结果种植体植入后第14天，实验组和对照组种植体表面以及骨髓腔内均可见少量的新生小梁骨形成。
Results in both control and Emdogain-applied groups, thin trabecular new bone formation was found over the implant surfaces and within marrow Spaces at 14 days after the implantation.
两种种植体植入26周后，于皮质骨内形成了近似相同的骨结合形态。两种种植体的表面都由新生的板层骨包绕。
After the two planting materials implants 26 weeks, formed same bone union-shape in the cortex bone, the surface was encysted by new lamellar bone.
分期植入动物股骨内，取不同期骨标本制备磨片，用骨计量学方法分析比较不同种植体界面骨的生长代谢情况，从定量、动态的角度对其生物相容性给予评价。
Histomorphometry was used to analyse and compare bone growth metabolism of bone interface with implant as well as evaluation of biocompatibility from quantitative and dynamic aspects.
分期植入动物股骨内，取不同期骨标本制备磨片，用骨计量学方法分析比较不同种植体界面骨的生长代谢情况，从定量、动态的角度对其生物相容性给予评价。
Histomorphometry was used to analyse and compare bone growth metabolism of bone interface with implant as well as evaluation of biocompatibility from quantitative and dynamic aspects.
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