節前神經元 的英文怎麼說
中文拼音 [jiéqiánshénjīngyuán]
節前神經元
英文
preganglionic neurons-
A large number of neurons with nig - li were seen in the anterior olfactory nuclei, accumbens nucleus, septal area, 09600045, 39970377, 39570109 ) 9 ventral pallidum, pallidum, caudate putamen, nucleus of the stria terminalis, anterior hypothalamic area, tuber cinereum area, lateral hypothalamic area, perifornical nucleus, supraoptic nucleus, arcuate nucleus, mammillar nuclei, substatia nigra, ventral tegmental area, retrorubral area, superior and inferior colliculus, periaqueductal gray, nucleus of the solitary tract, and superficial layers of the medullary and spinal dorsal horns
大量nk3受體樣免疫反應陽性神經元出現於前嗅核、伏隔核、隔區、腹側蒼白球、蒼白球、尾殼核、終紋床核、下丘腦前區、下丘腦結節區、下丘腦外側區、穹隆周區、視上核、弓狀核、乳頭體、黑質、腹側被蓋區、紅核后區、上丘和下丘、導水管周圍灰質、孤束核、及延髓和脊髓背角淺層。Electrophysiological studies of preganglionic neurons in the superior salivatory nucleus of cats
貓腦幹上涎核節前神經元電活動的觀察Since 90th of 20 centery it has began to interest in their roles in neuroimmune modulation. as far as the supraependymal structures are concerned, such as supraependymal cells, fibers, and csf - contacting neurons they has been interest in their functions of neurohumoral modulation and in roles within neuro - endoerine - immune network. because cvos locate just at signal exchanging sites among blood, brain tissue and csf, their special locations may determine their decisive roles in neuro - endocrine - immune modulation
而有關室管膜上細胞，室管膜上纖維以及接觸腦脊液神經元在神經體液調節以及神經-內分泌-免疫調節網路中的作用，目前越來越受到人們的重視，由於室周器官處于血液-神經-腦脊液三種信息流的交匯處，特殊的位置決定了它在神經-內分泌-免疫調節中可能起著舉足輕重的作用。Secondly, two carbon fiber reinforced composite beams were fabricated, and their modal frequencies were measured by an experiment method. thirdly, delaminations were modeled by pairs of nodes with the same coordinates but different node numbers, while the modal frequencies of these beams with different delamination location and size were computed by an eas piezoelectric solid element. moreover, a novel method combining computational mechanics and neural network was demonstrated for composite health monitoring ; the first five flexure modal frequencies obtained by fem were modified by a primary revising approach and were used to train the neural network
本文較全面地評述了神經網路的應用模型、改進演算法等，編制了bp神經網路程序：制備了纖維增強復合材料試件，並進行實驗模態分析；利用坐標相同、節點號不同的方法模擬脫層損傷，基於eas列式的壓電固體單元計算了不同脫層損傷情況下的頻率信息；針對基於實驗數據訓練神經網路存在樣本不足的缺陷，本文提出了利用有限元方法對含有脫層損傷的復合材料試件進行數值模擬，以前五階彎曲模態頻率構建訓練樣本的新思路，並提出了一種初步的計算值修正方法，以此構建神經網路的訓練樣本：將實驗模態分析的結果送入訓練好的神經網路進行預測，實現了對復合材料梁的脫層損傷的定位和損傷程度的評估。The main works already done include the effects and mechanism of stimulation of renzhong on respiration and blood pressure, the electrophysiological and morphological properties of the respiratory neurons in the medulla oblongata of rat, the roles of the medullary respiratory neurons in the regulation of respiration and respiration - related activities, the relation of the nucleus paragigantocellularis lateralis with the control of respiratory rhythm, the roles of the neurons of pre - botzinger complex in the control of respiration and their neurochemical properties, and the establishment of a simple and effective technique of decerebrating rat
已完成的系列研究工作主要有：人中的呼吸和血壓效應及其機制；大鼠延髓呼吸神經元的電生理和形態學特點細胞內研究；延髓呼吸神經元在呼吸和呼吸相關活動調節中的作用；旁巨細胞外側核與呼吸節律；前包欽格復合體神經元的神經化學特性和在呼吸調控中的作用；建立了一種簡便有效的去大鼠大腦方法。正在進行的科研工作主要有：The anterior pagoda neuron is one of the largest neurons in the leech nervous system. it receives multiple sensory inputs. the physiological function of ap is unknown. with the combination of intra - and extra - cellular electrophysiological recording methods, it is suggested that ap neuron modulates the membrane potential of multiple muscle cells in the contralateral body wall
水蛭前寶塔神經元ap是神經節前側囊中胞體最大的神經元，它接受多種感覺傳入，但傳出功能未知。通過應用細胞內外電生理學記錄結合方法，揭示了ap神經元的輸出效應可能是調制水蛭體壁肌肉細胞膜的興奮水平。On the basis of fuzzy diagram theory, the information - processing model of ip is also proposed. the task - allocation and reference model of mips ( multi intelligent pro - node system ) based on knowledge cooperation are proposed in detail. based on standard on smart networked transducers ieee 1451, neuron - chip, lonworks technology, the structure model and prototype of ip are designed
在給出智能前端的定義及技術特徵后，建立了基於智能前端的現場信息處理模型；在引入智能單元概念后，提出了智能前端的功能實現模式；基於模糊圖論的相關理淪，研究並建立了智能前端的信息處理模型；建立了基於協同求解機制的多智能前端節點系統mips的推理和任務分配模型；基於網路化智能傳感器執行器的設計及介面標準ieee1451 、神經元晶元和lonwoks技術，設計了智能前端的結構模型和裝置原型。分享友人