Titlebook: High-dimensional Microarray Data Analysis; Cancer Gene Diagnosi Shuichi Shinmura Book 2019 Springer Nature Singapore Pte Ltd. 2019 Cancer G

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Overview of Cancer Gene Diagnosis,ole of cancer gene analysis and cancer gene diagnosis because these technical terms are our original ones. Section?. shows the analysis of 64 SMs obtained by RIP using Alon’s microarray. Section?. shows the usefulness of 64RIP discriminant scores (RipDSs) and new data made by 64 RipDSs instead of 2,

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Cancer Gene Diagnosis of Golub et al. Microarray,ker” genes having the highest correlation with the target class-by-class separation statistics (signal-to-noise ratio), weighted votes, and SOM. Mainly, discriminant analysis is the most proper method to identify oncogenes. However, because the statistical discriminant analysis was useless at all, m

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Cancer Gene Diagnosis of Tian et al. Microarray,eory solves five problems completely. Especially, Revised IP-OLDF (RIP) based on MNM and Method2 firstly succeed in the cancer gene analysis (Problem5) from 1970. RIP decomposes six microarrays into the many SMs those are signals (MNM?=?0) explained in Chap. .. Although Revised LP-OLDF decomposes th

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Cancer Gene Diagnosis of Chiaretti et al. Microarray,ed LP-OLDF finds 124 SMs. We confirm the defect of Revised LP-OLDF, also. Because both SMs are almost the same results, we introduce only the results of 124 SMs. In Sect.?., we confirm the 7,626 correlations of 124 LpDSs are greater than 0.359 and standard statistical methods cannot find the linear