A protease producing bacteria was isolated from meat waste contaminated soil and identified as Pseudomonas fluorescens. Optimization of the fermentation medium for maximum protease production was carried out. The culture conditions like inoculum concentration, incubation time, pH, temperature, carbon sources, nitrogen sources and metal ions were optimized. The optimum conditions found for protease production was 37°C at pH 9, with 2% inoculum in the medium for 24 h. Wheat bran and peptone stimulates the production of protease. Magnesium sulphate has less inhibitory effect among the metal ions tested
The production of extracellular thermostable alkaline protease by a thermoalkalophlic Bacillus sp. J...
Marine microbes are potential source for novel metabolites. They are efficient in producing these me...
Proteolytic enzymes are available in the entire livelihood and facilitate in growth of cells along w...
Pseudomonas fluorescens AU17 was isolated from the fish waste discharged soil and it was tested for ...
The enzyme alkaline protease production was determined under solid state fermentation using the soil...
Aims: The present study was investigated to optimize the production parameters using statistical met...
Production of protease by Pseudomonas aeruginosa and Staphylococcus aureus isolated from abattoir en...
Bacillus sp. L21 was isolated from the by-products of a leather factory (located in Izmir, Turkey) w...
The protease producing bacterial strain Bacillus subtilis was isolated from sea water and identified...
Alkaline proteases have applications in numerous industries. In this study, we have isolated and scr...
Bacillus strains isolated from the salteren pond (Kakinada) were screened and identified for high al...
An alkaline protease-producing fungus was screened from potato grown soil fields of Bangalore and id...
Abstract: The microbial production of protease is the need of rapidly growing industrial field. So d...
Optimization of the growth conditions for maximum growth rate and alkaline protease production was c...
80-83Production parameters of extracellular alkaline protease employing our laboratory isolate Therm...
The production of extracellular thermostable alkaline protease by a thermoalkalophlic Bacillus sp. J...
Marine microbes are potential source for novel metabolites. They are efficient in producing these me...
Proteolytic enzymes are available in the entire livelihood and facilitate in growth of cells along w...
Pseudomonas fluorescens AU17 was isolated from the fish waste discharged soil and it was tested for ...
The enzyme alkaline protease production was determined under solid state fermentation using the soil...
Aims: The present study was investigated to optimize the production parameters using statistical met...
Production of protease by Pseudomonas aeruginosa and Staphylococcus aureus isolated from abattoir en...
Bacillus sp. L21 was isolated from the by-products of a leather factory (located in Izmir, Turkey) w...
The protease producing bacterial strain Bacillus subtilis was isolated from sea water and identified...
Alkaline proteases have applications in numerous industries. In this study, we have isolated and scr...
Bacillus strains isolated from the salteren pond (Kakinada) were screened and identified for high al...
An alkaline protease-producing fungus was screened from potato grown soil fields of Bangalore and id...
Abstract: The microbial production of protease is the need of rapidly growing industrial field. So d...
Optimization of the growth conditions for maximum growth rate and alkaline protease production was c...
80-83Production parameters of extracellular alkaline protease employing our laboratory isolate Therm...
The production of extracellular thermostable alkaline protease by a thermoalkalophlic Bacillus sp. J...
Marine microbes are potential source for novel metabolites. They are efficient in producing these me...
Proteolytic enzymes are available in the entire livelihood and facilitate in growth of cells along w...