I have read about Dr. Andreas Baork's findings of the presence of nanoscopic graphene hydroxide razor blades in all of the COVID vaccines and saw that this does not desolve or degrade as it is a metal. However, I am wondering if there might be something that could dull down the nanoscopic razor blades to the point to where they can't really do any further damage. I realize the is a great likely hood of there not being a viable solution and I am messed up for life. The two options I see would be a cleansing transfusion or the development of a special kind of stint that has a protective metal surface that provided nanoscopic shielding. However, this would need to be deployed throughout the entire circulatory system which would probably be very expensive and require many hours of surgery and delicate work to do.
You're viewing a single comment thread. View all comments, or full comment thread.
Comments (27)
sorted by:
If you just want the gunk out, here's what I've been trying just incase spike protein shedding is real:
Diatomaceous Earth, drunk room temperature mixed with water. Food grade. It does a good job at grabbing heavy metals out of the body. Don't breathe it in. Helps with fungal infections too.
Methylene Blue, two drops under the tongue. Used for cyanide poisoning in emergency rooms. Most nurses don't even know what it does, despite being in every modern ER. Don't take with SNRIs. I'm taking it for other reasons as well.
WATER.
Tons and tons of water. 9.5+ PH positive alkaline water to counter acidosis is something I've also been adding in. A cup a night, to make sure I tolerate it.
Eat more bitter stuff. Tea included.
Breathe. This is my favorite method:
https://www.youtube.com/watch?v=tybOi4hjZFQ
Breathing promotes control of your metabolic functions. Nooks and crannies in the body that typically don't get much blood flow can be teased to dilate and filter toxins which like to nest themselves in extraneous positions. It also allows a more tempered delivery of antibodies by your immune system, since the white blood cells can get closer to the target pathogens before blowing their load and risking friendly fire:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4034215/