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Changes in Bone Quality of the Femoral Diaphysis Induced by High-Level Fluorine Ingestion in Ovariectomized Rats

机译:卵巢切除大鼠高水平氟摄入患者骨髓骨质骨干骨质质量的变化

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Ovariectomized rats were fed a diet containing minerals at high concentrations, such as Ca, P, and F (high-mineral diet), and changes in the femoral diaphysis were investigated after 24 weeks. The femur was mainly red and partially orange on the color scale of the 3D-map in Groups A and B, showing a high BMD. The region adjacent to the marrow cavity was yellow, showing a lower BMD than that in the outer region of the femur. In Group C, the red area was small in the outer region and the inner region was mainly yellow and green on the color scale. The inner region adjacent to the marrow cavity showed a view of unevenly resorbed bone, and the BMD was lower than those in Groups A and B. Incorporation of F into the body influences the apatite crystal structure and crystal growth, which subsequently influences adsorption of F to crystals and structural changes. Therefore, it is important to ingest F at the optimum concentration.
机译:卵巢切除大鼠在高浓度下含有含有矿物质的饮食,例如Ca,P和F(高矿物饮食),并在24周后研究股骨晶体的变化。股骨主要是红色和部分橙色在A和B组中的3D图的颜色标度上,显示出高BMD。与骨髓腔相邻的区域是黄色的,显示比股骨的外部区域的较低的BMD。在C组中,外部区域的红色区域很小,内部区域主要是黄色和绿色的颜色尺度。与骨髓腔相邻的内部区域显示出不均匀的骨骼的视图,并且BMD低于A和B中的基团中的那些。掺入身体的掺入体影响磷灰石晶体结构和晶体生长,随后影响F的吸附晶体和结构变化。因此,以最佳浓度摄取F是重要的。

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