A few thermophilic bacteria were isolated from a hot spring located in Papandayan Crater, Garut. One of the organisms showed a well growth at temperature of up to 80 oC. Chromosomal DNA from the organism was isolated and used to amplify 16S rRNA gene fragment. The gene was amplified by a set of universal primers (27F and 1492R) resulting in a 1.5 kb DNA fragment. The gene was cloned and sequenced. The phylogenetic tree, homological analysis, and detailed comparison of the sequences showed that 16S rRNA gene sequence of the Papandayan isolate is unique compared to other known strains, however the sequence had closest similarities with Bacillus caldolyticus and Bacillus caldotenax
Thermophilic bacteria grow in relatively high temperature between 50 to 60°C. These organisms can pr...
Abstract16S rRNA sequences of morphologically and biochemically identified 21 thermophilic bacteria ...
16S rRNA sequences of morphologically and biochemically identified 21 thermophilic bacteria isolated...
A few thermophilic bacteria were isolated from a hot spring located in Papandayan Crater, Garut. One...
A few thermophilic bacteria were isolated from a hot spring located in Papandayan Crater, Garut. One...
A community of thermophiles within Tanjung Sakti Hot Spring (South Sumatera) have been cultivated an...
The specific primers for bacteria (63f and 1387r) were used to amplify the 16S-rRNA genes from total...
The specific primers for bacteria (63f and 1387r) were used to amplify the 16S-rRNA genes from total...
Thermophilic bacteria are one of the most utilized bacteria in industrial sector due to their abilit...
AbstractA community of thermophiles within Tanjung Sakti Hot Spring (South Sumatera) have been culti...
AbstractA total of 21 thermophilic bacteria were isolated and identified using 16S rRNA gene sequenc...
A total of 21 thermophilic bacteria were isolated and identified using 16S rRNA gene sequencing meth...
Hot water springs are unique areas populated by mesophiles, thermotolerant and hyperthermophiles. Th...
Aerotolerant anaerobe, Gram-positive with long rod in shape thermophilic bacteria was successfully...
AbstractHelicase-producing thermophilic microorganisms were successfully isolated from water samples...
Thermophilic bacteria grow in relatively high temperature between 50 to 60°C. These organisms can pr...
Abstract16S rRNA sequences of morphologically and biochemically identified 21 thermophilic bacteria ...
16S rRNA sequences of morphologically and biochemically identified 21 thermophilic bacteria isolated...
A few thermophilic bacteria were isolated from a hot spring located in Papandayan Crater, Garut. One...
A few thermophilic bacteria were isolated from a hot spring located in Papandayan Crater, Garut. One...
A community of thermophiles within Tanjung Sakti Hot Spring (South Sumatera) have been cultivated an...
The specific primers for bacteria (63f and 1387r) were used to amplify the 16S-rRNA genes from total...
The specific primers for bacteria (63f and 1387r) were used to amplify the 16S-rRNA genes from total...
Thermophilic bacteria are one of the most utilized bacteria in industrial sector due to their abilit...
AbstractA community of thermophiles within Tanjung Sakti Hot Spring (South Sumatera) have been culti...
AbstractA total of 21 thermophilic bacteria were isolated and identified using 16S rRNA gene sequenc...
A total of 21 thermophilic bacteria were isolated and identified using 16S rRNA gene sequencing meth...
Hot water springs are unique areas populated by mesophiles, thermotolerant and hyperthermophiles. Th...
Aerotolerant anaerobe, Gram-positive with long rod in shape thermophilic bacteria was successfully...
AbstractHelicase-producing thermophilic microorganisms were successfully isolated from water samples...
Thermophilic bacteria grow in relatively high temperature between 50 to 60°C. These organisms can pr...
Abstract16S rRNA sequences of morphologically and biochemically identified 21 thermophilic bacteria ...
16S rRNA sequences of morphologically and biochemically identified 21 thermophilic bacteria isolated...