離體器官 的英文怎麼說
中文拼音 [lítǐqìguān]
離體器官
英文
isolated organ-
Floral organs have been successfully induced from the regenerated floral buds of ffyacinthus orienralis l. by precisely controlling exogenous hormones in the medium. under high concentration of cytokinin and auxin, the regenerated floral bud produces only tepals
以風信子花被片為外植體，通過控制培養基中細胞分裂素和生長素的濃度，可誘導花芽的再生和控制產生花器官的種類，建立起離體花器官定向控制系統。It separates diagnostic categories and psychopathology in organic disorders, affective / mood disorders ( disorders of emotional / feeling level ), psychotic disorders ( disorders of mental level - thought, cognition, and perception level ), dissociative disorders, somatoform disorders, anxiety disorders etc. is inflexible to accommodate integrated psychiatric approach, namely patient - centred ( exactly what is needed more than anything
它依據器官的功能障礙的程度進行診斷和精神病學分類，情感表達/情緒障礙（情緒/感覺水平的障礙） ，精神障礙（精神水平? ?思想、認知、理解水平功能障礙） ，分離障礙，體感障礙，附屬障礙等等，這種分類方法為整體精神病治療法提供了基礎，這個基礎稱為患者中心模式（這點比其他的觀點更重要！ ）His found that a large number of crystal cell is one of the typical salt - resistant characteristics in high - saltnity halophytes, and the distribution of salt hydronium inside plants appears obvious regional characteristic of many arrangements : salt - hydronium - - vacuole - - despersed singal crystal cell or vacuole bags which contain salts - - vacuole bags or crystal cell in groups or distributed as groups - - little consecutive crystal cell ring of organ periphery - - consecutive crystal cell ring of organ periphery
發現大量的含晶細胞是高鹽度鹽生植物的一種代表性的抗鹽結構特徵，並且鹽離子在植物體內的分佈呈現出明顯的多層次性的區域化特徵：鹽離子液泡分散的單個含晶細胞或含鹽液泡包成群或成堆分佈的含鹽液泡包或含晶細胞器官外周不太連續的含晶細胞環器官外周連續的含晶細胞環。It is necessary to control the mechanical stimuli precisely in the studies of cardiac mechano - electrical feedback ( mef ). in the present study a ventricular pressure - clamping system has been developed, which can be applied to isolated - perfused rabbit hearts. controlled by a computer, this system not only can make the left ventricle follow a command defining the same pressure wave as that during a beating cycle under physiological condition, but also deliver mechanical stimuli with a proper waveform to the ventricle at a particular time phase. this system integrates multiple functions, including perfusing, pacing, recording of electrocardiogram and monophasic action potentials, and clamping and measuring of ventricular pressures in isolated - perfused hearts. thus, it is a distinct system for investigating the phenomena and mechanisms of cardiac mef at organ level
在心臟機械電反饋的研究中準確控制機械刺激是非常重要的.本研究室構建了一套適用於離體家兔心臟的心室壓力鉗系統.該系統通過計算機控制壓力鉗，不僅能模擬正常生理條件下左心室的壓力波形，還能在心室活動周期的特定時相、以適當波形對心室施加機械刺激.該系統集心臟灌流與起搏、表面心電圖記錄、單相動作電位記錄、心室壓力鉗制與測定等多種功能於一體，特別適用於器官水平上觀察機械電反饋現象並探討其機制Abstract : it is necessary to control the mechanical stimuli precisely in the studies of cardiac mechano - electrical feedback ( mef ). in the present study a ventricular pressure - clamping system has been developed, which can be applied to isolated - perfused rabbit hearts. controlled by a computer, this system not only can make the left ventricle follow a command defining the same pressure wave as that during a beating cycle under physiological condition, but also deliver mechanical stimuli with a proper waveform to the ventricle at a particular time phase. this system integrates multiple functions, including perfusing, pacing, recording of electrocardiogram and monophasic action potentials, and clamping and measuring of ventricular pressures in isolated - perfused hearts. thus, it is a distinct system for investigating the phenomena and mechanisms of cardiac mef at organ level
文摘:在心臟機械電反饋的研究中準確控制機械刺激是非常重要的.本研究室構建了一套適用於離體家兔心臟的心室壓力鉗系統.該系統通過計算機控制壓力鉗，不僅能模擬正常生理條件下左心室的壓力波形，還能在心室活動周期的特定時相、以適當波形對心室施加機械刺激.該系統集心臟灌流與起搏、表面心電圖記錄、單相動作電位記錄、心室壓力鉗制與測定等多種功能於一體，特別適用於器官水平上觀察機械電反饋現象並探討其機制It helps to keep main and collateral channels of body fee, to improve ion density of blood and to promote the supersession of the old by the new by massaging acupoints and producing stimulus
通過對人體經穴按摩，指壓按摩和傳導入人體各個器官，產生刺激反射作用，促進人體經絡通暢，改善血液離子濃度，從而達到促進新陳代謝活化經絡消腫之目的。Through stimulate the body apparatus, it helps to promote the blood circulation, to improve the ion density of blood. in this way to improve the metabolism and to make the channels of the body free from block
