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Experimental studies on biophysical and biological approaches adopted for enhancement of bone-tendon insertion repair

机译:用于增强骨肌腱插入修复的生物物理和生物学方法的实验研究

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@@ Introduction Many trauma and reconstructive surgeries involve reestablishment of a bone-tendon (B-T) junction, such as direct repair for patellar-tendon-patella or indirect B-T repair by creating a tunnel such as using a patellar graft for ACL reconstruction (Hung et al. 1993, Chan et al. 2000a,b). Direct B-T junction repair is slow due to poor regenerative capability of its insertion fibrocartilage zone (Qin et al. 1999, Leung et al. 2002, Wong et al. 2003).
机译:@@介绍许多创伤和重建手术涉及重建骨骼肌腱(BT)结,例如通过制造隧道,例如使用髌骨重建,例如使用髌骨重建(Hung Et)来直接修复髌骨 - 肌腱 - 髌骨或间接BT修复(Hung Et al。1993,Chan等人。2000A,B)。由于其插入纤维纤维区的再生能力差(QIN等人,1999,Leung等,2002,Wong等,2003),直接B-T结修复速度速度慢。

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