神經元間的 的英文怎麼說
中文拼音 [shénjīngyuánjiānde]
神經元間的
英文
interneuronal-
Tactile spatial acuity of children and adults
觸覺空間精確性與觸覺神經元密度相關聯的驗證Not only the neurons but also the as in the rat brain play a very important role in the process of the peripheral nociceptive stimulation ; ? he newly - found eda may be the functional intercommunication ultrastructure between neurons and as, through which the as could modulate the neurons in the pain signal processing ; @ as might play an active and important role for modulation of pain through a new pathway from the peripheral afferent nerve to the as, then to neurons via electron - dense areas forming the glia - neuron s ignaling network
光、電鏡水平發現as與神經元之間有多種途徑進行信息交流，新發現的eda有可能是神經元與as之間信息交流的結構之一。阻斷as與神經元間信息交流連接后，前者對外周組織4第四軍醫大學博士學位論文損傷所致疼痛的反應不受影響，而後者的反應明顯受到抑制，提示在非病理性疼痛反應中，膠質細胞對神經元具有主動調控作用。However, the advance of intracellular labeling techniques enables us not only to visualize more complete dendritic arbor for qualitative analysis, but also to examine the relation between changes in the dendritic arborization and the evoked fast postsynaptic curents - 3 - ( fpscs ) in the same neurons during the postnatal development the aim of this study was to systematically examine the postnatal changes in the configuration of fpscs evoked by the focal stimulation of the stratum radiatum of the ca1 region, and the relationship between the dendritic arborization and evoked fpscs in the rat hippocampal ca1 pyramidal neurons using whole - cell blind patch recording technique combined with biocytin intracellular labeling during the postnatal development ( postnatal day 2 - 70, p2 - p70 )
但是，細胞內染色技術的進步使我們不僅能觀察到更完整的樹突分支來用於定性研究，而且也可以在同一神經元上研究在發育過程中樹突分支的變化與誘發的快突觸后電流（ fastpostsynapticcurrents ， fpscs ）之間的關系。因此，本研究應用盲法腦片膜片鉗記錄並結合biocytin細胞內染色方法，對發育過程中（生后2 70天）局部刺激大鼠海馬ca1區輻射層在錐體神經元誘發的fpscs的成分變化，以及ca1錐體神經元的樹突分支與誘發的fpscs的關系進行了較為系統的研究。Both input and output of the networks are cither procedures or functions. procedure - type ' s inputs to networks relax synchronization instantaneous limit on inputs in the traditional neural network models
過程式輸入放寬了傳統神經元網路模型對輸入的同步瞬時限制，是傳統神經元網路在時間域上的擴展，是更一般化的人工神經元網路模型。Firstly, second harmonic component ratio and dead angles of two phase inrush ' s dispersion in three - phase transformes are acted as input variable. secondly, the method applies improved algorithm based on the original algorithm of multi - layer forward back propagation network, that is to say, adding last variational effect of weight value and bias value to this time and making use of variable learning rate. at the same time, this method also adopts dynamic form in the number of hidden floor node
首先，文中將三相變壓器兩相涌流差流的二次諧波含量比和間斷角作為網路的輸入變量；其次，利用對原有bp網路訓練演算法基礎上的改進型演算法（即在計算本次權值和閾值的變化時增加上一次權值和閾值變化的影響以及採用變學習率，與此同時隱含層神經元個數採用動態形式） ，通過樣本訓練使網路結構模型達到最優。In term of the control mechanism between tp and te, possibly, this special control method will provide the control theory some spark. based on the research and conclusion of the frog visual behavior, in term of the control mechanism among the tp, te and endbrain area, the author has done a detailed system analysis and use the computer 3d to simulate the frog vision behavior. this kind of visual behavior model could be taken as a good reference to study the formation of the vision and its characteristics
文中通過對青蛙視覺行為數據的細致整理和總結，根據丘腦-前頂蓋（ tp ） ~ 1 、頂蓋~ 2和端腦區域里神經元集團之間的相互作用機制並結合具體的視覺行為，做了詳細的系統分析，並在此基礎上，使用計算機3d技術對青蛙視覺行為進行了模擬，這種直觀的視覺行為模型能夠為我們進一步研究視覺的形成和特點提供良好的依據和借鑒。Monosynaptic transmission between mesodicncephalic neurons and motoncurons innervating extraocular inferior oblique muscle in cats
貓中間腦結合部神經元與眼球下斜肌運動神經元的直接突觸聯系Awatsuji et al cultured neurons of different part of the brain of embryonic rat in vitro, and the results showed il - 2 ( 200 u. ml - 1 ) affiliated proliferation of hippocampi cells, prolonging the living time of neurons
Il - 2對神經元也有營養作用， awatsuji將胎鼠不同腦區的神經元進行體外培養，發現200u ml ~ （ - 1 ）的il - 2能夠顯著促進培養的海馬神經元突起生長，延長神經元存活時間。Taking the advantage of the characteristic of nonlinear multi - zone partition in multi - dimension of mtn, an approach of employing mtn for archiving arbitrary digital logic was proposed. according to this approach, the xor operation which needs three stns to achieve was implemented using single mtn
然後對多閾值神經元及其輸出特性作了詳細分析，利用多閾值神經元具有在多維空間中多區域非線性劃分的特點，提出了用一個多閾值神經元實現任意數字邏輯的規范方法。Disordered sensori - motor control, resulting from an upper motor neurone lesion, presenting as intermittent or sustained involuntary activation of muscles
