111cancercarcinomacellgenomehistonehistone h2ahistone h2bkeratinlineproteinserumsquamoussquamous carcinomatonguehumanFalseE-GEOD-153081276genomics-of-oral-cancer-cellsGenomics of oral cancer cells02serumhumanFalseE-GEOD-469219708sle-serum-induced-transcripts-regulated-by-ifna2bSLE serum induced transcripts regulated by IFNa2b728adenomacellcoloncolorectal adenomamethionineproteinserumhumanFalseE-GEOD-409281213the-influence-of-folate-supplementation-on-globalThe influence of folate supplementation on global gene expression in normal colonic mucosa of subjects with colorectal adenoma12serummouseFalseE-GEOD-556728755transcriptional-analysis-of-live-and-hybridized-ipTranscriptional analysis of live and hybridized iPSCs114adipocyteadipose tissuebodycellinsulinobesityserummouseFalseE-GEOD-160838412transcription-profiling-by-array-of-mice-after-inTranscription profiling by array of mice after in utero undernutrition and/or undernutrition during suckling17serummouseFalseE-GEOD-17768435transcription-profiling-by-array-of-mouse-myotubesTranscription profiling by array of mouse myotubes grown under control and starvation conditions236adipocyteheadinsulinserummouseFalseE-GEOD-27468534transcription-profiling-of-differentiating-mouse-eTranscription profiling of differentiating mouse embryonic fibroblasts generated from wild type and PKBa-/- mice to study the role of PKBa in adipose differentiation.020genomeserummouseFalseE-GEOD-110398343transcription-profiling-of-mouse-embyronic-fibroblTranscription profiling of mouse embyronic fibroblasts from wild type and E2F2 null mice to generate a signature for E2F2 pathway activation021cellgenomelinemacrophageproteinserumsurfacemouseFalseE-GEOD-130058375transcription-profiling-of-mouse-macrophage-responTranscription profiling of mouse macrophage response to silica nanoparticles19hepatic lipidosislipidliverserummouseFalseE-GEOD-23628499transcription-profiling-of-mouse-models-with-liverTranscription profiling of mouse models with liver-specific deletion or global hypomorphic expression of the NADPH-cytochrome P450 reductase gene to study molecular mechanisms for the regulation of microsomal cytochrome P450 and the fatty liver phenotype.