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DYNAMICS OF BIOLOGICAL NETWORKS

机译:生物网络的动力学

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摘要

In modern physics, all phenomena in the universe are considered to be the results of interactions between particles. Biologists are coming to the same conclusion. From genome products working together in a coordinated fashion in order to realize specific cellular functions to diseases spreading through contacts between individuals, the living world is a conflation of myriads of networks of interacting entities. To analyze this added level of complexity, new areas of research have emerged that focus on understanding the roles of interactions between genes, proteins, and other cell components, as well as between cells and even entire organisms.
机译:在现代物理学中,宇宙中的所有现象都被认为是粒子之间相互作用的结果。生物学家得出了相同的结论。从以协同方式共同工作以实现特定细胞功能的基因组产品到通过个体之间的接触传播的疾病,生活世界是无数相互作用实体网络的融合。为了分析这种增加的复杂性水平,出现了新的研究领域,其重点是理解基因,蛋白质和其他细胞成分之间以及细胞之间甚至整个生物体之间相互作用的作用。

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