Objective To observe the effect of human hair keratin artificial tendon in clinical application.
目的观察人发角蛋白人工腱的临床应用效果。
OBJECTIVE: To determine the main biomechanical indexes of HHK artificial tendon and its components.
目的：测定人发角蛋白人工腱及其各组分材料的主要生物力学指标。
Objective To explore and summarize the clinical effect that Human hair keratin (HHK) artificial tendon repair defect in hand.
目的观察和总结人发角蛋白(HHK)人工腱修复手部屈伸肌腱缺损的疗效。
Objective: To determine the main biomechanical indexes of the human hair keratin (HHK) artificial tendon and its various components.
目的：测定HHK人工腱及其各组分材料的主要生物力学指标。
CONCLUSION: Main materials of tendon transplant are as follows: autologous tendon, allogeneic tendon, artificial tendon and tissue engineered tendon.
结论：肌腱移植的材料主要有自体肌腱、同种异体肌腱、人工肌腱和组织工程化肌腱等。
DATA SYNTHESIS: Main materials of tendon transplant are as follows: autologous tendon, allogeneic tendon, artificial tendon and tissue engineered tendon.
资料综合：用于肌腱移植的材料主要有以下几类：自体肌腱、同种异体肌腱、人工肌腱和组织工程化肌腱。
The products are used now to generate artificial skin, dura grafts, tendon repair, nerve repair, bone repair and a few other areas.
这些产品现在应用于人造皮肤,硬脑膜移植，肌腱修复，神经修复,骨修复等等领域。
Objective To study in-vitro compatibility between artificial materials and tendon cells as well as the growth of the tendon cells on the artificial materials.
目的在体外培养的条件下了解人工材料与肌腱细胞的相容性以及肌腱细胞在人工材料上的生长情况。
Methods The 54th generation of transformed human embryonic tendon cells and artificial composite materials of carbon fibers(CF) and polyglycolic(PGA) were co-cultured in vitro to construct TET.
方法将第54代转化人胚肌腱细胞与碳纤维和聚羟基乙酸混合编织带体外复合培养构建组织工程肌腱。
Methods The 54th generation of transformed human embryonic tendon cells and artificial composite materials of carbon fibers(CF) and polyglycolic(PGA) were co-cultured in vitro to construct TET.
方法将第54代转化人胚肌腱细胞与碳纤维和聚羟基乙酸混合编织带体外复合培养构建组织工程肌腱。
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