There is no need to fill up the space between HA-coated titanium implant and suitable hole in the bone with HAG.
笔者认为，当种植体与种植孔大小适当、在种植孔中能保持稳定的位置时，羟基磷灰石涂层的钛种植体与孔之间没有必要再填充HAG。
Result: Isogradient HA-coated implants had a greater average interface shear strength than the uncoated ones at each time span.
结果：术后每一时间段涂层植入体界面抗剪强度均显著高于非涂层者。
Methods: 64 hips with one kind of HA-coated total hip arthroplasty out of 61 patients were studied by clinical and radiographic analysis.
方法：对61例64个髋使用同一种羟基磷灰石涂层人工髋关节假体的中青年患者进行临床和放射线随访观察。
Conclusion: This study shows that young patients with HA-coated total hip arthroplasty have achieved satisfactory short-term clinical result.
结论：羟基磷灰石涂层的人工髋关节应用于中青年患者取得了满意的短期疗效。
Result: Isogradient ha coated implants had significantly greater average interface shear strength than the uncoated implants at each of the time interval.
结果：在术后任一时间段涂层植入体界面抗剪强度均显著高于非涂层者。
Conclusions HA coated prosthesis can achieve fine fixation, because it helps bone conduction, resists axial force and torsion, and reduces operative risks.
结论HA广泛涂层股骨假体具有骨传导作用，可抗轴向力和抗扭转力，且手术风险低，能够获得较好的同定。
Conclusion: The ha coatings have an effect on survival rates on endosteal implant. The recent survival rates of ha coated implant restorations are high.
结论：HA涂层对骨内种植体的临床成功率有影响，HA涂层种植体修复近期的临床成功率及累积成功率较高。
Result:Histological findings demonstrated that HA coated implants bind the host bone tightly and the amount and velocity of the new bone formation are more than the uncoated implants.
结果：组织学研究显示类骨样基质直接沉积在HA涂层表面，涂层与宿主骨紧密结合。而非涂层组新生骨形成的数量和速度远低于HA涂层组。
Conclusion: The HA coated titanium implant can be used as orthopedic anchorage.
结论：HA涂层种植体在短期内受矫形力作用下稳定，可用做正畸矫形支抗。
Conclusion: The HA coated titanium implant can be used as orthopedic anchorage.
结论：HA涂层种植体在短期内受矫形力作用下稳定，可用做正畸矫形支抗。
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