Local activation of fibroblast growth factors ( FGFs ) at the fracture site may increaseandcan affect bone healing.

此外,骨头修理的偶尔的失败可以部分地由于在本地的生长因素的激活的不安.

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Conslusion: Nanometer hydroxyapatite would use long bone comminuted fracture and gained well bone healing.

结论纳米羟基磷灰石复合材料可用于填充长骨粉碎性骨折并发的骨缺损,并获得良好的疗效.

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RCCS enhance the expression of eNOS and production of NO, thereby promote bone healing.

RCCS可上调eNOSmRNA水平,增加NO产量.增加的NO能有效提高骨缺损修复效果.

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