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Intracellular Signaling: Spatial and Temporal Control

机译:细胞内信号传导:时空控制

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Cells integrate many inputs through complex networks of interacting signaling pathways. Systems approaches as well as computer-aided reductionist approaches attempt to "untangle the wires" and gain an intimate understanding of cells. But "understanding" any system is just the way that the human mind gains the ability to predict behavior. Computer simulations are an alternative way to achieve this goal—quite possibly the only way for complex systems. We have new tools to probe large sets of unknown interactions, and we have amassed enough detailed information to quantitatively describe many functional modules, Cell physiology has passed the threshold: the time to begin modeling is now.
机译:细胞通过相互作用的信号通路的复杂网络整合了许多输入。系统方法以及计算机辅助的还原论方法试图“解开电线”并获得对细胞的深入了解。但是,“理解”任何系统只是人类大脑获得预测行为能力的方式。计算机模拟是实现此目标的另一种方法,这很可能是复杂系统的唯一方法。我们拥有新的工具来探查大量未知的相互作用,并且我们已经积累了足够详细的信息来定量描述许多功能模块。细胞生理学已经超越了起点:现在开始建模。

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