? Bone alkaline phosphatase is secreted by bone. When the calcium salt in the bone is not completely precipitated, the secretion of this enzyme increases, and when the calcium salt in the bone is sufficient, it will decrease, so it can be used to check whether the calcium absorption is insufficient. Standard range: Bone alkaline phosphatase (ALP) less than or equal to 200 u/l is an important sign of osteoblast reaction. ALP also increases when osteoblast activity is increased or overactive. When the above symptoms appear, calcium ions in the human body increase, which can effectively promote calcium ion deposition, effectively treat osteoporosis and promote fracture healing. Bone tumors, including in situ bone tumors and metastatic bone tumors, belong to abnormally high levels of bone-derived alkaline phosphatase, so it is necessary to check bone-derived alkaline phosphatase.

? An important sign of osteoblasts is high bone-derived alkaline phosphatase. The increase of osteoblast activity or hyperfunction leads to the increase of bone-derived alkaline phosphatase, which can also effectively promote calcium ion deposition, effectively treat osteoporosis and promote fracture healing due to the increase of calcium ions in the body. Bone-derived alkaline phosphatase is high, depending on whether there are obvious abnormalities in bone metabolism, such as bone tumors and bone tuberculosis, which will lead to the increase of bone-derived alkaline phosphatase.

? One of the substances secreted by osteoblasts is bone-derived alkaline phosphatase, which can promote the deposition of calcium salt in blood into bone. Therefore, the increase of bone-derived alkaline phosphatase reflects the insufficient calcium deposition in bones, which will lead to osteoporosis and rickets. If the child has a high level of bone-derived alkaline plum phosphate and is prone to rickets, calcium supplementation should be actively carried out, and calcium absorption can be promoted through calcium agent combined with vitamin D. Children should be taken to outdoor activities and get more sunshine in daily life. Adults with high bone-derived alkaline phosphatase should also supplement calcium in time to prevent osteoporosis.