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City Goryachev / Wiley / / Company Cox / WilsonA.S. / KeizerL.C. / MacNeeS.P. / Furukawa / / Country United States / / / Facility Plant Cell / R. Simon National Cancer Institute / / IndustryTerm potential applications / microarray image processing / density microarrays using dendrimer technology / dye labelling technology / / MedicalCondition Normal 2n Cancer / tumor / adenomas / paired tumor / cancer / cardiomyopathy / lymphoma / tumors / sporadic ovarian cancers / follicular lymphoma / sporadic primary ovarian carcinomas / different tumors / Green Cancer / renal cell carcinoma / carcinomas / human breast cancer / potential tumor / colorectal tumors / receptor negative breast tumor / / MedicalTreatment dendrimer / / Organization J. H. Shih and R. Simon National Cancer Institute / Oxford University / / Person Brenton / Churchill / Table / Branch / / Position Governor / Walker / Hunter / forward / / Product Nokia E75 Smartphone / / ProvinceOrState New Jersey / A.B. / Maryland / New York / / Technology high-density microarrays using dendrimer technology / Genomics / radiation / bioinformatics / DNA Chip / hybridization / gene expression / dye labelling technology / http / genotype / image processing / / URL www.berkeley.edu/tech-reports/index.html / /
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Vol. 19 no[removed], pages 803–810 DOI: [removed]bioinformatics/btg076 BIOINFORMATICS Statistical design of reverse dye microarrays