Studies on mass production of intracellularly-produced secondary metabolite, cyclosporin A by use of immobilized fungal cells in stirred-tank immobilized perfusion reactor system(IPRS).

Chun G.T.; Lee T.H.; Chang Y.K.

Studies on mass production of intracellularly-produced secondary metabolite, cyclosporin A by use of immobilized fungal cells in stirred-tank immobilized perfusion reactor system(IPRS).

1996

Chun G.T. | Lee T.H. | Chang Y.K.

AGROVOC Keywords

cells cellule culture media culture techniques medio de cultivo milieu de culture nutrient solutions soluciones nutritivas solution nutritive technique de culture tolypocladium

Bibliographic information

Published in

Korean Journal of Biotechnology and Bioengineering

Volume 11 ISSN 1225-7117

Pagination

v.22-29(1)

Other Subjects

Tecnicas de cultivo; Celulas

Note

5 illus.; 25 ref. Summaries (En, Ko).

Type

Journal Article; Journal Part; Bibliography; Book; Monograph; Summary

Source

Korean-Journal-of-Biotechnology-and-Bioengineering (Korea Republic). (Feb 1996). v. 11(1) p. 22-29.

Corporate Author

Kangwon National University, Chuncheon (Korea Republic). Department of Microbiology Korea Advanced Institute of Science and Technology, Taejon (Korea Republic). Department of Chemical Engineering

National Research Council, Office of International Affairs (USA).

In AGRIS since: 2012-11-15

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Studies on mass production of intracellularly-produced secondary metabolite, cyclosporin A by use of immobilized fungal cells in stirred-tank immobilized perfusion reactor system(IPRS).

1996

AGROVOC Keywords

Bibliographic information