Glucose oxidase biosynthesis using mycelium of Aspergillus niger immobilized on seeds

Fiedurek, J.; Gromada, A.; Szczodrak, J.

Glucose oxidase biosynthesis using mycelium of Aspergillus niger immobilized on seeds

1994

Fiedurek, J. | Gromada, A. | Szczodrak, J.

German. Die Adsorption von Aspergillus niger Sporen auf Weizensamen ist eine einfache und billige Methode der Immobilisation. Das auf diese Weise immobilisierte Myzel ergibt eine hohe Glucoseoxidase-Aktivitaet und ist ein erster Schritt zur kontinuierlichen Synthese dieses Enzyms.

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AGROVOC Keywords

aspergillus niger biocatalizador biocatalyseur biocatalysts biosynthese biosynthesis biotechnologie biotechnology biotecnologia buckwheat glucosa oxidasa glucose oxidase glucose oxydase hordeum vulgare immobilisation immobilization micelio mostaza moutarde mustard mycelium pisum sativum sarrasin secale cereale seed semence semillas trigo sarraceno triticum

Bibliographic information

Published in

Microbiological Research (Germany)

Volume 149 Issue 4 ISSN 0944-5013

Pagination

pp. 425-428

Other Subjects

Inmovilizacion; Biosintesis

Language

English

Note

Summary (En)

1 ill., 2 tables; 20 ref.

Type

Summary

Corporate Author

Maria Curie-Sklodowska Univ., Lublin (Poland). Dept. of Applied Microbiology

In AGRIS since: 1995-08-15

Format: AGRIS AP

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Glucose oxidase biosynthesis using mycelium of Aspergillus niger immobilized on seeds

1994

AGROVOC Keywords

Bibliographic information