同时，还发现红肌桥比白肌桥的神经再生效果更好。
Moreover, it is mentioned that the red muscle bridge is better than white muscle bridge to the nerve regeneration.
结论：半吻合、半埋入法是用骨骼肌桥接周围神经缺损的理想的新方法。
Conclusions: the semi anastomosis and semi implantation method is proved to be a ideal way to repair the damaged peripheral nerves.
结论：带蒂骨骼肌桥接近端周围神经是防治残端痛性神经瘤的一种简单、实用、有效的方法。
Conclusion: Bridging between divided ends of proximal end of peripheral nerve with skeletal muscle is a simple, practical and effective way to prevent or treat painful neuroma with stump tenderness.
为确认神经肌桥内神经纤维的再生效果，将狗的缝匠肌条桥接在股神经缺损处，术后10个月进行HRP的逆行观察。
The nerve regeneration was observed with the HRP tracing method, after 10 months of the operation "that muscular strips from the sartorius of dogs were bridged over the femoral nerve defect."
由此可知长肌纤维组成的缝匠肌可能是一个神经再生效果好的，而且取材容易的桥接物。
We consider sartorius muscle composed of long muscle fibers is an avaible nerve bridging with good regenerative effect.
方法用微波变性异体腓神经和微波变性自体骨骼肌作为桥接材料修复一侧面神经下颌支缺损。
Methods Rats facial nerve mandible branch gap was repaired using different grafts, either muscle autograft or sural nerve allograft denatured by microwave.
目的比较肋间神经移位直接与肌皮神经缝合，和通过皮神经移植桥接肌皮、肋间神经两种术式的疗效。
Objective To compare the treatment outcome of intercostal nerve transfer to the musculocutaneous nerve by direct suture or via cutaneous nerve grafting.
常规的移位方法是将膈神经通过一段移植神经桥接到肌皮神经主干。
The conventional way is using nerve graft to connect phrenic nerve with musculocutaneous nerve.
目的分析脑桥卒中合并膈肌阵挛的特点及可能的机制。
Objective To study the clinical aspects and the possible mechanism of the diaphragmatic myoclonus after pons stroke.
这样在上肢，偏向屈肌的红核脊髓束和延髓网状脊髓束占优于偏向伸肌的前庭脊髓中间束和侧束及脑桥的网状脊髓束。
The rubrospinal tract and medullary reticulospinal tract biased flexion outweighs the medial and lateral vestibulospinal and pontine reticulospinal tract biased extension in the upper extremities.
这样在上肢，偏向屈肌的红核脊髓束和延髓网状脊髓束占优于偏向伸肌的前庭脊髓中间束和侧束及脑桥的网状脊髓束。
The rubrospinal tract and medullary reticulospinal tract biased flexion outweighs the medial and lateral vestibulospinal and pontine reticulospinal tract biased extension in the upper extremities.
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