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9 wrz 2011 · The second lecture surveys milestones and key concepts in network analysis by introducing topological measures, random networks, growing network models, and topological observations from molecular biological systems abstracted to networks.
1 mar 2018 · Network science offers a comprehensive toolset for exploring biological systems. •. Intercellular interaction patterns can be successfully studied by network approaches. •. The emergent field of multilayer networks is promising for biological data analysis. Abstract.
1 lut 2004 · Network biology offers a quantifiable description of the networks that characterize various biological systems. Here we define the most basic network measures that allow us to compare and...
6 wrz 2022 · In this review, we first describe various biological networks by grouping them into three broad categories, namely, (a) networks at the subcellular level, (b) networks at the tissue level and (c) networks at the population level, while briefly going over types, recent advances, and applications.
In cell biology, networks are systems of interacting molecules that implement cellular functions, such as the regulation of gene expression , metabolism or intracellular signaling.
1 sty 2011 · Molecular networks describe the organization of various biological processes, including cellular signaling, metabolism, and genetic regulation. These networks are commonly used for a system-level understanding and analysis of biological function.
In this paper we discuss the dualism of gene networks and their role in systems biology. We argue that gene networks (1) can serve as a conceptual framework, forming a fundamental level of a phenomenological description, and (2) are a means to represent and analyze data.
