Using ILP to Identify Pathway Activation Patterns in Systems Biology.

Samuel R Neaves, Louise A C Millard, Sophia Tsoka
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Abstract

We show a logical aggregation method that, combined with propositionalization methods, can construct novel structured biological features from gene expression data. We do this to gain understanding of pathway mechanisms, for instance, those associated with a particular disease. We illustrate this method on the task of distinguishing between two types of lung cancer; Squamous Cell Carcinoma (SCC) and Adenocarcinoma (AC). We identify pathway activation patterns in pathways previously implicated in the development of cancers. Our method identified a model with comparable predictive performance to the winning algorithm of a recent challenge, while providing biologically relevant explanations that may be useful to a biologist.

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利用ILP识别系统生物学中的通路激活模式。
我们展示了一种逻辑聚合方法,结合命题化方法,可以从基因表达数据中构建新的结构化生物学特征。我们这样做是为了了解途径机制,例如,与特定疾病相关的机制。我们在区分两种类型肺癌的任务上说明这种方法;鳞状细胞癌(SCC)和腺癌(AC)我们在先前涉及癌症发展的途径中确定了途径激活模式。我们的方法确定了一个与最近一次挑战的获胜算法具有可比预测性能的模型,同时提供了可能对生物学家有用的生物学相关解释。
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