1) gelatin porous microcarriers
明胶多孔微载体
1.
Methods SD rats were divided into HFMSCs injection group(n=9),microcarrier injection group(n=9) and control group(n=4),in which 80-100 μl Perfadex with HFMSCs or gelatin porous microcarriers or pure Perfadex was injected into the wall of left ventricle.
目的探讨将来源于人类胚胎肝脏的基质干细胞(hum an fetal liver-delivered m esenchym al stem cells,HFM-SCs)及明胶多孔微载体植入正常心肌组织促使心肌及微循环再生的可行性。
2) Porous Microcarrier
多孔微载体
1.
The Fabrication of Injectable Polyiactide Porous Microcarriers for the Culture of the Bone Marrow Stroma Cells;
可注射聚丙交酯多孔微载体制备及与骨髓基质干细胞共培养研究
2.
High density cultivation of recombinant CHO cell line and two strains of hybridomas with porous microcarrier cytopore;
用多孔微载体Cytopore高密度培养CHO工程细胞和两株杂交瘤细胞
3.
A recombinant Chinese hamster ovary cell line, which secrets prourokinase (Pro-UK), was cultivated on porous microcarriers in a 30L stirred tank reactor.
在 30L搅拌式反应器中用多孔微载体培养分泌尿激酶原的DNA重组中国仓鼠卵巢细胞 (rCHO) ,研究了血清浓度及溶氧对细胞生长和表达的影响。
3) orous microbial carriers
多孔微生物载体
1.
Analysis and researching of some sewage treatment processes which can attain sludge reduction, was made MBR and porous microbial carriers sewage treatment were point out that they can achieve the goal of zero discharge of surplus sludge , supplying reference to sewage(sludge) treatment staffs.
分析研究了实现污泥减量化的几种污水处理工艺,指出膜生物反应器和多孔微生物载体污水处理技术可以实现无剩余污泥排放的目标,为污水(污泥)处理技术人员提供参考。
4) porous carrier
多孔载体
1.
Biological nitrogenou compound removal with porous carrier particles;
多孔载体存在下生物脱氮技术
2.
To minimize the losses of the product quality, drying of biomass with porous carriers was applied.
详细地讨论了生物制品多孔载体干燥过程中的干燥动力学、质量降解动力学、及质量保护参数等。
3.
Based on the comprehensive review about the study on photocatalyer all over the world, the problems about the carrier, especially about the porous carrier, and the carrying method are analyzed and discussed.
综合国内外对光催化剂研究的基础上,对有关载体的问题,特别是多孔载体的问题等方面展开了分析和讨论。
5) porous carriers
多孔载体
1.
In the process of wastewater treatment, biofilm detachment in an anaerobic fluidized bed with polymer porous carriers(WAR-8-8) has been studied, and the concentration has been put on the factors influencing biofilm detachment and biofilm detachment process.
研究了聚合物多孔载体 (WAR -8-8)厌氧流化床处理废水过程中影响生物膜脱落的因素以及生物膜的脱膜过程。
2.
And a dynamic circular bioreactor is developed on the basis of the theory to investigate whether the sludge in the porous carriers has been decompounded in anaerobic environment or not.
基于流离和多相生物反应原理开发了耦合生物反应器,考察了该反应器的脱氮效果和污泥减量效果,并在理论分析的基础上设计动态循环封闭反应器,考察多孔载体内污泥的厌氧分解情况。
3.
Porous carriers are suitable for culture both anchorage dependent and anchorage independent animal cells,capable of increasing unit cell density and using in scaled up systems.
多孔载体是一种新型的用于动物细胞培养的优秀的细胞支持物,其内部网状结构的小孔具有固定细胞和保护细胞免受机械损伤的功能,适合于贴壁细胞和悬浮细胞的培养,能提高培养密度,可应用于大规模培养系统。
6) porous microgels
多孔微凝胶
补充资料:多孔微载体
分子式:
CAS号:
性质:又称多孔微载体。是在实心微载体的基础上增加制孔工艺所制得的一种新型微载体。大孔微载体的球径一般为几厘米,孔径为几毫米。这种微载体与传统微载体相比具有一些突出的优点:生长于孔内的细胞可不受剪切损伤,对剪切敏感性细胞有较大益处;可以使用流化床、固定床等高效培养方式培养细胞;便于放大等。大孔微载体在大规模动物细胞培养及组织工程中有着重要的应用。
CAS号:
性质:又称多孔微载体。是在实心微载体的基础上增加制孔工艺所制得的一种新型微载体。大孔微载体的球径一般为几厘米,孔径为几毫米。这种微载体与传统微载体相比具有一些突出的优点:生长于孔内的细胞可不受剪切损伤,对剪切敏感性细胞有较大益处;可以使用流化床、固定床等高效培养方式培养细胞;便于放大等。大孔微载体在大规模动物细胞培养及组织工程中有着重要的应用。
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