The Influence Of Artificial And Biogenic Magnetic Nanoparticles On The Metabolism Of Fungi

The aim of this work is to show the effect of artificial magnetic nanoparticles of different concentrations in the soil on the metabolism of fungi and their interaction with BMNs during cultivation. It is established by methods of comparative genomics, experimental methods, methods of high-gradient magnetic separation, taking into account the unified mechanism of biomineralization of BMNs in all organisms that a number of unicellular fungi and all higher fungi are producers of BMNs. BMNs in fungi, as in animals, plants, humans, and a number of microorganisms, form chains and are part of the transport system. BMNs in fungi are located on the walls of the conducting tissue on the walls of vascular hyphae. When artificial magnetite nanoparticles are added to the soil during mushroom growth, nanoparticle conglomerates are formed on the walls of the conducting tissue, which include both BMNs and artificial magnetite nanoparticles. At the same time, the number and size of formed magnetite conglomerates significantly affects the morphology and maturation time of fungi.