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Physiological electrical fields modify cell behaviour
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DOI：10.1002/bies.950190912.png)
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Abstract
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Steady direct current (dc) electric fields exist in many biological systems over many hours. At these times cells are dividing, differentiating, moving to final locations and extending motile processes. Each of these events may be influenced by physiological electric fields in tissue culture and when electric fields are disrupted in vivo, major developmental abnormalities arise. The likelihood of physiological electric fields playing a role in cell behaviours and some potential mechanisms are outlined.
Keywords:
CORNEAL EPITHELIAL-CELLS
NERVE GROWTH
EXTRACELLULAR-MATRIX
NEUROTROPHIC FACTORS
HUMAN KERATINOCYTES
VOLTAGE GRADIENTS
NEURITE GROWTH
CHICK-EMBRYO
WOUNDS
INTEGRIN
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