articular cartilage

Method The nonlinear, biphasic, porous model of articular cartilage was built using poroelasticity module in COMSOL.

方法利用COMSOL多孔介质模块建立软骨非线性两相多孔介质模型。

Eventually, the necrotic bone collapses, distorting the overlying articular cartilage and producing secondary osteoarthritis.

最后, 坏死骨塌陷, 扭曲叠压关节软骨从而产生继发性骨关节炎.

Articular cartilage also can be cryopreserved in this manner.

关节软骨也可用类似方法冻存.

Objective Investigate the relationship of menisci rupture and articular cartilage injury.

目的探讨关节软骨损伤与半月板破裂的关系.

Gene therapy in repairing the defect of articular cartilage: human insulin-like growth factor-I transfected chondrocytes and its expression in chondrocytes

关节软骨缺损修复的基因治疗实验&人胰岛素样生长因子I基因转染软骨细胞及其在软骨细胞中的表达

Preparation of articular cartilage extracellular matrix derived oriented scaffold for cartilage tissue engineering

关节软骨细胞外基质源性软骨组织工程取向支架的制备

Pluronic group : 25 % Pluronic F-127 was poured into the articular cartilage defects.

单纯支架组只将 25%Pluronic F-127注入股骨内髁软骨缺损区.

Study Advances of Treatment for Articular Cartilage Damage of Temporomandibular Joint

颞下颌关节软骨损伤治疗的进展

The Experimental and Clinical MRI Study of Articular Cartilage in Pyogenic Arthritis

化脓性关节炎关节软骨MRI实验和临床研究

Based on the reference materials of ten years , author summarized the machanism of articular cartilage injury.

采用文献资料综述的方法,从生物力学、生物化学、分子生物学等方面阐述了关节软骨损伤的机理.

Methods Chondrocytes were isolated from articular cartilage of 2-week-old rabbit, digested by collagenase ⅱ, and mixed with bovine collagen I, human blood freeze-dry fibrinogen and thrombosin according to a certain proportion, and were cultured in vitro.

方法：取2周龄的新生兔关节软骨，经消化，将获得的软骨细胞与牛型胶原、人血冻干纤维蛋白原、凝血酶按一定比例混合，制成软骨培养物并在体外培养。

Therapeutic effect of amiloride on articular cartilage injury in rats with adjuvant arthritis

酸敏感离子通道阻断剂amiloride对佐剂性关节炎大鼠关节软骨损伤的影响

The MRI Study of Articular Cartilage of Canine with Pyogenic Arthritis: Correlated with Biochemical Result

家犬化脓性关节炎关节软骨的MRI改变与软骨生化研究

Osteoarthritis is due to wear and tear with loss of articular cartilage.

骨关节炎源于关节软骨的磨损破坏甚至丧失.

As a result, the infernal circle finally lead to articular cartilage cataplasia.

以至形成恶性循环, 最终导致关节软骨退变.

Damaged articular cartilage a limited intrinsic capacity to heal itself a clinical challenge.

关节软骨损伤、退变或其他病变时均可导致软骨面的缺损,缺损后依靠自身修复的能力很低.

After injury , articular cartilage has limited self-repair ability. The injury tissue cannot form normal hyaline cartilage.

关节软骨损伤后 自我 修复能力有限, 不能形成正常透明软骨.

The articular cartilage of medial tibial condylar was excised for determination of hexosamine.

取内侧胫骨髁软骨作氨基己糖测定。

Conclusion: Manipulation can improve SOD activity of DOA and alleviative degeneration of articular cartilage.

结论: 手法可提高兔膝关节骨性关节炎滑膜组织中SOD活性及减缓关节软骨退变.

Experimental study of repairing articular cartilage defect using porous biodegradable PCL

应用生物降解材料PCL多孔块修复关节软骨缺损的实验研究

The development of tissue-engineered technique provide a new way for the repair of articular cartilage defect.

组织工程技术的兴起,为关节软骨缺损修复提供一条新的途径.

Conclusion: Tissue engineered cartilage using ACMs seeded with ADSCs can well repair articular cartilage defects in rabbits, but have the potential of osteochondroma.

结论：本实验构建的组织工程软骨能有效的修复关节软骨缺损，但有成骨软骨瘤的风险。

Objective To investigate the reparation of articular cartilage defect and nonunion by tibial periosteal transplantation with tensor fasciae latae muscle.

目的探讨带阔筋膜张肌蒂胫骨骨膜移植术修复骨关节软骨缺损及骨不连。方法对4例髋关节结核行病灶清除而有软骨缺损；

Osteoarthritis of knee is an arthropathy characterized by hyperosteogeny due to degenerative articular cartilage.

膝关节骨关节炎（膝OA）是一种因关节软骨退行性变所引起的以膝关节疼痛、肿胀、骨质增生为主要表现的关节病变。

Measurement to the content of the hexosamine Measure to the content of the hexosamine of the rest specimen of the articular cartilage according to the standard curve calculation method.

4氨基已糖含量的测定：剩余部分关节软骨标本依照标准曲线计算法测定氨基已糖含量。

To investigate the new development of repairing articular cartilage defect with free autogenous periosteal graft.

探讨自体骨膜游离移植修复关节软骨缺损的研究进展.

MRI can delineate normal meniscus and articular cartilage.

MRI显示正常半月板及关节软骨的外形、信号强度.

Objective: To verify the ability of PLGA, a three-dimensional biodegradable polymer, to support the growth of human chondrocytes, and to reconstruct human articular cartilage by tissue engineering.

目的：研究人关节软骨细胞在PLGA三维支架上的贴附和生长情况，利用组织工程技术培养工程化关节软骨。

AIM: To observe the effect of irradiated osteochondral allograft with 60Co γ ray at low dose on the formation of cartilage tissue and the reparative effect on articular cartilage defect.

目的：选择Coγ射线小剂量照射处理异体骨软骨移植物，观察辐射对60软骨组织形态的影响和移植修复关节软骨缺损的效果。

Figure 9-1 : Degenerated articular cartilage and torn meniscus of the knee.

图9-1:膝关节退化的软骨和撕裂的半月板.