muscle effector
肌肉效应器
nervous system effector
神经系统效应器
end effector
[计]末梢执行器
NK cell will trigger effector functions(cytolysis) by KAR,if target cell loses appropriate ligands recognized by KIR.
如果靶细胞失去KIR所识别的配体，NK细胞即可通过KAR对靶细胞进行攻击。
In addition, only certain murine mAb isotypes hae been shown to effectiely bind to and actiate elements of the human immune system, thereby triggering cytotoxic effector functions10.
另外，只有某些亚型的鼠单抗可以有效的结合并激活人免疫系统，以激发细胞毒作用[10]。
The effector proteins play a crucial role in signaling pathways.
效应蛋白在信号通路中起着至关重要的作用。
The effector molecule binds to the receptor to initiate a cellular response.
效应分子结合受体以启动细胞反应。
The effector function of a drug can vary depending on the target.
药物的效应功能会根据靶点的不同而变化。
Effector cells are important in the immune response to pathogens.
效应细胞在免疫对抗病原体中起着重要作用。
The effector domain of the protein is responsible for its activity.
蛋白的效应结构域负责其活性。
Effector mechanisms can be regulated by feedback loops.
效应机制可以通过反馈回路来调节。
Effector proteins can amplify signals in a signaling cascade.
效应蛋白可以在信号级联中放大信号。
The effector site is where the enzyme binds to its substrate.
效应位点是酶与底物结合的位置。
Effector molecules can modulate gene expression.
效应分子可以调节基因表达。
Effector-target interactions are crucial for the desired outcome.
效应-靶标相互作用对于期望的结果至关重要。
muscle effector
肌肉效应器
nervous system effector
神经系统效应器
end effector
[计]末梢执行器
NK cell will trigger effector functions(cytolysis) by KAR,if target cell loses appropriate ligands recognized by KIR.
如果靶细胞失去KIR所识别的配体，NK细胞即可通过KAR对靶细胞进行攻击。
In addition, only certain murine mAb isotypes hae been shown to effectiely bind to and actiate elements of the human immune system, thereby triggering cytotoxic effector functions10.
另外，只有某些亚型的鼠单抗可以有效的结合并激活人免疫系统，以激发细胞毒作用[10]。
The effector proteins play a crucial role in signaling pathways.
效应蛋白在信号通路中起着至关重要的作用。
The effector molecule binds to the receptor to initiate a cellular response.
效应分子结合受体以启动细胞反应。
The effector function of a drug can vary depending on the target.
药物的效应功能会根据靶点的不同而变化。
Effector cells are important in the immune response to pathogens.
效应细胞在免疫对抗病原体中起着重要作用。
The effector domain of the protein is responsible for its activity.
蛋白的效应结构域负责其活性。
Effector mechanisms can be regulated by feedback loops.
效应机制可以通过反馈回路来调节。
Effector proteins can amplify signals in a signaling cascade.
效应蛋白可以在信号级联中放大信号。
The effector site is where the enzyme binds to its substrate.
效应位点是酶与底物结合的位置。
Effector molecules can modulate gene expression.
效应分子可以调节基因表达。
Effector-target interactions are crucial for the desired outcome.
效应-靶标相互作用对于期望的结果至关重要。
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