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Iron-responsive element-binding protein
Iron-responsive element-binding protein
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Electron micrograph of E. coli. Most bacteria that cause human disease require iron to live and to multiply.
Electron micrograph of E. coli. Most bacteria that cause human disease require iron to live and to multiply.
This schematic outlines iron metabolism in the brain illustrating that iron crosses the blood–brain barrier either by: The transcytosis pathway (illus
This schematic outlines iron metabolism in the brain illustrating that iron crosses the blood–brain barrier either by: The transcytosis pathway (illustrated in the upper right segment of the image), where the complex “Fe3+-transferrin-transferrin receptor 1 (TfR1)” undergoes endocytosis and exocytosis from the luminal pole to the cerebral extracellular matrix (ECM) and interstitial fluid. The facilitated transporter pathway, where endothelial cells internalize the complex “Fe
Iron is an important topic in prenatal care because women can sometimes become iron-deficient from the increased iron demands of pregnancy.
Iron is an important topic in prenatal care because women can sometimes become iron-deficient from the increased iron demands of pregnancy.