SCARY! Wondering how they will "vaxx" the unvaxxed? Hydrogel Nano Particles For Nasal Vaccine Delivery!

Nobody find this interesting in the least?

'ING for the value of being seen
by as many folks as possible.

Last Edited by My Corona Bologna Persona on 08/21/2021 05:00 PM

:fivestars:

Thanks for the brotha!

I thought it was pretty damn crazy too..


Makes perfect sense with a lot of symptoms people are going through, as well as fitting right in to the whole graphene thing.

Hope more people see this and get it out there..

It's solid info from PubMed, and i know it sounds like one of the crazier GLPR's shit they ramble on about, but the proof is in the pudding and it's time to quit with all the cognitive dissonance..

It seems some of our worst conspiratorial nightmares and fears, weren't just as internal as we thought, but far more external and in reality than we ever could have imagined.

This is the days of Noah all over again..

They're playing God and I don't believe the Most High is gonna let their game go on much longer..

People have gone fully under the spell, lost in the sauce... saying they're truthers but pushing "good vaccines" and "it's okay to jab yourself if you can't feed your family"..

Those of us that are sentient know that's all cop outs.


To all you real ones out there, much love.
We're fighting the good fight.. how the zombies can't see they're on the wrong side, after all the years... the age of technology... age of information... I don't know..
But something pushed us out.. we have purpose.

God bless and godspeed my friends.

Yeah, I think it's maybe time I consider moving out to the middle of nowhere in a modest house with a garden. If they actually did use one of these "vaccines", 95% of the world is fucked.

and

Man something is scrubbing this thread.. have bumped 3 times over the past 2 days and it hasn't jumped nearly like it should have..

This is SOLID info...



SPREAD THIS!

Chemtrails?

That is very disturbing indeed. Good find OP.

for truth


MODS PLEASE PIN THIS FOR ME..

It sure beats half of the garbage that's pinned.. this needs to be seen!

Thanks.. God bless yall!

Last Edited by My Corona Bologna Persona on 08/24/2021 03:43 AM

Thanks so much! I thought so too!

God bless and godpeed, my friends..

That's what I was thinking.. it all started to get very... "different"... at about the early-late 2018 mark, huh?

Thanks for the bump brotha!

Yes they have ways of forcing us to take it most likely without us even knowing.

But I guarantee they'd rather back us into a corner and make us give in willingly. There's more power in us giving into their wishes than for them to force it on us without us knowing.

Also off topic but Alice in Chains is my favorite band of all time, so nice username OP.

Be very careful with what you stick up your nose.

That "cotton" swab on a stick that's tickling your brain plate might not be as innocent as you think.

I have had God watching over me this entire almost 3 years.. even before I knew all of the information.. I knew not to take the test.. I know it all was a complete fallacy..

God bless friend.

Exactly. I will never get that test. It is fucking evil.

So doomed

Thread: SCIENTISTS ARE BUILDING A “BLACK BOX” TO RECORD THE END OF CIVILIZATION

[link to www.godlikeproductions.com]

Bingo! I tried getting this out before. Xanadu bio tech.

Bump

Bump

We are SO DOOMED

A little related?
Its from 2009
[link to godlike.com (secure)]

TEHRAN (FNA)- Researchers managed to develop drug delivery techniques with 'on-off switches' that would allow controlled release of drugs into the body by combining magnetism with nanotechnology.


Researchers created a small implantable device that encapsulates the drug in a specially engineered membrane, embedded with magnetic iron oxide nanoparticles.

These methods use stimuli such as an implanted heat source or an implanted electronic chip to trigger the drug release from the implanted reservoir. So far, none of these methods can reliably perform all the needed actions: repeatedly turn dosing on and off, deliver consistent doses, and adjust doses according to each patient's need.

Quite a number of serious medical conditions, such as cancer, diabetes and chronic pain, require medications that cannot be taken orally, but must be dosed intermittently, on an as-needed basis, and over a long period of time.

The application of an external, alternating magnetic field heats the magnetic nanoparticles, causing the gels in the membrane to warm and temporarily collapse. This collapse opens up pores that allow the drug to pass through and into the body. When the magnetic field is turned off, the membranes cool and the gels re-expand, closing the pores and halting drug delivery. No implanted electronics are required.

"We have developed an implantable system that can provide on-demand, reproducible drug release whenever the patient - or other operator - wants, for as long as needed, and with the intensity that is desired, using a trigger that is external to the body - in this case an oscillating magnetic field," Daniel Kohane told Nanowerk Spotlight Journal.

"Most of the previously designed systems could only result in a single release event, or involved implanted triggering systems, or connectors to the outside world," he added.

Kohane, an associate professor of anesthesiology at Harvard Medical School and a senior associate in critical care medicine at Children's Hospital Boston, and his team have reported their findings in a recent issue of Nano Letters ("A Magnetically Triggered Composite Membrane for On-Demand Drug Delivery").

Kohane explained that composite membrane-based drug delivery devices have the potential to greatly increase the flexibility of pharmacotherapy and improve the quality of patients' lives by providing repeated, long-term, on-demand drug delivery for a variety of medical applications, including the treatment of pain (local or systemic anesthetic delivery), local chemotherapy, and insulin delivery.

The membrane that Kohane's team developed consists of ethyl cellulose (the membrane support), superparamagnetic magnetite nanoparticles (the triggering entity), and thermosensitive poly(N-isopropylacrylamide) (PNIPAM)-based nanogels (the switching entity).

Membranes were prepared by co-evaporation so that the nanogel and magnetite nanoparticles were entrapped in ethyl cellulose to form a presumably disordered network. To facilitate effective in vivo triggering, the nanogels were engineered to remain swollen (i.e., in the 'off' state) at body temperature.

"When we subjected the magnetic nanoparticles embedded in the membrane to an external oscillating magnetic field, they heated inductively," explained Kohane.

"The heat generated by magnetite induction heating was transferred to the adjacent thermosensitive nanogels, causing the nanogels to shrink and permit drug diffusion out of the device. When we turned off the magnetic field, the nanogels cooled, causing them to reswell, turning off the drug flow and refilling the membrane pores," he added.

The researchers observed a 10- to 20-fold differential flux between the 'off' and 'on' states. Furthermore, multiple on-off cycles could be performed without significantly changing the permeability of the membrane in the off state.

The on-off action doesn't occur immediately but was much more rapid than that seen with bulk, interpenetrating hydrogel networks. The devices turned 'on' with only a 1-2 minute time lag after the solution temperature reached 40°C and turned 'off' with a 5-10 minute lag after the stimulus was switched off.

Kohane pointed out that reproducibility will clearly be a key consideration in devices of this type, especially with drugs with narrow therapeutic indices.

"We have shown excellent reproducibility over four magnetically induced cycles" he said.

"The maximum number of cycles over which that reproducibility can be maintained remains to be determined, as does the number of cycles over which it needs to be maintained. The latter will depend to a large extent on the specific clinical indication and the expected duration of therapy. Some devices might only need to be triggered a few times, while others - e.g., for a chronic condition requiring treatment several times a day - might require reproducible triggering over thousands of cycles," Kohane told the Journal.

This issue will be of great importance in the downstream development of the device. Indeed, the ultimate design of a clinical drug delivery device based on this membrane technology, including the specific materials of which it will be composed, is yet to be determined, he stressed.

[link to english.farsnews.com]

So doomed

Very