Blood Pressure Problems are Low Electrical Charge in the Body

​Blood flows not just from the heart pumping it but from an electrical charge in the vessels and capillaries. That's the other half of circulation that people don't know about. 

There is a charge in the vessel walls. 
And crticial juncture is the end of the capillaries where the red blood cells need to squeeze through to the venus side. There is an extra force that is needed and that is a kind of eletromagnetic pull.
The blood flows in a fetus before the heart pumps. This was observed at Wayne State University in the 1950s. I'm not going to look it up for you, I don't have time. 
The math has been calculated that the heart does not have the strength to move blood by itself through the great vascular network. I think it was Thomas Cowan in his book where I heard this first, Human Heart, Sacred Heat.

High or low blood pressure represent low electrical charge in the body.
The heart can  compensate by pumping harder. 
With low blood pressure the heart does not have enough energy to compensate.

Electrical charge is a result of total nutrient levels from food and sun. 

One of the main nutrients in this system is cholesterol sulfate that lines vessels to help form the electrical charge.  This vessel lining is called the glycocolayx. 

That's cholesterol with suflur combining. One way they are syntesized is on the skin in the presence of sunlight. This is also how vitamin or hormone D is made from sunlight, with cholesterol. 
Sunlight is also the single greatest source of electrons and source of energy for the body. 
The blood is thus electrified and electrons make their way into the mitochnodria of every cell for energy.  

Also necessary for the synthesis of cholesterol sulfate is nitric oxide. 
Nitric oxide is also necessary for creating electrical charge in the blood. 
It functions opposite to the glycocolayx that is think by keeping the blood thin in the center of the vessel. 

These opposites are part of the polarized charge of exculstion zone water--a whole other theory needed to understand blood flow. Gerald Pollack is the source on that and I won't elaborate here. 

Stefanie Senoff explains this whole process in her book Toxic Legacy that also explains how the toxin glyphosate found in the week killer round up lowers nitric oxide production and thus disrupts the whole process of energy production. It destroys other things, too. 

I will leave at at this brief overview for brain fogged people and beginners. 
I want to tie in some other more familiar issues discussed with high blood pressure. 

Stroke risk from hemorage or weak vessel strength is prevented by a strong glyocallyx. 
That requries enough cholesterol and sulfur. Suflur is usually the weakest link there because as a mineral we can't make it, whereas we can make cholesterol. 

Cholesterol deposits are untilized cholesterol due to lack of their main cofactor sulfur used to recycle cholesterol
The oxidized part of cholesterol deposits may also be the result of free radical damage from toxins, not cholesterol being toxic. 

Deposits of unutilized cholesterol can form obstructions and chunks  can break off and cause ischemic stroke or blockages leading to sudden lack of blood to the brain with damage or death. 

This is why doctors are so concerned about high blood pressure. But they never get to the root of it: nutrient deficiencies and toxic blood disrupting an endless number of things. 

Magnesium and potassium are major nutrients for building electrical charge and energy. 
Magnesium works with calcium as one of calcium's major cofactors. Unutilized calcium can form deposits in arteries or deposits between vertabrae bones for stenosis and pain. While at the same time there can be calcium deficieny in the bones. 

The other root cause in high blood pressure is dirty blood that means toxic blood. That means weak kidneys and liver, primarily kidneys here as doctors take blood work of kidney status because they know there is often a correlation with high blood pressure. 

I can't give an exact explanation for how toxins lower electrical charge as there are thousands of toxins and thousands of ways to do damage.
One theme that is more tangibile, however, is that many toxins are free radicals that steal electrons that we need for energy. 
Terms can be confusing because oxidation is also taking electrons but has necessary functions as part of the the exchange of electrons called redox in energy production. 
But toxic electron stealing is a net loss in total electrons need to keep blood flowing and mitochondria of cells humming. It always comes back to electrons as the root source of how energy is sythesized. Physics is as important as chemistry. 

Getting back to kidney tests and doctors. Doctors do not recognize toxicity as a thing. They have no toxicology game. They know barely anything about nutrition. 
One person interogated me: "Is dirty blood a medical concept?" It's a stupid question. I just explained what I meant. 

Kidney tests don't measure toxcity but the level of damage done to kidneys through toxicity and nutrient deficiencies through protein clearance markers like creatine and BUN or nitrogen clearance. 
Liver enzymes can also be measure to see how much of the problem is from the liver. 
Overall kidney strength is measured as the GFR glomecular filtration rate. 
These are useful tests for the level of symptoms. 

The kidney problem is more the cause of the heart problem of high BP. Doctors aruge the opposite without much logic because the have no concept of toxicity. 
I've gone round and round with doctors and I'm not going to engage this issue here again. 
There main concern is to prevent stroke so it goes back to those increasingly discredited meds or buffonish cholesterol lowering statins. It's not cholesterol excess, it's suflur deficiency if you need a super simple take away. 

That's all I have time to explain. I'm not obligated to explain everything nor play doctor with advice. I don't give advice in comments. That's not a discussion. 
A discussion is you contributing what you know. There is a lot more that can be said in addition to this briefest of overviews. 

I have written much more about on these topics  that you can find by clicking and following the links. My name as it appears here is a link--learn how that works. I can't teach people how to use Facebook, too.