Marnie
Frequent Contributor (5K+ posts)
Member # 773
posted
I wish I could find a post of mine and correct it, but I can't.
So, anyway...
Last night I was watching a TV show about an airplane explosion that happened years ago. It was caused by bad wires (insulation worn, exposing wires) that sparked a fuel explosion.
Now...the "fix" apparently is to release nitrogen into the fuel area because...
NITROGEN pushes out oxygen!
No oxygen, no explosion/flame. Nitrogen does NOT burn.
Now...what does all this have to do with lyme?
Well...remember indoles...the part of melatonin that scientists think is the "working part"?
Well...indoles contain H=N. That's hydrogen with a double bond to nitrogen.
Indoles look to trigger bicarbonate release in the intestine.
So, it would appear nitrogen stimulates the release of Bicarbonate = CHO3. One carbon, one hydrogen and 3 oxygen.
Now...from chemistry:
"The bicarbonate ion is actually a buffer in a pond, able to raise the pH if it is too low or less well-known and more remarkable, to lower the pH if it is too high.
How can it do that: The normal process in a pond is for the bicarbonate to keep pH stable by
"absorbing" the acidic ions (H+)
that are produced by the bacteria in the biological filter.
When this happens, we get water and carbon dioxide. The carbon dioxide is driven out of the pond by our aeration devices (waterfalls or air stones) and the water is left behind.
The chemical formula is: HCO3- + H+ = H20 + CO2 (bicarbonate + acid = water + carbon dioxide)."
So the bicarbonates remove the excess hydrogen in the cells. (In acidosis there are too many hydrogens IN the cells.)
What is left over is water and carbon dioxide.
CO2 will stimulate inspiration...taking in a deep breath...getting oxygen in.
Now, about nitrogen...somewhere on this board when we were talking about sunlight...specifically the blue wavelength, I made a mistake.
It is not nitrogen burning that is our "aura", it is PHOSPHORUS. (Cause nitrogen doesn't burn.)
We can't see our aura because we have natural "blue blocker" nutrients (leutin) in our eyes.
In light...white, we don't normally see all the colors (except when rainbows happen). There is a little blue light. Blue light has the highest frequency and shortest wavelength ie., the most powerful.
Now why some of you are having a hard time going in the sunlight might be related to a few things.
One, your body is trying to conserve melatonin (to trigger bicarbonate release).
But I found this:
"Intensity did not matter for the red light because red photons do not have enough energy to excite electrons in phosphorus atoms to a high enough energy to make a glow.
Blue light makes a glow because blue photons have more than enough energy to excite electrons in phosphorus atoms.
This supports the quantum theory. If atoms could absorb any energy, the red light would have made a glow too.
Einstein won the Nobel prize for explaining the photoelectric effect."
Now if blue light is effecting phosphorus, it may well be effecting ATP.
Is it causing a release of phosphate ie., ATP-> ADP?
This is normally happening all the time ATP-> ADP -> ATP.
ATP is the "energy carrier".
Now, those who can see auras say that cancer patients have a very faint aura. But at the moments before death there is a final "flare" of blue light with silver sparks.
Is this the last of the phosphorus/phosphate...the last of ATP? Are the silver sparks aluminum?
I believe Al will sub for Mg when Mg drops too far...or will try to.
Anyway....ancora imparo (translation: I am still learning)!
But I wanted to clarify the nitrogen - phosphorus connections.
I find this all fascinating. Wow...the body is amazing!
Posts: 9424 | From Sunshine State | Registered: Mar 2001
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lymemomtooo
Frequent Contributor (1K+ posts)
Member # 5396
posted
Keep at it Marnie..I do not get it all but some is happening thru osmosis..lymemmotooo
Posts: 2360 | From SE PA | Registered: Mar 2004
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chroniclymie
Unregistered
posted
your acid base reaction is not totally correct. bicarconate and acids are not found in thier ion form in nature but linked to sodium or potassium for bicarbonate and chlroide, flouride, nitrogen
so the reation is NAHCO3 +HCL = H2O +CO2 + NACL (SALT) IS ALWAYS FORMED WHEN ACID AND BASES MIXED TOGETHER IN CORRECT PROPORTIONS.
It would appear then...if less blood CO2, less bicarbonate would be made.
"Background: Metabolic acidosis is an acid-base disorder characterized by a decrease in serum pH that results from a primary decrease in plasma bicarbonate concentration. It is not a disease but rather a biochemical abnormality resulting from an imbalance between production and excretion of acids.
Pathophysiology: Plasma bicarbonate levels may decrease from actual loss of bicarbonate ions or by accumulation of acids that leads to decreased levels of bicarbonate ions during the buffering process.
Acidosis severity depends on the rapidity of bicarbonate loss and the ability of the kidney to replenish bicarbonate."
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