Yes, this combination does produce a LOT of hydrogen...little mineral + LOTS of acids.When I was in high school, chemistry...we poured a strong acid on a metal and it took a lot of the acid to completely dissolve the metal (mineral). We captured the gas that occurred as a result. Then we LIT the gas (added yet another negative charge, heat) and BOOM...energy released. Get the picture?
It's a fuel...like in rockets and we MAKE it!
Hydrogen IS one of the things that will INactivate PFK...an enzyme that is "rate limiting" for glycolysis. Bb is dependent on PFK.
However, getting that hydrogen INTO the cells is another trick.
This is where CoQ10 comes in. We make
CoQ10 (some IS in foods too) if we EXERCISE and IF we have the "ingredients" to make it...SUPPLEMENTS contain either soybean or rice bran oil which themselves contain the "nec. ingredients" (look closely at the nutrients in soybeans and rice bran). It doesn't take much. Follow?
So even IF one is on this plan Na-Vit C...that hydrogen has to be DELIVERED INTO the cells.
CoQ10 carries hydrogen INTO the cells.
There 2 hydrogens combine with 2 oxygen (free radicals) to make H202...very BRIEFLY...free radical "bomb" as you called it.
H2O2 IS capable of knocking out MOST pathogens...even some spore forms, bacteria, viruses, fungi, etc. A good thing...a very good thing.
But...Bb is somewhat resistant to H2O2 (maybe Mn - manganese - has a way of protecting Bb from being destroyed or perhaps the multiple cell walls make it just much harder...I'd have to dig in my files for the Mn clue).
The cells can't/shouldn't stay acidic (H2O2) or they will die, so next, in steps an ENZYME called catalase, to break down H202 into H2O and O. Stay acidic = here comes calcium...oh, oh. Not good. Up goes angiotensin and then TNF alpha.
So...for every two hydrogens we get INTO the cells, we end up getting rid of only ONE oxygen free radical. The free radicals do mitochondrial damage (too many free radicals when sick and this is the cause too of aging...we've been fighting off pathogens all our lives).
Obviously we are CONTINUALLY making a LOT of hydrogen and getting it into the cells.
This is what appears to be keeping us healthy, generally speaking.
We are supposed to eat a lot of good acids...EFAs, vitamins...that will react with a little mineral (or glycogen!) to make hydrogen. And we gotta exercise to get that hydrogen INTO the cells (RDA for CoQ10 is unknown.)
The balance of the minerals/glycogen and the acids is obvious in the fruit/vegetable group...hence the slightly better veg. diet.
We need more acids than alkaline things though.
Does it matter which mineral is used in combo with which acid? That's a tough question! Sometimes the more reactive minerals will "help out". Lithium for example. Pyridium. These help, but don't cure an underlying CAUSE.
Someone (down here) is using potassium for the same reasons. My fear is that this is throwing off the balance in another direction.
Each and every mineral and vitamin have their own specific functions and they ALL work together. Disrupt one, disrupts the others. Too much OR too little.
But the underlying deficient mineral is Mg. A deficiency of this mineral is gonna catch up to us sometime.
This is the #1 deficient mineral in Am. diets. This is known. This is happening for lots of reasons - beginning with not breastfeeding our kids, all the pop we drink, etc.
EVERY cell needs Mg to make ATP...bursts of energy.
I repeat, we need Mg to make ATP. And ATP is another thing that can INactivate PFK.
In my opinion this is the critical mineral to restore...to combine with something acidic...to heal.
Research B6.
This bug, as you know...prefers sugar to oxygen. Shutting down/ putting the brakes on the glycolysis pathway is tricky. Speeding it up depletes the minerals (ICHT).
Our brain needs glycogen (and an acid) and so do our WBCs. But this is where the things called "glycosides" come in...Cat's Claw, the mushrooms, perhaps chromium with acids (following the Perricone prescription idea), low glycemic index diets (South beach), etc.
This bug also (documented) follows the cholesterol pathway. The same way our bodies make cholesterol. Just recently an article came to my attention that statin drugs (to lower cholesterol) AND magnesium stop cholesterol production by controlling an enzyme.
Mg has a dual role in cholesterol. It is needed to make cholesterol if you work backwards in the steps AND it controls the enzyme to keep the proper amt. "in check".
If Mg is capable of controlling PFK AND can activate the enzyme controlling cholesterol formation (the cell walls of those critters?) then that makes Mg the safest mineral choice, IMO.
Besides, we KNOW it takes Mg and Ca to make healthy antibodies...our own highly targeted "antibiotics". They cure.
The symptoms will remain until Mg levels are restored. The symptoms are all Mg deficiency symptoms. How long this will take will depend on how much has been depleted.
Cells take an average of something like 2 weeks to 8 months to regenerate. If we supply the nutrients needed, HOPEFULLY, each new "generation" of cells will be healthier...have more mitochondria...powerhouses... and we will live long healthy lives.
One of the best websites explaining the functions of Mg is as follows:
http://www.mdschoice.com/elements/elements/major_minerals/magnesium.htm
After reading the above, think about the implications when this mineral is deficient. Pay close attention to the DNA issues (cancer?)
P.S. It appears the Romanians used Mg along with abx. to cure. Valletta used Mg along with B vitamins.
You are catching on...wonderful...I hoped you would!