節制中樞 的英文怎麼說
中文拼音 [jiézhìzhōngshū]
節制中樞
英文
moderator center-
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。Visible, neurological the adjustment that removing dominant in activity of human body life action, neurological height of the mankind develops, especially pallium not only evolution is become adjust the highest center that dominates human body activity, and evolution makes the organ that can have thinking activity
可見，神經系統在人體生命活動中起著主導的調節作用，人類的神經系統高度發展，非凡是大腦皮層不僅進化成為調節控制人體活動的最高中樞，而且進化成為能進行思維活動的器官。Focused on " understanding media ", the article analyses in chapter i the key media theory of employing what could be of mcluhan in a thoughtful angle ， and advances the viewpoint of " human being - the extending of media ? ". in chapter ii 、 in the following third part ， the idea of " media ' s endding " is expounded and demonstrated ， which is composed of three parts ： extreme of speed ， content of the content ， and human being ' s last extending - the extending of central nerves 。 in the final part ， the general conclusion ? ? electronic media ' s influence on human behavior is given ， that is human are under universal narcissism and pacing to the bottom of it impelled by electronic speed. the article has five original points in it ： first of all, in virtue of " content theory " ， it analyzes the theory of " meida equals to information " by mcluhan from a scale theory stand. secondly, the tremendous power of electronic media is emphasized from an implosion view. in the third point, the article advanced originally that, after extension of central nerve system, human themsevels reverse to an extension of media and turns into a node of it ; at the same time, the article proposes that, all extensions before that of central nerve are " controllable extension ", however, it reverses to " uncontrollable extension " while extending ; then the authur put forward for the first time that, the concernful reason obsessing human is the failure of their in - body central nerve system " s jointing and controlling on out - body central nerve system naturally. 。 the fourth point is, the article demonstrates systematically the idea of " media ' s endding " from three levels solely by thoughtful means, and this is the most revolutionary point of it all
論文的創新之處有五點：一是從「尺度論」的角度，藉助「內容論」來解讀麥克盧漢的「媒介即訊息」的思想；二是從「內爆」的角度突出電子媒介的巨大力量；三是獨創提出在電子媒介時代，人類延伸了自己的中樞神經系統之後，人類本身被逆轉為媒介的延伸，成為電子媒介的一個節點；同時在本章節中提出中樞神經延伸之前的所有延伸為「可控延伸」 ，而中樞神經被延伸時「可控延伸」逆轉為「不可控延伸」 ，並首次提出，困擾人類種種問題的重要原因是體內的中樞神經系統無法無縫地對接和控制被延伸出去的體外中樞神經系統；四是獨自運用思辯的力量從三個層面綜合論證了「媒介的終結」的觀點，此處論證為本文最大創新之處，而此結論也將具有重大的理論與現實意義；五是根據以上幾個部分的論述，對人類目前的總體狀態作了一個定性的判斷，即：我們這個時代的迷惘在於我們深陷於自戀的漩渦里難以自拔，在電子媒介以其固有的電力速度的推動下，我們走向自戀的盡頭。On the basis of relationship of the peak phases of the genes rhythms in different light regimes, it can be concluded that : ( 1 ) circadian expression of the clock gene varied with the appearence of light, namely the light signal, but not the light regime
通過比較中樞與外周、全黑暗與不同光照-黑暗交替制中基因表達的峰值相位，發現： clock的晝夜節律性表達特徵與光照是否存在（即光信號）相關，但不受ld光制影響。In the present study, we determine the clock and melatonin receptor subtypes ( mt 1, mt2 ) genes in suprachiasmatic nucleus ( scn ) and lymphocytes at different time points of specific light regimes. the aim of this study is to investigate the effects of light on circadian expression of these clock related genes, and to explore possible roles and mechanisms of these genes in regulation of the diurnal rhythm
本課題採用不同的光照制，研究scn及外周淋巴細胞中的鐘基因clock 、褪黑素受體基因（ mt1和mt2 ）的晝夜表達規律，以期了解光照對中樞和外周這三個基因晝夜節律表達的影響，並試圖發現它們在生物鐘晝夜節律的維持中可能的作用規律。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。Other neuroscientists also confirmed the existence of the mrd in the neostriatum with immunohistochemical or physiological method [ 14, 15 ] ". heimer and his colleagues described the mrd as one part of the ventral striatal areas. in order to investigate the electrophysiology property of the nmdar, we observe the single channel properties of nmda receptors in the acutely dissociated neurons of the marginal division in the rat striatum, and to compare them to those of nmdar in the hippocampus, cortox and cerebellum
在中樞神經發育的過程中， nmda受體通過不同亞型的選擇性表達，改變自身的結構和功能，進而影響nmda受體介導的ca2 +內流，調節神經元內ca2 +依賴的第二信使系統，並引起海馬的長時程增強（ long - term - potentiation ， ltp ）和小腦長時程抑制（ long - term - depression ， ltd ）的產生，人們普遍認為這是學習記憶的神經生物學和電生理學基礎。The heart rate is determined by the slope of depolarization. in physiological state heart rate is mediated by various physical, chemical and neural processes that take place in different, linked organs and organ systems
在完整統一的機體，反射性調節、整體性的反應以及情緒變化等經過中樞整合后，通過自主神經系統傳送至竇房結，對其發放頻率進行調制。These are neural networks that control rhythmic behaviors such as walking, swimming, or chewing ( in the case of the lobster stg )
中樞樣式運轉器是一些神經網路，控制有節奏的行為，例如行走、游泳或者咀嚼（例如龍蝦的胃腸神經中樞控制的咀嚼） 。The central mechanism of immunomodulation induced by footshock signal stress
電擊信號應激免疫調節作用的中樞機制研究Conclusions : our results suggest that segmental and heterosegmental conditionings of nwr are mediated by myelinated muscle afferents engaging central inhibitory mechanisms rather than direct changes in the excitability of motor neurons
結論我們的結果說明nwr的節段性制約刺激和異源節段性制約刺激是經有髓傳入纖維介導，通過中樞性抑制機理起作用，而不是直接引起運動神經元興奮性的變化。分享友人