Under the condition of microcarrier suspension culture, the adipose derived stem cells grew more productively, and the production of cell was higher, which were superior to those under static culture.

1、

The Review of Microcarrier Culture Techniques

微载体培养技术的研究进展

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2、

Large-Scale Microcarrier Culture of Fish Cells and Viruses in Bioreactor

生物反应器微载体系统大规模培养草鱼细胞及病毒

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3、

Microcarrier culture of Plutella xylostella cell

小菜蛾细胞的微载体培养

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4、

Studies on Preparation of Hepatitis a Vaccine by Microcarrier Culture Technique

微载体制备甲肝灭活疫苗的研究

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5、

Since 1967 the microcarrier culture technology made it possible to produce biological products with adherent animal cells automatically in large scale culture, Which has become the trend of the future development of adherent mammalian cells in large-scale culture.

1967以来，微载体培养技术的出现使大规模自动化培养贴壁动物细胞生产生物制品成为可能，并已经成为未来贴壁哺乳动物细胞大规模培养发展的趋势。

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6、

Pilot production of high-titre mouse interferon with microcarrier suspension culture system

用微载体悬浮培养大量生产高活性鼠干扰素

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7、

Ground Research of Space Microcarrier Cell Culture Techniques

空间微载体细胞培养技术的地面研究

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8、

Large-scale Microcarrier System for Cell Culture

大规模微载体系统细胞培养

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9、

The study on effect factors of microcarrier culture

影响Px细胞微载体培养因素的研究

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10、

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

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11、

A study on combined use of roller bottle and microcarrier cell culture system in vaccine production

应用大转瓶结合微载体培养大量生产疫苗的研究

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12、

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。

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13、

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。

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14、

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。

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15、

CONCLUSION: The application of suspension culture system and microcarrier culture technique is good for the rapid growth of large scale; After cell amplification, the cellular phenotype and ability of differentiation are still maintained.

结论：利用悬浮培养体系系统以及微载体技术有利于脂肪基质干细胞的大规模快速生长，细胞扩增后仍然保持其细胞表型及分化能力。

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16、

Microcarrier suspension culture of Spodoptera litura cell

斜纹夜蛾细胞的微载体悬浮培养

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17、

Microcarrier culture and morphological observation of human degenerative intervertebral discs

成人退变椎间盘细胞微载体培养的形态学观察

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18、

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

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19、

buttonwood time for a rent cut

减租时间到了

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20、

buttonwood the last great hope

最后的巨大希望

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