2005Journal of Industrial Microbiology & BiotechnologyRequires access

Monocomponent endoglucanase treatment increases the reactivity of softwood sulphite dissolving pulp

Gunnar Henriksson, Maria Christiernin, Roland Agnemo

Open publisher page 99 citations

Abstract

Softwood dissolving pulp was treated with a commercial monocomponent fungal endocellulase. The reactivity of the pulp for the production of rayon and cellulose derivatives as determined with the Fock method increased drastically with relatively low amounts of enzyme, and the yield loss and decrease of viscosity were moderate. The mechanism behind the increased reactivity is discussed.

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What this paper is about

Softwood dissolving pulp was treated with a commercial monocomponent fungal endocellulase. The reactivity of the pulp for the production of rayon and cellulose derivatives as determined with the Fock method increased drastically with relatively low amounts of enzyme, and the yield loss and decrease of viscosity were moderate. The mechanism behind the increased reactivity is discussed.

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Available abstract

Softwood dissolving pulp was treated with a commercial monocomponent fungal endocellulase. The reactivity of the pulp for the production of rayon and cellulose derivatives as determined with the Fock method increased drastically with relatively low amounts of enzyme, and the yield loss and decrease of viscosity were moderate. The mechanism behind the increased reactivity is discussed.

Key concepts: Softwood, Dissolving pulp, Pulp (tooth), Cellulose, Cellulase, Chemistry, Dissolution, Reactivity (psychology)

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