Researchers Found New COVID Consequence That RFK Should Look Into

There was a very simple and scientifically-defensible reason that so many people resisted taking the Fauci Ouchie — we were waiting for more data.

It’s easy for some guy in a labcoat to wave his hands around and give broad assurances that this or that brand-new medical treatment is safe. But the only way to REALLY know is through studies that trace long-term effects across time.

There is no magic wand that can make time pass more quickly in the laboratory, especially not in situations like this one.

Long after the pandemic panic has come and gone with all the mania over masks and mandates that came with it, we are still studying the effects of that jab that so many were subjected to… and some of the results are concerning.

You will remember how we were explicitly told that, despite being an mRNA jab, it would not interact with cells at the DNA level.

That may have been more of a half-truth than a definitive and honest statement.

The DNA may or may not have been altered, but DNA is not the only moving part at the molecular level in the cell. Recent studies in Germany are making discoveries that point to epigenetic changes to the cell.

Epigenetic changes don’t re-code the DNA itself, but they DO change the way in which it interacts with the world around it. In this case, activating a process that has been linked (in unrelated studies) to cancer growth.

If this research holds up under scrutiny, this would provide a direct link between tumor growth and the jab, opening the door to a whole host of other questions that have been raised about recent trends in the emergence of cancer in unexpected places and patients.

Alex Berenson’s most recent Substack Article explained the implications of the German study in layman’s terms.

Macrophages are immune cells that circulate in the blood and attack and destroy foreign invaders like viruses and bacteria. The scientists found alterations in a crucial part of the macrophage chromosome called the histone.

Genetic scientists compare histones to drums around which cables of DNA are wrapped. Unlike DNA itself, the histones do not contain actual genetic information, but they provide the structure for it.

As a result, histones play a crucial role in processing genetic material. When they are bunched closely together, the DNA they hold is hard to access, so the cellular machinery that uses DNA to make proteins cannot do so. When histones are more widely separated, cells will process, or transcribe, DNA more actively — potentially leading to tumor growth.

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The specific change the researchers found is called “histone 3 lysine 27 acetylation,” abbreviated to H3K27ac. The H3K27ac change is known to be found in several different types of cancer and has attracted increasing scientific attention.

The same article made reference to changes in bone marrow — the source of blood cells — and a connection to a rise of leukemia in Japan.

Both of those are kind of a big deal. Even bigger if research eventually ties them to the inflammatory conditions that are so often considered the cause of those histone changes.