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Space Life Sciences

Modeled microgravity impact on the cytoskeleton organization in Arabidopsis Thaliana root cells

¹Shevchenko GV. Modeled microgravity impact on the cytoskeleton organization in Arabidopsis Thaliana root cells. Space Science and Technology. 2024 ;30(6):06-06.

Evaluation of the potential neuroactivity in the brain nerve terminals of the C60 fullerene planetary dust component

¹Krisanova NV, ¹Dudarenko MV, ¹Pastukhov AO, ¹Sivko RV, ¹Kalynovska LM, ¹Driuk MM, ¹Nazarova AG, ¹Gutich IІ, ¹Shliakhovyi VV, ¹Pozdnyakova NG. Evaluation of the potential neuroactivity in the brain nerve terminals of the C60 fullerene planetary dust component. Space Science and Technology. 2023 ;29(5):060-068.

Effect of DNA methylation on gravisensitivity of mosses

¹Khorkavtsiv Ya.D, ¹Lobachevska OV, ¹Kyyak NYa., ²Kordyum EL. Effect of DNA methylation on gravisensitivity of mosses. Space Science and Technology. 2023 ;29(4):106-118.

Space biology projects in Ukraine: nowadays trends

¹Kordyum EL. Space biology projects in Ukraine: nowadays trends. Space Science and Technology. 2023 ;29(1):36-51.

Elucidation of cellular mechanisms of autophagy involvement in plant adaptation to microgravity conditions

¹Yemets AI, ¹Plokhovska SH, ¹Shadrina RYu., ¹Kravets OA, ¹Blume Ya.B. Elucidation of cellular mechanisms of autophagy involvement in plant adaptation to microgravity conditions. Space Science and Technology. 2023 ;29(2):22-31.

Development of neuroprotection approaches for long-term space missions

¹Pastukhov AO, ¹Krisanova NV, ¹Pozdnyakova NG, ¹Borysov AA, ¹Sivko RV, ¹Nazarova AG, ¹Kalynovska LM, ¹Borisova TO. Development of neuroprotection approaches for long-term space missions. Space Science and Technology. 2022 ;28(6):52-62.

The conceptual approach to the use of postbiotics based on bacterial membrane nanovesicles for prophylaxis of astronauts' health disorders

¹Orlovska I, ¹Podolich O, ¹Kukharenko O, ¹Zubova G, ²Reva O, ³Di Cesare A, ⁴Goes-Neto A, ⁵Azevedo V, ⁶Barh D, ⁷de Vera J-P, et al. The conceptual approach to the use of postbiotics based on bacterial membrane nanovesicles for prophylaxis of astronauts' health disorders. Space Science and Technology. 2022 ;28(6):34-51.

Morpho-physiological reactions of gravisensitivity and adaptation to UV-radiation of the moss Bryum Caespiticiumhedw. from Antarctica

¹Kyyak NYa., ¹Lobachevska OV, ¹Khorkavtsiv Ya.D. Morpho-physiological reactions of gravisensitivity and adaptation to UV-radiation of the moss Bryum Caespiticiumhedw. from Antarctica. Space Science and Technology. 2021 ;27(5):047-059.

The study of the functional state of lipid rafts in the cytoplasmic membrane of Pisum Sativum seedlings under clinorotation

¹Artemenko OA. The study of the functional state of lipid rafts in the cytoplasmic membrane of Pisum Sativum seedlings under clinorotation. Space Science and Technology. 2021 ;27(5):035-046.

Creating a microgreen growing environment at the space station

¹Japashov NM, ²Mansurova AA, ³Balta N. Creating a microgreen growing environment at the space station. Space Science and Technology. 2021 ;27(4):65-73.

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