Liubchenko I.Liubchenko A.Krasnolobov D.Makarevych I.2025-05-072025-05-072024-05-23Liubchenko I., Lyubchenko A., Krasnolobov D., Makarevych I. Induction and cultivation of callus tissue of camelina sativa. Матеріали Всеукраїнської наукової конференції молодих учених і науково-педагогічних працівників. 23 травня 2024 року. Умань: ВПЦ «Візаві», 2024. С. 28–31.https://lib.udau.edu.ua/handle/123456789/10865On the basis of variance analysis, it was established that the callusogenesis of camelina sativa was significantly influenced by the content and ratio of growth regulators in the nutrient medium. The share of influence of the concentration of 2,4-D on the proliferation process was the highest and was 65.8 %, the ratio of auxin and cytokinin was 17.9%. The influence of the composition of the nutrient medium was 5.6 %. Therefore, in the process of research, a modified nutrient medium was developed for the induction and cultivation of callus tissue of camelina sativa.On the basis of variance analysis, it was established that the callusogenesis of camelina sativa was significantly influenced by the content and ratio of growth regulators in the nutrient medium. The share of influence of the concentration of 2,4-D on the proliferation process was the highest and was 65.8 %, the ratio of auxin and cytokinin was 17.9%. The influence of the composition of the nutrient medium was 5.6 %. Therefore, in the process of research, a modified nutrient medium was developed for the induction and cultivation of callus tissue of camelina sativa.enТези