Add to ORKGThe purpose of the present investigations was to improve the yield of alkaline protease for leather dehairing by subjecting the indigenous proteolytic strain Bacillus licheniformis N-2 to various mutagenic treatments viz. UV irradiations, NTG (N-methyl-N-nitro-N-nitrosoguinidine) and MMS (methyl methane sulfonate). After screening on skim milk agar plates, a total of nine positive mutants were selected for shake flask experiments. Among these, the best proteolytic mutant designated as UV-9 showed 1.4 fold higher alkaline protease activity in preoptimized growt
In the present study, we isolated a trypsin-producing strain DMN6 from the leather waste and identif...
Abstract Alkaline proteases have a myriad of potential applications in many industrial processes suc...
Alkaline protease from a mutant of Bacillus polymyxa was purified to 99 fold with 10 per cent recove...
The purpose of the present investigations was to improve the yield of alkaline protease for leather ...
Bacillus pumilus and Bacillus alvei, among alkaline protease producing strains, were used to examine...
Microbes are living organisms that are too small to be seen by the unaided eye however they carry ou...
The purpose of the present study was to enhance the protease production of the parental type Bacillu...
Proteolytic enzymes are available in the entire livelihood and facilitate in growth of cells along w...
Among the various bacterial isolates, the strain MSF 46 isolated from thorn forest soil samples, Tam...
A bacterial strain NS70 producing an alkaline protease was isolated from soil samples taken near a h...
336-342Proteases are shown to have greener mode of application in leather processing for dehairing ...
Among the microbial enzymes protease and amylase are the most valuable enzymes which have been has d...
AbstractAmong the various bacterial isolates, the strain MSF 46 isolated from thorn forest soil samp...
Protease production by alkalophilic B. licheniformis N-2 was investigated in 50 mL of the growth med...
Two alkaline protease producing alkaliphilic bacterial strains, designated as AL-20 and AL-89, were ...
In the present study, we isolated a trypsin-producing strain DMN6 from the leather waste and identif...
Abstract Alkaline proteases have a myriad of potential applications in many industrial processes suc...
Alkaline protease from a mutant of Bacillus polymyxa was purified to 99 fold with 10 per cent recove...
The purpose of the present investigations was to improve the yield of alkaline protease for leather ...
Bacillus pumilus and Bacillus alvei, among alkaline protease producing strains, were used to examine...
Microbes are living organisms that are too small to be seen by the unaided eye however they carry ou...
The purpose of the present study was to enhance the protease production of the parental type Bacillu...
Proteolytic enzymes are available in the entire livelihood and facilitate in growth of cells along w...
Among the various bacterial isolates, the strain MSF 46 isolated from thorn forest soil samples, Tam...
A bacterial strain NS70 producing an alkaline protease was isolated from soil samples taken near a h...
336-342Proteases are shown to have greener mode of application in leather processing for dehairing ...
Among the microbial enzymes protease and amylase are the most valuable enzymes which have been has d...
AbstractAmong the various bacterial isolates, the strain MSF 46 isolated from thorn forest soil samp...
Protease production by alkalophilic B. licheniformis N-2 was investigated in 50 mL of the growth med...
Two alkaline protease producing alkaliphilic bacterial strains, designated as AL-20 and AL-89, were ...
In the present study, we isolated a trypsin-producing strain DMN6 from the leather waste and identif...
Abstract Alkaline proteases have a myriad of potential applications in many industrial processes suc...
Alkaline protease from a mutant of Bacillus polymyxa was purified to 99 fold with 10 per cent recove...