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机译:机械载荷对骨愈合新力学模型皮质缺陷修复的影响
Department of Mechanical and Aerospace Engineering New York University;
Department of Bioengineering Stanford University;
Department of Mechanical and Aerospace Engineering New York University;
Department of Orthopaedic Surgery New York University Langone Health NYU Langone Orthopedic;
Department of Mechanical and Aerospace Engineering New York University;
Department of Surgery Division of Plastic Surgery Stanford University;
Department of Surgery Division of Plastic Surgery Stanford University;
Department of Surgery Division of Plastic Surgery Stanford University;
Department of Surgery Division of Plastic Surgery Stanford University;
Department of Orthopaedic Surgery New York University Langone Health NYU Langone Orthopedic;
Department of Orthopedic Surgery SUNY Upstate Medical University;
Department of Surgery Division of Plastic Surgery Stanford University;
Department of Mechanical and Aerospace Engineering New York University;
Bone repair; Mechanical loading; Mouse tibia; Cortical defect; Mechanobiology;
机译:机械载荷对骨愈合新力学模型皮质缺陷修复的影响
机译:具有与皮质骨相当的机械强度的3D打印支架的设计和制造,可修复大的骨缺损。
机译:异种脱矿质骨基质和新鲜的自体皮质骨对实验性骨愈合的影响:放射学,组织病理学和生物力学评估
机译:超多孔陶瓷二氧化钛骨移植物促进家兔皮层植入皮质缺损模型的骨愈合
机译:使用有限元方法对由于机械载荷引起的皮质骨适应性进行数值模拟。
机译:机械载荷后跟打击与脱蛋白松质骨支架植入术相结合修复兔节段性骨缺损
机译:机械载荷对骨愈合新力学模型皮质缺陷修复的影响