Abstract
The effects of external electric and magnetic fields on Lucifer Yellow (LY) fluorescence spectrum have been studied. Fluorescence spectrum is quenched by external electric field in the order of 10–150 V/cm with frequency range 1–6000 Hz applied by the ECT-SBDC electric system. A significant increase in fluorescence spectrum peak was observed in our steady-state measurements while using high power external magnetic pulses of 0.6–3.2 Tesla strength with three different frequencies $$0.25, 1$$ , and $$10$$ Hz applied by the TMS magnetic system. The purpose of selected protocols has been to examine the results of our studies on electroporation and magnetopermeabilization outcomes. In addition, the effects of electric and magnetic fields being simultaneously induced have been discussed. In the presence of a magnetic field, the effect of electric field on fluorescence is less effective.
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