Development of high-density cultivation systems by bioencapsulation[Review]

Muralidhar RV; Jayachandran G; Singh P

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Development of high-density cultivation systems by bioencapsulation[Review]

机译：利用生物封装技术开发高密度栽培系统的研究[综述]

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Encapsulation of living cells within the confines of an enveloping material permits very high local cell densities to be achieved. Methodologies for bioencapsulation include liquid-based jet methods, drop techniques and emulsification. This review addresses the selection of suitable encapsulating material, enumerates polymers used in capsule formation and considers the significance of encapsulating eukaryotic cells. The importance of cell death as a factor limiting productivity of cell culture methods is emphasized.

机译：活细胞在包封材料范围内的包封可以实现很高的局部细胞密度。用于生物封装的方法包括基于液体的喷射方法，滴剂技术和乳化。这项审查解决了合适的封装材料的选择，列举了用于胶囊形成的聚合物，并考虑了封装真核细胞的重要性。强调了细胞死亡作为限制细胞培养方法生产力的因素的重要性。

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《Current Science: A Fortnightly Journal of Research》 |2001年第3期|共7页
作者
Muralidhar RV; Jayachandran G; Singh P;
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正文语种 eng
中图分类自然科学现状及发展;
关键词
Extracorporeal liver support; Fulminant hepatic-failure; Hybridoma; cells; Recombinant proteins; Antibody-production; Culture system; Insect cells; Hepatocytes; Growth; Gel;

机译：体外肝支持;重型肝衰竭;杂交瘤;细胞;重组蛋白;抗体产生;培养系统;昆虫细胞;肝细胞;生长;凝胶;

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Development of high-density cultivation systems by bioencapsulation[Review]

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