Spike proteins, artificially produced in the human body in unknown numbers and for unknown periods of time, accumulate in large quantities in the adrenal glands. The knowledge gained through autopsy was presented by renowned physician Dr. Ryan Cole in February 2023. He conclusively suggests that impaired adrenal function may be responsible for many of the side effects of experimental gene injections.
According to Dr. Autopsies of vaccine victims by Ryan Cole found that the spike protein had filled the entire human adrenal gland. It can be assumed that the vital organ is malfunctioning, the manifestations of which we will describe in detail later in this article. First watch the presentation of Dr. Ryan Cole, based on the work of the tragically deceased Professor Burkhardt. Color labeling is used to detect massive accumulation of spike proteins in adrenal glands.
Cole summarizes some of the potentially harmful effects on the human body. He calls for thorough research on this topic to prevent harm to people – and of course a moratorium on these types of “vaccinations” until all questions are clarified.
If you know people who have chosen the experimental mRNA vaccine and are experiencing some of the symptoms described, you can advise them what they should watch for.
The brown color is the expression of the spike protein and the antibodies we use in the lab are like a lock and key. When it binds and locks, we use a little glitter on the end of the antibody so we can see it under the microscope. On the left we have the spike protein as an internal control. If this were a viral infection, the nucleocapsid should also be lighter. This is simple deductive logic: if there is a spike and not a nucleocapsid, it is not from an infection but because the body is producing the spike protein.
Dr. Ryan Cole translated in his presentation.
This is the adrenal gland. Your adrenal glands are very important for many functions in your body, from your adrenaline to your glucocorticoids, your hormonal balance, even your happy hormones, your MET and kephalins, etc. With this person, you see all these brown dots there, and again this was nucleocapsid negative and this was post-vaccination death. All these brown dots, spike proteins, not only filled the middle of the adrenal gland, but were also in the medulla (adrenal medulla, note) and cortex (adrenocortical note). It filled the entire adrenal gland.
What does it mean? Postural orthostatic tachycardia syndrome occurs in many patients with Covid as well as after injections. This suggests that it is stored entirely in the adrenal glands. This is kind of a new discovery that I wanted to bring here because a lot of patients are going through this challenge of blood pressure regulation, fatigue etc. after Covid or after injections. And when I saw it yesterday I was stunned. I thought, “Oh my God, look at the amount of spike protein in the adrenal gland,” and not just in one area of the adrenal gland, but distributed.
Dr. Ryan Cole translated in his presentation
Cole believes that the vaccinated lipid nanoparticles specifically accumulate in the adrenal gland. This would mean that in some vaccinated people the spike protein is produced primarily in the adrenal glands. Since no one knows how much of the spike protein is made and how long the production lasts, here are some clues about what happened in the bodies of patients who died after vaccination.
Can we stop doing this to people? This causes damage that we have not examined before. And again, good medicine should be not only effective, but also safe. We get a lot of findings in tissues, and as Kelly said, cells are objective. That’s what I love about pathology: Here’s the observation, cells don’t lie. It is either present or absent, it binds or does not bind, and which cells express it. So we know the pathophysiological mechanism is that cells express the spike protein. And this lipid nanoparticle, the adrenal gland is actually fatty, and as we were talking about earlier, Drew, the lipid nanoparticle, wherever it’s going, it likes fatty tissue. The adrenal gland contains A2 receptors, but is also a fatty tissue type. So here we can see the expression of its gene product being inserted, and now these cells that should not be making a foreign protein are producing a foreign protein.
Dr. Ryan Cole translated in his presentation.
The structure and function of the adrenal gland are described on the website “Internists on the Net”:
Every person has 2 adrenal glands. The adrenal glands are located on top of the kidneys. An adrenal gland is approximately 3 cm long and 1.5 cm wide and weighs 5–15 grams. The adrenal gland is surrounded by a capsule and consists of an outer adrenal cortex and an inner adrenal medulla.
The adrenal cortex produces many different steroid hormones. There are 3 main groups: cortisol (glucocorticoid), aldosterone, and androgens.
Trainee on the Internet: Adrenal Glands
The pituitary and hypothalamus interact with the adrenal glands to stimulate or reduce hormone secretion. In addition, the amount of sodium and potassium in the blood stimulates or reduces aldosterone production.
Known diseases associated with adrenal malfunction are:
Excessive production of cortisol: Patients are prone to acne and have thin, parchment-like skin. Sugar metabolism is disturbed and some patients develop diabetes.
Trainee on the Internet: Adrenal Glands
But overproduction of aldosterone High blood pressure occurs. Aldosterone also reduces potassium levels in the blood. Potassium deficiency is noticeable through muscle weakness, constipation, frequent urination and excessive thirst.
Trainee on the Internet: Adrenal Glands
people with cortisol deficiency Are tired and lethargic, have lost weight and have low blood pressure and reduced appetite. Women’s menstruation stops and their pubic hair starts falling. In Addison’s disease, the skin (especially the nipples), recent scars, and nails become darker than normal. In people with disorders of the pituitary gland, the skin is pale. Affected people often have no symptoms in everyday life. Only when the body needs more cortisol due to physical or psychological stress can the disease manifest with a sudden drop in blood pressure, shock, diarrhea and vomiting.
Trainee on the Internet: Adrenal Glands
Overproduction of catecholamines: Patients suffer from high blood pressure and experience hypertension attacks accompanied by headaches, palpitations and dizziness. Patients sweat excessively, their faces become pale and they have a feeling of anxiety. Cardiac arrhythmias, heart failure, or cerebral hemorrhage may occur as complications. Patients usually do well between attacks. Some patients lose weight or have circulatory problems.
Trainee on the Internet: Adrenal Glands
Catecholamines: Patients quickly become dizzy and some faint. Patients also complain of ringing in the ears, headache, nervousness or pain in the heart area.
Trainee on the Internet: Adrenal Glands
This page, MSD manual, Ashley B. Grossman, MD provides a very good overview of the function of the adrenal glands under the title “Adrenal Function”. The following clinical pictures are explained there:
