结论：CS - PEC复合材料有望成为软骨再生的支架载体。
Conclusions: CS-PEC may be used as scaffold for fibre-cartilage regeneration.
目的：制作不同程度关节软骨损伤的动物模型，对关节软骨损伤后软骨再生修复的组织学及超微结构进行系统研究。
Objective: We set several animal models with articular injury in various degrees and studied systemically on the histology and ultra-microscopic structure of cartilaginous regeneration after injury.
修复受损伤的膝盖是一件很复杂的事情，因为关节上的软骨是很难再生的，在一些情况下对关节进行整体更换是唯一可行的办法。
Fixing damaged knees is tricky because the form of cartilage found in the joints does not easily regenerate and in some cases total joint replacement is the only option.
研究者说这个结果给人类再生自己的骨头和软骨的未来铺平了道路。
The researchers say the results pave the way for a future where people grow their own bone and cartilage.
克隆技术很有希望产生烧伤和其它事故受害者所需的再生肌肤、软骨和骨头组织，以及治疗脊髓损伤的神经组织。
It held great promise for producing replacement skin, cartilage, and bone tissue for burn and accident victims, and nerve tissue to treat spinal cord injuries.
再生活动依赖于宿主对关节的细胞供应、本地组织响应与功能刺激以重新建立关节软骨的完整表面以及相关骨骼。
Regeneration activity relied on the host's supply of cells to the joint, local tissue response, and functional stimulation to recreate the entire surface of the joint cartilage together with the bone.
结论：椎板再生是软骨内骨化的过程，并证实了椎板再生的方式是骨组织逐渐再生。
Conclusion: bone - regeneration after laminectomy is the process of endochondral ossification. The type of bone - regeneration is identified.
本文主要对关节软骨损伤的生物愈合与再生的研究进展做一综述。
This review will focus on the progress of research for the biological cicatrisation and regeneration of the articular cartilage defects.
目的通过引导性骨再生和组织工程软骨移植研究长骨骨缺损的修复机制。
Objective Study the mechanism of the healing of bone defect after transplantation of the tissue-engineered cartilage into the bone defects and with guided bone regeneration tubes.
不管是软骨还是半月板，都是不容易再生的组织，这些组织不像肌肉可以很快的长出来，所以要有及早的意识来做防范。
Whether cartilage or meniscus, is not easy regeneration organizations that muscles can not grow back quickly, so do have the awareness of early prevention.
结果：全椎板切除后在椎板缺损部位纤维化，首先是在骨组织缺损的边缘软骨组织形成，然后再演变为骨组织，最后形成再生椎板。
Results: There was fibrous tissue in the defect of lamina after laminectomy. First formed cartilaginous tissue in fibrous, and then evolved into osseous tissues, and finally into.
移植骨的再生则是膜内化骨和软骨内化骨协同作用的结果。
The regeneration of bone graft was the results of intramembranous ossification in cooperation with endochondral ossification.
结果：12周时所有移植物都衍化再生出接近正常半月板大小及形态的纤维软骨板。
Results: at 12 weeks all transplants developed into mature fibrocartilage plates which were similar to normal menisci in size and shape.
非软骨类组织和材料只能阻止小面积生长板缺损内骨桥形成，无再生修复能力。
Non cartilaginous tissue and material could only prevent formation of bony bridge in small defect of growth plate and lacked ability of regenerative repair.
在生命的初期，我们的膝盖骨和大腿骨之间的软骨，光滑，无任何声响，但是，随着年龄的增长，它开始老化，最终失去再生能力；
We all start life with quiet, smooth cartilage between our kneecaps and thigh bones, but over time, it becomes gray and old and doesn't regenerate;
非软骨组织材料只能阻止小面积生长板缺损内骨桥形成，无再生修复能力。
Noncartilaginous tissue and material could only prevent formation of bony bridge in small defect of growth plate and lacked ability of regenerative repair.
结论研究能有效抑制硫酸软骨素蛋白多糖的方法可能促进损伤后脊髓的再生。
Conclusion Finding a way to degrade chondroitin sulphate proteoglycans may promote regeneration of axons after spinal cord injury.
关节软骨的自愈能力较差，因而外科治疗旨在修复关节软骨的缺损以促进机化的透明软骨的再生。
Articular cartilage has a poor intrinsic capacity for healing. The goal of surgical techniques to repair articular cartilage injuries is to achieve the regeneration of organized hyaline cartilage.
公开的是在需要生长，修复或再生的受试者中，在一个位点刺激软骨生长，修复或再生的方法。
Disclosed is a method of stimulating cartilage growth, repair or regeneration at a site in a subject in need of such growth, repair or regeneration.
软骨组织的再生能力有限，组织工程软骨的构建对修复软骨缺损意义重大。
The capacity of cartilage tissue for regeneration is limited. Engineered cartilage is very useful for repairing cartilage defects.
结论：通过穴位刺激，骨碎补、川断续、怀牛膝等可促使软骨组织再生。
Conclusion: Through the acupuncture point stimulation, the davallia, Sichuan off and on, the bosom achyranthes bidentata and so on may urge the Cartilage tissue to regenerate.
结论：通过穴位刺激，骨碎补、川断续、怀牛膝等可促使软骨组织再生。
Conclusion: Through the acupuncture point stimulation, the davallia, Sichuan off and on, the bosom achyranthes bidentata and so on may urge the Cartilage tissue to regenerate.
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