The influence of extremely low-frequency electromagnetic field on the basal ganglia structures of the rat brain
IO Gojković, SD Paraš, RB Gajanin… - … Matice Srpske za …, 2011 - doiserbia.nb.rs
Zbornik Matice Srpske za prirodne nauke, 2011•doiserbia.nb.rs
We studied the influence of extremely low-frequency electromagnetic field (ELF EMF) to
subcortical structures of a brain, ie basal ganglia, of sexually mature rats of Wistar strain. The
animals were exposed to nonhomogenous ELF EMF, intensity of 50-500 μT, 50 Hz
frequency, 7 hours a day, and 5 days a week during three months. Histological and
stereological analysis established a reduction in volume density of ganglia cells in the area
of basal ganglia, an increase of their nucleo-cytoplasmatic volume ratio, and presence of an …
subcortical structures of a brain, ie basal ganglia, of sexually mature rats of Wistar strain. The
animals were exposed to nonhomogenous ELF EMF, intensity of 50-500 μT, 50 Hz
frequency, 7 hours a day, and 5 days a week during three months. Histological and
stereological analysis established a reduction in volume density of ganglia cells in the area
of basal ganglia, an increase of their nucleo-cytoplasmatic volume ratio, and presence of an …
We studied the influence of extremely low-frequency electromagnetic field (ELF EMF) to subcortical structures of a brain, i.e. basal ganglia, of sexually mature rats of Wistar strain. The animals were exposed to nonhomogenous ELF EMF, intensity of 50-500 μT, 50 Hz frequency, 7 hours a day, and 5 days a week during three months. Histological and stereological analysis established a reduction in volume density of ganglia cells in the area of basal ganglia, an increase of their nucleo-cytoplasmatic volume ratio, and presence of an intensive edema of pericellular (perineural) type.
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