肌動理論 的英文怎麼說
中文拼音 [jīdònglǐlún]
肌動理論
英文
motor theory-
Based on the theory of division of mid - way running motion period in boating style sprint, the motion of lower limbs ' arthrosis and muscles was explained in terms of an atomy, which should be useful for sprint training
摘要在「劃船式短跑技術」的途中跑動作周期的構成與劃分理論的基礎上，從解剖學角度就「劃船式短跑途中跑技術」下肢動作的關節運動和肌肉運動進行了理論闡釋，並與「后蹬式」作了分析比較；對短跑訓練有一定的指導作用。Collection and preservation of samples : as soon as the three vital signs disappeared, the dogs were anatomized, and the heart, liver, kidney, spleen, lung, brain, muscle in the injection location and no injection location, the heart blood, urine, bile, cerebrospinal fluid ( csf ) in the lateral ventricle and spinal subarachnoid space, spinal cord ( medulla oblongata, cervical cord, the upper beast spinal cord, breast spinal cord and waist spinal cord ) were taken out, some of which were preserved at - 20 for qualitative and quantitative analysis, and the others were fixed with 4 % formaldehyde for the pathology observation
3 、樣品採集：當心電、血壓和呼吸全部消失時，迅速解剖動物，採取心臟、肝臟、腎臟、脾臟、肺臟、大腦、注射部位肌肉、注射部位20cm以外肌肉、心血、尿液、膽汁、側山西醫科大學碩士學位論文腦室腦脊液、脊髓腔腦脊液和不同節段的脊髓（包括延髓、頸髓、上胸部脊髓、胸部脊髓和腰部脊髓）等組織，冷凍保存。 4 、病理觀察:採取心臟、肝臟、 』腎臟、脾臟、肺臟、大腦、脊髓等組織， 4 %甲醛固定，石蠟包埋，切片， he染色，光鏡觀察。The thesis includes three parts : firstly, previous study and latest advance of molecular motor in biology are outlined, including myosin ' s and kinesin ' s construction and function, the latest advance of molecular motor in constructional biology ; secondly, the latest advance of molecular motor in physics is reviewed, including the general view of brownian motor and two examples of molecular motor, one being related to two kinds of flashing potention energy, the other being related to electronical bipole ; and finally, the model on unidirectional motion of molecular motor is in detail come up with, and especially, the interact ion between two heads is taken into account, followed by the construction of langevin equation and fokker - planck equation involved in the model. by using solutions of fokker - planck equation, unidirectional motion mechanism of molecular motor is analyzed
本文內容包括：首先綜述生物學領域分子馬達研究的最新進展，內容安排為：肌球蛋白的結構和功能，驅動蛋白的結構和功能，肌球蛋白和驅動蛋白定向運動機制的結構生物學方面的最新進展；其次綜述並分析了當前研究分子馬達定向運動機制的幾種物理模型，內容安排為：分子馬達運動的基本觀點和建構模型的一般方法，勢壘的兩態漲落誘導的分子馬達運動模型，分子馬達定向運動的偶極子模型；最後討論雙頭相互作用的分子馬達模型，內容安排為：先詳細論述模型的構建，再建立langevin方程和fokker - planck方程，接著用差分的方法求解出fokker - planck方程的解，然後分析和研究分子馬達定向運動的機制。In theory, this may be in part because non - exercise activity thermogenesis ( neat ) is generally a much greater component of total energy expenditure than exercise, or because any type of brief, yet frequent muscular contraction throughout the day may be necessary to short - circuit unhealthy molecular signals causing metabolic diseases
從理論上來說，這樣的結果部分是由於非運動型活動的產熱作用比鍛煉占據了更多比例的能量消耗，或者是由於長時間短暫、頻繁的肌肉收縮造成短途的不健康的分子通路，後者是代謝綜合征中的必經途徑。The quality of feeder layer is affected by a lot of factors, such as animal breed, culture medium, passages in vitro and experiment condition, etc. as to the production of feeder layer, there are a few reports about morphological and histologic change when of embryonic body fibroblast when culturing in vitro and cryopreservation, so kunming mouse were chosen as experimental animals and morphological and histologic changes were studied in course of its embryonic body culturing. we expect to offer theoretical foundation to our laboratory for setting up feeder layer storehouse. at the same time, the feasibility of myocardium tissue culturing with fibroblast layer altogether was studied so that established foundation for studied the biological characteristic of heart outside body
