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Identified cells of Helix lucorum L. received 20 min exposures to 23, 120, or 200 mT stationary magnetic field (MFs). Resting potentials and input resistances were measured. Controls were instituted for temperature changes and for mechanical and other sources of artifact. Resting potentials did not change with MF exposure. Input resistances decreased significantly in normally silent cells during MF exposure, but increased significantly in spontaneously active cells. The magnitudes of changes were monotonically related to strength of the MF. Changes in excitatory postsynaptic potentials were observed during MF exposure. Elimination of perineuronal glia by proteolytic enzymes eliminated the MF effects.
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
December 2008,
Comparative biochemistry and physiology. Part A, Molecular & integrative physiology,
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
January 1983,
Radiation and environmental biophysics,
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
January 1993,
Radiation and environmental biophysics,
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
June 2018,
The Science of the total environment,
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
December 2001,
Bioelectromagnetics,
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
December 2001,
Bioelectromagnetics,
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
June 2022,
Materials (Basel, Switzerland),
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
January 1968,
Acta physiologica Polonica,
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
March 1965,
Revista brasileira de medicina,
P M Balaban, and
N I Bravarenko, and
A N Kuznetzov
January 2005,
Conference proceedings : ... Annual International Conference of the IEEE Engineering in Medicine and Biology Society. IEEE Engineering in Medicine and Biology Society. Annual Conference,
