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首页> 外文期刊>Journal of Bioinformatics and Computational Biology >PATH-BASED SYSTEMS TO GUIDE SCIENTISTS IN THE MAZE OF BIOLOGICAL DATA SOURCES
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PATH-BASED SYSTEMS TO GUIDE SCIENTISTS IN THE MAZE OF BIOLOGICAL DATA SOURCES

机译:在生物数据源迷宫中指导科学家的基于路径的系统

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Fueled by novel technologies capable of producing massive amounts of data for a single experiment, scientists are faced with an explosion of information which must be rapidly analyzed and combined with other data to form hypotheses and create knowledge. Today, numerous biological questions can be answered without entering a wet lab. Scientific protocols designed to answer these questions can be run entirely on a computer.Biological resources are often complementary, focused on different objects and reflecting various experts' points of view. Exploiting the richness and diversity of these resources is crucial for scientists. However, with the increase of resources, scientists have to face the problem of selecting sources and tools when interpreting their data.In this paper, we analyze the way in which biologists express and implement scientific protocols, and we identify the requirements for a system which can guide scientists in constructing protocols to answer new biological questions. We present two such systems, BioNavigation and BioGuide dedicated to help scientists select resources by following suitable paths within the growing network of interconnected biological resources.
机译:在能够为单个实验生成大量数据的新技术的推动下,科学家面临着信息爆炸的危险,必须对这些信息进行快速分析,并与其他数据结合以形成假设并创造知识。如今,无需进入湿实验室即可回答众多生物学问题。旨在回答这些问题的科学协议可以完全在计算机上运行。生物资源通常是互补的,侧重于不同的对象并反映了各种专家的观点。开发这些资源的丰富性和多样性对科学家至关重要。然而,随着资源的增加,科学家在解释其数据时不得不面对选择来源和工具的问题。在本文中,我们分析了生物学家表达和实施科学协议的方式,并确定了对系统的要求。可以指导科学家制定方案以回答新的生物学问题。我们介绍了两个这样的系统,即BioNavigation和BioGuide,它们致力于通过在不断增长的相互联系的生物资源网络中遵循合适的路径来帮助科学家选择资源。

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