【2h】

Connect the dots

机译:将点连接

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摘要

In recent years, substantial research interests have arisen to decipher miRNA function in cell death modules such as apoptosis and autophagy. Despite enormous success, it is increasingly evident that systems biology approaches that analyze the intra- and inter-modular connectivity are essential to uncover the generic organizing principles of the miRNA-mediated cell death network. We therefore constructed the miRDeathDB database to archive experimentally confirmed programmed cell death (PCD)-associated miRNAs together with their target proteins. Based on global analysis of the miRNA-mediated cell death network, we find there are two classes of miRNAs important to the cell death output. One class tends to have more regulatory links to proteins within death modules, whereas the other one lies on the boundary between modules, and tends to connect with more protein pairs across the modules. These findings indicate that miRNAs provide a novel communication mechanism between PCD-related proteins involved in both intra- and inter-cell death modules. Furthermore, miRDeathDB can also facilitate researcher access to a variety of resources centered on PCD-associated miRNAs.
机译:近年来,人们对于在细胞死亡模块(例如凋亡和自噬)中破译miRNA功能的研究兴趣很高。尽管取得了巨大的成功,但越来越明显的是,分析模块内和模块间连接的系统生物学方法对于揭示miRNA介导的细胞死亡网络的一般组织原理至关重要。因此,我们构建了miRDeathDB数据库,以将实验确认的程序性细胞死亡(PCD)相关的miRNA及其靶蛋白一起存档。基于对miRNA介导的细胞死亡网络的整体分析,我们发现有两类对细胞死亡输出重要的miRNA。一类趋向于与死亡模块中的蛋白质有更多的调控联系,而另一类趋向于在模块之间的边界上,并趋于与模块中更多的蛋白质对连接。这些发现表明,miRNA在参与细胞内和细胞间死亡模块的PCD相关蛋白之间提供了一种新型的通讯机制。此外,miRDeathDB还可以帮助研究人员访问以PCD相关的miRNA为中心的各种资源。

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