tlrs

tlrs

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• 网络样受体；蛋白质家族；先天免疫受体如类托尔受体

例句

The team found that these cells react to nickel when a group of receptors known as Toll-like receptors (TLRs) are present.

他们发现当一组叫做TLRs的受体出现时，这些细胞对镍会做出反应。

In short, TLRs are like the volume knob on a stereo, balancing adaptive immunity and inflammation.

简单的说，类铎受体就像音响上的声量控制钮，平衡著适应性免疫和发炎反应。

And many use TLRs as a trigger. The nematode worm has one that allows it to sense and swim away from infectious bacteria.

而且许多生物也都使用类铎受体为启动分子：线虫有一种类铎受体，让牠能感应而游离感染性细菌；

If TLRs fail, the entire immune system crashes, leaving the body wide open to infection.

若类铎受体失灵，整个免疫系统就会崩溃，任由病原体肆虐。

TLRs, it is evident, evolved to recognize and respond to molecules that are fundamental components of pathogens.

很明显的，类铎受体是专门演化来辨识病原的最基本组成，并加以应变。

Following damage, the TLRs interact with the tumor suppressor gene p53 to regulate the amount of inflammation.

一旦染色体受到损伤，TLRs可与肿瘤抑制基因P53相互作用，调控炎症的水平。

TLRs, in other words, unleash both the innate and adaptive systems.

换句话说，类铎受体同时启动了先天免疫和适应性免疫两套系统。

Whether TLRs also have an important role in the recognition of endogenous ligands has been more controversial.

是否受体也具有重要作用的认识，内源性配体已经被更多的争议。

On Mechanism of How Lipopolysaccharide Induces Dendritic Cells to Mature Through TLRs Signal Pathway

脂多糖通过TLRs信号途径诱导树突状细胞成熟机理初探

Immunoregulation signal pathway mediated by TLRs and its drug role

TLRs介导的免疫调节信号通路及其药物作用

Advances of TLRs and its Signaling Pathway

TLRs及其信号转导的研究进展