaylock医生认为,心脏的电传导系统和心脏肌肉中都存在大量谷氨酸受体。
According to Dr. Blaylock, numerous glutamate receptors have been found both within your heart's electrical conduction system and the heart muscle itself.
接下来,研究人员询问大脑如何管理谷氨酸,以及这种管理在疾病中是否存在缺陷。
Next, the researchers investigated how glutamate is managed in the brain and whether that management is faulty in disease.
如前所述,AMPA受体是大脑的最丰富的谷氨酸受体,可调节其大部分兴奋活动。
As mentioned previously, AMPA receptors are the brain's most abundant glutamate receptors and mediate the majority of its excitatory activity.
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