The extremely low frequency magnetic fields (ELFMF) stimulation of the nerve tissue is one of the top-interesting biological and neurobiological problems. We consider some theoretical and experimental prerequisites for injured brain treatment ELFMF application and based on ones for select the most appropriable parameters of magnetic fields. A one of 3 key results is the increase of [Ca2+] and bounded water fraction and decrease of [Mg2+] in a mouse injured brain. Secondly it is the ability of some magnetic fields (Н=30 Oe, f=1.5–50 Hz, exposure time t=30 minutes, experiment duration 5 days) to kindly alter ionic flux in the intact and injured nerve tissue.
