Browsing by Author "Zaets, I."

Browsing by Author "Zaets, I."

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  • The first space-related study of a kombucha multimicrobial cellulose-forming community : preparatory laboratory experiments 
    Podolich O.; Zaets, I.; Kukharenko, O.; Orlovska, I.; Reva, Oleg N.; Khirunenko, Ludmila; Sosnin, M.; Haidak, A.; Shpylova, S.; Rohutskyy, I.; Kharina, A.; Skoryk, M.; Kremenskoy, M.; Klymchuk, D.; Demets, R.; De Vera, J.P.; Kozyrovska, Natalia (Springer, 2017-06)
    Biofilm-forming microbial communities are known as the most robust assemblages that can survive in harsh environments. Biofilm-associated microorganisms display greatly increased resistance to physical and chemical adverse ...
  • Kombucha multimicrobial community under simulated spaceflight and martian conditions 
    Podolich, O.; Zaets, I.; Kukharenko, O.; Orlovska, I.; Reva, Oleg N.; Khirunenko, Ludmila; Sosnin, M.; Haidak, A.; Shpylova, S.; Rabbow, E.; Skoryk, M.; Kremenskoy, M.; Demets, R.; Kozyrovska, N.; De Vera, J.-P. (Mary Ann Liebert, 2017-05)
    Kombucha microbial community (KMC) produces a cellulose-based biopolymer of industrial importance and a probiotic beverage. KMC-derived cellulose-based pellicle film is known as a highly adaptive microbial macrocolony - a ...
  • Temperate bacteriophages collected by outer membrane vesicles in Komagataeibacter intermedius 
    Kharina, A.; Faidyuk, Yu; Zaika, S.; Haidak, A.; Kukharenko, O.; Podolich, O.; Zaets, I.; Tovkach, F.; Reva, Oleg N.; Kozyrovska, Natalia (Wiley, 2015-04)
    The acetic acid bacteria have mainly relevance for bacterial cellulose production and fermented bio-products manufacture. The purpose of this study was to identify temperate bacteriophages in a cellulose-producing bacterial ...