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- allosteric preconditioning 异倍预备条件
- Allosteric enzymes may have more than one modulator. 它可以有一个或多个调节物。
- Adenosine-Induced Preconditioning of Human Myocardium? （腺苷-诱致人心肌的预适应？）
- Allosteric enzymes possess an allosteric site in addition to their ACTIVE SITE. 别构酶控制着别构部位和它的活性部位。
- The small molecule causing the conformational change is an allosteric effector. 引起结构变化的小分子叫做变构效应
- Preconditioning involves exploiting ideas from sparse direct solvers. 预处理包括源于稀疏直接方法的开拓思想。
- It has similar protective effects on myocardium to ischemic preconditioning. 它具有同缺血预处理相似的心肌保护效应。
- Xenon Induces Late Cardiac Preconditioning In Vivo:A Role for Cyclooxygenase 2? 疝气导致在体延迟的心脏预处理：是环氧酶-2的作用吗？
- Proteins which have two separate but interacting sites are called allosteric proteins. 这种具有两个不同而又相互作用位置的蛋白质叫做变构蛋白质。
- Allosteric site A part of an enzyme to which a specific effector or modulator can be attached. 别构部位：可以结合特定效应物或者调节物的酶的一个部分。
- And all of these are the materials preconditioning the over-all and coordinative development in human dignity. 这些都为人格全面、协调的发展创造了物质前提。
- Proteins which have two separate but interacting kinding sites are called allosteric proteins. 这种具有两个不同位置而又相互作用的蛋白质叫做变构蛋白质。
- Recently developed small chemical compounds activate GK by binding to an allosteric site of the enzyme protein. 新近开发的一类小分子化合物与该酶蛋白一个变构位点结合从而激活GK。
- Objective To study the expression change of GFAP after hypoxia preconditioning and focal cerebral ischemia. 目的探讨缺氧预处理及大鼠局灶性脑缺血后GFAP表达变化。
- ATP-Sensitive Potassium Current Alterations during Ischemic Preconditioning in Guinea Pig Ventricular Myocytes. 心肌缺血预适应引起的ATP敏感性钾电流变化。
- Obviously the involvement of "allosteric effects" in the action of growth regulators is highly specific and equally speculative. 在生长调节剂的作用中涉及“变构效应，”这显然是高度特殊又是高度推测性的。
- Objective: To study the effect of adenine sulphate preconditioning(ASPC) on apoptosis of rat s ischemic myocardium. 目的:探讨硫酸腺嘌呤预处理对大鼠缺血心肌细胞凋亡的保护。
- Many oligomeric proteins are allosteric and known to be self-condensing and play an important role in metabolic control. 许多低聚物蛋白是变构的并且是能自我压缩的,在对于新陈代谢中起着重要的作用。
- Objective: To discuss the role of uncoupling protein 2(UCP2) in myocardium with ischemic preconditioning(IPC). 目的:探讨解偶联蛋白-2(UCP2)在心肌缺血预适应(IPC)心肌保护中的作用。
- Hearts subjected to 30 adn ischemia and 20 min reperfusion without preconditioning underwent a more severe injury. 持续缺血方案为30min停灌继20min再灌。
