Parasitic development cycle of a technology Part 1

What happens to the spherical cells that carry this crystal-like structure inside?

In my previous post I showed the development of a self-assembling round cell, which then builds a black, rectangular, opaque structure, and then envelops it again.

What happens to it now?

The development cycle continues. from this cell:

It looks as if the cell is in a kind of waiting position. The rectangular crystal-like nucleus it has produced can change its aggregate state and leaks out... At this stage at the latest, the red blood cells in the surrounding area begin to react by forming gel rolls, which means that oxygen transport is restricted. And the more of these cells there are in the blood, the more the body's performance decreases. Not visible in this picture as it is dissolving blood that is already 7 days old.

The enveloping cells disappear completely so that only the black liquid core remains

Over time, it also gets bigger and bigger, as if the consistency is becoming more and more fluid. I suspect that this black liquid is the beginning of the black cells in the blood that we find in this form:

These cells have an outer membrane and many small inner membranes that form and burst during the cell cycle. The following video is taken from freshly fallen snow, but shows the same behavior.

However, this bubble activity seems to become stronger when there is a high level of light, like now through a microscope.

But how do these cells get so big? What or what do they feed on?

This changing process of these bubbles must have a purpose. The following video shows how this large bubble uses this process to be able to move. It literally grows into the red blood cells. Cell membranes are semi-permeable so that a concentration gradient can be maintained for certain substances. The blood cells on the outer part of the wall become very dark until they lose their color completely. The cell membrane of the cell turns reddish in this state. The charge potential of the red blood cells is lost and they begin to dissolve. It is as if the large cell absorbs the dissolved red blood cells. Does this technology feed on our blood?

Over time, a gap develops around these large, black cells - where any erythrocyte is missing. Film speed 300%

I looked for further "evidence" that this could be the possibility - and I found it. After we had the first successes of excretion via the urine, we found the following cells. They all contain at least one red blood cell inside.

A cell from urine - could have been a coincidence...

But then I found several of these structures, each with a blood cell in the middle.

The colorations originate from the methylene blue that was used at the time

It should be clear that these giant cells produce something in the blood. I will try to show this part in the second, upcoming part.

If red blood cells are actually metabolized into food here, we have the following situation: A kind of synthetic biology that feeds on the substrate of our blood cells means that we have to constantly reproduce them. Depending on the amount, this can also lead to fatigue and even symptoms of anemia. Combine this with the reduced oxygen transport caused by the formation of gel rolls, and the result is a massive drop in performance.

If a person's constitution is poor, this can even lead to massive allergic reactions in the red blood cells, which results in them turning into so-called shadow cells, as can be seen in the following video. They literally run out of light. They turn black. In this case, the entire blood has disintegrated within just one day, which is far too fast and should be seen as a serious general condition.

Here you can also see that the artificial round cells with the black rectangles can hardly be distinguished from the neutrophil granulocytes. Both forms are present.

Please note that all of these statements are based solely on my observations and unfortunately I have no other way of verifying them.

This Substack serves as a stimulus for further thoughts in the hope of not only understanding the process together, but also finding solutions and assistance.