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T. Polley and U. Ghosh
Fig. 7 Repeated use of immobilized protease
Fig. 8 Storage time of immobilized protease
4 Conclusions
In the present experiment, the potential application of this matrix in enzyme immobilization is reported. These results have shown that used tea may be effectively applied
as a good supporting carrier for immobilization of alkaline protease. The successful
application of this matrix not only reduces the disposal and environmental pollution
problem as well as will make the process cost-effective.
Acknowledgements The authors gratefully acknowledge the financial assistance by University
Grants commission, New Delhi for this study.
T. Polley and U. Ghosh
Fig. 7 Repeated use of immobilized protease
Fig. 8 Storage time of immobilized protease
4 Conclusions
In the present experiment, the potential application of this matrix in enzyme immobilization is reported. These results have shown that used tea may be effectively applied
as a good supporting carrier for immobilization of alkaline protease. The successful
application of this matrix not only reduces the disposal and environmental pollution
problem as well as will make the process cost-effective.
Acknowledgements The authors gratefully acknowledge the financial assistance by University
Grants commission, New Delhi for this study.
