，設計上並無臨床的需求要點，無法真正從產品生物力學分析與臨床追蹤來進行

，設計上並無臨床的需求要點，無法真正從產品生物力學分析與臨床追蹤來進行理論與執行結果的相互印證。本研究口腔矯正之骨釘之目標方向設定：(1) 設計研發3D自鑽型矯正骨釘模型；(2) 模擬分析矯正骨釘植入皮質骨與海棉骨之生物力學特性

Kết quả (Anh) 1:

, There is no clinical need in design, not from biomechanical analysis and clinical tracks for Nelly the theories and execution results. The oral correction nail goals set: (1) self-correcting bone nail with a diamond Design 3D model, (2) simulation analysis on correction of cortical bone screw implant and the sponge bone biomechanical properties

Kết quả (Anh) 2:

There is no point design on clinical needs, not really from the product and clinical follow biomechanical analysis to confirm each theory and execution results. Target direction of this study pegs the oral correction settings: (1) design and development of 3D self-drilling bone screw type correction model; (2) Simulation Analysis Correction and cortical bone screws implanted sponge bone biomechanical properties

Kết quả (Anh) 3:

, there is no clinical requirements of the design points, not really from the product of biomechanical analysis and clinical follow-up to carry out the results of the theory and the implementation of mutual confirmation. The orthodontic bone screw in the direction of the target set: (1) the design and development of 3D self drilling type bone nail correction model; (2) the simulation analysis correction implanted cortical bone and spongy bone biomechanical properties of the bone nail