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The Simulation of Bone Loss Due to Weightlessness and Bone Recovery Using Finite Element Method

机译:失重和骨恢复引起的骨丢失的有限元模拟

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This study simulated weightlessness-induced bone loss in femur following short- (one month), medium- (three months) and long-term (six months) of spaceflight; as well as the bone recovery after the gravity of ground retrieved. The simulation results show that the weightlessness can significantly decrease the bone amount in load-bearing area in proximal femur, while has less impact on non-load-bearing areas. The bone amount couldn't fully recover to its initial value after the gravity of ground retrieves. This pilot study of bone remodeling simulation helps develop the countermeasure to retain bone mass in the future.
机译:这项研究模拟了短时(一个月),中时(三个月)和长期(六个月)的失重引起的股骨骨丢失。以及重力恢复后的骨骼恢复。仿真结果表明,失重可以显着减少股骨近端承重区域的骨量,而对非承重区域的影响较小。地面重力恢复后,骨骼数量无法完全恢复到其初始值。这项对骨骼重塑模拟的初步研究有助于在将来开发出保留骨量的对策。

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