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Deep Data Analysis of a Large Microarray Collection for Leukemia Biomarker Identification

机译:白血病生物标志物识别大型微阵列收集的深度数据分析

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Nowadays, statistical design of experiments allows for planning of complex studies while maintaining control over technical bias. In this study, the equal importance of performing tailored preprocessing, such as batch effect adjustment and adaptive signal filtration, is demonstrated in order to enhance quality of the results. This approach is assessed on a large set of data on acute and chronic leukemia cases. It is shown, both through statistical analysis and literature research, that drawing attention toward data preprocessing is worthwhile, as it produces meaningful original biological conclusions. Specifically in this case, it entailed the revealing of four candidate leukemia biomarkers for further investigation of their significance.
机译:如今,实验的统计设计允许规划复杂的研究,同时保持对技术偏差的控制。在本研究中,进行了执行定制预处理的同等重要性,例如批量效果调整和自适应信号过滤,以提高结果的质量。在急性和慢性白血病病例的大量数据上评估这种方法。既通过统计分析和文献研究表明,借鉴数据预处理的关注是值得的,因为它产生有意义的原始生物结论。具体地,在这种情况下,它需要揭示四个候选白血病生物标志物,以进一步调查其重要性。

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