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   microcirculatory 的翻译结果: 查询用时:0.182秒
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microcirculatory
相关语句
  微循环
     EXPERIMENTAL MORPHOLOGICAL STUDY ON MICROCIRCULATORY VASCULAR TREE OF SKIN(Ⅰ)
     皮肤微循环血管树的实验形态学研究Ⅰ——指、趾纹内部微循环血管树的实验形态学研究
短句来源
     The theory of microcirculatory vascular tree of skin was advanced.
     提出了皮肤微循环血管树理论,揭示了皮肤微循环血管树分支分布的普遍规律性。
短句来源
     The Experimental Morphological Study on Microcirculatory Vascular Tree of Skin (十)
     皮肤微循环血管树的实验形态学研究(十)
短句来源
     The Experimental Morphological Study on Microcirculatory Vascular Tree of Skin Ⅷ
     皮肤微循环血管树的实验形态学研究(Ⅷ)
短句来源
     The Effects of Electroacupuncture on the Microcirculatory Blood Flow in the Hippocampal CA1 Region in Rats
     电针对大鼠海马CA1区微循环血流量的影响
短句来源
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  “microcirculatory”译为未确定词的双语例句
     A significant increase in hepatic tissue MPO was also found between 3 and 12 hours after CLP 0 589±0 116 vs. 0 160±0 025 ( P <0 01). The microcirculatory permeability in the liver began to increase at 3 hours after CLP, and this increase became significant at 12 hours after CLP 0 049±0 007 vs. 0 034±0 004 ( P <0 01).
     VCAM 1基因的表达在CLP后 3h即明显增高 (1 0 4± 0 14vs.0 37± 0 0 4,P <0 0 1) ,至CLP后持续到 12h后肝组织中MPO活性在CLP后 3h明显增高 (0 5 89± 0 116vs.0 16 0± 0 0 2 5 ,P <0 0 1) ,持续到 12h。
短句来源
     Comprehensive Mathematical Model of Microcirculatory Dynamics (Ⅰ)——Basic Theory
     微循环系统动力学综合数学模型研究(Ⅰ)——理论基础
短句来源
     Comprehensive Mathematical Model of Microcirculatory Dynamics(Ⅱ)——Calculation and the Results
     微循环系统动力学综合数学模型研究(Ⅱ)———计算方法及结果
短句来源
     In contrast, I-postC and IPC resulted in a significant decrease in Hackel's score (P<0.05 vs I/R group) and increased MAP, dp/dtmax, microvascular diameters and microcirculatory blood velocity (P<0.05 vs I/R group).
     I-postC明显减轻I/R所致的细动静脉收缩(P<0.05)、血流速度减慢(P<0.05)和微血管内白细胞贴壁滚动、粘附;
短句来源
     The microcirculatory perfusion of small intestinal wall in I-postC group and IPC group increased by 67% and 91%,respectively (P< 0.05 vs I/R group) on 2h after reperfusion.
     肠缺血再灌注2h时,I-postC组肠壁血流量降低程度较I/R组减轻(P<0.05),与IPC的保护效果接近。
短句来源
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  相似匹配句对
     Drugs Therapy on Microcirculatory Disturbance
     微循环障碍的药物治疗
短句来源
     Computer Processing of Microcirculatory Image
     微循环图像的计算机处理
短句来源
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  microcirculatory
Distribution of erythrocytes in a microcirculatory cell
      
The problem of the distribution of erythrocytes in a microcirculatory cell is formulated and its qualitative aspects are discussed.
      
With 75 and 50% loads, marked hyperemia was observed in the main and microcirculatory vessels in the hand and forearm, which was rather long-lasting in the hand because of the difficulty of the forearm venous outflow.
      
Regularities of changes in microcirculatory flow through different parts of the heart in patients with acquired valvular disease
      
Thus, blood flow was balanced, approaching a value that did not change after treatment, and heterogeneity of coronary flow in the microcirculatory link decreased.
      
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Anisodamine (trade name "654") is an alkaloid isolated from the medicinal plant Anisodus tanguticus (Maxim) Pascher. On the basis of pharmacological and clinical studies, anisodamine as a new anticholinergio drug, may be used for the treatment of acute microcirculatory disturbances.

从唐古特山莨菪[Anisodus tanduticus (Maxim)Pascher]植物中分离出来的山莨菪碱具有胆碱能神经阻滞作用,可用于治疗急性微循环障碍性疾病,经化学研究证明山莨菪碱即为已知的6S羟基天仙子胺.

The alkaloid anisodamine (Ⅴ) was isolated from the medicinal plant Anisodus tanguticus (Maxim)Pascher. On the basis of pharmacological and clinical studies, anisodamine is used as a new anticholinergic drug for the treatment of acute microcirculatory disturbance.The present paper describes the total synthesis of anisodamine. It was prepared by the following steps. (1) 6β-Hydroxytropinone was formed according to the well-known Robinson's method by using furan as the starting material. (2) Treatment of 6-hydroxytropinone...

The alkaloid anisodamine (Ⅴ) was isolated from the medicinal plant Anisodus tanguticus (Maxim)Pascher. On the basis of pharmacological and clinical studies, anisodamine is used as a new anticholinergic drug for the treatment of acute microcirculatory disturbance.The present paper describes the total synthesis of anisodamine. It was prepared by the following steps. (1) 6β-Hydroxytropinone was formed according to the well-known Robinson's method by using furan as the starting material. (2) Treatment of 6-hydroxytropinone with pyridine and acetic anhydride gave 6β-acetoxy-tropinone, which was. converted to 6β-acetoxy-3α-hydroxytropane by catalytic hydrogenation. (3)Esterification. of 6β-acetoxy-3α-hydroxytropane with O-acetyltropoyl chloride proceeded smoothly by refluxing in chloroform. (4) Partial hydrolysis of the 6-acetoxy group was accomplished by heating the ester in 5% HCl for 1/2 to 1 hour, the exact duration being monitored by thin-layer chromatography in order to avoid the concomitant cleavage of the more hindered 3α-ester linkage.The ultraviolet, NMR and mass spectra of synthetic anisodamine were identical with those of the natural alkaloid. IR spectra of synthetic and natural specimens in the solid phase were different, since the former is a diastereomeric mixture. However, sample containing one mole of benzene of crystallization showed unexpectively identical IR spectra. Pharmacologically the synthetic product possesses comparable effects as natural anisodamine. Now it is being produced commercially with the trade name '654-2'.

山莨菪碱为一新胆碱能神经阻滞药。毒性低,外周作用比中枢作用强。全合成是以呋喃为原料,合成6β-羟基托品酮,将羟基乙酰化后,再将3-位酮基催化还原为α-羟基,然后用乙酰托品酰氯酯化、水解而得。本文主要报道6β-乙酰氧基托品醇与乙酰托品酰氯的酯化反应及酯化物水解合成山莨菪碱的研究。该方法现已由工厂正式投产,药品名654-2。

A new technique of measuring the encephalic microvcssel pressure in vivo is presented. By this technique and a simultaneous observation with a microcirculatory microscope, the relations between the encephalic pressure, the blood flow velocity in the microvessel, and the microvessel diameter are investigated and the results of measurement are discussed.

本文论述了测量活体脑微血管中压力的新方法。使用这种方法,配合显微观察脑微循环,获得了脑压、脑微血管中血流速度和脑微血管直径之间的关系,并对此在理论上进行了分析。

 
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