Search Results - "Nedukha, O"

Sensitivity of Plant Plasma Membrane to Simulated Microgravity by Nedukha, О., Kordyum, E., Vorobyova, T.

“…Biological membranes, especially the plasma membrane, are considered to be the most sensitive to altered gravity in regard to their properties and functions…”
Get full text

Callose: Localization, functions, and synthesis in plant cells by Nedukha, O. M.

“…Callose plays an important role in fragmoplast formation at cytokinesis and differentiation of pores in the phloem, as well as within the courses of…”
Get full text

Subcellular localization and activity of phosphorylase in parenchyma cells of Solanum tuberosum L. minitubers at clinorotation by Nedukha, O. M., Schnyukova, E. I.

“…The subcellular localization and the phosphorylase (EC 2.4.1.1) activity in parenchyma cells of…”
Get full text

Cytochemical and biochemical study of cellulose content and localization in Slum latifolium leaves under condition of water deficit by Nedukha, O M

“…The distribution of cellulose in the cells of epidermis and mesophyll of Sium latifolium leaves at the phases of flowering and seedling by the laser-confocal…”
Get more information

The influence of combined magnetic field on the fusion of plant protoplasts by Nedukha, O, Kordyum, E, Bogatina, N, Sobol, M, Vorobyeva, T, Ovcharenko, Yu

“…The study of the influence of weak, alternating magnetic field, which was adjusted to the cyclotron frequency of Ca2+ and K+ ions, on the fusion of tobacco and…”
Get more information

Growth in microgravity increases susceptibility of soybean [Glycine max] to a fungal pathogen by Ryba-White, M. (Kansas State Univ., Manhattan (USA)), Nedukha, O, Hilaire, E, Guikema, J.A, Kordyum, E, Leach, J.E

“…The influence of microgravity on the susceptibility of soybean roots to Phytophthora sojae was studied during the Space Shuttle Mission STS-87. Seedlings of…”
Get full text

High phosphorylase activity is correlated with increased potato minituber formation and starch content during extended clinorotation by Nedukha, O.M., Schnyukova, E.I., Leach, J.E.

“…The major purpose of these experiments were to investigate growth of potato storage organs and starch synthesis in minitubers at slow horizontal clinorotation…”
Get full text

The effects of extended clinorotation on potato minituber formation and structure by Nedukha, O.M., Vasyltsov, I.V.

“…Formation and structure of potato minitubers grown aseptically for 30 days on a horizontal clinostat and in stationary control have been studied by light and…”
Get full text

Ultrastructure and composition of pigments of Sagittaria sagittifolia L. Leaves by Nedukha, O. M.

“…A comparative analysis of the cellular ultrastructure and pigment content of both underwater and above-water Sagittaria sagittifolia leaves was conducted by…”
Get full text

Ultrastructure and pigment composition of Sagittaria sagittifolia L. leaves by Nedukha, O M

“…Comparative analysis of the cellular ultrastructure and pigment content of both submerged and above-water Sagittaria sagittifolia leaves with transmission…”
Get more information

Effects of weightlessness on photosynthesizing cells structure of plant by Nedukha, O M

“…It was established early that the signs of accelerated aging of both plant leaves and of moss chloronema were observed in seedlings of high plants and in…”
Get more information

The interaction of microgravity and ethylene on the ultrastructure cell and Ca2+ localization in soybean hook hypocotyl by Nedukha, O M, Kordyum, E L, Brown, C, Chapman, D

“…Calcium ions are secondary messenger in numerous cellular processes of plant grown at 1 g. Ca2+ are connected with oxygen atoms, of pectin carboxy groups…”
Get more information

Clinorotation [correction of Clinoratation] effects on the structural-functional response in potato minitubers by Nedukha, O, Kordyum, E, Ovrutska, I, Martyn, G, Shnyukova, E

“…It is established that high plant growth and development in microgravity occurred normal. However, the change of plant growth rate is accompanied by the change…”
Get more information

Electron-cytochemical study of Ca2+ in cotyledon cells of soybean seedlings grown in microgravity by Nedukha, O, Brown, C S, Kordyum, E, Piastuch, W C

“…Microgravity and horizontal clinorotation are known to cause the rearrangement of the structural-functional organization of plant cells, leading to accelerated…”
Get more information

Cytochemical and biochemical study of the cellulose of Sium latifolium leaves under the influence of a water deficit by Nedukha, O. M.

“…The cellulose distribution in the epidermal and mesophyll cells of Sium latifolium leaves at the flowering and seedling phases is studied with the use of…”
Get full text

Root meristem ultrastructure of soybean seedlings infected with a pathogenic fungus in microgravity by Nedukha, O, Leach, J, Kordyum, E, Ryba-White, M, Hilaire, E, Guikema, J, Piastuch, W

“…Plants are an important component of the controlled ecological life-support system (CELSS) for future long-term spaceflight and the International Space…”
Get more information

Effects of microgravity on the susceptibility of soybean to Phytophthora sojae by Nedukha, O M, Leach, J E, Ryba-White, M, Hilaire, E, Guikema, J, Kordyum, E L

“…The study of pathogenicity of higher plants under conditions of microgravity is of great importance for the future production of food in space. Previous work…”
Get more information

Plants, plant pathogens, and microgravity--a deadly trio by Leach, J E, Ryba-White, M, Sun, Q, Wu, C J, Hilaire, E, Gartner, C, Nedukha, O, Kordyum, E, Keck, M, Leung, H, Guikema, J A

“…Plants grown in spaceflight conditions are more susceptible to colonization by plant pathogens. The underlying causes for this enhanced susceptibility are not…”
Get more information