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为了提高手都创伤修复的成活率(循环重建问题)和功能恢复的优良率(主要是肌腱修复问题),采用巨微解剖、X线摄影、计算机三维重建、生物力学测试、细胞培养和动物实验等方法探明手部血管的立体构筑规律,并采用量化分析手段,探讨血管各主要分支的供养能力及其在循环代偿中的作用,提供一套完整、系统、细致的国人手血管的解剖学资料。在此基础上,用人体手标本模拟临床常
In order to improve the survival rate of trauma repair (circulation reconstruction problem) and the excellent rate of functional recovery (mainly tendon repair problem), using micro-anatomy, radiography, computer three-dimensional reconstruction, biomechanical testing, cell culture and animal experiments And other methods to explore the rules of the three-dimensional structure of the hand blood vessels, and the use of quantitative analysis of blood vessels to explore the main branches of the supporting capacity and its role in the cycle of compensation, to provide a complete, systematic and detailed anatomy of human hand vessels Learn information On this basis, using human hand specimens to simulate clinical practice