同时，NO可作为一种抑制性神经递质参与肾入球小动脉活动的调节。
At the same time NO is known to function as an inhibitory neurotransmitter regulating the activity of renal afferent arteriole in rats.
是脑内最重要的抑制性神经递质，其在调节颗粒细胞的返回抑制中起重要作用。
GABA( Y -aminobutyric acid) is the most important inhibiting neurotransmitter in the brain, which plays a great role in regulating feed-back inhibition of granular cell.
这是一个安慰，抑制性神经递质和起著重要的作用，稳定心跳和电活动的神经。
It is a soothing, inhibitory neurotransmitter and plays a major role in stabilizing the heartbeat and electrical activity of the nerves.
所有scn区域的神经元都可以产生这种抑制性神经递质，有实验证实每天早晨八点钟向SCN区细胞释放GABA能使它们同步化。
All SCN neurons make this inhibitory neurotransmitter, and it had been shown that giving GABA daily at 8 a. m. to SCN cells synchronizes them.
本文主要介绍高级中枢、缺氧后脑血流量变化、缺氧对呼吸中枢神经元的实质性损害、神经递质和神经调质在缺氧性呼吸抑制过程中的作用。
This article introduces the effect of high central nervous system, changes of cerebral blood flow after hypoxia, damage of hypoxia to neurons in the respiratory center, neurotransmitters a…
本文主要介绍高级中枢、缺氧后脑血流量变化、缺氧对呼吸中枢神经元的实质性损害、神经递质和神经调质在缺氧性呼吸抑制过程中的作用。
This article introduces the effect of high central nervous system, changes of cerebral blood flow after hypoxia, damage of hypoxia to neurons in the respiratory center, neurotransmitters a…
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