Why does methylene blue work with hydrogels and what is this black substance?
Let's reverse engineer...
Mehtylene blue is normally used as a remedy for poisoning. This includes pesticides or an overdose of paracetamol. In these cases, methemoglobinemia occurs, which means that the methemoglobin in the blood rises sharply
Methemoglobin is a degradation product of hemoglobin, it is formed by the oxidation of bivalent iron into trivalent iron. Haemoglobin is the substance that is needed in the red blood cells to transport oxygen. Normally, the body ensures that degraded methemoglobin is converted back into hemoglobin. However, if the amount is too high, this leads to multiple hemoglobinemia.
There must therefore be an increased breakdown of erythrocytes. See my last posts.
The picture above shows a hydrogel fiber with enclosed erythrocytes...
This results in a lack of oxygen and symptoms such as headaches, tiredness, weakness and shortness of breath. In the worst case, unconsciousness.
Methylene blue converts the methemoglobin back into hemoglobin.
The conclusion with the current blood counts and the use of methylene blue is that this material, which we call hydrogel, must have more haemoglobin. As shown in my previous posts, various stages of this synthetic biological technique appear to use erythrocytes as a substrate.
Here are a few pictures of hydrogels and the blue spots that appeared after oral ingestion of methylene blue:
A "pile" of gel cells?
Fiber with blue enclosed dots.
In normal methemoglobins, there is usually a deficiency or defect in the enzyme NADH cytochrome b5 reductase. This means that accumulating methemoglobin cannot be converted. Interesting that NADH is given with Long Covid...
Trivalent iron is converted into bivalent iron.
Therapies are carried out by intravenous administration of methylene blue. This substance is itself a methemoglobin former, but can accelerate the enzymatic regression of high methemoglobin concentrations, with equilibrium being reached at around 10 % methemoglobin content. Another antidote is toluidine blue, also known as tolonium chloride. Exchange transfusion is a therapeutic option in very severe cases.
If methylene blue is located directly on the trivalent iron, then the hydrogel, the fibers or the quantum dots, also known as mini-robots, must require this iron directly after the images in the blood. Otherwise the staining would not take place.
So methylene blue does not bind the hydrogel directly, but the trivalent iron present in it.
Since it is speculated that methylene blue inactivates the activity of the fibers, this means that this synthetic biological technology, which occurs in our bodies, urgently needs trivalent iron.
WHY?
Trivalent iron is a black, temperature-resistant ferrimagnetic (magnetization) spinel structure substance. It is insoluble in water, acids and alkalis. However, it dissolves in hydrofluoric acid. Unfortunately, we cannot use hydrogen fluoride to dissolve it...
Do these black liquid spots that we see in the blood contain trivalent iron? I suppose so...
Spinel means that it crystallizes in the cubic crystal system! This also includes crystal twins...
Doesn't that sound familiar?
Quote from Wikipedia
Spinel develops predominantly octahedral, rarely also dodecahedral and cubic crystals and twins, which can grow up to 30 centimetres in size. However, it also occurs in the form of granular to massive mineral aggregates. Due to the formation of mixed crystals and frequent admixtures of various metal ions such as iron, chromium, zinc, cobalt or manganese, natural spinels are very colorful. As clear and transparent spinels also have a strong, glass-like shine on polished surfaces and are relatively insensitive to damage due to their high Mohs hardness of 8, these so-called "precious spinels" are among the most valuable gemstones.
End quote
So we are rich in stones - irony off...
Perhaps you can think of other connections?