To repeat: I am not a medic or a scientist. These concepts are far beyond me, but being researched by some smart people around the world. It seems to my untrained eye that many technologies are converging – not least mRNA and its delivery. Side note: toxins are required (in the right measure) to make most treatment ingredients work! (h/t Kyle).
Thank you for the alert, however “… PC - when properly tuned - can serve as a potential…”
And what about when it’s not properly tuned? Given the democidal trajectory prevalent today.
Who would wish to trust yet more messengerRNA applications provided by so-called health services using rubber-stamped pharmaceuticals that have already failed so miserably?
Seems that Dr. Burzynski, Fenbendazole, Ivermectin and other protocols hold out more promise to patients than the savagery that comprises current allopathic treatment.
In fact, Mebendazole, a somewhat weaker Fenbendazole derivative produced (and altered) by pharma, is being trialled by medics as we speak, with good results, despite being used in tandem with the usual allopathic poisons.
More info available on substacks here: Fenbendazole Cures Cancer for stories/testimonials/ trial updates,and 2nd Smartest Guy in the World if you want to buy some.
Also check out ‘My Cancer Story Rocks’ by Joe Tippens:
Long-term side effects of vaccines due to nanoparticle technology and polymer copolymer coating technology are feared. More questions and disclosure are needed about the suspected trade secret ingredient that caused the sudden death
The co-surfactant technology in polymers is utilized to coat antigens or other compounds onto polymer surfaces, enhancing stability and delaying release. However, further research is needed to understand the mechanisms through which this technology may lead to long-term side effects.
■ Polymers may degrade over time, depending on environmental conditions. The degradation process of polymers can lead to side effects, as degradation products may undergo metabolism in the body, potentially causing toxicity.
■ Compounds used in polymers or surfactants may continue to be released from the surface over time. The release of these harmful substances can induce adverse reactions within the body.
■ Coating of polymers or surfactants on antigens may trigger immune responses through interactions with the antigens. Prolonged exposure to antigens may lead to excessive activation of the immune system.
■ Polymers or surfactants may deposit or be excreted within tissues, potentially affecting tissue structure or function. Such deposition or excretion may lead to long-term side effects.
These mechanisms suggest the potential of co-surfactant technology in polymers to induce long-term side effects.
Thank you for the alert, however “… PC - when properly tuned - can serve as a potential…”
And what about when it’s not properly tuned? Given the democidal trajectory prevalent today.
Who would wish to trust yet more messengerRNA applications provided by so-called health services using rubber-stamped pharmaceuticals that have already failed so miserably?
Seems that Dr. Burzynski, Fenbendazole, Ivermectin and other protocols hold out more promise to patients than the savagery that comprises current allopathic treatment.
In fact, Mebendazole, a somewhat weaker Fenbendazole derivative produced (and altered) by pharma, is being trialled by medics as we speak, with good results, despite being used in tandem with the usual allopathic poisons.
More info available on substacks here: Fenbendazole Cures Cancer for stories/testimonials/ trial updates,and 2nd Smartest Guy in the World if you want to buy some.
Also check out ‘My Cancer Story Rocks’ by Joe Tippens:
https://mycancerstory.rocks/
Mr. Tippens’ account is what started the public interest in these alternative-use bendazoles.
Long-term side effects of vaccines due to nanoparticle technology and polymer copolymer coating technology are feared. More questions and disclosure are needed about the suspected trade secret ingredient that caused the sudden death
The co-surfactant technology in polymers is utilized to coat antigens or other compounds onto polymer surfaces, enhancing stability and delaying release. However, further research is needed to understand the mechanisms through which this technology may lead to long-term side effects.
■ Polymers may degrade over time, depending on environmental conditions. The degradation process of polymers can lead to side effects, as degradation products may undergo metabolism in the body, potentially causing toxicity.
■ Compounds used in polymers or surfactants may continue to be released from the surface over time. The release of these harmful substances can induce adverse reactions within the body.
■ Coating of polymers or surfactants on antigens may trigger immune responses through interactions with the antigens. Prolonged exposure to antigens may lead to excessive activation of the immune system.
■ Polymers or surfactants may deposit or be excreted within tissues, potentially affecting tissue structure or function. Such deposition or excretion may lead to long-term side effects.
These mechanisms suggest the potential of co-surfactant technology in polymers to induce long-term side effects.
You are still behind mRNA 🤯