Conclusion Pathological synkinesia was the marker of severe facial palsy and was related with over-error in regeneration of nerve. 结论病理性联带运动是重度面神经麻痹的标志,与神经再生过误有关。
Objective To observe the survival time, pathological change and liver regeneration in different kinds of reduced size liver transplantation in steatotic rats. 目的探讨大鼠脂变供肝用于减体肝移植的适宜植肝量及病理类型。
Purpose To study the pathological characteristics of rat sciatic nerve crush lesion and regeneration. 目的:研究大鼠坐骨神经钳夹损伤后的病理学改变。
Results: After the spinal cord was hemisected and torn, such pathological changes as hemorrhage, edema, degeneration, necrosis and cavitation and such repairing processes as nerve regeneration and gliosis were observed. 结果:单纯脊髓损伤后,发生了出血水肿、变性坏死以及囊腔形成胶质细胞增生和神经纤维再生。
Conclusion This model imitated the common pathological characteristics of numerous intracerebral diseases and can be reliably replicated, therefore, it is considered a suitable model for the research of CNS protection and regeneration following intracerebral axonal injury. 结论该模型模拟了多种脑白质病变导致轴突损伤的共同特征,重复性好,是进行脑轴突损伤后神经修复与再生研究较理想的模型。
Pathological observation on rats sciatic nerve crush lesion and regeneration 实验性大鼠坐骨神经损伤与再生的病理学观察
Method: The cranial bone flaps of 32 patients were implanted under the skin of abdominal walls. In 40-186 days the bone flaps were taken out for pathological examination and for close observation of regeneration of new bones. 方法:32例颅骨瓣埋藏腹壁皮下40~186天后,取出进行病理学检查,观察局部新骨再生情况。
An Experimental Study of Expression of Desmin and Vimentin in the Pathological Progress of Exercise-Induced Skeletal Muscle Damage and Regeneration 结蛋白和波形蛋白在运动性肌肉损伤和再生过程中表达及意义的实验研究
The ideal result of periodontal therapy is not only to end pathological changes themselves, but also to promote periodontal regeneration, thereby to achieve the complete recovery of the periodontal tissue physiologically and functionally. 牙周疾病治疗的理想效果不仅在于终止病变本身,更在于促进牙周组织的再生,从而达到牙周组织结构与功能的完全恢复。
However, a variety of current pathological models not only induce neuronal death, but also cause drastic changes of the microenvironment of the damaged zone. This restricts the regeneration and repair of neural circuits seriously. 然而,当前的多种病理模型虽能诱发神经元死亡,但其触发的损伤不仅限于神经元,还伴随着损伤灶微环境的剧烈改变,严重阻碍了神经环路的再生和修复。