神經傳遞體 的英文怎麼說

中文拼音 [shénjīngzhuàndìtǐ]
神經傳遞體 英文
neurotransmitter
  • 神 : Ⅰ名詞1 （神靈） god; deity; divinity 2 （精神; 精力） spirit; mind 3 （神氣; 神情） expression; l...
  • 經 : 經動詞[紡織] （把紡好的紗或線梳整成經紗或經線） warp
  • 傳 : 傳名詞1 （解釋經文的著作） commentaries on classics 2 （傳記） biography 3 （敘述歷史故事的作品）...
  • 遞 : Ⅰ動詞（傳送;傳遞） hand over; pass; give Ⅱ副詞（順著次序） in the proper order; successively
  • 體 : 體構詞成分。
  • 神經 : nerve; nervus
  1. Remember there was ever the instruction to those peoples that were to hold to that that would bring for the spiritual forces, rather than the abuses of the abilities - as those with familiar spirits, as those that spoke to or partook of the divinations of those that had passed from the earth ' s plane, or those that partook of the animal magnetism - that came from the universal consciousness of animal matter as passed into its experience, in its interchange through those periods of integration and disintegration - and the spirit forces possessing those that would lay themselves open to such conditions, for these are as real as physical bodies if the attunements of the entity are such that it may vision them

    記住曾經給致力於精神力量修持的那些人們指導介紹過，而不是濫用各種能力-就像熟悉精神的那些人一樣，就像宣講真相的那些人或者共同分享已經傳遞到地球平面的預言的那些人一樣，或共同參與動物磁性說的那些人一樣-來自已經傳遞了它的經驗的動物物質的宇宙意識，通過集成和崩潰的那些周期的交換-並且精神力量支配那些將自己置於心靈開放條件下的人，因為這些精神力量就跟物質身體一樣真實，如果實體是協調一致的話可以顯現看見精神力量！
  2. Nmda receptors contribute to synaptic transmission in anterior cingulate cortex of adult mice

    受體參與小鼠的前額扣帶回的神經突觸傳遞
  3. Meanwhile physiologists and biochemists were finding that glia had receptors for many of the same neurotransmitters neurons use for synaptic communication, as well as most of the ion channels that enable neurons to fire action potentials

    同時，生理學家與生化學家也發現，神經膠細胞有受體，可以接受神經元用以做突觸溝通的許多神經傳遞物，它們也同樣有大多數神經元用來產生動作電位的離子通道。
  4. From the scn, nerve impulses travel via the pineal nerve ( sympathetic nervous system ) to the pineal gland

    神經電脈沖經由松果體神經（交感神經系統）傳遞到松果體。
  5. After renaturation, the biological activity of mviia is nearly 100 % of that of natural one ; the activity of hm - 1227 is less than t | iat of hwtx - i ; however, hm - xw cannot block the neuromuscul ar transmission in an isolated mouse phrenic nerve - diaphragm preparation

    復性后的mv a摘要生物學活性接近天然mvlla的100 % ;嵌合體hm一1227的活性小於hwtx一i的15 % ;而嵌合體fd以一xw不能阻斷小鼠隔神經一隔肌的接頭傳遞。
  6. For example, the dsm diagnostic changes emphasize symptom checklist approaches to psychiatric diagnosis ; neuroscience and psychopharmacology gains emphasize somatic interventions ; delivery system changes, and inadequate availability of psychiatrists, diminish attention to the psychological aspects of the patient ' s presentation and treatment

    舉例說， dsm診斷的變化強調用癥狀量表來作精神科診斷；神經科學和精神藥理的發展強調了軀體的干預；傳遞系統的變化，以及不充足的精神科醫生，使得對病人表現以及治療的心理側面的重視減少。
  7. Renin secretion is controlled by at least four mechanisms that are not mutually exclusive : a renal vascular receptor responds to changes in tension in the afferent arteriolar wall ; a macula densa receptor detects changes in the delivery rate or concentration of nacl in the distal tubule ; circulating angiotensin has a negative feedback effect on renin secretion ; and the sympathetic nervous system stimulates renin secretion via the renal nerve mediated by receptors

    腎素的分泌至少受四種互不排斥的機制控制：腎血管受體對向心小動脈壁張力變化的反應；緻密斑受體發現遠端腎小管內氯化鈉傳遞速率或濃度的變化；循環的血管緊張素對腎素的分泌的負反饋效應；和交感神經系統經由受體介導的腎神經刺激分泌腎素。
  8. Subject covers all major areas of cellular and molecular neurobiology including excitable cells and membranes, ion channels and receptors, synaptic transmission, cell type determination, axon guidance and targeting, neuronal cell biology, synapse formation and plasticity

