| 1. | Researches of seed cells for bone tissue engineering
骨组织工程种子细胞的研究近况 |
| 2. | Seeding cells of vascnlar tissue engineering : mor phology and culture and proliferation of endothelial cell and smooth muscle cell obtained from an aorta
血管组织工程中单根主动脉培养的内皮细胞和平滑肌细胞形态学和生长增殖 |
| 3. | So far , some professors have some achievements on the study of seed cells of smg and the selection of scalffolds , but the compatibility of smg cells and scaffolds are not studied by now
因此，种子细胞的培养，可供种子细胞进行生命活动的支架材料筛选与开发，及种子细胞与支架材料相互作用的研究成为组织工程学研究的核心问题。 |
| 4. | 5 . mscs are excellent seed cells for treating nervous system diseases , damages , genetic defects and degeneration diseases . here , human mscs with enhanced green fluorescent protein ( egfp ) were injected into the stri
87士又刀6咖in ，差异显著o 0刀5人表明植入的骨髓sc在脑内微环境的作用下能够在一定程度上发挥作用，有望成为治疗pd的种子细胞。 |
| 5. | But to use this alginate hydrogel as a scaffold , we needed to give it shape and internal structure , while enhancing its mechanical strength so that it would keep its shape under the weight of seeded cells
但在利用褐藻酸盐形成的凝胶做为支架时，我们需要赋予它形状和内部结构，同时还要加强它的机械强度，使它在承受了植入细胞的重量后，还能维持特定形状。 |
| 6. | Results showed that the only intact basement membrane complex was found on the luminal surface of the ecm derived from the urinary bladder and that the basement membrane was an effective barrier to penetration of the scaffold by the seeded cells
结果显示，只有从膀胱组织中提取的ecm支架表面基底膜复合物具有完整的结构，而且这种基底膜能够有效阻止种子细胞对支架的穿透作用。 |
| 7. | Materials : in this study , bone marrow stromal cells ( bmscs ) were used as seed cells of chondrocyte tissue engineering after transfected transforming growth factor ( tgf ) - ft , gene by lipofectamine . then the biological characters of the transfected bmscs were investigated by many methods
本研究以骨髓基质干细胞( bmscs )作为靶细胞， tgf _ 1基因片段作为目的基因，经lipofectamine转染目的基因与靶细胞中，观察bmscs经基因转染后的生物学特性。 |
| 8. | In order to investigate the growth law of bone tissues deeply , osteoblast ( the seeded cell of bone tissue engineering ) is regarded as a incompressible viscoelastic medium . then the mechanical behavior of oeteoblast was analyzed , which is the basis to culture bone tissue
然而为了进一步深入细致地研究骨组织生长规律，论文将骨组织工程种子细胞成骨细胞看成是一种不可压缩粘弹性体，分析了其在离体培养下的力学行为，从而为更好地理解生长规律，并为骨组织的离体培养提供理论依据。 |
| 9. | Cwm - f series vibromills are widely applied to crush down any material in fibrin from , high toughness , hardness and with certain water content , especially to the herb processing such as the seed cell wall - breaking , so as to raise the biological utilozation rate of herb , and materials that can not be effctively crush by normal way
本系列振动磨广泛适用于对各类纤维状、高韧性、高强度或有一定含水率的物料进行粉碎，特别适用于中药细胞破壁等旨在提高药物生物利用度的粉碎要求及用常规方法达到要求细度的物料。 |
| 10. | These results are consistent with the results from gross and salzstein and so on . osteoblast is the seeded cell of bone tissue engineering . now , in order to research the response of the osteoblast when it is cultured with mechanical stimulating , the paper consider the osteoblast as an homogeneous , isotropic , incompressible viscoelastic medium
由于成骨细胞是骨组织工程的种子细胞，为研究其在机械刺激离体培养下的受力情况，论文将成骨细胞看作是一种均匀、各向同性、不可压缩粘弹性体，然后应用数值方法将物理关系中的遗传积分展开，从而导出物理关系的矩阵形式。 |
