From Garth ..
benzimidazole class that acts as a microtubule destabilizing agent (disrupts the cytoskeletal system inside cells) and causes cell death by modulating several cellular pathways, including what I just mentioned. Unfortunately, just like many anti-neoplastic drugs, there is potential for considerable damage to normal systems in normal cells, including liver damage, especially in humans. Personally, I would not recommend its use for cancer treatment.
its probably got similar side effects as Nitrate & Phenol.
its all very hot for the cells & liver.
still trying to find a safe middle ground, but still dont know.
my solution is to triangulate exactly what we are dealing with, and bind the oppsite polarity of its receptors or digestive track.
bind (redox) the whole thing up, detox the mitochondria via basic elemental structures, not molecules chemicals.
weaponized microbes are obviously far too small & complex chimera varieties to isolate, so the binding element or medicine must be smaller then the microbe.
it must be absolutely non toxic to biological functions, and powerful enough that a single drop will be effective treatment.
Zinc & Polyphenol (Carbon) seem to be the foundation of alternative treatments.
so by looking at the two points triangulate the next element.
Zinc & Phenol act as the carrier & binder, but we also need some kind of universal enzyme to undo the fibrosis.
Zinc must be infused with the carrier, making it bioactive metalloenzyme.
Phenol must be neutralized to reduce all toxicity.
Hydrogen & Oxygen being water may not need to be used for the triangulation method.
triangulation of the next element may be sulfur or nitrogen.
nitrogen being prone to toxic compounds, its functions may need to be replaced by sulfur, or carefully adjusted.
one vaccine side effects begin to provide enough evidence, that can be used to complete the triangulation, this may open the door to the true identity of cancer & chronic disease, may be a small window of opportunity, before people start loosing immune systems.
RE: Carboxysome: Bacterial Microcompartment