Tumor-induced osteomalacia--unveiling a new hormone
MJ Econs, MK Drezner - New England Journal of Medicine, 1994 - Mass Medical Soc
MJ Econs, MK Drezner
New England Journal of Medicine, 1994•Mass Medical SocPhosphate plays a critical part in the regulation of cell metabolism, and phosphate
homeostasis is closely regulated in normal humans. Indeed, like serum calcium, serum
phosphate is maintained within a narrow range of values, and people with abnormal
concentrations may have a predisposition to life-threatening conditions, such as hemolysis,
myopathy, hypocalcemia, and nephrocalcinosis. The principal organ that regulates
phosphate homeostasis is the kidney. Regulation is accomplished partly through variation in …
homeostasis is closely regulated in normal humans. Indeed, like serum calcium, serum
phosphate is maintained within a narrow range of values, and people with abnormal
concentrations may have a predisposition to life-threatening conditions, such as hemolysis,
myopathy, hypocalcemia, and nephrocalcinosis. The principal organ that regulates
phosphate homeostasis is the kidney. Regulation is accomplished partly through variation in …
Phosphate plays a critical part in the regulation of cell metabolism, and phosphate homeostasis is closely regulated in normal humans. Indeed, like serum calcium, serum phosphate is maintained within a narrow range of values, and people with abnormal concentrations may have a predisposition to life-threatening conditions, such as hemolysis, myopathy, hypocalcemia, and nephrocalcinosis.
The principal organ that regulates phosphate homeostasis is the kidney. Regulation is accomplished partly through variation in glomerular filtration of phosphate but primarily through variation in renal tubular reabsorption of phosphate. These variations are detectable within 24 hours after a change in dietary phosphate intake and even . . .
The New England Journal Of Medicine