neurotransmitter release 中文意思是什麼

neurotransmitter release 解釋
神經傳遞物質釋放
  • neurotransmitter : 神經傳導素
  • release : vt 1 放（箭等），投（炸彈）；解放，釋放（囚犯、俘虜等）；使免除；救出；解除（痛苦、債務等） （fro...
  1. The release of neurotransmitter molecules from one neuron and their attachment to receptor sites on another keep a nerve impulse moving

    神經遞質分子從一個神經原釋放后，附著到另一個接受點，令神經沖動保持運動的狀態。
  2. There are distributed in different regions and with different densities in the brain, so it can be supposed that il - 2 has physiological functions in these different regions. for instance, il - 2 has the nutrition function on the neurons and neuroglias, and affects the release of neurotransmitter. it has been tested that il - 2r can be expressed in oligodentrocytes and microglias

    Il - 2r在中樞神經系統中有廣泛表達，且不同腦區il - 2r的分佈及密度不同，推測il - 2因而發揮不同的生理功能，如其能影響營養神經元和神經膠質的功能，影響神經遞質的分泌等。
  3. ? he pretreatment of ne together with yohimbine, an a, adrenergic receptor antagonist, had no effect on the facilitatory action of capsaicin on neurotransmitter release from primary afferent terminals. this result suggests that the a2 adrenergic receptor on primary afferent terminals might be involved in ne depression on capsaicin - induced neurotransmitter release

    將飛型腎上腺素受體阻滯劑育亨賓（ yohimbine ）與ne同時預灌流后， caps對初級傳入終末遞質釋放的易化作用不受影響，提示初級傳入纖維終末上的a 。
  4. Botulinum neurotoxin serotype a produced by the clostridium botulinum, are the most lethal substances known. a single molicule can abolish the function of a nerve cell. the toxins exert their action by blocking the release of the neurotransmitter, acetylcholie, at the neuromuscular junction, the blockage of bont / a makes neuromuscular weakness and flsccid paralysis, and lead to respiratory failure and death. botulinum is a serious public heath problem in developing countries around the world

    A型肉毒毒素（ botulinumneurotoxinserotypea ， bont a ）是由肉毒梭菌產生的一種強烈的外毒素，是目前已知最毒的天然物質，一個單分子的肉毒素分子就能阻斷一個神經細胞的功能，通過阻斷運動神經末梢乙酰膽堿的釋放導致機體發生癱瘓，嚴重者發生呼吸衰竭而死亡。
  5. Release of glutamate, a neurotransmitter involved in learning and memory - glutamate enhances the connections between sets of neurons

    在學習和記憶中的神經傳遞素中，谷氨酸鹽的釋放會增強很多神經細胞的聯系。
  6. The present results indicate that ne depresses capsaicin - induced primary afferent terminal neurotransmitter release by activating a2 adrenergic receptor

    本研究結果提示： ne通過激活初級傳入終末上的a ，型腎上腺素受體，抑制caps引起的初級傳入終末釋放遞質。
  7. Stimulation of cholinergic neurons promotes the release of the neurotransmitter dopamine in the reward pathway of your brain

    膽堿能的神經細胞的刺激能促進傳感神經素多巴胺在大腦的有益通路中的釋放。
  8. Our previous studies have demonstrated that capsaicin could obviously enhance the excitatory neurotransmitter release from primary afferent terminals in spinal dorsal hom

    我們以往在脊髓背角的研究表明， caps能顯著增加初級傳入終末釋放興奮性神經遞質。
  9. Intracellular ca2 + serves as a ubiquitous second messenger in nerve cells. fluctuations of [ ca2 + ] termed " calcium signals " regulate a variety of intracellular events such as excitability, neurotransmitter release, synaptic plasticity, gene expression, development and differentiation

    神經細胞內鈣離子不僅是一種重要的第二信使，而且對神經細胞的其它功能也具有重要的調節作用，因此，有必要在完整神經細胞上準確測定鈣離子的動態變化、運動方式及梯差分佈。
  10. In activating these receptors, opiates prevent neurotransmitter release, thus blocking the transmission of the pain message to spinal cord neurons

    鴉片類物質活化這些受體后，會抑制神經傳遞物的釋放，因此阻斷了將痛覺訊息傳給脊髓神經元的過程。
  11. ? e did not influence the spontaneous mepsc in sg. however, after pretreatment with ne, the facilitatory effect of capsaicin on neurotransmitter release from primary afferent terminals was significantly depressed

    Ne對sg內自發的ilepscs無影響，但在ne預灌流后， caps增強初級傳入終末神經遞質釋放的程度顯著降低。
  12. The selective action of capsaicin on primary afferent fibers that transmit nociceptive information simulates nociceptive stimulation in vivo, therefore, the ne depression of primary afferent terminal neurotransmitter release might be significant on nociceptive modulation at spinal level

    Caps選擇性地作用於傳遞傷害性信息的初級傳入纖維，模擬了在體傷害性刺激，因此， ne對初級傳人終末遞質釋放的抑制，在脊髓水平的傷害性信息調控過程中可能具有重要意義。
  13. 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。
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