突觸后受體 的英文怎麼說
中文拼音 [tūchùhòushòutǐ]
突觸后受體
英文
postsynaptic receptor-
It consists of fusiform neurons with intensely expressed neuropeptides in the fibers, terminals, and neuronal somata. functional connections between the mrd and hippocampus, amygdala and the basal nucleus of meynert were identified by c - fos expression method [ 14 ]
Nmdar在谷氨酸中樞神經系統的許多功能上具有關鍵作用， nmda受體激活后可引起神經元細胞膜對na + 、 k +和ca2 +通透性增強，產生興奮性突觸后電位。General principles for activities of nervous ; synapse and synaptic transmission ; the basic process of classical synaptic transmission ; postsynaptic potential : excitatory postsynaptic potential and inhibitory postsynaptic potential ; the conception of transmitter and receptor : mostly transmitter and receptor system ; reflex and reflex arc ; the characters of central excitatory transmission, central inhibition ; the motor unit of skeleton muscle ; stretch reflex ; the function of autonomic nervous system and their chemistry transmission
神經元活動的一般規律；突觸與突觸傳遞；經典突觸傳遞的基本過程；突觸后電位：興奮性突觸后電位，抑制性突觸后電位；遞質和受體的概念：主要的遞質和受體系統；反射與反射弧;中樞興奮的傳播特徵，中樞抑制；骨骼肌的運動單位；牽張反射；自主神經系統的功能及其化學傳遞。The concomitant application of dl - 2 - amino - 5 - phosphonopentanoic acid ( aps, 100 jim ) with bicuculline did not eliminate the polysynaptic second component, but the second component was only elicited in slices in which the ca3 region was kept intact. moreover, the bicuculline - and ap5 - resistant second component was due to the burst activity of ca3 pyramidal neurons, which were antidromically excited by the stimulation of the schaffer collaterals
在生后1121天，神經元的快興奮性突觸后電流（ fstexcitatorypostsynapticcllntntsfepscs ）出現了典型的多突觸第二種成分，同時給予nmda受體阻斷劑aps不能消除此多突觸第二種成分，但其只有在ca3區保持完整的腦片上才可被引出。When a neuron fires, sending an electrical signal down its axon to its tips ( presynaptic terminals ), neurotransmitters released from vesicles cross a tiny intercellular space ( the synaptic cleft ) to receptors on the surface of a recipient, or postsynaptic, neuron
神經元放電時，電性訊號沿著軸突傳至神經末梢（突觸前終端） ，造成神經傳遞物從囊泡釋放到細胞外，並通過微小的細胞間空隙（突觸間隙） ，抵達接收端，也就是突觸后神經元表面的受體。Receptors on the receiving, or postsynaptic, neurons bind to the neurotransmitter and register biochemical changes in the cell that can change its ability to respond to other stimuli or to turn genes on or off
位於接受訊息端的突觸后神經元則帶有血清張力素受體，可與其相接，並啟動細胞內的生化反應，以改變神經元對其他刺激的反應能力，或是開啟或關閉基因。分享友人