「由於上運動神經元損傷導致的感覺運動控制障礙，表現為肌肉的間斷性或持續性的不自主運動」 。The development of fieldbus technology made lonworks field bus outstanding in all kinds of fieldbus. this paper simply introduces some kinds of common using fieldbus and the important position and influence of lonworks fieldbus in all kinds of fieldbus, carefully describes the technology core of lonworks technology, puts great emphasis on the introduction of the development and design of public security node of intelligent district which adopts computer, communication and control technology, carefully designs the interfaces of hardware circuits. the public security node of intelligent adopts 8031 single chip as its main processor to complete the application program of user, which mainly collects, process and control all kinds of field signal, and neuron chip 3150 as its slave processor to communicate with other nodes on field network, which works under parrel slave a mode
現場總線技術的發展使得lonworks技術脫穎而出，本文簡要介紹了常用的幾種現場總線的概況以及lonworks技術在現場總線技術中的地位和影響，對lonworks技術的技術核心：神經元晶元、 lontalk協議、 lonworks收發器、 lonbuilder及nodebuilder進行詳盡的描述；重點介紹了集先進的計算機技術、通信技術、控制技術為一體的智能小區安防節點的開發與研製，對節點硬體電路的各種介面進行了詳盡的設計。本文設計的智能小區安防節點採用單片機8031作為主處理器來完成用戶的應用程序，主要負責對各種現場信號進行採集、處理及控制，工作在并行從a方式下的神經元晶元mc3150作為從處理器，主要完成與現場網路上的各節點及中心控制室之間的通信工作。Once the axon makes contact with the tectal neuron ' s dendritic arbor, a synapse forms between them and, voil, the two neurons that fire together are wired together
一旦軸突連上了頂蓋神經元的樹突分枝，就會在其間形成突觸，哇啦，同時激發的神經元就串連在一起了。Results showed that unilateral transection of the middle midbrain above the ventral tegmentum did not block the synchronized bursts on both sides ; however, the synchronized bursts disappeared after unilateral transection through the middle of the medial hypothalamus
結果顯示:在腹側被蓋以上橫向切斷單側中腦中部，不能阻斷雙側催產素神經元的同步化爆發放電;但是單側下丘腦中間內側部橫切則可阻斷這種同步化爆發放電。In present study, single fibre recording in vivo from dorsal root on chronically compressed drg model was used. we analyzed the characters of isi series of oscillation firing of type a neurons induced by veratridine, an inhibitor of inactivation gate of sodium channel. so we can establish a basis for understanding the relationship between the inactivation gate of sodium channel and the firing pattern, so as to explore the relationship between the firing pattern and pain
本研究在大鼠背根節慢性壓迫模型上，利用在體單纖維記錄方法，觀察與分析na通道失活門抑制劑藜蘆堿引起受損背根節a類神經元放電isi序列發生的變化特徵，為了解na通道失活門與放電型式的關系以及進一步探索放電時間型式與疼痛的關系奠定基礎。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。My knowledge, skills and memories are embedded in a vast pattern of neurotransmitter concentrations and interneuronal connections and cannot be quickly accessed or transmitted
我的知識、技能和記憶根植在由神經遞質集中和神經元間的連接組成的寬廣支架上，不能夠被迅速取得或傳送。To investigate the potential function of nogo - a involved in neuronal development and differentiation, this study mainly used hippocampal neuron culture model, both in conventional and low - density condition, and immunohistochernical and western blot techniques. nogo - a expression pattern in hippocampal neurons at different stages and its subcellular distribution were explored by using specific antibody raised against nogo - a. pc12, 3t3 cells were also cultured as controls
為探討nogo a在神經元中的表達與神經元發育分化的關系，本研究藉助了海馬神經元常規培養方法和低密度條件下培養方法，應用針對nogo a的特異性抗體，採用免疫熒光細胞化學染色和westernblot方法，觀察了nogo a在體外培養的大鼠海馬神經元表達分佈模式，和不同培養時間nogo a亞細胞分佈的變化。Although no one is sure why the olfactory bulb requires so many new neurons, we can more easily speculate why the hippocampus needs them : this structure is crucial for learning new information, so adding neurons there would presumably spur the formation of connections between new and existing neurons, increasing the brain ' s capacity to process and store novel information
雖然沒有人確定為什麼嗅球需要這麼多的新生神經元，但是我們比較容易猜測為什麼海馬會需要，因為海馬對學習新資訊而言是個關鍵構造，所以在此新增神經元當然可以加強現有神經元與新生神經元間的連結，因此可增加腦部處理與儲存新資訊的能力。With the patch temperature increasing, it is found that ( 1 ) the mean open rates of sodium and potassium channels of the hh neuron are decreased, and the mean duration of spikes of membrane potential is also decreased, which are qualitatively consistent with previous experimental results of single ion channel
我們發現，隨著溫度的增加： 1 hh神經元上的k ~ +和na ~ +通道的平均打開率就會降低，膜電壓脈沖的持續時間也會降低，這與以前對單個離子通道的實驗研究結果定性的符合； 2Based on the h - h model, the thesis studies the reciprocity of random noise and signal in neuron, and the rule of the phenomenon of sr resulting from their coordinating effect. it is concluded that by the addition of certain level of noise, the response of the nonlinear system to a weak signal is enlarged. that is to say, noise strengthens the response of nonlinear system to signal
在系統模型的基礎上，研究了隨機噪聲與信號在神經元中的相互作用，以及它們之間因協同效應而出現的隨機共振現象的變化規律，得出結論，通過加入一定的噪聲，弱信號通過非線性系統后輸出放大，噪聲增強了非線性系統的信號輸出。分享友人