Iron is an essential component of many biological processes. However, an excess of iron in the body is also toxic; thus, the levels of this element are tightly regulated. Our knowledge of the mechanism by which iron levels are maintained has been bolstered by the dramatic increase in the discovery of novel molecules implicated in iron homeostasis. The transferrin receptor-transferrin pathway is the main mechanism by which cells take up iron. The recently identified homolog of transferrin receptor, its characterization and its role in iron metabolism is the subject of this review.</p
Iron homeostasis is a tightly regulated process in all living organisms because this metal is essent...
Transferrin receptor 2 (TfR2) is a newly discovered iron metabolism protein. New findings indicate t...
Iron homeostasis is a tightly regulated process in all living organisms because this metal is essent...
Iron is an essential component of many biological processes. However, an excess of iron in the body ...
Iron is an essential component of many biological processes. However, an excess of iron in the body ...
Abstract Our knowledge of mammalian iron metabolism has advanced dramatically over re...
Transferrin plays a vital role in iron metabolism. Transferrin is a glycoprotein and has a molecular...
The transferrin receptor (TfR1), which mediates cellular iron uptake through clathrin-dependent endo...
Iron is essential for fundamental cell functions but is also a catalyst for chemical reactions invol...
Iron is essential for fundamental cell functions but is also a catalyst for chemical reactions invol...
Cellular iron uptake in most tissues occurs via endocytosis of diferric transferrin (Tf) bound to th...
Cellular iron uptake in most tissues occurs via endocytosis of diferric transferrin (Tf) bound to th...
Cellular iron uptake in most tissues occurs via endocytosis of diferric transferrin (Tf) bound to th...
Cellular iron uptake in most tissues occurs via endocytosis of diferric transferrin (Tf) bound to th...
Transferrin receptor (TFR) 1 and 2 are expressed in the liver; TFR1 levels are regulated by cellular...
Iron homeostasis is a tightly regulated process in all living organisms because this metal is essent...
Transferrin receptor 2 (TfR2) is a newly discovered iron metabolism protein. New findings indicate t...
Iron homeostasis is a tightly regulated process in all living organisms because this metal is essent...
Iron is an essential component of many biological processes. However, an excess of iron in the body ...
Iron is an essential component of many biological processes. However, an excess of iron in the body ...
Abstract Our knowledge of mammalian iron metabolism has advanced dramatically over re...
Transferrin plays a vital role in iron metabolism. Transferrin is a glycoprotein and has a molecular...
The transferrin receptor (TfR1), which mediates cellular iron uptake through clathrin-dependent endo...
Iron is essential for fundamental cell functions but is also a catalyst for chemical reactions invol...
Iron is essential for fundamental cell functions but is also a catalyst for chemical reactions invol...
Cellular iron uptake in most tissues occurs via endocytosis of diferric transferrin (Tf) bound to th...
Cellular iron uptake in most tissues occurs via endocytosis of diferric transferrin (Tf) bound to th...
Cellular iron uptake in most tissues occurs via endocytosis of diferric transferrin (Tf) bound to th...
Cellular iron uptake in most tissues occurs via endocytosis of diferric transferrin (Tf) bound to th...
Transferrin receptor (TFR) 1 and 2 are expressed in the liver; TFR1 levels are regulated by cellular...
Iron homeostasis is a tightly regulated process in all living organisms because this metal is essent...
Transferrin receptor 2 (TfR2) is a newly discovered iron metabolism protein. New findings indicate t...
Iron homeostasis is a tightly regulated process in all living organisms because this metal is essent...