Abstract
Intense pulsed magnetic fields with frequency components in the kHz-MHz
range, produced by a transcranial magnetic stimulation applicator were delivered to samples
containing magnetotactic bacteria cells with the aim of observing changes of cellular
appearance by scanning-transmission electron microscopy. Cellular integrity was affected
in a manner dependent on the magnetic stimulus parameters.
Cuvinte cheie
pulsed magnetic field
transranial magnetic stimulator
magnetosomes
cell integrity
membrane damage.