We investigated the effects of short and repeated pulsed electromagnetic fields (PEMF; magnetic field intensity 2 mT, frequency 75 Hz) on SK-N-BE neuronal cells. The results show that PEMF stimulation elevated the MnSOD activity, thus counteracting the effects of a H2O2-based pro-oxidant challenge.
Pulsed electromagnetic field prevents H2O2-induced reactive oxygen species production by increasing MnSOD activity in SK-N-BE neuronal cells
MARCHESI, NICOLETTA;AMADIO, MARIALAURA;OSERA, CECILIA;FASSINA, LORENZO;MAGENES, GIOVANNI;COMINCINI, SERGIO;CAORSI, SALVATORE;RICEVUTI, GIOVANNI;GOVONI, STEFANO;PASCALE, ALESSIA ANGELA
2014-01-01
Abstract
We investigated the effects of short and repeated pulsed electromagnetic fields (PEMF; magnetic field intensity 2 mT, frequency 75 Hz) on SK-N-BE neuronal cells. The results show that PEMF stimulation elevated the MnSOD activity, thus counteracting the effects of a H2O2-based pro-oxidant challenge.File in questo prodotto:
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