1.
The Biologic Effect of Ad-HIGF1 on the Endplate Cells
Ad-hIGF1对兔软骨终板细胞生物学作用的实验研究
2.
Culture of endplate cells isolated from rabbit cartilage in vitro and establishment of degeneration models of cartilage endplate
兔软骨终板细胞的分离培养及退变模型的建立
3.
The Basic Study OF NO in Post-traumatic Disc End-plates Cartilage;
创伤后一氧化氮在椎间盘软骨终板细胞中变化的基础研究
4.
The Study of the Relationship between Apoptosis of Endplate Chondrocytes and Degeneration of the Intervertebral Disc;
脊柱软骨终板细胞凋亡与椎间盘退变关系的研究
5.
Character and Mechanism Study Associated with the Migration of Chondrocytes from Endplate to Nucleus Pulposus in Rat Discs;
大鼠终板软骨细胞向髓核迁移的规律及其机制的实验研究
6.
Role of Nitric Oxide in the Terminal Differentiation of Rabbit Growth Plate Chondrocytes;
一氧化氮在兔生长板软骨细胞终末分化中的生物学作用
7.
In Vitro Culture and Identification of Chondrocytes from Tibial Growth Plate of Rats
大鼠胫骨生长板软骨细胞的体外培养及鉴定
8.
The Study of the Relevance between Subchondral Bone and Endplate Cartilage in the Process of the Rabbit Intervertebral Disc Degeneration;
兔软骨终板退变过程中软骨下骨与软骨终板的相关性研究
9.
Experimental Study of the Possibility of Using Chondrocyte from Epiphyseal Plate Cultured in Vitro as Seed Cell for Meniscus;
骺板软骨细胞培养作为半月板组织工程种子细胞的可行性研究
10.
chondroblastic osteogenic sarcoma
软骨母细胞型成骨肉瘤
11.
Effect of Zinc Deficiency on the Apoptosis of Proliferative Growth Plate Chondrocyte in Rats
缺锌对增殖期大鼠生长板软骨细胞凋亡的影响
12.
Effects of Zinc on the Expression of ZnT-7 in Growth Plate Chondrocytes
锌对大鼠生长板软骨细胞ZnT-7表达的影响
13.
a common benign tumor of cartilage cells.
一种常见的软骨细胞瘤。
14.
To convert(a membrane or cartilage, for example)into bone.
使骨化使（如细胞膜、软骨等）变为骨头
15.
Effects of Growth Factors and MAPK Pathway on the Growth Plate Chondrocyte Proliferation and Differentiation;
生长因子及MAPK途径对生长板软骨细胞增殖和分化的影响
16.
The Experimental Study of repairing meniscus lesion with fibrochondrocyte-collagen construct;
纤维软骨细胞-胶原复合物修复半月板损伤的实验研究
17.
The Study of Human Platelet Supernatant on the Biological Effect of Rabbit Chondrocytes;
人血小板上清液对家兔软骨细胞的生物学活性研究
18.
Repair of Rabbit Growth Plate Defects with Tissue-engineering Cartilage: Compound of Autologous Bone Marrow Mesenchymal Stem Cells and Biological Scaffold;
组织工程化软骨细胞—生物载体复合物修复骺板损伤