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首页> 外文期刊>The Journal of biological chemistry >Thematic Minireview Series: Cell Biology of G Protein Signaling
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Thematic Minireview Series: Cell Biology of G Protein Signaling

机译:专题密度序列:G蛋白信号传导的细胞生物学

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摘要

This thematic series is on the topic of cell signaling from a cell biology perspective, with a particular focus on G proteins. G protein-coupled receptors (GPCRs, also known as seven-transmembrane receptors) are typically found at the cell surface. Upon agonist binding, these receptors will activate a GTP-binding G protein at the cytoplasmic face of the plasma membrane. Additionally, there is growing evidence that G proteins can also be activated by non-receptor binding partners, and they can signal from non-plasma membrane compartments. The production of second messengers at multiple, spatially distinct locations represents a type of signal encoding that has been largely neglected. The first minireview in the series describes biosensors that are being used to monitor G protein signaling events in live cells. The second describes the implementation of antibody-based biosensors to dissect endosome signaling by G proteins and their receptors. The third describes the function of a non-receptor, cytoplasmic activator of G protein signaling, called GIV (Girdin). Collectively, the advances described in these articles provide a deeper understanding and emerging opportunities for new pharmacology.
机译:该主题系列是从细胞生物学视角下的小区信号传导的主题,特别关注G蛋白。 G蛋白偶联受体(也称为七跨膜受体)通常在细胞表面上发现。在激动剂结合后,这些受体将在质膜的细胞质面上激活GTP结合G蛋白。另外,存在日益增长的证据,即G蛋白也可以通过非受体结合伴侣激活,并且它们可以从非等离子体膜隔室发出信号。在多个空间不同的位置的第二信使的生产代表了一种基本忽略的一种信号编码。该系列中的第一个Minireview介绍了用于监测直播中的G蛋白信令事件的生物传感器。第二种描述了基于抗体的生物传感器的实施,以通过G蛋白及其受体疏忽亲本组信号传导。第三,描述了G蛋白信号传导的非受体,细胞质活化剂的功能,称为GIV(Girdin)。统称,这些文章中描述的进展为新药理学提供了更深层次的理解和新兴机会。

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