1.伽码氨基丁酸
1.gamma-aminobutyric acid
1.Gene treatment Patients with Parkinson's have reduced levels of a chemical - GABA - in part of the brain known as the subthalamic nucleus.
接受基因疗法治疗的帕金森病患者中，化学物质GABA水平有所降低，该化学物在脑部也被称为氨基丁酸。
2.It had been thought that GABA was the prime candidate for the rallying role.
GABA曾被认为是发挥信号传递作用的第一候选蛋白。
3.Treatments that influence levels of GABA could be used to help victims of brain damage regain movement.
改变GABA含量一类的治疗可能会用来帮助大脑受损的患者重获运动能力。
4.Once a stroke kills a swath of brain cells, a neurotransmitter known as GABA impairs the surviving, apparently healthy, brain tissue.
当中风杀死一个带状区域的脑细胞后，一种叫伽马氨基丁酸（GABA）的神经传递素将破坏残存的，看起来还健康的脑组织。
5.As one component of a delicately balanced system for regulating brain activity, GABA functions to inhibit brain activity.
作为大脑活动调节系统的一个成员，GABA的作用是抑制大脑的活动。
6.Both GABA and nicotinic receptors had been suspected of inolement in nicotine addiction, but these findings strengthen those suspicions.
GABA和尼古丁受体也被怀疑与尼古丁成瘾相关，然而以上的发现加强了这一怀疑。
7."Exercise itself may have some effects on GABA, so I think in this study, you'd really want that comparison, " he said.
“运动本身会对GABA产生一些影响，所有我认为在这项研究中，瑜珈组与活动组的比较是必需的，”他说。
8.GABA, he says, is like the marshal that prevents the cells from being too active.
他说GABA行使信号整合作用，避免细胞过度活化。
9.Inhibiting GABA leads to unconditioned anxiety and HPA mobilization, as well as increased heart rate and blood pressure.
GABA的抑制导致了无条件的忧虑和HPA调动，并且心率和血压都有所增加。
10.The higher evolutive rhesus monkeys were used as experimental materials. GABA-ergic neurons were observed under a light microscope.
采用进化程度较高的灵长类动物猕猴作为实验材料，在光镜下观察黑质的GABA能神经元。