We have studied properties of bacterial strains isolated from hot springs in the Northern Baikal region, Baikal Rift Zone, known to have a wide range of growth conditions (pH, temperature, and carbon sources). The phylogenetic analysis and microbiological studies show that thermophilic strains belonging to the Geobacillus stearothermophilus,Anoxybacillus flavithermus, and Thermoactinomyces vulgaris species express lipolytic activity. The isolated Geobacillus stearothermophilus strains grow at up to 70 °С in a wide pH range (5–10). The isolates of the Anoxybacillus genus can grow at 60–70 °С and рН ≤ 11. Thermoactinomyces vulgaris Gus-2-1 has a narrower growth condition range: 50–60 °С and рН 7–10. Of the strains with lipolytic activity isol...
In the last two decades, researchers have increasingly focused on the rich microorganism-based diver...
Microbial lipolytic enzymes have attracted considerable attention owing to their biotechnological po...
In a bioprospecting effort towards novel thermostable lipases, we assessed the lipolytic profile of ...
Lipase enzyme is an important group of biocatalyst for biotechnological application. One of the majo...
Thermophilic lipase producing bacteria have been isolated and characterized from an Indian hot sprin...
Three strains of thermophilic bacteria were isolated from two different hot springs in Saudi Arabia....
Seven lipase-producing thermophilic bacteria (ST 1, ST 4, ST 6, ST 7, ST 8, ST 9 and ST 10) were iso...
Eleven lipase-producing thermophilic bacteria strains were recently isolated from Kuala Woh Hot Spri...
AbstractThermophiles are well known as organisms that can withstand extreme temperature. Thermoenzym...
Hot spring is a natural habitat for thermophilic bacteria and is the major source of thermostable en...
Abstract Background Among the huge diversity of thermophilic bacteria mainly bacilli have been repor...
Thermophiles that produce extracellular hydrolases are of great importance due to their applications...
A newly isolated thermophilic bacterium, Aneurinibacillus thermoaerophilus strain HZ, from a hot spr...
ABSTRACK Research on the isolation and screening of thermophilic bacteria producing lipase en...
In the last two decades, researchers have increasingly focused on the rich microorganism-based diver...
In the last two decades, researchers have increasingly focused on the rich microorganism-based diver...
Microbial lipolytic enzymes have attracted considerable attention owing to their biotechnological po...
In a bioprospecting effort towards novel thermostable lipases, we assessed the lipolytic profile of ...
Lipase enzyme is an important group of biocatalyst for biotechnological application. One of the majo...
Thermophilic lipase producing bacteria have been isolated and characterized from an Indian hot sprin...
Three strains of thermophilic bacteria were isolated from two different hot springs in Saudi Arabia....
Seven lipase-producing thermophilic bacteria (ST 1, ST 4, ST 6, ST 7, ST 8, ST 9 and ST 10) were iso...
Eleven lipase-producing thermophilic bacteria strains were recently isolated from Kuala Woh Hot Spri...
AbstractThermophiles are well known as organisms that can withstand extreme temperature. Thermoenzym...
Hot spring is a natural habitat for thermophilic bacteria and is the major source of thermostable en...
Abstract Background Among the huge diversity of thermophilic bacteria mainly bacilli have been repor...
Thermophiles that produce extracellular hydrolases are of great importance due to their applications...
A newly isolated thermophilic bacterium, Aneurinibacillus thermoaerophilus strain HZ, from a hot spr...
ABSTRACK Research on the isolation and screening of thermophilic bacteria producing lipase en...
In the last two decades, researchers have increasingly focused on the rich microorganism-based diver...
In the last two decades, researchers have increasingly focused on the rich microorganism-based diver...
Microbial lipolytic enzymes have attracted considerable attention owing to their biotechnological po...
In a bioprospecting effort towards novel thermostable lipases, we assessed the lipolytic profile of ...