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Pulsed magnetic fields (PMFS) are routinely used in the medical community to facilitate bone repair in clinical cases of non-union or pseudarthoses [(1984) Orth. Clin. No. Am. 15, 61-87]. Although this therapeutic regimen appears to be reasonably effective, the mechanism of action between specific PMFs and the target tissue remains unknown. Adding urgency to the need to understand the mechanism are a wide number of reports that have appeared which demonstrate that PMFs similar to those in clinical use can alter many basic physiological functions. We report that a 24 h exposure to PMFs alters the cell surface of Physarum polycephalum amoebae. Further, using the technique of aqueous two-phase partitioning, we present evidence for individual magnetic and electric field, cell surface effects.
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
January 2019,
Science advances,
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
January 1990,
Bioelectromagnetics,
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
July 1994,
Medical & biological engineering & computing,
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
April 1992,
The International journal of neuroscience,
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
June 1984,
Biophysical journal,
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
August 2012,
The Review of scientific instruments,
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
January 2023,
Sensors (Basel, Switzerland),
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
January 2006,
Biomedical sciences instrumentation,
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
June 1984,
Lancet (London, England),
E M Goodman, and
P T Sharpe, and
B Greenebaum, and
M T Marron
October 1993,
Casopis lekaru ceskych,
