Cells require iron as a cofactor for proteins that are essential for growth. While delivery of iron to cells by transferrin is well known, Li et al. in this issue of Developmental Cell show that ferritin, through its binding to the cell surface Scara5 receptor, can also deliver iron to cells, permitting kidney organogenesis
Exquisite control of intestinal iron absorption prevents iron deficiency and toxic iron overload. Ab...
The exact route of iron through the kidney and its regulation during iron overload are not completel...
Abstract Our knowledge of mammalian iron metabolism has advanced dramatically over re...
Cells require iron as a cofactor for proteins that are essential for growth. While delivery of iron ...
SummaryDeveloping organs require iron for a myriad of functions, but embryos deleted of the major ad...
Cellular iron metabolism. Iron is essential for oxidation-reduction catalysis and bioenergetics, but...
AbstractIron transport occurs by the well-known transferrin (Tf)-transferrin receptor (Tf receptor) ...
AbstractThe distinguishing feature between iron homeostasis in single versus multicellular organisms...
AbstractIn order to measure the effects of HFE (haemochromatosis) upon iron uptake, stable expressio...
AbstractIron plays an essential role in cellular metabolism and biological processes. However, due t...
Ferritin is a spherical molecule composed of 24 subunits of two types, ferritin H chain (FHC) and fe...
Ferritin is an iron-storage protein composed of different ratios of 24 light (L) and heavy (H) subun...
The role o f iron in cell division, cell death and human disease has recently gained increased atten...
SummaryFerroportin (SLC40A1) is an iron transporter postulated to play roles in intestinal iron abso...
AbstractWe studied transport of non-transferrin iron into HeLa cells adapted for growth in defined m...
Exquisite control of intestinal iron absorption prevents iron deficiency and toxic iron overload. Ab...
The exact route of iron through the kidney and its regulation during iron overload are not completel...
Abstract Our knowledge of mammalian iron metabolism has advanced dramatically over re...
Cells require iron as a cofactor for proteins that are essential for growth. While delivery of iron ...
SummaryDeveloping organs require iron for a myriad of functions, but embryos deleted of the major ad...
Cellular iron metabolism. Iron is essential for oxidation-reduction catalysis and bioenergetics, but...
AbstractIron transport occurs by the well-known transferrin (Tf)-transferrin receptor (Tf receptor) ...
AbstractThe distinguishing feature between iron homeostasis in single versus multicellular organisms...
AbstractIn order to measure the effects of HFE (haemochromatosis) upon iron uptake, stable expressio...
AbstractIron plays an essential role in cellular metabolism and biological processes. However, due t...
Ferritin is a spherical molecule composed of 24 subunits of two types, ferritin H chain (FHC) and fe...
Ferritin is an iron-storage protein composed of different ratios of 24 light (L) and heavy (H) subun...
The role o f iron in cell division, cell death and human disease has recently gained increased atten...
SummaryFerroportin (SLC40A1) is an iron transporter postulated to play roles in intestinal iron abso...
AbstractWe studied transport of non-transferrin iron into HeLa cells adapted for growth in defined m...
Exquisite control of intestinal iron absorption prevents iron deficiency and toxic iron overload. Ab...
The exact route of iron through the kidney and its regulation during iron overload are not completel...
Abstract Our knowledge of mammalian iron metabolism has advanced dramatically over re...