小鼠胚體成纖維細胞的培養是制備飼養層的重要途徑，其制備、傳代及冷凍保存均有不同的研究報道，飼養層的質量受許多因素的影響，如動物的品種、培養液、所傳代數及實驗條件等，關于飼養層制備過程中的胚體細胞培養、傳代、冷凍后的細胞形態、組織學等方面的研究報道很少，故本實驗以昆明小白鼠為實驗動物，研究其胚體培養過程中細胞的形態學、組織學等方面的變化，以期為本實驗室建立飼養層細胞庫提供理論依據，同時探討心肌細胞和成纖維細胞層共培養的可行性，以期為心臟生物學特性的體外研究奠定基礎。Semg signal is the sum of bioelectrical activities that recorded from the skin of working muscle by surface electrodes. the change in semg signal could reflect motor units activation patters and the status of muscle fatigue in some certain degree. because it was non - invasive and local sensitive, the technique of semg signal analysis had become very important method in examining and evaluating human muscle function
Semg信號是從肌肉表面引導和記錄到的肌肉活動時神經肌肉系統生物電變化的一維時間序列信號，由於其檢測具有非損傷性和良好的局部性以及semg信號的變化在一定的程度上能夠反映運動單位的活動模式和肌肉疲勞的狀態，因此應用semg信號分析技術檢測和評價肌肉疲勞以及進一步探討其生理機制具有重要的理論意義和實用價值。Scrape therapy is a natural treatment directed by chinese medicine theory of bowels and meridians, and widely applies the virtues of no - drug treatments like acupuncture, massage, chiropractic and cupping. through the use of edge tools, it can make the points congest by scraping the meridians, channels and points on the surface of the skin so as to improve the partial micro - circulation and dredge the channels and meridians, regulate the surplus blood, invigorate the circulation of blood, make the hearts and lungs healthy, relieve rheumatic pains and cold, eliminate the bump and relieve the pain, stimulate and improve the immunity and protection abilities of the human body, and serve the purpose of health care and curing the diseases
刮痧療法是以中醫臟腑、經駱學說為理論指導，眾采針炙、按摩、點按、拔罐等中醫非藥物療法之所長，用利器利拭體表經脈、穴位，使受到絡絡穴位處充血，從而改善局部的微循環，起到疏通絡絡，調和盈血，活血化瘀、強健心肺、祛風散寒、消腫止痛，動員和增強肌體自身潛在的抗病能力和免疫能力，以達到扶正祛邪、保健強身治病的一種自然療法。Because of the complexity of the model, the paper has simplified the model. the bionic actuating device operation is implemented by changing the air pressure of the pneumatic artificial muscles. the influence of the shape change of the pneumatic artificial muscle to the operation of the bionic actuating device is also analysed in the paper and the influence is explained in theory
隨後分析了人體上肢組成和工作特性，在此基礎上建立了仿生驅動裝置模型，解釋了該裝置模型的機構組成和運動特性，並在模型基礎之上建立了一個簡化運動模型，通過氣動人工肌肉內氣壓變化來實現驅動裝置的運動，同時還對氣動人工肌肉形變量如何影響驅動裝置工作進行了理論上的分析，解釋了其在計算上的復雜性。By making a theoretical analysis of knee joint in the movement of taking off in martial arts, and of the participating muscle complex from the aspects of anatomy and biomechanics as well, the paper expounds the way of improving spring in martial arts
摘要對武術跳躍動作起跳時膝關節的角度進行理論分析，對起跳時作用肌群進行運動解剖學和運動生物力學分析，從而闡明了知何提高武術運動中的彈跳力。Back - propagation ( bp ) neural networks are used as classification models in various feature domains, and then outputs of these networks are combined by the d - s evidence theory to obtain a consensus classification re suit
待辨識的6類手部動作肌電信號經各特徵域變換，提取特徵矢量後由bp神經網路分類，根據d - s證據理論對各分類器分類結果進行證據累積，並得到最終分類結果。If the dynamic responsiveness hypothesis could be proved in myocardium cell it is not only the important supplement to nonlinear research on myocardium cell but provide a new idea on the mechanism of lower heart rate variability predicting cardiac diseases prognosis
如果可興奮細胞動態反應規律假說在心肌得到驗證，不僅是對心跳節律非線性研究成果的重要補充，而且為心率變異性降低提示心臟疾病預后的機理提供了全新思路，還為臨床上個體化、階段化用藥提供重要理論依據。Conclusion : survival in spinal muscular atrophy type 1 patients has increased in recent years, in relation to the growing trend toward more proactive clinical care
結論：近年來1型脊肌萎縮癥倖存者增加歸功于主動臨床護理的增長。Applying the theory of hemodynamics, hemodynamics experimental model of heart - coronary artery - myocardial bridge system is proposed
摘要應用血流動力學理論與方法建立了心臟冠狀動脈心肌橋血流動力學實驗模型。This paper proposed a novel method for detection of biomedical signals based on the parametric model and higher order spectra technique. the new method can separate continuous signals automatically and this method is also useful in nonstationary time - varying signals. we proposed a sequential procedure that does not use the information provided by the future and the computational complexity is less than global segmentation of the process
本論文詳細論述了肌電信號產生的機理，以及介紹了肌電信號在康復醫學中的應用，並詳細介紹了目前存在的肌電分析的方法，在此基礎上，本文提出了一種基於ar參數模型的生物醫學信號的檢測方法，能夠按照它所對應的不同的上肢動作，對於一段連續肌電信號進行檢測和信號自動分段，這種方法特別適用於非平穩的肌電信號，而且運算量要大大小於基於全局的信號的分段方法。分享友人