Wednesday, July 31, 2024

STEPANIE SENEFF: "The spike protein becomes extremely toxic to the epithelial cells in the thymus gland, which causes accelerated aging through what's called thymic involution." Zinc regrows the Thymus Gland to its original size

"People who are getting multiple [COVID] vaccines, every time they get a vaccine, their immune system ages...and when their immune system ages, they're aging. So, basically, it accelerates your aging process." Senior Research Scientist at MIT Stephanie Seneff (@stephanieseneff) describes for Michael Farris (@CoffeeandaMike) how the COVID injections age the immune system, and therefore accelerate the aging process in general. Specifically, Seneff notes that "the spike protein becomes extremely toxic to the epithelial cells in the thymus gland," which, in turn, accelerates aging through a process referred to as "thymic involution." (Thymic involution is a genetically programmed aging process wherein the thymus, an organ in the chest that's key for lymphatic and endocrine systems, shrinks over time.) Partial transcription: "I think the vaccine causes accelerated aging of the immune system, and I've written about that. The vaccine ingredients can be carried to the thymus gland by the immune cells. They go back to the thymus carrying their cargo, and the cargo is the spike protein. The spike protein becomes extremely toxic to the epithelial cells in the thymus gland, which causes accelerated aging through what's called thymic involution.

"And so people who are getting multiple vaccines, every time they get a vaccine, their immune system ages...and when their immune system ages, they're aging. So, basically, it accelerates your aging process." 

Full interview:

FYI, Zinc regrows the thymus and restores its function.  

If you're going to take zinc supplements, be sure to add copper.  You need very little copper, 2-4 mcg (start with 2 mcg, a heart-healthy compound), but you need it if you're going to supplement with zinc.  Zinc, magnesium, D3/K2, copper, and fat-soluble, Retinol A.

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