神經節間的 的英文怎麼說
中文拼音 [shénjīngjiéjiānde]
神經節間的
英文
interganglionic-
Time grew, the adjustment that can bring about pallium again the function is disorder, parasympathetic nerve centre is met " seize the opportunity " come out from the disengagement below the control of pallium, stimulant increase, the alvine path exercise that gets it to control is accelerated, patient occurrence diarrhoea ; this nerve excitement is too long, but because of " fatigue " and ebb gradually and turn to restrain, alvine path muscle also comes down flabbily slowly, peristalsis is abate, the result causes constipation again
時間長了，又可導致大腦皮層的調節功能紊亂，副交感神經中樞便會「乘機」從大腦皮層的控制下解脫出來，興奮性增強，受它支配的腸道運動加快，病人出現腹瀉；該神經興奮過久，可因「疲憊」而逐漸衰退並轉為抑制，腸道肌肉也就慢慢地鬆弛下來，蠕動減弱，結果又引起便秘。Sep is a kind of bioelectric reaction which is characterized by time - locked and special response. the response can be reorded at the any part of special somatosensory system including from derma - tomes to peripheral nerve, spinal posterior root, et al, when stimulated in a proper style
體感誘發電位是對軀體感覺系統的任意一點包括從皮膚節段到外周神經干、脊髓神經后根等，給予適當形式刺激后，在該系統特定通路上的任何部位均可檢出與刺激有相對固定的時間間隔和特定形式的生物電反應。Root of backbone nerve around is in backbone ganglion is far side assemble, scabbard of stiff backbone film also closes subsequently for one scabbard, become backbone nerval velamen, namely the film outside nerve, because backbone ganglion is located in between vertebra kong shuiping, the length of backbone nerve root has variation consequently
脊神經前後根在脊神經節遠側會合，硬脊膜鞘也隨之合為一鞘，成為脊神經的被膜，即神經外膜，由於脊神經節位於椎間孔水平，脊神經根的長度因而有變異。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。Before backbone nerve, hind the is highlighted by film of spinal cord stiff backbone and arachnoid bursa more scabbard place when the root walks out of vertebra to be in charge of is wrapped by, call backbone film sleeve, the clearance between two scabbard and arachnoid next antrum are interlinked, nerve root is complete dip in cerebrospinal fluid, from this before, hind two wear film of classics stiff backbone severally, the scabbard that forms for stiff backbone film respectively laps, the fu in two by there is one cranny to call backbone film pocket between putamen, this scabbard is wrapped by hind the backbone ganglion of the root
脊神經前、后根走出椎管時多被脊髓硬脊膜及蛛網膜囊突出的鞘所包被，稱為脊膜袖，兩鞘之間的間隙和蛛網膜下腔相通，神經根完全浸於腦脊液中，自此前、后兩根各自穿經硬脊膜，並分別為硬脊膜形成的鞘包裹，在兩根的覆被硬膜之間有一裂隙稱為脊膜囊，此鞘並包被后根的脊神經節。Adjust inside human body bowel ( also include splanchnic ) nerve cries " plant nerve ", central nervous especially the advanced nerve activity of cerebrum and splanchnic connection, it is through these plant nerve play of direct or indirect ground adjusts of action
人體內調節腸道（也包括內臟）的神經叫「植物神經」 ，中樞神經非凡是大腦的高級神經活動與內臟的聯系，是通過這些植物神經直接或間接地發揮調節作用的。Objectie. we ealuated the effects of intradiscal administration of substance p - saporin, a toxin selectie for cells expressing substance p receptors
研究設計.應用免疫組織化學和逆行神經示蹤方法，檢查支配鼠腰椎間盤的背根神經節細胞中p物質受體的變化。The anterolateral approach gives excellent access to the ankle joint, the talus, and most other tarsal bones and joints, and it avoids all important vessels and nerves
前外側入路可充分顯露踝關節、距骨及大部分其他跗骨和跗骨間關節，同時它可避免損傷所有重要的神經血管。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。After a sabbatical from film - making to become a mother in 1994, binoche was selected as the heroine of france s most expensive 35 million movie ever : hussard sur le toit, le 1995. more recently she has made english patient, the 1996, for which she won an oscar for best supporting actress and chocolat 2000
迄今為止，她主演的所有影片都是有關愛情的，她在表達燃燒在心靈深處的愛情時，不是通過強烈的外部動作，而是通過脈脈含情的眼神含蓄雋永的語言在不經意的瞬間完成的，這種富有節制的表演往往比完全外露的情感更強烈更深刻更耐人尋味。In this dissertation, two kinds of optimization, methods are proposed. firstly, only these linking weights corresponding to the control rules that affect the control performance significantly are updated in order to reduce the compute works and speed up the training progress. secondly, the updating step is adjusted adaptively in accordance with the error and the change of error of the system based on the t - s model to get better performance
