三维细胞培养

肝细胞癌中血管生成拟态的三维细胞培养及组织学研究

Three-dimensional Cell Culture and Histology of Vasculogenic Mimicry in Hepatocellular Carcinoma

智能化动态应变三维细胞培养装置的研制

The Development of an Intellectualized Dynamic Strain Device for Three-Dimensional Cell Culture

肿瘤治疗中的多细胞耐受性与三维细胞培养

Multicellular Resistance in Cancer Therapy and Three-dimensional Cell Culture

三维细胞培养技术在肿瘤研究领域的应用

The application of three-dimensional cell culture technology in the field of cancer research

结果回顾了组织工程软骨的种子细胞来源及培养方法，自体或异体软骨细胞仍然是目前软骨组织工程的主要细胞，三维立体细胞培养体系是现在主要的细胞培养体系。

Results At present , autologous or homologous cells is still major seed cell and the three dimensional culture system is also major system for tissue engineering cartilage .

然而，无论是自体或异体软骨移植、软骨细胞移植，或者三维立体细胞培养及组织工程技术的利用，都仅能在早期生成透明和类透明软骨组织，且随后不可避免会发生退变。

No matter what applying to autograft and allograft , or chondrocytes graft and tissue engineer culture , the defect could be filled with para-hyaline cartilage or hyaline cartilage in the early stage that subsequently could be fibrous degeneration ineluctability .

目的探讨三维组织细胞旋转培养系统（RCCS）对胚胎胰岛冻存复苏后质量的影响。

Objective To study the impact of rotary cell culture system ( RCCS ) on the quality and activity of fetal islets after cryopreservation and resuscitation .

目的观察大鼠胰岛冻存后经三维微重力细胞旋转培养系统（RCCS）培养后移植给受者能否明显提高胰岛移植的效果。

Objective To observe that if the transplantation of frozen-thawed rat islets cultured in microgravity rotary cell culture system ( RCCS ) into recipients will greatly improve the therapeutic effect of islet transplantation .