Prenatal arsenic exposure alters gene expression in the adult liver to a proinflammatory state contributing to accelerated atherosclerosis

Agriculture & Biology

• atherosclerosis 93%
• arsenic 89%
• gene expression 50%
• liver 49%
• apolipoprotein E 38%
• binding sites 35%
• microRNA 28%
• pups 27%
• atherogenesis 19%
• metabolic syndrome 19%
• diabetes mellitus 17%
• rheumatoid arthritis 17%
• chronic diseases 16%
• heat-shock protein 70 16%
• gluconeogenesis 16%
• mice 16%
• cardiovascular diseases 15%
• microarray technology 15%
• gene ontology 14%
• diabetes 14%
• coagulation 14%
• trajectories 14%
• genes 14%
• glycolysis 14%
• toxic substances 13%
• ribosomes 13%
• fetus 12%
• transcriptome 12%
• Western blotting 11%
• complement 11%
• transcription factors 10%
• antigens 10%
• promoter regions 10%
• proteins 4%

Medicine & Life Sciences

• Arsenic 100%
• Atherosclerosis 67%
• Gene Expression 50%
• Maternal-Fetal Exchange 46%
• Liver 43%
• Binding Sites 32%
• Antigen Presentation 30%
• Apolipoproteins E 29%
• Knockout Mice 25%
• MicroRNAs 23%
• Molecular Sequence Annotation 18%
• HSP70 Heat-Shock Proteins 17%
• Gluconeogenesis 16%
• Genes 16%
• Gene Ontology 15%
• Messenger RNA 15%
• Glycolysis 14%
• Ribosomes 14%
• Fetal Development 14%
• Microarray Analysis 14%
• Transcriptome 12%
• Metabolic Syndrome 12%
• Cluster Analysis 12%
• Immunoglobulin M 12%
• Rheumatoid Arthritis 11%
• Diabetes Mellitus 11%
• Fetus 11%
• Transcription Factors 10%
• Chronic Disease 10%
• Cardiovascular Diseases 10%
• Western Blotting 9%
• Proteins 5%

Chemical Compounds

• Developmental 50%
• Apolipoprotein 34%
• Binding Site 29%
• Microarrays 15%
• Coagulation 14%
• Antigen 11%
• Protein 11%
• Metabolic 11%
• Heat 10%
• Plasma 8%