The evolution of the Solanum tuberosum L. neoplantles cultivated in vitro on cuture media supplimented with bioactive magneto-fluidic nanocomposites

During the last decades the bioactive magnetofluid nanocomposites proved both their unique performances and their high potential. Everywhere nanotechnologies gain ground being economic systems having a controlled period of the induced effect, of the planed biodegradation and of the used quantities. Nanotechnologies are applied in biology. They are of beneficed effects in plant and animal protection. The bioactive magnetofluid nanocomposites used for plants are applied in the vegetation phase by means of spraying. The nanocomposites are also elements of the culture media for the inducing of the calus and the regeneration of plants belonging to the species Chrysanthemum, Lilium regale, Mamillaria, Triticale and Solanum tuberosum L. TiO2 nanocrystals are used for the sterilization of the spaces where cereals are kept and for destroying the fungi from the seeds. The goal of the experiments was to test the reaction of different types of explants when cultivated in vitro on media supplemented with bioactive magnetofluid nanocomposites.