Microarrays

Comparison of Hepatocellular Carcinoma miRNA Expression Profiling as Evaluated by Next Generation Sequencing and Microarray

Principal Component Analysis / MicroRNA / Discrimination / Microarrays / - Next generation sequencing (NGS) data analysis, Chi-seq, RNA-seq ... / Feature Extraction

Tocopherol transfer protein deficiency modifies nuclear receptor transcriptional networks in lungs: Modulation by cigarette smoke in vivo

Genetics / Immune response / Tobacco / Inflammation / Oxidative Stress / Nuclear Receptor / Biological Sciences / Liver / Reactive Oxygen Species / Mice / Female / Animals / Microarrays / Gene networks / Gene Network / Genome / Lipid metabolism / Lung / Smoke / Gene Regulatory Networks / Transcription Factor / Lipoprotein(a) / Chip / Adaptive Response / Immunoglobulin / Gene Expression Regulation / Nuclear Receptor / Biological Sciences / Liver / Reactive Oxygen Species / Mice / Female / Animals / Microarrays / Gene networks / Gene Network / Genome / Lipid metabolism / Lung / Smoke / Gene Regulatory Networks / Transcription Factor / Lipoprotein(a) / Chip / Adaptive Response / Immunoglobulin / Gene Expression Regulation

Tocopherol transfer protein deficiency modifies nuclear receptor transcriptional networks in lungs: Modulation by cigarette smoke in vivo

Genetics / Immune response / Tobacco / Inflammation / Oxidative Stress / Nuclear Receptor / Biological Sciences / Liver / Reactive Oxygen Species / Mice / Female / Animals / Microarrays / Gene networks / Gene Network / Genome / Lipid metabolism / Lung / Smoke / Gene Regulatory Networks / Transcription Factor / Lipoprotein(a) / Chip / Adaptive Response / Lipoprotein a / Immunoglobulin / Gene Expression Regulation / Nuclear Receptor / Biological Sciences / Liver / Reactive Oxygen Species / Mice / Female / Animals / Microarrays / Gene networks / Gene Network / Genome / Lipid metabolism / Lung / Smoke / Gene Regulatory Networks / Transcription Factor / Lipoprotein(a) / Chip / Adaptive Response / Lipoprotein a / Immunoglobulin / Gene Expression Regulation

Interactome analysis reveals MYC as a potential novel player in Vitiligo-skin transcriptional circuitry. R Dey-Rao, K Seiffert-Sinha, AA Sinha. J Invest Dermatol 2016, 136 (5) Supplement 1, Page S11

Bioinformatics / Genetics / Data Mining / Transcriptomics / Autoimmunity / Microarray Data Analysis / Gene expression / Autoimmune diseases / Microarrays / Immunomodulators in autoimmune disease therapy / Vitiligo Treatment / Vitiligo / Gene expression and regulation / Microarray Data Analysis / Gene expression / Autoimmune diseases / Microarrays / Immunomodulators in autoimmune disease therapy / Vitiligo Treatment / Vitiligo / Gene expression and regulation
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