Signal transduction is the hotspot of current molecular biology.
信号转导是当前分子生物学研究的热点领域.
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Ligand - receptor binding ( LRB ) is the initial step of signal transduction in cells.
配体 - 受体结合 ( ligand-receptorbinding,LRB ) 是细胞信号转导的初始步骤.
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The transduction of acoustic waves into voltages by a microphone.
声波被麦克风转换为电压.
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Sound transduction - Bones are important in the mechanical aspect of hearing.
声音转导 - 骨在听力的机械力学方面很重要.
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Complex signal transduction happens among bacteria and acquired pellicle in these process.
在黏附过程中,存在着复杂的细菌与获得性膜以及细菌与细菌之间的信号传导.
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JA signal transduction pathway is one of the research focuses recently.
茉莉酸(jasmonateacid,JA)信号转导途径是当前信号转导途径的研究热点之一.
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Leptin binded its receptors could produce biological effect through signal transduction pathway.
瘦素与其受体结合后通过细胞信号转导途径发挥生物学效应.
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This article reviewed the function of insulin signal transduction disorder in the development of insulin resistance.
胰岛素信号转导减弱或受阻,使得胰岛素生理作用减弱,导致胰岛素抵抗形成.
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Therefore , DRP may function as a switchmolecule in TLR 4 signal transduction and determine the activation pathways.
根据以上结果,我们认为DRP可以抑制TLR4的MyD88依赖通路的活化并且同时促进MyD88非依赖通路的活化, 在TLR4的信号通路中可能作为两条通路的开关样(switch) 分子,参与决定两条通路的活化方向.
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Neurotransmitter receptors mediate signal transduction postsynaptic membrane of synaptic connections between neurons in the nervous system.
大脑中神经元突触间的信号传递是由许多神经递质受体介导的.
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Inositol 1 , 4 , 5 - triphophate ( IP 3 ) - Ca 2 + signal transduction pathway plays a very important role in animal cells.
二磷酸肌醇 ( IP_3)-Ca~(2+ ) 信号传导通路在信号传导过程中起着非常广泛的作用.
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Dual signal transduction system is a signal transduction mechanism widely existed in bacteria.
二元信号转导系统是广泛存在于细菌中的信号传导机制.
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Light signal transduction pathways are central components of the mechanisms that regulate plant development.
光信号转导途径是植物发育调控机制的中心组成部分.
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Signal transduction pathway mediates motilin - and gastrin - induced contraction of antral smooth muscle cells was investigated in rats.
应用大鼠游离胃窦平滑肌细胞,观察胃动素和胃泌素对胃窦平滑肌细胞收缩作用的胞内信号转导通路.
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The activation and signal transduction of FAK depends on the formation of FAP.
FAK的激活及信号转导依赖于FAP的形成.
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