Vasyl Brykov
Vasyl Brykov
M.G. Kholodny Institute of Botany of the National Academy of Sciences of Ukraine
Verified email at botany.kiev.ua
Title
Cited by
Cited by
Year
Clinorotation affects the ultrastructure of pea root mitochondria
V Brykov
Microgravity Science and Technology 23 (2), 215-219, 2011
92011
Clinorotation impacts root apex respiration and the ultrostructure of mitochondria
V Brykov, E Kordyum
Cell biology international 39 (4), 475-483, 2015
62015
Ultrastructure and metabolic activity of pea mitochondria under clinorotation
VO Brykov, AG Shugaev, IP Generozova
Cytology and Genetics 46 (3), 144-149, 2012
62012
Cytoskeleton during aerenchyma formation in plants
EL Kordyum, GV Shevchenko, VO Brykov
Cell biology international 43 (9), 991-998, 2019
42019
Plant cell development and aging may accelerate in microgravity
E Kordyum, D Chapman, V Brykov
Acta Astronautica 157, 157-161, 2019
42019
Assessment of alcohol dehydrogenase synthesis and aerenchyma formation in the tolerance of Sium L. species (Apiaceae) to water-logging
E Kordyum, L Kozeko, Y Ovcharenko, V Brykov
Aquatic Botany 142, 71-77, 2017
42017
Bioenergetics of plant cells in microgravity
VO Brykov
Kosm. nauka tehnol. 21 (4), 2015
32015
Specific features of root aerenchyma formation in Sium latifoliun L.(Apiaceae)
GV Shevchenko, VA Brykov, GF Ivanenko
Cytology and Genetics 50 (5), 293-299, 2016
22016
Ультраструктура мітохондрій у клітинах різних ростових зон кореня Pisum sativum L. при кліностатуванні
ВО Бриков
Український ботанічний журнал, 2009
12009
Hydropotes of young and mature leaves in Nuphar lutea and Nymphaea alba (Nymphaeaceae): Formation, functions and phylogeny
E Kordyum, S Mosyakin, G Ivanenko, Y Ovcharenko, V Brykov
Aquatic Botany 169, 103342, 2021
2021
SPACE BIOLOGY: RESULTS AND PROSPECTS
E Kordyum, T Borisova, N Krisanova, N Pozdnyakova, G Shevchenko, ...
to COSPAR, 71, 2021
2021
RESULTS OF DEVELOPMENT, MODELING, TESTING AND OPERATION OF THE POLYITAN SERIES NANOSATELLITES
B Rassamakin, M Ducheiko, N Bayskov, S Ostapchuk, A Lauch, ...
to COSPAR, 115, 2021
2021
Adaptation of pea plants to low light conditions under the influence of simulated microgravity
V Brykov
42nd COSPAR Scientific Assembly 42, F1. 1-16-18, 2018
2018
Mechanisms of genome stability in plants from Chernobyl zone
G Shevchenko, V Brykov, O Artemenko
Acta Physiologiae Plantarum 40 (11-11th International Conference Plant …, 2018
2018
MICROCOSM as a perspective model for biological experiment at nanosatellite
V Brykov, E Kovalenko, B Ivanytska
Space Science and Technology 24 (2), 2018
2018
Создание искусственной экосистемы для биологических экспериментов на малых орбитальных спутниках
В.О.Бриков, Е.Ю. Коваленко, А.В. Витер
17-а Українськоа конференція з космічних досліджень, 2017
2017
Small satellite as an orbital platform for the study of the long-term influence of space conditions on higher plant
V Brykov, B Rassamakin, O Artemenko, N Zaimenko, E Kordyum
3rd COSPAR Symposium “Small Satellites for Space Research”, 2017
2017
Mitochondrial ultrastructure and tissue respiration of pea leaves under clinorotation
V Brykov
41st COSPAR Scientific Assembly 41, F1. 1-16-16, 2016
2016
Анатомічні та ультраструктурні особливості формування бічних коренів у деяких видів повітряно-водних рослин
ІВ Жупанов, ВО Бриков
Український ботанічний журнал, 83-89, 2014
2014
Структурно-функциональная организация митохондрий корня гороха в условиях моделированной микрогравитации
ВА Брыков, ИП Генерозова, АГ Шугаев
Цитология и генетика, 2012
2012
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