Abstract :
Section of Nephrology, Department of Medicine, Yale School of
Medicine, New Haven, Connecticut, USA
During the past decades, our knowledge of renal phosphate
handling has advanced dramatically. This advance is primarily due
to the discovery of sodium-phosphate transport channels and their
regulation in health and disease. The discovery of phosphatonins,
initially in patients with tumor-induced osteomalacia, has not only
allowed us to develop a better understanding of several rare diseases
including vitamin D-resistant rickets, but also it has expanded our
knowledge of the dynamic interaction between the bone and the
kidney critical to bone mineralization. In this review, the author
focuses on these new developments and their importance to our
understanding of phosphate homeostasis in health and disease.
Keywords :
hypophosphatemia , phosphates metabolism , vitamin D-resistant rickets , osteomalacia