突觸遞質 的英文怎麼說

中文拼音 [tūchùdìzhí]
突觸遞質 英文
synaptic transmitter
  • 突 : Ⅰ動詞1 （猛沖） dash forward; shoot out 2 （高於周圍） protrude; bulgeⅡ副詞（突然） abruptly; sud...
  • 觸 : Ⅰ動詞1 （接觸） touch; contact 2 （碰; 撞） strike; hit 3 （觸動） touch 4 （感動） move sb ; sti...
  • 遞 : Ⅰ動詞（傳送;傳遞） hand over; pass; give Ⅱ副詞（順著次序） in the proper order; successively
  • 質 : Ⅰ名詞1 （性質; 本質） nature; character; essence 2 （質量） quality 3 （物質） matter; substance;...
  1. Its neuroprotective effect may be due, at least in part, to interact with presynaptic binding sites and inhibit glutamate and other transmitters release

    因此， ginkgolideb的神經保護作用很可能或至少部分是由於它可以與突觸前膜的paf受體結合而抑制谷氨酸等神經遞質的釋放。
  2. Includes the structure and biophysical properties of excitable cells, synaptic transmission, neurochemistry, neurodevelopment, and integration of information in simple systems and the visual system

    其中包括易興奮細胞的結構與生物物理性質、突觸傳遞、神經化學、神經發育以及簡單系統與視覺系統資訊的整合。
  3. 3. amino acid assay found that besides the release of glu, preincubation with synaptosomes at 370c for 30 min enabled - agtx to reduce kcl induced asp, gly, gaba release from synaptosomes by 90 3 %, 94. 5 2 % and 95 1. 5 %, however ionomycin evoked release of these transmitters is not significantly affected. it is indicated - agtx has a common inhibitory effect on the release of these transmitters by a resemble mechanism

    氨基酸測定發現，與突觸體370c下共保溫30分鐘，除glu外， 18nm - agtx還可以有效抑制50mmkcl誘發的asp ， gly和gaba神經遞質的突觸前釋放，與鈣對照相比，抑製程度分別為90 3 % ， 94 . 5 2 %和95 1 . 5 % ，但對ionimycin激發的遞質釋放沒有明顯抑制作用，顯示- agtx對這些神經遞質的釋放可能存在一個相同的作用機制。
  4. 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。
  5. The result indicated that some of the synaptic areas assumed distinct gaba - immunoreaction. although many vesicles existed in some synaptic areas, only a small part of vesicles appeared gaba - immunoreaction. maybe gaba is cotransmitter, that is to say, there are some other neural transmitters to modulate the neural activity altogether

    有的突觸中存在大量的突觸小泡，但只有一小部分小泡呈gaba陽性反應，說明此處gaba可能是共遞質（ co transmitter ） ，還有其他神經物質存在，共同調節神經活動。
  6. Take the fast transient mass transfer of nacl solution within solid porous material for granted, experiments on mass transfer were done in order to explore the macro physical behavior under the condition of suddenly contact of nacl solution and porous material. base on the experimental results, the physical behavior and mechanism of mass transfer of nacl solution within porous material were analyzed and discussed. the results indicate that under the condition of suddenly contact, the mass transfer of nacl solution in porous material has apparent wave propagation mechanism

    以nacl溶液在固體多孔材料中的快速瞬態傳質為例，對nacl溶液和固體多孔狀材料突然接觸情況下， nacl溶液在固體多孔狀材料中的質量傳遞過程所表現出來的宏觀物理行為進行了實驗研究，根據實驗結果，對液體nacl哈爾濱工程大學博士論文一溶液在多孔狀材料中質量傳遞的物理行為和機制進行了分析和討論。
  7. The results showed that : ? apsaicin could significantly increase the frequency of miniature excitatory postsynaptic currents ( mepscs ), in another word, capsaicin could enhance the excitatory neurotransmitter release from primary afferent terminals. this is coincidence with the results of our previous studies

    第四軍醫大學碩士學位論文結果表明： coys能顯著增加所記錄的微小興奮性突觸后電流（ miniatureexcitatorypostsympticcurrents ， inepscs ）的頻率，即增強了初級傳入終末釋放興奮性神經遞質，這與我們以往的研究結果一致。
  8. The purpose of our present study is to verify the effect of ne on primary afferent terminal neurotrasmitter release at the synaptic level in the sg of the rat spinal dorsal horn, which might contribute to better understanding the mechanism of ne analgesic effect at spinal level

    此外， ne也可能直接作用於初級傳入纖維終末。本研究的目的是在突觸水平驗證ne在大鼠脊髓sg內對初級傳入終末釋放神經遞質的影響，以便進一步闡明ne在脊髓鎮痛作用的機制。
  9. Topics : development of the nervous system and its connections, cell biology or neurons, neurotransmitters and synaptic transmission, sensory systems of the brain, the neuro - endocrine system, the motor system, higher cortical functions, behavioral and cellular analyses of learning and memory

    探討主題包括：細胞層面的神經系統發育過程及其內部連結情形、神經細胞、神經傳遞物質和突觸傳遞過程、大腦的感覺神經系統、神經內分泌系統、運動神經系統、大腦皮質的進階功能、學習與記憶的行為觀點與細胞層面分析。
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