Applying a causal framework to system modeling.

C A Lieu, K O Elliston
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引用次数: 6

Abstract

The emerging field of systems biology represents a revolution in our ability to understand biology. Perhaps for the first time in history we have the capacity to pursue biological understanding using a computer-aided integrative approach in conjunction with classical reductionist approaches. Technology has given us not only the ability to identify and measure the individual molecules of life and the way they change, but also the power to study these molecules and their changes in the context of a big picture. It is through the creation of a computer-aided framework for human understanding that we can begin to comprehend how these collections of molecules act as integrated biological systems, and to utilize this knowledge to rationally engineer the future of science and medicine.

将因果框架应用于系统建模。
系统生物学这一新兴领域代表了我们理解生物学能力的一场革命。也许在历史上,我们第一次有能力利用计算机辅助的综合方法与经典的还原论方法相结合来追求生物学的理解。科技不仅给了我们识别和测量生命个体分子及其变化方式的能力,也给了我们在大背景下研究这些分子及其变化的能力。正是通过为人类理解创造一个计算机辅助框架,我们才能开始理解这些分子的集合如何作为一个完整的生物系统,并利用这些知识来合理地设计科学和医学的未来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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