    本學科涵蓋了細胞分子神經生物學的所有主要領域，包括興奮細胞和細胞膜、離子通道和受體、突觸傳遞、細胞類型決定、軸突導向和定位、神經元細胞生物學、突觸形成和可塑性。
  9. There was much evidence showing that substantia gelatinosa ( sg ) of the spinal dorsal horn plays an important role in nociceptive information transmission from the periphery to central nervous system. thus, the present study firstly investigated the effect of nociceptin on membrane current of spinal dorsal hom substantia gelatinosa ( sg ) neurons by use of the whole - cell patch - clamp technique

    故灘究首先應用脊髓薄片膜片鉗全細胞記錄技術觀察了在電壓鉗制下孤啡肽受體的內源性配體nociceptin對脊髓背角sg神經元膜電流的影響作用以及其對脊髓背角興奮性和抑制性突觸傳遞的作用，其次觀察了nand
  10. This paper reviews the actions of general anesthetics on neurons, synaptic transmissions, related receptors as well as ion channels in the spinal cord

    本文綜述了全麻藥對脊髓內神經元、神經元間的突觸傳遞、相關受體及離子通道的作用。
  11. A nerve cell, for example, rapidly transmits electrical signals in the body.

    例如，神經細胞在體內能迅速傳遞電信號。
  12. Mass spectrometry of synthetic hw - ma and rgd - hw are in full agreement with those speculated theoretically, which proves the success of peptide synthesis and refold. on isolated mouse phrenic nerve - diaphragm preparations, hw - ma can block the neuromuscular transmission in 35 minutes or so ( l 10 - 5 g / ml ), its biological activity shows 73 % decrease comparing with biological activity of native hwtx - i. it proves t hat the protein engineering of synthetic chimera hwtx - i has gained success to some extent, although it did not achieve our expectations. thus it proved that hwtx - i can be using as natural scaffold for protein engineering. and also emphasized the importance of " local stereo circumstances " of activity site when the foreign activity site was transferred into a natural scaffold

    濃度為1 / 1059 / ml的hw一ma突變體能可逆阻斷小白鼠隔神經書高肌的接頭傳遞，阻斷時一間為35min左右，與天然hwtx一i比較，生物學活性下降3一4倍，說明合成的突變體改造獲得了一定的成功，盡管與我們預期的目標有一定的差距，從而證明hwtx一i可以作為蛋白質工程研究的天然分子骨架，同時也強調了往天然分子骨架中轉移外源活性位點時維持活性位點「局部立體環境」的重要性。
  13. Cytokines are important immune - active molecules, and their roles in cns have been paid much attention. studies have shown that cytokines may be important humeral messengers that mediate immune information to cns

    細胞因子是重要的免疫活性分子，是免疫信息向中樞傳遞的體液途徑中的信號物質，其在神經系統和免疫系統之間的作用愈來愈受到重視。
  14. Also, transplanted neural cells had formed synapses to communicate with each other and ultimately the striatum, the portion of the brain dopaminergic cells act on to control moement

    同樣，移植的神經細胞已經形成突觸以同其他的神經細胞交流，最終同紋狀體傳遞信號，紋狀體是大腦多巴胺能細胞作用的部分並且控制運動。
  15. Also, transplanted neural cells had formed synapses to communicate with each other and ultimately the striatum, the portion of the brain dopaminergic cells act on to control movement

    同樣，移植的神經細胞已經形成突觸以同其他的神經細胞交流，最終同紋狀體傳遞信號，紋狀體是大腦多巴胺能細胞作用的部分並且控制運動。
  16. 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。
  17. 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。
  18. 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。
  19. The changes, which may persist for a long time, can include display of increased numbers of the receptors that respond to the neurotransmitters released by nociceptors and might even include rewiring of connections and a loss of nerve cells that normally inhibit pain signaling

    這種改變可能持續好長一段時間，改變的情況包括對神經傳遞物（由痛覺受器釋放）產生反應的受體數量增加，甚至還可能是神經線路出現新的接線，以及喪失了原本抑制疼痛訊息的神經細胞。
  20. " for their discoveries concerning the humoral transmittors in the nerve terminals and the mechanism for their storage, release and inactivation

    發現神經末梢的體液傳遞物質及其貯藏釋放失活機理
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