@Vindicator has presented me with the task of qualifying the adrenochrome conundrum that has existed here, on pizzagate, in many past submissions and elsewhere on the world wide web. Can it be proven that adrenochrome can be harvested from live children via the pineal gland? Yes, I believe more likely than not that it could.
The very existence of adrenochrome has been debated. It is listed in the Addiction Library.
https://web.archive.org/web/20151104143746/http://addictionlibrary.org/illicit/adrenochrome-uses-symptoms-signs-addiction-treatment.html
A book called "The Hallucinogens" was published in 1967 by three scientists/doctors, and in this book there is an entire lengthy chapter on adrenochrome and experimentations with it, mostly for the purpose of studying schizophrenia. Unfortunately, this is the only extensive study out there at this time, and the reason why is that you cannot use live humans for experimentation in a laboratory. This 1967 study proved some very important points, and there was really no other way to move forward. I provide you with excerpts from this lengthy chapter.
Page 288
Oxygen is essential for the conversion of adrenaline to adrenochrome. Too much oxygen would accelerate the rate of conversion, increase its production and overwhel the ability of the body to detoxify. It is remarkable how the facts agree with the hypothesis that it is the conversion of adrenaline into adrenochrome that is one of the main factors.
Under the impact of oxygen toxicity, adrenaline is lost and adrenochrome concentrations increase in the brain. They used rabbits to demonstrate this. The rabbits went through 3 phases:
a - stimulation and motor restlessness for 10-13 minutes after the beginning of the experiment. Brain and medulla adrenochrome increased 15-34%.
b - a period of convulsions 20-25 minutes after the beginning phase. Adrenochrome levels increased slightly.
c - a terminal period characterized by coma, disturbed respiration, and terminal convulsions. Brain adrenochrome increased 33% and medulla adrenochrome was still elevated. High oxyegen then caused a massive discharge of adrenaline from the adrenal medulla until at death, it was depleted. Adrenochrome levelas were elevated.
Page 324
Adrenaline (a/k/a epinephrine, norepinephrine, noradrenaline) is readily taken up by many tissues in the body. When it is injected intravenously, it rapidly leaves the body fluids. When added to whole blood in vitro (a test tube), it is quickly taken up by the red blood cells where it may remain active for as long as 10 hours. Wahen the red cells are lysed (destroyed), about 80% of the adrenaline is recovered.
Paage 340
There is final proof lacking, but it may be seen that if adrenochrome was really present in tissue or body fluids, its presence would already have been demonstrated. The fact that this has not yet proved, has been used to some to deny all the evidence presented so far. There are several valid explanations for the lack of proof:
Relatively few investigations have searched body tissues and fluids diligently, and few attempts have been made to corroborate those investigators who claim to have found adrenochrome. Each report seems to remain untested by other investigation.
https://www.sciencedirect.com/science/book/9781483232966
An experiment in 1991 with soft-shelled turtles demonstrated that when they were exposed to stress, it caused depletion of pineal serottonin contents followed by elevation of norepinephrine and epinephrine levels.
https://www.researchgate.net/publication/227775310_Effect_of_stress_on_serotonin_norepinephrine_epinephrine_and_corticosterone_contents_in_the_soft-shelled_turtle
In 2000, in the book "DMT: The Spirit Molecule - A Doctor's Revolutionary Research Into the Biology," there is a passage that states as follows:
It was discovered that adrenaline is released directly into the pineal gland by nerve cells that almost touch it. Nor-adrenaline and adrenaline are the 2 neurotransmitters that turn on melatonin synthesis in the gland (the pineal gland produces melatonin). The adrenal glands aalso make adrenaline and nor adrenaline, releasing them into the bloodstream in response to stress. However, only adrenaline and noradrenaline released by nearby pineal nerve endings, not by the adrenals, have any effect on pineal function.
