Enzymatic hydrolysis of cellulose is an important reaction in nature and marks the first step in the decay of cellulose, the most abundantly occurring organic material. Unlike the chemical reactions, the enzymatic process has not yet been adapted to any useful industrial purpose. Cellulosic biomass is very difficult to degrade because of its recalcitrance. Today it is mostly pretreated with thermo chemical methods to make it more accessible to enzymes, which are produced in an extra step and then added to the biomass. This technical paper presents series of experiments done in isolating cellulase (a cellulose breaking enzyme) producing fungus from paper samples kept in natural conditions at various locations. The enzyme producing capabiliti...
A large number of microorganisms are capable of degrading cellulose, only a few of these microorgani...
Waste copier paper is a potential substrate for the production of glucose relevant for manufacture o...
Lignocellulosic biomass is the most abundant renewable polymer on Earth, and represents the raw mate...
Cellulose hydrolyzing enzyme from fungus Trichoderma viride was purified and characterized. The cell...
Lignocellulosic materials form a huge part of the plant biomass from agricultural and forestry waste...
Lignocellulosic materials form a huge part of the plant biomass from agricultural and forestry waste...
Lignocellulose is the most abundant renewable material on earth and plays an important role in devel...
Cellulases are complex hydrolytic enzymes working synergistically on the hydrolysis of cellulolytic ...
Enzymes are mostly used for the production of food and pharmaceutical products and the major source ...
The filamentous fungus Trichoderma reesei is one of the main sources for cellulose degrading enzymes...
The study of production of hydrolytic enzymes dealt with the production of cellulase and polygalactu...
The biodegradability of cellulose-based materials was compared in the standard Sturm test and by enz...
Abstract: A Bacillus species identified as Bacillus cereus was isolated and characterized by enrichi...
Celluloses are carbohydrate polymers, much abundant as agricultural residues or wastes. They are res...
This master’s thesis is aimed at process of enzymatic hydrolysis of lignocellulosic material – waste...
A large number of microorganisms are capable of degrading cellulose, only a few of these microorgani...
Waste copier paper is a potential substrate for the production of glucose relevant for manufacture o...
Lignocellulosic biomass is the most abundant renewable polymer on Earth, and represents the raw mate...
Cellulose hydrolyzing enzyme from fungus Trichoderma viride was purified and characterized. The cell...
Lignocellulosic materials form a huge part of the plant biomass from agricultural and forestry waste...
Lignocellulosic materials form a huge part of the plant biomass from agricultural and forestry waste...
Lignocellulose is the most abundant renewable material on earth and plays an important role in devel...
Cellulases are complex hydrolytic enzymes working synergistically on the hydrolysis of cellulolytic ...
Enzymes are mostly used for the production of food and pharmaceutical products and the major source ...
The filamentous fungus Trichoderma reesei is one of the main sources for cellulose degrading enzymes...
The study of production of hydrolytic enzymes dealt with the production of cellulase and polygalactu...
The biodegradability of cellulose-based materials was compared in the standard Sturm test and by enz...
Abstract: A Bacillus species identified as Bacillus cereus was isolated and characterized by enrichi...
Celluloses are carbohydrate polymers, much abundant as agricultural residues or wastes. They are res...
This master’s thesis is aimed at process of enzymatic hydrolysis of lignocellulosic material – waste...
A large number of microorganisms are capable of degrading cellulose, only a few of these microorgani...
Waste copier paper is a potential substrate for the production of glucose relevant for manufacture o...
Lignocellulosic biomass is the most abundant renewable polymer on Earth, and represents the raw mate...