In silico analysis of enzyme surface and glycosylation effect as a tool for efficient covalent immobilization of CalB and PGA on sepabeads

Basso, A; Braiuca, P; Cantone, S; Ebert, C; Linda, P; Spizzo, P; Caimi, P; Hanefeld, U.; Degrassi, G; Gardossi, L

In silico analysis of enzyme surface and glycosylation effect as a tool for efficient covalent immobilization of CalB and PGA on sepabeads

Journal article (2007)

Authors

A Basso External organisation

P Braiuca External organisation

S Cantone External organisation

C Ebert External organisation

P Linda External organisation

P Spizzo External organisation

P Caimi External organisation

U. Hanefeld BT/Biocatalysis -

G Degrassi External organisation

L Gardossi External organisation

Research Group

BT/Biocatalysis () (TU Delft)

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Published Date

2007

Language

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Faculty

Applied Sciences

Department

BT/Biotechnologie

Research Group

BT/Biocatalysis