the researcher due to its environment-friendly nature, and continuous advancement
of biotechnology is paving the way of using these enzymes (biocatalysts) in various
chemical industries such as leather, textile, fruits and vegetables processing, pulp
and paper, and animal feed. Another use of these enzymes is becoming very popular
to the researchers: production of biofuels through biochemical conversion processes
in the presence of enzymes as catalysts in addition to their pivotal role in the food
Fig. 10.3 Decomposition of cellulose structure using cellulases (crystalline cellulose shown in red
color and amorphous cellulose shown in black color)
Fig. 10.4 Schematic architecture of bacterial cellulosome with various binding options CBM
stands for cellulose-binding module and SLH stands for S-layer homology
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M. S. H. K. Tushar and A. Dutta
of biotechnology is paving the way of using these enzymes (biocatalysts) in various
chemical industries such as leather, textile, fruits and vegetables processing, pulp
and paper, and animal feed. Another use of these enzymes is becoming very popular
to the researchers: production of biofuels through biochemical conversion processes
in the presence of enzymes as catalysts in addition to their pivotal role in the food
Fig. 10.3 Decomposition of cellulose structure using cellulases (crystalline cellulose shown in red
color and amorphous cellulose shown in black color)
Fig. 10.4 Schematic architecture of bacterial cellulosome with various binding options CBM
stands for cellulose-binding module and SLH stands for S-layer homology
286
M. S. H. K. Tushar and A. Dutta