Exposed cells exhibited less fluorescence in the neurite projections, in the fluorescence imaging of microtubules, with a more diffuse pattern and stronger fluorescence in the cell body. Importantly exposed cells' resting membrane potentials were more depolarized, so the exposure of neurons to microtubular and tubulin (microtubules compounds) resonant frequencies (3 GHz for microtubules, 91 MHz and 281 MHz for tubulins) might affect microtubular normal behavior, leading to neurophysiological changes. |
Last modified on 06-Mar-20 |