Intracellular substances released into the medium during rehydration of dry yeast cells can significantly improve the quality of a synthetic medium. Acceleration of yeast growth in this medium and increased yield of biomass are observed simultaneously. The change in the molecular arrangement of intracellular membranes as a result of the strong dehydration of live organisms is a negative phenomenon that reduces the level of cell viability. However, this phenomenon also represents an adaptive mechanism which facilitates the maintenance of population viability as a whole under extreme environmental condition
Many organisms, including yeast cells, bacteria, nematodes, and tardigrades, endure harsh environmen...
International audiencePreservation of microorganisms by desiccationis a major industrial int...
Extreme habitats give rise to strong stressors that lead organisms to die or to possess specific ada...
Intracellular substances released into the medium during rehydration of dry yeast cells can signific...
Under natural conditions yeast cells as well as other microorganisms are regularly subjected to the ...
International audienceYeast cells are well adapted to interfacial habitats, such as the surfaces of ...
The possibility of using active dry microbial preparations in biotechnological processes is essentia...
This work was supported by the Taiwan-Latvian-Lithuanian Foundation for Scientific Cooperation grant...
Diverse organisms capable of surviving desiccation, termed anhydrobiotes, include species from bacte...
Promocijas darba gaitā izvērtētas iespējas uzlabot raugu Saccharomyces cerevisiae kultivētu limitēta...
Mitochondria are dynamic organelles as they continuously undergo fission and fusion. These dynamic p...
This study was supported by Research Council of Lithuania, funding grant No TAP-LLT-3/2016 and Minis...
ANOTĀCIJA Darba mērķis bija veikt pētījumus par anhidrobiozi jaunu teorētisku faktu atklāšanai un p...
This study was supported by Research Council of Lithuania, funding grant No TAP-LLT-3/2016 and Minis...
International audienceThe plasma membrane (PM) is a key structure for the survival of cells during d...
Many organisms, including yeast cells, bacteria, nematodes, and tardigrades, endure harsh environmen...
International audiencePreservation of microorganisms by desiccationis a major industrial int...
Extreme habitats give rise to strong stressors that lead organisms to die or to possess specific ada...
Intracellular substances released into the medium during rehydration of dry yeast cells can signific...
Under natural conditions yeast cells as well as other microorganisms are regularly subjected to the ...
International audienceYeast cells are well adapted to interfacial habitats, such as the surfaces of ...
The possibility of using active dry microbial preparations in biotechnological processes is essentia...
This work was supported by the Taiwan-Latvian-Lithuanian Foundation for Scientific Cooperation grant...
Diverse organisms capable of surviving desiccation, termed anhydrobiotes, include species from bacte...
Promocijas darba gaitā izvērtētas iespējas uzlabot raugu Saccharomyces cerevisiae kultivētu limitēta...
Mitochondria are dynamic organelles as they continuously undergo fission and fusion. These dynamic p...
This study was supported by Research Council of Lithuania, funding grant No TAP-LLT-3/2016 and Minis...
ANOTĀCIJA Darba mērķis bija veikt pētījumus par anhidrobiozi jaunu teorētisku faktu atklāšanai un p...
This study was supported by Research Council of Lithuania, funding grant No TAP-LLT-3/2016 and Minis...
International audienceThe plasma membrane (PM) is a key structure for the survival of cells during d...
Many organisms, including yeast cells, bacteria, nematodes, and tardigrades, endure harsh environmen...
International audiencePreservation of microorganisms by desiccationis a major industrial int...
Extreme habitats give rise to strong stressors that lead organisms to die or to possess specific ada...