Enzymes are mostly used for the production of food and pharmaceutical products and the major source of these enzymes are microorganisms, plants, and animals. The most important group of hydrolytic enzymes is cellulase. Here we use microorganisms to produce cellulase to get high yield at low cost and the microorganisms were isolated from the soil found at the paper recycling unit. The bacteria and fungs were isolated and identified using the standard methods and the bacteria were studied for its glucose concentration and the fungs were studied for the cellulase production. Totally 6 bacteria and 8 fungus were isolated and identified. Among the bacteria only Brucella canis, Enterobacter aerogenes and Eruvinia psidii produced high yield of glu...
Background & Objectives: Cellulose is the best carbohydrate storage molecule for production of energ...
Cellulose degradation is carried out by a large number of microorganisms with only a limited populat...
Cellulolytic/Xylanolytic microorganisms such as bacteria and fungi are accountable for conversion of...
This thesis report is submitted in partial fulfilment of the requirement for the degree of M.Sc. in ...
This Thesis is submitted in partial fulfillment of the requirements for the degree of Bachelor of Sc...
The aims of this study were the isolation and screening of fungal cultures from forest litter soil f...
Isolation of Cellulolytic Bacteria and Characterization of the Enzyme. Four of cellulolitic bacteria...
ABSTRACT: The objective of this study is to improve the production of cellulase by screening novel c...
The study of production of hydrolytic enzymes dealt with the production of cellulase and polygalactu...
ABSTRACT The wide variety of bacteria in the environment permits screening for more efficient cellul...
Cellulases are enzymes capable of degrading cellulose containing industrial pollutants. Nowadays, ce...
The present investigation deals with the isolation, screening and characterization of cellulose prod...
Abstract: A Bacillus species identified as Bacillus cereus was isolated and characterized by enrichi...
Cellulose degradation is carried out by a large number of microorganisms with only a limited populat...
The present investigation was undertaken to isolate and Screen the Cellulase Producing Bacteria from...
Background & Objectives: Cellulose is the best carbohydrate storage molecule for production of energ...
Cellulose degradation is carried out by a large number of microorganisms with only a limited populat...
Cellulolytic/Xylanolytic microorganisms such as bacteria and fungi are accountable for conversion of...
This thesis report is submitted in partial fulfilment of the requirement for the degree of M.Sc. in ...
This Thesis is submitted in partial fulfillment of the requirements for the degree of Bachelor of Sc...
The aims of this study were the isolation and screening of fungal cultures from forest litter soil f...
Isolation of Cellulolytic Bacteria and Characterization of the Enzyme. Four of cellulolitic bacteria...
ABSTRACT: The objective of this study is to improve the production of cellulase by screening novel c...
The study of production of hydrolytic enzymes dealt with the production of cellulase and polygalactu...
ABSTRACT The wide variety of bacteria in the environment permits screening for more efficient cellul...
Cellulases are enzymes capable of degrading cellulose containing industrial pollutants. Nowadays, ce...
The present investigation deals with the isolation, screening and characterization of cellulose prod...
Abstract: A Bacillus species identified as Bacillus cereus was isolated and characterized by enrichi...
Cellulose degradation is carried out by a large number of microorganisms with only a limited populat...
The present investigation was undertaken to isolate and Screen the Cellulase Producing Bacteria from...
Background & Objectives: Cellulose is the best carbohydrate storage molecule for production of energ...
Cellulose degradation is carried out by a large number of microorganisms with only a limited populat...
Cellulolytic/Xylanolytic microorganisms such as bacteria and fungi are accountable for conversion of...