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measured in terms of the length of the root and shoot. On this basis, all samples were characterized in terms of average root length, average stem length, the average length of seedlings, germination ability, Germination Rate Index (GRI) and vigor index. For the shoot length we obtained 62-68% increase, for root length – 35-44% increase, for seedling length – 47-55% increase, for GRI – 12-20% increase, for germination ability – 3-5% increase, for vigor index – 52- 60% increase in performance compared to the control sample (not subjected to an electromagnetic


able to produce a magnetic field between 0 and 22 mT. The results showed that germination rate index, vigour index and seed germination was increased after magnetic treatments except variable magnetic field in time of 12 min [2,3]. These studies will be continued with checking of plant genetic modification. For studies related to the influence of magnetic field on human stem cells it was built cell culture incubator with CO2 atmosphere with a built-in generator magnetic and electric fields in the Laboratory of Molecular Biology at the Faculty of Health