Cocoon in the blood count

Spider fibers and now what?

And another day with surprises that you didn't expect. On the one hand, these cells are now appearing more and more frequently and look as if a fungus has been crushed under the microscope slide. Like this one:

Here it is still intact and not open

As soon as these cells open, all the blood in a large area around them dies at record speed. As the following picture shows. Within less than 10 minutes, about 1/5 of the bute on the slide was destroyed. And when something like that happens, I go looking and usually you find this cell type in the middle of this event.

A huge desert - magnification 400x

And then in another place this... Huge and the appearance of a cocoon made of tons of fibers. What is striking is that in the last few days these orange dots have appeared in the blood more and more - now they can be seen collected in this structure.

Here is a film enlarged 1000 times

Like the transparent and slightly whitish hydrogel clusters, small bubble developments can be seen at the edge.

These colorful metal-like dots lying in one area also occur simultaneously in the blood. These were normally bound in gel-like structures weeks ago. These now seem to have dissolved and these dots remain. The orange components in particular have increased and can be found primarily in the fiber collection shown above.

Here's another picture from one of the previous blood tests - an erythrocyte-sized collection of these orange particles with a cross. Unusual...

These hemolytic cells have also begun to form fibers. Look here

In the post by Dr. Ana these fibers are described and look very similar to the ones here.

Spider Silk Polyamide Polymers Applications In Self Assembly Nanotechnology, Biosensors, Vaccine Delivery, Synthetic Biology, Brain Computer Interface

This graphic here is particularly interesting. Amides are detected here.

In the field of spider toxins there are acylpolyamines.

This article is worth reading:

Chemical characterization of acylpolyamine toxins from venom of a trap-door spider and two tarantulas

The acylpolyamides interact with neurotransmitter receptors and glutamate receptors, as well as with nicotinic receptors. This particular type of toxin can cause neuromuscular blockages.

And this article is particularly interesting.

Mygalin: An Acylpolyamine With Bactericidal Activity

This is about a study with acylpolyamines. The special thing about it is that this molecule binds iron! There we have the reason for the coloring! And iron is something this technology desperately needs.

So we have the hemolytic cells, which I suspect release acylpolyamines into the blood - whereupon an enormous amount of iron is released from the hemoglobin and is then stored by these structures.

It can therefore be stated that acylpolyamine has already been very well researched.

I can't say with certainty that this is the substance. Based only on observations over a few weeks, this substance seems to be the only logical consequence in connection with the spider fibers. Of course I could be wrong because I don't have the necessary laboratory tests available.

But maybe someone else.

And now the all-important question:

How do you get rid of that?