Tissue engineering provides a novel pathway for finger joint damage.
组织工程为手指骨关节损伤治疗提供了新的研究方向。
The important mechanical properties of Larch with finger joint were studied in this research.
本文主要研究了落叶松指接材的主要力学性质。
Therefore, therapeutic efficacy of finger joint damage determines the functional recovery of hands.
因此，手指关节损伤的治疗效果直接决定着手功能的恢复情况。
OBJECTIVE: To summarize the research progress on the repair and reconstruction of finger joint damage.
目的：总结手指骨关节损伤修复重建的研究进展。
The simulation result shows that it can make finger joint position reach desired position after finite times iteration.
仿真结果表明，离散学习控制方法能在有限次迭代后使手指关节位置达到期望位置。
Literature EVALUATION: the resource of literatures was the clinic empirical studies of the repair and reconstruction of finger joint damage.
文献评价：文献的来源主要是手指骨关节损伤修复重建方面的临床实验研究。
Summing up and analyzing the key technology of Italian poplar finger joint lumber in manufacture. Putting forward some process parameters and questions needing attention.
总结分析了意杨集成材制造工艺中的关键技术，提出了意杨指接集成材生产工艺参数和意杨指接集成材生产中应注意的若干问题。
Among which, 6 cases had acute finger wounds, 3 cases had finger joint bone exposed post burn and 2 cases had distal finger joint muscle tendon exposed after scar removal.
其中急性手指外伤6例，烧伤后远节指关节骨外露3例，烧伤疤痕切除后远节指关节肌腱外露2例。
The main production HUKAY carbide tipped sawblades and HUKAY finger-joint knife.
主要生产HUKAY硬质合金锯片和HUKAY指接刀。
The main production HUKAY carbide tipped sawblades and HUKAY finger-joint knife.
主要生产HUKAY硬质合金锯片和HUKAY指接刀。
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