Results 141 to 150 of about 42,577 (150)
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The Genomic Structure of Thermus Bacteriophage IN93
Journal of Biochemistry, 2009We have determined the complete nucleotide sequence of the phage IN93 is 19,604-bp long and contains 39 putative open reading frames. The functions for 20% of IN93 gene products are similar to those expressed by other known phages and bacteria, and include peptidase, lytic enzymes, integrase, repressor protein and replication protein.
Hideshi Yanase, Isao Matsushita
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[15] Chaperonin from thermophile Thermus thermophilus
1998Publisher Summary The chapter describes the methods for manipulating the Thermus chaperonin. A unique chaperonin system using the chaperonin from one of the thermophilic eubacteria, Thermusthermophilus is developed. Although amino acid sequences of the chaperonin from T.
Taguchi, H., Yoshida, M.
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Ecology, Distribution, and Isolation of Thermus
1995Temperature is one of the most important environmental factors determining the physiological activities of organisms and their evolution. High temperatures can be tolerated to varying degrees by different organisms. Many complex multicellular organisms are unable to withstand a temperature of 50 °C, even for very short periods, whereas many ...
Jakob K. Kristjansson +1 more
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Incomplete Denitrification in Thermus Species
2016Members the bacterial genus Thermus have been shown to be incomplete denitrifiers, terminating with nitrite or nitrous oxide (N2O). However, the ability to carry out denitrification and the evolution of nitrogen oxide reductase genes in Thermus remains poorly understood.
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12 Genetic Systems for Thermus
2006Publisher Summary The extreme thermophile most amenable to genetic manipulation is Thermus. Members of the genus Thermus are obligate heterotrophs growing on low concentrations of organic material and are isolated from many natural and artificial thermal environments throughout the world. Strains of Thermus spp.
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The Cell Walls and Lipids of Thermus
1995The cell walls and membranes, being extensive and extremely well-organized structures, are important in maintaining the integrity of the cell within its growth temperature range. The properties of these structures contribute to the ability of microorganisms to grow at high temperatures.
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Biotechnological Applications of Thermus thermophilus as Host
Current Biotechnology, 2013Aurelio Hidalgo, Jose Berenguer
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Purification of Hsp60 from Thermus thermophilus
2003Andrzej Joachimiak, Elsie Quaite-Randall
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