-transparent.png){kind=logo}
There is a considerable controversy over the nature of weak electromagnetic-field effects in living organisms. Part of the controversy can be traced to a lack of understanding of whether electric or magnetic fields are involved in producing bioeffects. We find that both 60 Hz electric and magnetic fields alter the cell surface of Physarum polycephalum. Exposure to electric fields increases the negative charge on the cell surface while magnetic-field exposure decreases the hydrophobic character of the surface. These effects appear to be additive and independent of the waveform of the applied fields.
Related Publications
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
January 2003,
Radiation protection dosimetry,
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
July 1991,
Cancer causes & control : CCC,
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
January 1977,
Physiological chemistry and physics,
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
February 2007,
Physics in medicine and biology,
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
January 1990,
Bioelectromagnetics,
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
January 1992,
Bioelectromagnetics,
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
April 1993,
Science (New York, N.Y.),
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
January 1986,
Medical & biological engineering & computing,
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
January 1995,
Annali dell'Istituto superiore di sanita,
M T Marron, and
E M Goodman, and
P T Sharpe, and
B Greenebaum
January 2014,
Radiation protection dosimetry,
