Blood Volume & ME/CFS

I am looking at holographic models where a lot of illness centers around issues of scale.

The scale at which the body is rendered as compared with the scale of the universe. Is my density on par with the density of the world?

If my understanding of time’s axis is too long, this can cause problems. My blood volume can sometimes be too low relative to the scale of my image. This affects my blood pressure, my heart rate, and possibly my understanding of pH.

Time’s axis is the length between light’s maximum density and light’s maximum speed. Time is not fundamental to a universe; it is something I make.

First I make time (melatonin). Then I move through it (dimethyltryptamine, DMT).

If time’s axis is perceived as too long, in addition to the demand for melatonin being too high, the scale at which the body is rendered will be too large. I can use anti diuretic hormone (arginine vasopressin) to increase my fluid volume—but then my blood is too watery.

A person with low blood volume that is being kept artificially high might have problems with orthostatic intolerance and POTS. Perhaps it is because we are “too watery” or hyper-tonic. We cannot modulate blood pressure easily because the pressure in the system is already being kept so taut.

A person who is 6’8” can have a blood pressure reading that is 120/80, and a person who is 5 feet can have a blood pressure reading that is 120/80. They appear to be the same, but are they, really?

Let’s say I have to run around a track that is six feet eight inches in the same amount of time you have to run around a track that is five feet. My job is harder, no?

In ME/CFS, are we using anti diuretic hormone to keep the fluid volume too high because our image of the body is too large, because our brain is too alkaline therefore our brain’s understanding of time is too long?

Perhaps there is some masking going on. We don’t see how high the pressure truly is because the distance the blood is traveling is so long. Put the pressure of the six foot eight track inside the five foot track and you will quickly be able to see how high the pressure really is.

If my image is too large, my pressure can be too high, and you won’t see it. If my image is too large, it limits me.

When you find an image, for example on the Internet, sometimes if you try to stretch it with your fingers to make it larger, it bounces back. It lacks the pixel power for the enlargement. You can force it to become larger. But you lose something.

The model treats the world—the body—as image.

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