Obi-wan
Member
- Joined
- Mar 16, 2017
- Messages
- 1,120
IMO cells like to be at a resting potential of -40 to -80 Volts. Excitation causes the cell to depolarize (potassium leaves the interior and sodium enter it). Per Ray cancer cells develop during chronic low excitation keeping the cell depolarized. This creates a disconnect to oxidative phosphorylation.
Cancer cells go into a fermentation process producing high Lactic acid
ACV/BS connects the oxidative process through acetate causing the cell to hyperpolarize (potassium re-enters the interior and sodium leaves)
Cancer cells revert to normal when the cells return to their resting potential of -40 to -80 volts but excitation would have to be removed
Excitation could be from endotoxin, ionized radiation, etc.
Cancer cells go into a fermentation process producing high Lactic acid
ACV/BS connects the oxidative process through acetate causing the cell to hyperpolarize (potassium re-enters the interior and sodium leaves)
Cancer cells revert to normal when the cells return to their resting potential of -40 to -80 volts but excitation would have to be removed
Excitation could be from endotoxin, ionized radiation, etc.