Кафедра генетики, селекції рослин та біотехнології

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Analysis of genomic changes in callus tissue of camelina sativa and obtained plant structures. Innovative development of science, technology and education.
(Perfect Publishing., 2024-06-17) Lіubchenko I. O.; Lіubchenko A. I.
The aim of our research was to obtain cell lines and regenerating plants of common chicory resistant to heavy metal ions. Barium chloride was chosen as a selective agent
Analysis of genomic changes in callus tissue of camelina sativa and obtained plant structures. Innovative development of science, technology and education.
(Innovative development of science, technology and education., 2024-01-18) Lіubchenko I. O.; Liubchenko A. I
The process of the conducted studies it was found that the callus tissue of camelina sativa is represented by cells of different ploidy. Induced intact plants have a smaller range of genomic variability, and 76.0–79.2 % of the material is characterised by a balanced karyotype. Somatic embryos are genetically more stable compared to plants obtained through organogenesis.
Obtaining and retesting of common chicory regenerant plants during cell breeding for resistance to Ba2+ ions. European congress of scientific achievements.
(Barca Academy Publishing., 2024-06-17) Lіubchenko I. O.; Liubchenko A. I
The aim of our research was to obtain cell lines and regenerating plants of common chicory resistant to heavy metal ions. Barium chloride was chosen as a selective agent.