Oxidation of Epinephrine using Nano-Gold Electrode structures.
Oxidized Adrenaline(Epinephrine) makes Adrenochrome(Epinephrinequinone).
This hints at my theory of them having used children, gold, and adrenochrome in tandem to make a life-extending serum.
Dropping this source now, just in case. Archive if you can.
Still working on the full report. It's turning into a history lesson at this point. Oh well.
I can't be sure still whether this produces gold nano-structures such as nanotubes, nanoshells, nanorods, and nanochains. Seeing how those are ideal in nano-machine creation, I can't believe they would just stop at making adrenochrome from gold when they have the potential to redefine biology. Perhaps the oxidation process of adrenochrome creates nano-chains?
I know pure tin has some strange properties where it looks like it grows spires. Perhaps this process goads the gold into acting the same? I'm looking into it.
Feel free to follow down this rabbit hole with me.
No : gold is chemical element it cannot be "created".
Faked with the use of tungsten - yes. Produced with use of nuclear reactor (but only radioactive one !) - yes.
But obtaining it from blood ? 0,02%. Trying to obtain it from blood is crazy idea. It would be 1 gram (0,035274 ounce !) from 5 litres and 5 litres is near average quantity of blood adult person have. It would be worth about 40$ and obtaining it from blood wouldn't be easy...
Nonsense.
It isn't quantity they want, but quality.
How else are you gonna mass-produce gold at the mono-atomic level?
You gotta go through biology. It has to be grown and harvested.
If they wanted the gold to get rich then they already know where to get it: https://www.bbc.com/news/science-environment-32026636
How they would be able to produce it on "monoatomic" level if the fact is it is in fucking cells with other elements. Without very advanced geneticaly modified organisms it is wouldn't be even ever possible. Taking it from human blood is absurd.
It wouldn't be possible within current known nanotechnology kid. Moreover blood is possibly worth much more than those gold for medical companies and not only to even bother.
I guess adenochrome is only bonus. Stem cells... It is probably about stem cells.
Gold can already be produced at a monoatomic level in lab conditions, though costly and not efficiently. They discovered gold nanotubes before carbon nanotubes, because of the ease of manipulation of gold. You can hammer gold out to a massive area before it starts to break. A gram of gold, when flattened, can cover a football field's surface area and still stay intact.
You have 0.2 milligrams of gold in you, at least. It isn't all in colloids. You have monoatomic chains in your brain and throughout your whole nervous system that allow for transfer of electrical-chemical signals.
Gold is also used by our bodies to bind to Protein-A and Protein-G. A of which is found in the majority of staph bacterium. That means gold can act as an anti-microbial on a microscopic scale. Simple interaction with microbes causes their outer layers to shred apart. It isn't even a chemical process. It just sucks the protein to it. That's why gold is frequently used as a labelling component for the detection of proteins. It doesn't tarnish, it has a high density, and the spectrometric signature is unmistakable.
As far as nanotechnology goes, we are way past science fiction levels of using gold to make nanomachines. They are already being made.
https://physicsworld.com/a/gold-nanotubes-and-infrared-light-could-treat-asbestos-related-cancer/#:~:text=Gold%20nanotubes%20can%20destroy%20cancer,when%20heated%20with%20laser%20light.
https://www.science.gov/topicpages/m/monoatomic+gold+chains.html
https://www.nims.go.jp/eng/publicity/publication/hdfqf1000008bz0i-att/outlook2005.pdf
https://www.nature.com/articles/srep14402
http://bfuhs.ac.in/ScienceCongress/FULL%20ABSTRACT%20BOOK%20PUNJAB%20SCIENCE%20CONGRESS.pdf
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3517011/