NCOA4 Regulates Iron Recycling and Responds to Hepcidin Activity and Lipopolysaccharide in Macrophages

Medicine & Life Sciences

• Nuclear Receptor Coactivators 100%
• Hepcidins 82%
• Recycling 70%
• Lipopolysaccharides 52%
• Iron 51%
• Macrophages 43%
• Ferritins 21%
• Erythrocytes 12%
• ferritin receptor 8%
• Hemochromatosis 6%
• Iron Overload 6%
• Inflammation 6%
• Heme 5%
• Gene Expression Profiling 5%
• Formal Social Control 5%
• Anemia 4%
• Spleen 3%
• Eating 3%
• Homeostasis 3%
• Cell Membrane 3%
• Gene Expression 3%
• Cell Line 3%
• Therapeutics 0%

Agriculture & Biology

• hepcidin 96%
• lipopolysaccharides 59%
• recycling 58%
• macrophages 55%
• iron 45%
• receptors 41%
• ferritin 30%
• erythrocytes 12%
• inflammation 9%
• mice 8%
• hemochromatosis 8%
• iron overload 7%
• anemia 5%
• cells 4%
• transcriptome 4%
• homeostasis 4%
• spleen 4%
• immune response 4%
• ingestion 4%
• plasma membrane 4%
• therapeutics 3%
• cell lines 3%
• gene expression 3%

Chemical Compounds

• Ferritin 76%
• Lipopolysaccharide 67%
• Recycling 55%
• Heme 11%
• Disorder 10%
• Red 8%
• Plasma 7%