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Mining brain features from schizophrenia studies with Shift-And pattern matching

机译:通过Shift-And模式匹配从精神分裂症研究中挖掘大脑特征

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An efficient prospect to medical procedures such as diagnosis and therapy is by obtaining knowledge of medical experts from formal reports. Several studies have been carried out on finding differences in brain connectivity between schizophrenia patients and healthy controls with their results reported in natural language with tables and figures. In the area of biomedical research, natural language processing can be employed to retrieve relevant information from articles by scientific and medical experts, based on which a brain network characterizing schizophrenia could be built. Hence, this study presents suitable text mining model for retrieving information about brain region. Meta-analysis is employed to integrate knowledge from different, while relevant information is retrieved from scientific publications with Shift-And Pattern Matching. Evaluation on a set of 1,525 scientific literatures on schizophrenia shows the model has good recall of 73.7%.
机译:诸如诊断和治疗之类的医疗程序的有效前景是通过从正式报告中获得医学专家的知识。已经进行了几项研究,以发现精神分裂症患者和健康对照者之间的大脑连通性差异,并用表格和数字以自然语言报告了他们的结果。在生物医学研究领域,科学和医学专家可以利用自然语言处理从文章中检索相关信息,在此基础上可以构建表征精神分裂症的大脑网络。因此,本研究提出了合适的文本挖掘模型来检索有关大脑区域的信息。运用荟萃分析来整合来自不同领域的知识,而相关信息则可以通过Shift-And Pattern Matching从科学出版物中检索得到。对一组1,525篇有关精神分裂症的科学文献进行的评估表明,该模型具有73.7%的良好召回率。

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