• 基本释义

1.Humor is the shock absorber of life; it helps us take action .
幽默是生活的减震器,它可以鼓舞人们付诸于行动收藏指正
2.CONCLUSIONS These data suggested that the antagonism of Dex against the increases of plasma NO and ET 1 during endotoxic shock may be one of the important action mechanism of its anti endotoxic shock.
结论 Dex 抑制休克兔血浆NO、ET?1 异常升高, 可能是其抗内毒素休克的重要机制之一收藏指正
3.The adrenocorticotrophin fragment 1-24 [ ACTH (1-24) ] can effectively and quickly reverse hemorrhagic shock through the activation of a vagal anti-inflammatory pathway and suppression of inflammatory cascade thereby reducing the consequent damage and functional impairment of organs. It will open a new frontier for the development of novel medicines and research of hemorrhagic shock therapy. This article reviews the action and mechanism of ACTH (1-24) in reversing hemorrhagic shock.
促肾上腺皮质激素(adrenocorticotrphin,ACTH)的N端24肽[ACTH(1-24)]通过迷走神经抗炎通路的激活能快速、高效地发挥抗休克作用,并能降低休克的炎性连锁反应及显著减轻休克后器官的损伤和功能障碍,这将为新型药物的开发和急性失血性休克的治疗开辟新的领域。收藏指正
4.Microcirculation Observation on Treatment of Serious Infective Shock with Phenoxybenzamine and Aramine and Preliminary Investigation on the Action Mechanism
酚苄明与阿拉明联合用药治疗重症感染性休克的微循环观察及作用机理初探收藏指正
5.Microplasma and shock waves in the physiological saline produced by a Q switched pulse YAG laser with nearby optical breakdown threshold energy are investigatedby using optical shadowing exploring method, and a series of optical shadowgraphs ofmicroplasma and shock waves versus the incident laser energy and the delay time areobtained. Influence of mechanical action of shock waves for the high--POwer pulse laser onthe ophthalmic treatment is discussed.
利用光学阴影探测方法研究了调Q-YAG脉冲激光在生理盐水光学击穿阈值附近诱导微等离子体和冲击波产生的过程,得到了微等离子体和冲击波随人射激光能量和延迟时间而变的系列光学阴影图,并且指出了冲击波的机械作用在脉冲激光眼科医疗中的影响。收藏指正
6.It is suggested that the thermal action of laser and themechanical action of laser Dlasma shock wave are the main causes for destruction ofthe structure of the CCD.
提出激光的热作用和等离子体冲击波的机械作用是导致电荷耦合器件结构被破坏的主要原因。收藏指正
7.The roles of salicylic acid in inducing plants resistance to abiotic stress such as heavy metals, ozone, ultraviolet radiation, chilling, heat shock, water deficit and salt stress are reviewed and the possible physiological and molecular action mechanisms of salicylic acid are discussed.
摘要本文综述了水杨酸在诱导植物抗(耐)非生物胁迫如重金属、臭氧、紫外辐射、过冷、热激、水分亏缺和盐胁迫等方面的进展,并探讨了水杨酸作用的分子、生理机制。收藏指正
8.Occasionally the sound fades out[7] and the action shifts into slow motion, giving you the eerie sense of sharing the experience of a soldier in shock.
有时声音减弱,行动变成慢动作,给你一种奇异的感觉,感受一个身处惊恐之中的士兵的经历。收藏指正
9.It is shown that under the action of the shock, the region Ⅰ current moves towards the midnight, accompanied by a successive occurrence of two FAC structures: an anomalous FAC pair of opposite direction to the region Ⅰ current and a new region Ⅰ current of the same direction.
模拟结果表明,在激波的作用下,电离层Ⅰ区电流系统向子夜方向运动,在向阳侧相继出现与原Ⅰ区电流反向的异常场向电流对和同向的新生Ⅰ区电流对。收藏指正
10.Endotoxin (ET) released by gram negative bacteria is the key reason that triggers animal?s sepsis or ET?s shock and some critical diseases. While applyling high effective and wide spectrum antibiotics to treat bacterial disease, it is found that symptoms in some cases deteriorate continuously, which proves that antibiotics can induce release of ET, and whose major mechanism is related to some components of bacteria and mechanisms of antibiotic action.
革兰氏阴性菌释放内毒素 (endotoxin,ET)是促发机体产生脓毒症或 ET性休克等危重疾病的主要原因 ,在大量广谱高效的抗生素应用中 ,发现一些病例的症状在不断的恶化并且检查出ET有不同程度的升高 ,这提示抗生素可诱导 ET的产生。收藏指正
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