Conclusion: the application of attachment in the restoration of unilateral maxillary defect was feasible technically, which may increase the retention and stability of the prosthesis.
结论：附着体应用于单侧上颌骨缺损修复在操作技术上切实可行，可增加整个修复体的固位与稳定。
Objective to discuss the accuracy of 3dss three-dimensional scanning system, which was used to reconstruct the 3d digital model of unilateral orbital defect patients.
目的：探讨结构光三维扫描系统3dss在重建单侧眶缺损患者面部三维数字化模型的准确性。
CONCLUSIONS: the application of attachment for restoration of unilateral maxillary defect meets the biomechanical demands without increasing the stress load on the abutment.
结论：附着体应用于单侧上颌骨缺损修复，符合生物力学要求，未增加基牙的负荷。
Objectives: Discuss the framework design and fabrication of the application of attachment using for the restoration of unilateral maxillary defect.
目的：探讨附着体应用于单侧上颌骨缺损修复的支架设计及制作方法。
Objective: to build 3-d digital face model of unilateral orbital defect and find a new method to get 3-d data of facial defects.
目的：建立活体单侧眼眶部缺损的面部三维数字化模型，探讨颜面部缺损三维数据快速精确采集的新方法。
Conclusion: the use of phase measuring profilometry and re software is a convenient and effective method to the computer-aided design for the restoration of unilateral orbital defect.
结论：应用位相测量轮廓术和逆向工程软件进行单侧眼眶部缺损修复的计算机辅助设计是一种切实可行的方法。
Objective To establish a rat model of cleft lip and palate combined with maxillary bone defect (unilateral alveolar cleft), and investigate its stability.
目的建立唇腭裂合并的上颌骨缺损(牙槽突裂)大鼠模型，并研究其稳定性。
Objective To establish a rat model of cleft lip and palate combined with maxillary bone defect (unilateral alveolar cleft), and investigate its stability.
目的建立唇腭裂合并的上颌骨缺损(牙槽突裂)大鼠模型，并研究其稳定性。
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