机译:勘误框'一种用于承载骨骼部位的骨折固定和愈合增强的创新MG / TI混合固定系统的勘测[生物材料(2018)173-183]
Department of Orthopedics &
Traumatology The Chinese University of Hong Kong;
Department of Chemistry The Chinese University of Hong Kong;
Department of Orthopedics &
Traumatology The Chinese University of Hong Kong;
Department of Orthopedics &
Traumatology The Chinese University of Hong Kong;
Department of Orthopedics &
Traumatology The Chinese University of Hong Kong;
Department of Orthopedics &
Traumatology The Chinese University of Hong Kong;
Department of Chemistry The Chinese University of Hong Kong;
Department of Chemistry The Chinese University of Hong Kong;
Department of Mechanical and Biomedical Engineering City University of Hong Kong;
Department of Orthopedics &
Traumatology The Chinese University of Hong Kong;
机译:勘误框'一种用于承载骨骼部位的骨折固定和愈合增强的创新MG / TI混合固定系统的勘测[生物材料(2018)173-183]
机译:桥梁内固定系统内固定对老年移位中轴锁骨骨折患者骨折愈合及肩关节功能的影响
机译:桥梁结合内固定系统内固定对老年移位中轴锁骨骨折患者骨折愈合及肩关节功能的影响
机译:中间轴半径断裂的内部固定系统的愈合后结构响应
机译:一种新型的可生物降解的混合固定系统,该系统结合了Mg螺钉并涂覆有抗降解聚合物膜,用于骨折固定。
机译:专为骨科应用开发的混合骨折固定系统:综述
机译:“确定患者的风险患者 - 正在评分系统有助于为安全最终的断裂固定和损伤控制技术开发个性化概念?” 伤害50(7)(2019)1269-1271