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Statistical inference / Gene expression / Multiple comparisons / False discovery rate / Gene expression profiling / Significance analysis of microarrays / Familywise error rate / Normal distribution / Statistical hypothesis testing / Statistics / Hypothesis testing / Microarrays


Controlling the number of false positive discoveries - application to high-dimensional genomic
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Document Date: 2013-03-12 10:01:35

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File Size: 375,70 KB

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City

Bethesda / /

Country

United States / /

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Facility

National Cancer Institute / National Institute of Child Health / /

IndustryTerm

microarray technology / Cancer Treatment / cDNA microarray technology / /

MedicalCondition

chemotherapy breast cancer / paired tumor / tumors / disease / paired breast tumor / numerous human cancer / indolent tumors / breast tumor / breast cancer / /

MedicalTreatment

chemotherapy / drug therapies / /

Organization

National Cancer Institute / Division of Cancer Treatment and Diagnosis / National Institute of Child Health and Human Development / /

Person

Edward L. Korn / James F. Troendle / Biometry / Richard Simon / Lisa M. McShane / /

Position

Mathematical Statistician / Mathematical Statistician / and Richard / Fisher / Chief / Biometric Research Branch / Head / /

ProvinceOrState

Maryland / /

Technology

hybridization system / DNA Chip / gene expression / chemotherapy / cDNA microarray technology / simulation / human genome / microarray technology / /

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