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Your search keyword '"Boltovskaya, V. V."' showing total 14 results
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14 results on '"Boltovskaya, V. V."'

2. Entropy-structural method for assessing the proliferative activity of human dermal cells under medicomental impact.

Author

Volov, V. T., Volova, L. T., Florova, M. A., Boltovskaya, V. V., Volov, N. V., Pritsker, A. I., and Semykina, A. I.

Subjects
FRACTAL dimensions, ENTROPY, CELL culture, CELL proliferation, HUMAN beings
Abstract

The article proposes an entropy-structural method for assessing the proliferation of human dermal cells, including the ratio of the mathematical entropy of cell proliferation and an algorithm for calculating the fractal dimension of the cell culture. An approbation of the method with medicomental impact on the cell culture in vitro was implemented. The prospects for the application of the developed method are discussed. [ABSTRACT FROM AUTHOR]

Published
2023
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8. Микроскопический контроль жизнеспособности клеток на бионосителе

Author

Тимченко, П. Е., Тимченко, Е. В., Захаров, В. П., Волова, Л. Т., Болтовская, В. В., Российская, В. В., Timchenko, P. E., Timchenko, E. V., Zakharov, V. P., Volova, L. T., Boltovskaya, V. V., Rossinskaya, V. V., Тимченко, П. Е., Тимченко, Е. В., Захаров, В. П., Волова, Л. Т., Болтовская, В. В., Российская, В. В., Timchenko, P. E., Timchenko, E. V., Zakharov, V. P., Volova, L. T., Boltovskaya, V. V., and Rossinskaya, V. V.

Published
2012

14. STUDIES OF SPACEFLIGHT EFFECTS ON A 3D MODEL OF CHONDROBLAST CULTURE.

Author

Volova LT, Rossinskaya VV, Milyakova MN, Boltovskaya VV, Nefedova IE, Kulagina LN, and Pugachev EI

Subjects
Humans, Cell Adhesion, Cell Culture Techniques methods, Chondrocytes cytology, Space Flight, Weightlessness
Abstract

The effect of long-duration space flight on the vital processes in human chondroblasts in vitro was studied with a number of morphologic, biochemical and optic techniques. Object of investigation was a 3-D porous biocarrier populated by a cell culture in a leak-free vessel completely full of growth medium. The investigation was performed onboard automatic .spacecraft Foton-M4 with the use of research equipment SIGMA. Synchronous experiments were conducted in ground laboratory. The experiment with cell culture prepared of the human hyaline cartilage validated suitability of this model for long-duration experiments with adhesive cells on automatic spacecraft; besides, the experimental results suggest that in spaceflight microgravity adhesive cells exist in the state of suspension.

Published
2016
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