... transductant 转导子,转导体 transduction 转导[以病毒为媒介的基因转移];[信号]转导,转换,传导 transesterification 转酯(作用),酯基转移(作用),酯交换(作用) ...
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... conjugation E 接合(通过F因子) _ transduction 湡 转导(通过病毒) _ transformation 牯 转化(通过感受态细胞) _ ...
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generalized transduction 普遍性转导 ; 普通性传导 ; 普遍转导 ; 普遍性转导一种类型的转导
signal transduction 植物信号转导
abortive transduction [微] 流产转导 ; 败育转导 ; 龙转导
complete transduction [微] 完全转导
energy transduction 能量转移 ; 能量转换 ; 能量传导
specialized transduction 局限性转导 ; 特异性转导 ; 特殊转导
Signal transduction pathway 信号转导通路 ; 信号传导通路 ; 信号转导途径 ; 信号转导
protein transduction domain 蛋白转导域 ; 蛋白质转导结构域 ; 转导结构域 ; 蛋白转导结构域
transduction element 转换元件
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。
参考来源 - 整合素激活FAK介导的信号转导在大肠癌侵袭和转移中的作用机制研究Adenovirus vectors have high efficency in gene transduction in adult islet cells and rat islet cells.
3、腺病毒载体对成人胰岛及大鼠胰岛具有较高的转染效率,在胰岛细胞内表达时间较长。
参考来源 - 腺病毒载体转染HOPtotein phosphorylation plays an important role in signal transduction and regulation.
蛋白磷酸化作为信号转导的重要组分参与调控各种生命活动。
参考来源 - 苹果果实中糖代谢酶的可逆磷酸化修饰及其活性调控G protein consists ofα,β, andγsubunits. Gαsubunit plays a leading role during the process of signal transduction, while the role of Gβγdimers is to anchor Gαon the cell membrane and adjust Gα’s activity by combining with it or separating from it.
G蛋白由α、β和γ三个亚基组成,Gα亚基在信号传递过程中发挥主导作用,Gβγ二聚体亚基的作用是将Gα锚固于细胞膜上并通过与之结合或脱离来调节其活性。
参考来源 - G蛋白不同亚基和小G蛋白参与小麦抗叶锈病反应的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
"the transduction of acoustic waves into voltages by a microphone"
以上来源于: WordNet
N the transfer by a bacteriophage of genetic material from one bacterium to another 转导 [genetics]
Circuit design of sound transduction, transmission.
声信号发射电路的硬件设计。
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。
An example of a signal transduction pathway is the cell's response to glucose levels in the bloodstream.
信号传导系统的一个例子是细胞对血液中葡萄糖水平的反应。
Many labs around the world are interested in finding the molecules and the molecular components of this transduction machinery.
当今世界,有许多实验室热衷于,找出这一能量转换机制的,分子和分子构成。
That was some, not too complicated, but hopefully understandable description of a whole area of biology called signal transduction.
这些并不复杂,却有希望描述清楚,生物学领域一大类现象,称为信号转导
We are now able to find proteins and genes that are at the correct location for the transduction machinery.
我们就能够查明转导蛋白质和基因,处于正确的位置。
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