Search Results - "Vorobyova, E.A."

Microbial populations in Antarctic permafrost: biodiversity, state, age, and implication for astrobiology by Gilichinsky, D A, Wilson, G S, Friedmann, E I, McKay, C P, Sletten, R S, Rivkina, E M, Vishnivetskaya, T A, Erokhina, L G, Ivanushkina, N E, Kochkina, G A, Shcherbakova, V A, Soina, V S, Spirina, E V, Vorobyova, E A, Fyodorov-Davydov, D G, Hallet, B, Ozerskaya, S M, Sorokovikov, V A, Laurinavichyus, K S, Shatilovich, A V, Chanton, J P, Ostroumov, V E, Tiedje, J M

“…Antarctic permafrost soils have not received as much geocryological and biological study as has been devoted to the ice sheet, though the permafrost is more…”
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Personal risk factors of internet addiction in adolescents aged 15–17 years by Kocherova, O.Yu, Filkina, O.M., Boboshko, A.V., Vorobyova, E.A., Dolotova, N.V., Malyshkina, A.I.

“…Internet addiction formation and manifestations are a relevant trend in contemporary research. It is important to identify adolescents who have risk of…”
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Personal risk factors of internet addiction in adolescents aged 15–17 years by Kocherova, O.Yu, Filkina, O.M., Boboshko, A.V., Vorobyova, E.A., Dolotova, N.V., Malyshkina, A.I.

“…Internet addiction formation and manifestations are a relevant trend in contemporary research. It is important to identify adolescents who have risk of…”
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Long use of digital devices as a risk factor that causes myopia occurrence in schoolchildren by Filkina, O.M., Vorobyova, E.A., Dolotova, N.V., Kocherova, O.Yu, Malyshkina, A.I.

“…Use of digital devices results in much higher health risks for children caused by greater visual and static loads, low physical activity, intensified…”
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Long use of digital devices as a risk factor that causes myopia occurrence in schoolchildren by Filkina, O.M., Vorobyova, E.A., Dolotova, N.V., Kocherova, O.Yu, Malyshkina, A.I.

“…Use of digital devices results in much higher health risks for children caused by greater visual and static loads, low physical activity, intensified…”
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A New Method and Mass-Spectrometric Instrument for Extraterrestrial Microbial Life Detection Using the Elemental Composition Analyses of Martian Regolith and Permafrost/Ice by Managadze, G G, Safronova, A A, Luchnikov, K A, Vorobyova, E A, Duxbury, N S, Wurz, P, Managadze, N G, Chumikov, A E, Khamizov, R Kh

“…We propose a new technique for the detection of microorganisms by elemental composition analyses of a sample extracted from regolith, permafrost, and ice of…”
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Gaining insight into survival strategies of bacteria in frozen terrestrial environments by Soina, V.S, Vorobyova, E.A, Demkina, E.V, Mulyukin, A.L

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Europa Lander mission by Zelenyi, L.M, Korablev, O.I, Vorobyova, E.A, Martynov, M, Akim, E.L, Zakharov, A.V

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Chemolithotrophic microorganisms and microbial community from the desert soil as candidates for the Phobos-Grunt space return mission by Kotsyurbenko, O.R, Duplex, O.N.D, Roey, A, Golyshina, O.N, Golyshin, P.N, Vorobyova, E.A

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Atomic force microscopy studies of living bacterial cells in native soil and permafrost by Bolshakova, A.V., Vorobyova, E.A., Yaminsky, I.V.

“…The most complicated problem in microbiology is to study microorganisms in the native environment. Native biotopes (soils etc.) are complex mixture of many…”
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Long-term preservation of microbial ecosystems in permafrost by Gilichinsky, D A, Vorobyova, E A, Erokhina, L G, Fyordorov-Davydov, D G, Chaikovskaya, N R, Fyordorov-Dayvdov, D G

“…It has been established that significant numbers (up to 10 million cells per gram of sample) of living microorganisms of various ecological and morphological…”
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Microorganisms and enzyme activity in permafrost after removal of long-term cold stress by Vorobyova, E.A, Soina, V.S, Mulukin, A.L

“…Associations of immobilized microbial cells and organic-mineral complexes containing active enzymes are resistant to long-term (from tens of thousands to…”
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Role of cell differentiation in high tolerance by prokaryotes of long-term preservation in permafrost by Soina, V.S, Vorobyova, E.A

“…The effect of low temperature on the cell structure of bacteria isolated from permafrost results in structural changes leading to cell differentiation into…”
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