Reaction in water with the addition of sodium citrate

What happens to all the substances that dissolve?

Above all, what dissolves and where does that go?

In my last post about fractal structures in water, it becomes clear that methylene blue alone cannot solve this problem. Crystallization reveals what is present in liquid form.

So I added some sodium citrate to the water and observed it under the dark field microscope.

Here are the results: Beginning dissolution processes

A large number of substances are released that are not so easy to verify. They all come from the so-called hydrogels. This always sounds as if only one substance is contained here. It doesn't look like it.

Here is another close-up view:

This video illustrates the possible sizes of these hydrogel clusters, which dissolve here.

You can also see an area stained with methylene blue, which looks quite small in contrast.

This sample was again allowed to dry to see what the crystallization process looks like and what structures remain.

In the last post you can see how many different nets, crystals and structures are formed. What does it look like after the administration of sodium citrate?

The edges of the preparation now have yellow, green and brownish deposits - almost like mud.

Where the bubble contents were and have formed an enormous number of structures, it now looks like this:

Crystallization like this can only be seen at the edges of particularly large bubble formations:

Here is a movie showing the greenish sludge washing up at the edge of the preparation during the dissolution process:

This is a test that only took place on the object carrier - not on humans. It is just interesting to see that the fractal antennas could hardly form.

Use on humans at your own risk.

In general, it can be said that the individual building blocks and components all come together somewhere during this process. Such water should urgently be treated with filter technology before use.

However, this also explains why similar phenomena occur in the blood at the edge of the preparations. Here, too, it looks like a sludge-like accumulation of foreign substances.