I think they’re just poisoning us at this point. Probabaly just the graphene oxide can be ingested. Who knows. Maybe cut up some organs while it’s in your digestive tract.
The lipid is both hydrophobic (tail) and hydrophilic (headgroup). Its mechanism of action is to form micelles to transport the mRNA (ie nanoparticles). These micelles/formulations are engineered specifically for a route of entry. You can quite easily destabilize micelles with a change of pH such as the GI tract.
Ingesting something is (usually) completely different than injecting, especially when these 'vaccines' dont work in the first place.
"You can quite easily destabilize micelles with a change of pH such as the GI tract."
the pH of the GI tract usually ranges from 6-7.4 dependent upon biliary salt activity and conditions further along the tract. So, that's not likely true.
"Ingesting something is (usually) completely different than injecting, especially when these 'vaccines' dont work in the first place." You're missing the point: pharmaceutical and nutraceutical companies have been using lipid coatings and micellular activity for decades to increase absorption. Even the most stable and digestible of exogenous drugs are lucky to see about a 30% absorption rate.
Edit: There's not a ton of info out there on these specific LNP stability/efficacy in the GI tract.
Injectables dont work like that. The lipid carrier would be rendered useless. Your body is very efficient at its defenses.
I think they’re just poisoning us at this point. Probabaly just the graphene oxide can be ingested. Who knows. Maybe cut up some organs while it’s in your digestive tract.
its been in the works for sometime,so im sure theyve looked at all that shit,.try a workaround
Not likely. the lipid is hydrophobic.
The lipid is both hydrophobic (tail) and hydrophilic (headgroup). Its mechanism of action is to form micelles to transport the mRNA (ie nanoparticles). These micelles/formulations are engineered specifically for a route of entry. You can quite easily destabilize micelles with a change of pH such as the GI tract.
Ingesting something is (usually) completely different than injecting, especially when these 'vaccines' dont work in the first place.
"You can quite easily destabilize micelles with a change of pH such as the GI tract." the pH of the GI tract usually ranges from 6-7.4 dependent upon biliary salt activity and conditions further along the tract. So, that's not likely true. "Ingesting something is (usually) completely different than injecting, especially when these 'vaccines' dont work in the first place." You're missing the point: pharmaceutical and nutraceutical companies have been using lipid coatings and micellular activity for decades to increase absorption. Even the most stable and digestible of exogenous drugs are lucky to see about a 30% absorption rate. Edit: There's not a ton of info out there on these specific LNP stability/efficacy in the GI tract.