Cellulase | Celluclast®

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Alpha-amylase

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Amyloglucosidase

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Cellulase

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Carbohydrase mix

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Glucose isomerase

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Invertase

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Lactase

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Pectinase for juicing

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Pectinase for peeling

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Pectin esterase

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Protease

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Catalase

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Chymosin

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Fungal 'rennin'

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'Detergent' enzymes

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Special value packs

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Using enzymes

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Price list 2008
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Celluclast is a preparation used for breaking down cellulose into glucose, cellobiose and longer glucose polymers.

SOURCE

Celluclast is produced by a selected strain of the fungus Trichoderma reesei.

USES

Celluclast can be used whenever the aim is to break down cellulosic materials into fermentable sugars, the reduction of viscosity of soluble cellulosic substrates, or the increase in yield of valuable products of plant origin.

Safety guidelines for practical work with enzymes in schools
can be found here.

ACTIVITY

Celluclast catalyses the breakdown of the glucose polymers that comprise cellulose to glucose, cellobiose (i.e., pairs of glucose units) and longer chains of glucose units. For practical purposes, the optimum conditions for activity of this enzyme preparation are in the range pH 4.5-6.0, and about 50-60 °C. For further details please refer to the data sheet provided with the enzyme preparation.

IMPORTANT NOTE

The NCBE supplies these enzymes to schools and colleges for educational use. Commercial users of enzymes or those requiring enzymes for research purposes should contact the enzyme manufacturers, not the NCBE.

STORAGE

Generally at a storage temperature of 25 °C, you can expect the enzyme to maintain its declared activity for at least 3 months. At lower temperatures (5-10 °C), the shelf life is considerably increased.

CELLULASE

Novozymes

Cellulase (Celluclast)..... 100 mL ..... £10.00 (GBP)

Please note: All the prices on this page are in GBP and do not include Value Added Tax (VAT). This tax applies within the European Union only. Postage and packing must also be paid on orders from outside the United Kingdom.

Please note: We do not currently accept orders via eMail.

Copyright © National Centre for Biotechnology Education, 2008 | www.ncbe.reading.ac.uk