Alkalophilic cellulases production from Stachybotrys microspora and its potential application in denim biostoning
Keywords:
Alkalophilic endoglucanses; Lignocellulosic waste; Stachybotrys microspora; denim biostoningAbstract
The aged look of denim can be the result of the trap of non-homogenous indigo dyed cellulose microfibers by the mechanical and enzymes actions. However, the major problem is the re-deposition of eleminated indigo dye on the denim fabrics during biostoning with acid endoglucanases.This work aims to study the production profile of endoglucanases by Stachybotrys microspora in the presence of lignocellulosic biomass wastes (sugarcane bagasse and macro-algae) at medium initial pH7. The produced endoglucanases by the Stachybotrys strain were monitored by enzymatic assay and zymogram analysis. The best carbon source is sugarcane bagasse with an optimum production at day7. More interstingly, the zymogram analysis confirmed that a conditional expression of an alkaline cellulase was displayed on the sugarcane bagasse based medium and revealed that sugarcane bagasse and macro-algae of the culture medium directed a differential induction of alkalophilic and acidic endoglucanases. Comparing the denim bio-stoning, with our crude enzyme to those with commercial ones showed significantly better results.
This research shows that alkalophilic endoglucanases from Stachybotrys microspora can be considered an efficient additive for denim bio-stoning applications.
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