Emphasis should be placed on the diagnosis and therapy of tumor induced osteomalacia.
Xian-Ling Wang, MU Yi-ming
Abstract
Xian-Ling Wang, MU Yi-ming
Abstract
hosphate plays a critical part in the regulation of cell metabolism, and phosphate homeostasis is closely regulated in normal humans. Chronic hypophosphatemia can cause abnormal mineralization of bone, increased alkaline phosphatase and, in the longer term, metabolic bone disease. Osteomalacia is the main metabolic bone disorder caused by chronic hypophosphatemia, which is characterized by inadequate or delayed mineralization of osteoid in mature cortical or spongy bone. Clinically, patients with osteomalacia usually have muscle and bone pain, muscle weakness, spontaneous fractures, progressive functional disability and even completely bedridden.
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hosphate plays a critical part in the regulation of cell metabolism, and phosphate homeostasis is closely regulated in normal humans. Chronic hypophosphatemia can cause abnormal mineralization of bone, increased alkaline phosphatase and, in the longer term, metabolic bone disease. Osteomalacia is the main metabolic bone disorder caused by chronic hypophosphatemia, which is characterized by inadequate or delayed mineralization of osteoid in mature cortical or spongy bone. Clinically, patients with osteomalacia usually have muscle and bone pain, muscle weakness, spontaneous fractures, progressive functional disability and even completely bedridden.
Key concepts: Osteomalacia, Hypophosphatemia, Medicine, Osteoid, Metabolic bone disease, Muscle weakness, Homeostasis, Bone remodeling