microcarrier
英
美
n. 微载体
双语例句
- Fabrication of Sodium Hexametaphosphate/ Chitosan Porosity Microcarrier
可注射多聚磷酸钠/壳聚糖多孔微载体制备研究 - Micromechanism and biocompatibility of cartilage derived microcarrier for injectable tissue engineering cartilage
可注射性组织工程软骨源性微载体的微观结构及其生物相容性观察 - Proliferation of Cells and Virus with Microcarrier Suspension Culture System
用微载体悬浮培养系统增殖细胞和病毒 - Results: 1.successfully erect the model of adult intervertebral disc cells with tissue digesting method and on this basis construct the three-dimension culture with microcarrier stiring cultivation system.
使用组织块消化法成功的建立了体外成人退变椎间盘细胞模型，并在此基础上利用微载体旋转培养系统成功构建了成人退变椎间盘细胞的立体培养模型。 - As a high density culture technique, microcarrier cell culture method has both the advantages of a monolayer culture and a suspension system, and has been used for culture of various anchorage-dependent cells.
微载体培养技术作为一项体外高密度细胞培养技术，兼有单层培养和悬浮培养的优点，已被用于多种贴壁细胞的培养。 - Methods: The hematopoietic model for stromal cell adhering to microcarrier was established.
方法：建立微载体-基质细胞体外造血模型。 - GT-2 is a suitable microcarrier for the growth of anchorage-dependent grass carp cells wall.
GT-2是一种较适合于草鱼细胞贴壁生长的微载体。 - Methods: Expand osteoblasts in large scale in RWV by using microcarrier in suspension culture.
方法利用微载体悬浮培养法在旋转壁式生物反应器内大规模扩增成骨细胞，检测其组织形态和生物功能后。 - Study on Regeneration of Microcarrier
微载体再生的研究 - Biological Properties of Hybridoma Cells Grown in Glass Microcarrier Culture
杂交瘤细胞在玻璃微载体培养中生物特性观察 - CX-2 Microcarrier Preparation and the Characteristics in Cell Culture
羧甲基壳多糖微载体CX-2研制及细胞培养研究 - Vero cells growth on the microcarrier and the recycling property of the microcarriers was studied.
考察了Vero细胞在自制微载体上的培养状况以及微载体的回收性能、消化性能等性质。 - Preparation of crosslinked chitosan microcarrier and its use in culture of primary rat hepatocyte
壳聚糖微载体的制备及原代大鼠肝细胞培养 - Study on rt-PA Production by Recombinant CHO Cells Immobilized with Porous Microcarrier
多孔微球固定化CHO工程细胞生产rt-PA的研究 - Comparison between microcarrier and ordinary method in culturing human mesenchymal stem cells in seed cell culture of massive bone defect
大段骨缺损种子细胞培养中微载体技术与普通方法培养人骨髓间充质干细胞的比较 - Large-scale Microcarrier System for Cell Culture
大规模微载体系统细胞培养 - DATA SYNTHESIS: After the selected articles were analyzed and arranged, the relevant contents to the application of collagen in bone tissue engineering were classified and summarized based on the 3 essential factors for tissue engineering: scaffold, microcarrier and inoculation medium.
资料综合：通过对入选的文献进行分析、整理，将胶原在骨组织工程中的应用按组织工程三要素相对应的内容进行分类和综合：支架、微载体和接种媒介。 - Ground Research of Space Microcarrier Cell Culture Techniques
空间微载体细胞培养技术的地面研究 - The study on effect factors of microcarrier culture
影响Px细胞微载体培养因素的研究 - Migration and Multi layer Growth Phenomena of Vero Cells on Microcarrier
Vero细胞在微载体上迁移和多层生长现象 - Experimental research on Vero cell culture with chitosan-microcarrier
甲壳胺微载体培养Vero细胞实验 - Study on Preparation of Rabies Vaccine by Using Vero Cell and Microcarrier System
Vero细胞微载体悬浮培养制备人用狂犬病疫苗的研究 - Aim To investigate the advantages and disadvantages of calcium alginate on microcarrier culture of fetus articular chondrocytes.
目的观察胎儿关节软骨细胞在藻酸钙微载体培养中的特征，探讨用藻酸钙微载体培养胎儿关节软骨细胞的优缺点。 - Experimental study on chondrocytes adhesion to human articular cartilage derived microcarrier in vitro
关节软骨源性微载体与软骨细胞的体外相容性 - We have successfully cultured three cell lines BHK-13, BHK-21 and CHO-KI with MC-1 type microcarrier made in our Academy.
我们用我院制备的MC-1型微载体成功地培养了BHK-13，BHK-21，和CHO-KI三株细胞。 - Small Scale measles virus cultivation in Microcarrier grown cells was studied to investigate the effect of m. o. I on virus production at assumed industrial scale.
用微载体培养法在搅拌瓶和生物反应罐中小规模培养麻疹病毒，以探索在可能实现的大规模工业化麻疹生产中不同感染剂量MultiplyofInfection（m.o.i）的麻疹病毒对病毒产量的影响。 - Animal Cell Cultivation and Progress in Technology of Microcarrier
动物细胞培养及微载体技术研究进展 - Cartilage cells on the microcarrier surface grew well and had uniform distribution.
软骨细胞在明胶微球上生长良好，分布均匀。 - However, injectable microcarrier for invivo tissue regeneration research is still in its infancy.
可注射微载体用于体内组织再生研究尚处于起步阶段。 - Currently natural polysaccharide polymer gel has been often used to prepare microcarrier for the good biocompatibility and activation. But the softness and poor mechanical performance of polysaccharide gel restrict the preparation application.
目前天然多糖高分子凝胶因其良好的生物相容性及易活化性常被用来制备微载体，但多糖凝胶质软机械性能不足以使其达到制备应用。