針對模糊神經網路控制器一般存在著在線權值調整計算量大、訓練時間長、過度修正權值可能導致系統劇烈振蕩等缺點，提出了兩種模糊神經網路控制器的優化方法：在線自學習過程中僅對控制性能影響大的控制規則相關的權值進行修正，以減小計算量，加快訓練速度；基於t - s模糊模型，根據偏差及偏差變化率大小動態自適應調節權值修正步長，抑制控制器輸出的劇烈變化，避免系統發生劇烈振蕩。Their maturation process is not only important for establishing normal visual functions, but may also underlie the dendritic remodeling of ganglion cells during development
雙極細胞的成熟不僅對建立正常的視覺功能很重要，而且可能對神經節細胞的樹突在發育期間有修飾的作用。This paper presents the means of obtaining the parameter of signal converter and formulas for achieving the value of every parameter through math illation. the design means for band - pass filter involved in this subject is discussed and particularly, the steps and formulas for designing butterworth band - pass filter are expounded and the transfer - function of band - pass filter used in this subject are also given
通過神經網路的曲面擬合，很好地解決了本課題中所涉及的多個相互耦合的被測參數的解耦問題和標度變換問題，同常規s型非線性響應函數bp神經網路數據擬合相比，減小了計算量，節省了檢測系統在檢測過程中的計算時間，擬合結果表明。Moreover, human ghrelin receptor exhibits a remarkable 50 % overall identity with human motilin receptor, therefore it was named as " raotilin - related peptide ". anatomical evidence showed that there are ascending and descending neuronal projections between pvn, bma and lower brain stem ( nts, dmx ), which participate in the regulation of gastric acid secretion and gastrointestinal motility. moreover, pvn is the center of appetite regulatory web
Pvn與低位腦干（延髓迷走復合體）及邊緣系統之間有密切的纖維聯系，且含有多種神經肽，參與胃酸分泌，胃腸活動等多種生理機能的調節，是影響消化道功能與攝食行為的重要中樞部分， pvn內胃動素可促進胃排空和攝食，而新發現的ghrelin /胃動素相關肽是否參與此核區對胃運動的調節機制及其可能的神經通路尚不明了。When estimate the connecting relation among nodes, we utilize the matching relation between enlarged neural network and xor function. this is a learning process and it is a dynamic process with ceaseless game
在判斷節點間的連接關系時用擴大了的「神經網路」擬合異或函數，這是網路的學習過程，也是一個不斷進行博弈的動態過程。Conclusions : the present results indicated that the brain areas involving in the heperosmotic regulation mainly located in mvz son and pvn. the neurons and astrocytes might be very active following hyperosmotic pressure and n - asc as a functional unit might serve to modulate osmotic pressure. there was reciprocal osmoregulation pathways between the mvz and son or pvn in the brain
結論：參與大鼠高滲性滲透壓調節的中樞主要位於mvz 、 son和pvn等核團，神經元和ast以n asc的形式共同參與滲透壓調節反應，體內存在mvz和son或pvn之間往返的滲透壓調節通路。For general nonlinear time series ( not - season time series ), on the foundation of pipelined recurrent neural network, bfgs ( broyden - fletcher - goldfard - shannon ) is introduced in, so a study algorithm based on bfgs is put forward
對於一般的非線性時間序列（非季節時間序列） ，我們在現有的管道神經網路基礎上，把bfgs演算法引入到該網路的學習中，提出了基於bfgs的管道神經網路學習演算法。Hormones can in fact control behavior on a very short ( minute ) timescale, and the output of the nervous system is modulated by hormonal state
激素事實上也能在很短的時間水平上（分鐘級）控制行為，而神經系統的輸出是也被激素水平所調節。Experimental results confirmed this assumption : during the interstimulus interval ( isi ) ranged from 33 to 83 ms, with the isi luminance approximated to the mean luminance of the stimulus grating, a novel okn elicited by the intermittent display of stationary gratings was observed and recorded. it can be labeled as " intermittent - display - grating induced okn " ( idg - okn ). in the second part, considering that the biphasic visual impulse resp onse is the feature of the magnocellular ( m - cell ) pathway, and the m - type ganglion cells are damaged in the primary open - angle glaucoma ( poag ), we presumed that idg - okn of poag could differ strikingly from that of normal subjects
結果顯示，當間歇刺激間隔（ interstimulusinterval ， isi ）在33 83ms范圍內， isi期間亮度近似為刺激光柵平均亮度，我們觀察並記錄到這種新型的靜止光柵誘發的oknintermittent - display - gratinginducedokn （ idg - okn ） （ magnocellular ）路特性，而且原發性開角青光眼（ primaryopen - angleglaucoma ， poag ）是m型視網膜神經節細胞受損，因此我們推測，基於雙相視覺脈沖反應的idg - okn在poag病人與正常人比較中很可能出現顯著差2間歇刺激，對11隻poag眼和14隻正常眼進行對比眼動實驗。The structure of human body and function all very complex, the function of each organ, system inside body and all sorts of physiology processes are not to isolate the ground undertakes severally, be in however neurological direct or adjust secondhand below control, cooperate mutual connection, mutual influence, closely, make human body becomes a complete and unified organism, come true and keep normal life activity
人體的結構與功能均極為復雜，體內各器官、系統的功能和各種生理過程都不是各自孤立地進行，而是在神經系統的直接或間接調節控制下，互相聯系、相互影響、密切配合，使人體成為一個完整統一的有機體，實現和維持正常的生命活動。分享友人