通過對人體各個器官產生刺激反射作用，促進人體經絡通暢，改善血液離子濃度，從而達到促進新陳代謝，活化經絡水腫之目的。Through stimulate the body apparatus, it helps to promote the blood circulation, to improve the ion density of the blood. in this way to improve the metabolism and to make the channels of the body free from block
通過對人體各個器官產生刺激反射作用，促進人體經絡通暢，改善血液離子濃度，從而達到促進新陳代謝，活化經絡水腫之目的。In this paper, the whole process of it microsporogenesis and male gametophytes development was observed with microscope to sure weather stamen development is normal. at the same time, in order to provide techniques on biotechnology conservation and the foundation of its resources gene pool in cell engineering, its techniques on culture in vitro was studied
本論文通過對蝟實小孢子發生和雄配子體發育全過程進行細胞觀察，探尋蝟實的雄性器官的發育是否是蝟實有性生殖的薄弱環節，並對蝟實的離體培養進行了初步的研究，為蝟實生物技術保存、建立蝟實種質資源基因庫提供細胞工程方面的途徑和技術。Rat hearts, stripped of their cells by detergents, have been used as a scaffold to engineer a bioartificial heart, which can amazingly pump a little like the original organ
使用洗凈劑剝離自體細胞的老鼠心臟已被做為一種臨時支架，用來構造能令人驚奇的象原始器官一樣微微跳動的人工生物心臟。When rees widely enter into environment and human body inevitably, peoples begin to pay more attention to the accumulation of rees in organism and the effect on the health of human body, this research consists of two parts : in the first part, the distributing rule of la and y in different tissues and organs were studied by adopting inductively coupled plasma mass spectrometer after organism absorbed it
本研究內容分為兩部分： （一）採用電感耦合等離子質譜技術研究了生物體攝入輕稀土元素鑭和重稀土元素釔后在不同組織器官的分佈規律，同時測定了經稀土元素處理后的生物體的早期生物量，並就稀土元素的攝入量與組織器官內的積累量進行了相關性分析。To date, a large variety of antibacterial peptides are expressed in a series of tissues and cells of mammals and some mature peptides with antibacterial activity have been isolated
目前在多種哺乳動物體內的各種組織器官和細胞中都發現有抗菌肽基因的表達，有的還分離出成熟的活性肽。The body, also the ego, the different separate perceptual senses, the various yet separated vital forces, and the fifth being the ultimate consciousness as the indwelling monitor
它們是：生命體，自我，各自不同的感知器官，各自分離的生命力量（氣） ，還有作為內在的監控者的根本意識。According to the virtual endoscopy automatic navigation, using the two - distance field - based 3d center path finding algorithm to find the path, adopting the cylindrical approximation of tubular organs to replace the center path by several approximate cylinders, while using distance transformation that is substituted by euclidean distance to calculate the approximate cylinder ' s axis and radius, the algorithm can save much time
摘要針對虛擬內窺鏡自動漫遊技術，利用基於雙距離場的三維中心路徑提取演算法進行路徑提取，採用管狀器官的圓柱狀近似，將中心路徑用多個近似的圓柱體代替，用距離變換代替歐式距離公式計算近似圓柱體的軸和半徑，節省了大量的計算時間。Sc, since the baby had often experienced the feeling of that particular position ( a combination of tactile and muscular and organic sensations ) in connection with the feeling of satisfied hunger, that comfortable feeling, the missing member of the group, came into her consciousness along with the rest, some moments in advance of the actual satisfaction
由於寶寶經常在饑餓感得到滿足、體驗舒適感覺的同時體驗那個哺乳的姿勢（包括觸覺、肌肉感以及器官感覺的體驗） ，這些感覺就形成了一個感覺組，這個感覺組中一些成員的出現便會將缺失的那些感覺帶到寶寶的意識之中，此時離饑餓感真正得到滿足還有一段時間。[ color = blue ] sc [ / color ], since the baby had often experienced the feeling of that particular position ( a combination of tactile and muscular and organic sensations ) in connection with the feeling of satisfied hunger, that comfortable feeling, the missing member of the group, came into her consciousness along with the rest, some moments in advance of the actual satisfaction
由於寶寶經常在饑餓感得到滿足、體驗舒適感覺的同時體驗那個哺乳的姿勢（包括觸覺、肌肉感以及器官感覺的體驗） ，這些感覺就形成了一個感覺組，這個感覺組中一些成員的出現便會將缺失的那些感覺帶到寶寶的意識之中，此時離饑餓感真正得到滿足還有一段時間。After the cells adhere to each other, proliferate and secret the matrix, new tissue and organ with certain structure and function is shaped. so the culturation of seed cells, the study of three - dimensional scallfolds and the compatibility of seed cells and scalffolds are import aspect on study of tissue engineering
組織工程化頜下腺的體外構建基本思路是在體外分離培養頜下腺的細胞，擴增到一定數量后，接種在具有一定空間結構的三維生物材料支架上，通過細胞與支架、細胞與細胞之間相互黏附、生長、增殖和分泌細胞外基質，最終形成具有一定結構和功能的組織和器官。Biological effects also depend on the type of tissue or organ that has been irradiated
當人體受到電離輻射照射時，同一個當量劑量對不同器官或組織有不同的效應。分享友人