Electric field induced in cells in the human body when this is exposed to low-frequency electric fields

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Abstract
A detailed analysis is carried out of the electric field induced in a cell when the body is exposed to an incident axial electric field at 50–60 Hz. It is shown that the field in a spherical cell is effectively shielded by the membrane so that the induced field in its interior is negligibly small. It is also shown that the induced electric field in a cylindrical cell (which is long compared to its radius) is the same as the axial field outside the cell. In this case, the cell membrane has no shielding effect.