The excerpt from the book furger states that it is not what you would expect. Since the pineal gland does not originate from brain tissue, it exists outside the blood-brain barrier and ought to be responsive to blood-born chemicals and drugs. Nevertheless, the body protects the pineal gland with a fierce tenacity. The stress-related surges of adrenal gland adrenaline and noradrenaline secreted into the blood, never get to the pineal. The pineal security system, made up of "vacuuming" nerve cells, simply cleans-up the blood-borne adrenaline and noradrenaline in an incredible efficient manner.
https://books.google.com/books/about/DMT_The_Spirit_Molecule.html?id=J14oDwAAQBAJ
Finally, there are minimally-invasive ways of accessing the pineal gland, incorporated by neurosurgeons primarily for removal of pineal gland tumors. The approach is posterior, in the back of the head.
https://www.pacificneuroscienceinstitute.org/brain-tumor/conditions/pineal-region-tumors/
I am wrapping this up. This is all I have to offer. We have seen the Spirit Cooking, the dentist chairs, the graphic bloody art depicting children. Has anybody been locked-up? Has there been any proof of child sacrifice or scaring kids to death or giving them toxic amounts of oxygen from a dentist chair? No, not yet, but that doesn't mean it hasn't happened or isn't happening. We all know how sick and evil these people are.
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Factfinder2 ago
The question is whether adrenochrome can be extracted from the body. Here is the clearest explanation I've found regarding the feasibility of that:
(PDF file) http://www.geocities.ws/TheB3Situation/Adrenochrome.pdf
Is Adrenochrome Made in the Body?
As soon as scientists discovered adrenalin turned pink in solution it appeared likely what happened so readily in vitro could also occur in the body. Adrenalin is a member of a class of catecholamines which polymerize very readily. The melanins are these polymerized, oxidized and indolized catecholamines.
All the conditions required for the oxidation of adrenalin to adrenochrome in vivo are present. These are: (1) the substrate - noradrenalin, adrenalin; (2) the enzymes and metallic oxidizers which convert adrenalin to adrenochrome, or accelerate its auto-oxidation. Auto-oxidation does not require an enzyme. The oxidation of adrenalin to adrenochrome in water is an example. It requires oxygen and is accelerated by traces of metal such as copper ions.
We have discussed the theoretical argument for the formation of adrenochrome in several previous reports (Hoffer, 1981, 1983, 1985; Hoffer and Osmond, 1967).
Ideally, final proof would have been gained when adrenochrome crystals extracted from the body are in one's hand. But because adrenochrome in solution is so reactive it is highly unlikely it can be extracted. It will have to be stabilized first by combining it with another molecule. Adrenochrome semicarbazide is a stable derivative. Perhaps this could be made in blood or other fluids and then extracted. However, any stable derivative will do. Nature has already made a number of stable derivatives of the catecholamines.”
“…melanins derived from adrenochrome have been extracted from blood plasma… (Hegedus and Altschule, 1968,1970,1970a; Hegedus, Kuttab, Altschule and Nayak, 1981).
Adrenolutin is another derivative of adrenochrome and more stable in blood.”
That paper was written in 1990. Who knows whether the stabilization of adrenochrome in the body followed by harvesting has been perfected over the last almost 30 years? It would apparently not be impossible or even especially difficult, at least in theory.
Interesting study from 1955 that talks about pH levels affecting adrenochrome creation: http://www.jbc.org/content/220/1/237.full.pdf
Body pH levels are affected by stress/fear: https://www.scientificamerican.com/article/panic-attacks-as-ph-problem/
“The amygdala, an almond-shaped structure deep in the brain, has a critical role in the circuits that control the experience of fear, both instinctive fear (like being afraid of snakes or large carnivores) and fear that is learned from life experiences. The Iowa study shows that a very basic metabolic factor, pH -- acidity -- also has an essential role in fear.”
13Buddha ago
Thanks, @Factfinder2. I perused all past adrenochrome-related pizzagate submissions and read this. We can only glean so much from scientific research when real humans (and pertaining to aderenochrome, child humans) are needed as specimens. I also tend to believe that it has been perfected under nefarious, sick methods. Right now, I just want to stop thinking about it and this entire day researching and reading about this. My glass of Sauvignon Blanc is helping.
carmencita ago
I know what you mean. Thank God for the Wine.
13Buddha ago
Yes, amen and hallelujah.
carmencita ago
:)