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Automated Scientific Assistant for Cancer and Chemoprevention

机译:癌症和化学预防自动化科学助理

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摘要

Logical modeling of cell biological phenomena has the potential to facilitate both the understanding of the mechanisms that underly the phenomena as well as the process of experimentation undertaken by the biologist. Starting from the general hypotheses that Scientific Modeling is inextricably linked to abductive reasoning, we aim to develop a general logical model of cell signalling and to provide an automated scientific assistant for the biologists to help them in thinking about their experimental results and the possible further investigation of the phenomena of interest. We present a first such system, called ApoCelSys, that provides an automated analysis of experimental results and support to a biology laboratory that is studying Cancer and Chemoprevention.
机译:细胞生物学现象的逻辑建模有可能促进对现象背后的机理的理解以及生物学家进行的实验过程。从一般的假设开始,即科学建模与归纳推理有着千丝万缕的联系,我们的目标是建立细胞信号传递的一般逻辑模型,并为生物学家提供自动化的科学助手,以帮助他们思考实验结果和可能的进一步研究感兴趣的现象。我们提出了第一个这样的系统,称为ApoCelSys,该系统可以对实验结果进行自动分析,并为研究癌症和化学预防的生物实验室提供支持。

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