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nanotech2 "Researchers are now finding that we have nanotechnology in our blood. Is this an imminent threat to our freedom? It appears now that everyone has them."

Synthetic Biology Nanotech


As we have now created a general understanding of the history of iodine and its different functions, we would like to now delve deeper into the rabbit hole of arcane health topics. The role of iodine is just one of many fascinating topics in the realm of the holistic calibration of the human system. Going further than iodine, we would like to now introduce the concept of synthetic biology nanotech, as being researched upon by Matt J.a.o.b, Dr. Ana Mihalcea, and Clifford Carnicom. They have been discovering synthetic biological nanorobots in human blood samples. These have a hydrogel base and different pathways of hybridized nanotechnology that is together. Most are aware of graphene issues, however they are seeing polymers, hydrogel, coacervates, protocells, colloids, and nano-particles.

 Video info links: https://banned.video/watch?id=6643f3e2684fe5289a959215

They’ve noticed that RBCs at the stage they’re perceiving at have become “thick and polymer like [with] similarities to constructor rings that many thought were bubbles in the blood. The membranes can be seen to consume material from the outer space and selectively draw in material to be processed within the cell. This is almost what all cells do in nature and why many stages of this technology use Protocell. It works to form biological matter and can be manipulated to form other matter also.” This is for sure very interesting.


Due to the samples degrading it is unclear what these formations are purposed for at this stage. 


“The ring structure does seem to harvest RBC’s. it even has strings pinned to each of these cells and the cells move in towards the structure before being converted into other products on the other side or the inside. Mind boggling to watch it over and over, but it happens and you can see it.”

“I can even see the material coming out of the membrane at very high magnification and with lots of optical tweaking on the scope to get everything just right. [Below/Above?] shows the colourful altered RBC membranes.”

Laser treatment

Blood prior to lasering

Blood post lasering

You can observe a marked  change in shape and density.

“Stunned and glad as I was to see this result, I don’t think my emotions were as high as the man whose blood it was. Thanks Mr MLK . The other thing of note here is its the first time I have seen a gel bubble in a degraded state as above.

Two people did this yesterday and the other person showed a significant release of a number of the fibers into the blood that appeared on the slide, Including those rare red ones. Disabled / unhooked, I am not sure. There was only one tiny one in the first sample but many post the laser. The same reduction in the gel content was obvious in this person as well.”

“My opinion still stands that the research in to these technologies indicates further alteration of human biology, use or production of Electro-chemical structures such as Proteinosomes (Electro-chemical logic gates/circuitry), and much more.” 

Proteinosomes are a new type of synthetic protocell that are delineated by a semi-permeable, stimulus-responsive, enzymatically active, elastic membrane consisting of a closely packed monolayer of conjugated protein–polymer building blocks. The proteinosomes can be dispersed in oil or water, thermally cycled to temperatures of 70°C, and partially dried and re-inflated without loss of structural integrity. As a consequence, they exhibit protocellular properties such as guest molecule encapsulation, selective permeability, gene-directed protein synthesis and membrane-gated internalized enzyme catalysis 

-  from http://www.bristolprotolife.co.uk/research/proteinosome-based-protocells/

“If you want to know why coacervates, microcapsules, protocells, or other name terms are all extremely similar or the same to some degree and why this is what’s being used then listen to Jack Szostack’s presentation on you-tube explaining how these cells can almost deal out the whole solution when complex design pathways are required. Its all about making selective membrane structures which can differentiate themselves and then join together mix when it is of benefit. In other words using them as cooking vesicles and mixers or making constructive cells and functional cells like proteinosomes. Obviously we know the understanding of these cell structures is earlier than suggested in these presentations. RNA is able to be used inside cells and just makes the whole situation much more super advanced in terms of selective and complex programming using these techniques.”

“There are numerous implications from various researchers that these filaments originate from the advent of the "Covid Era".”

These unusual and remarkable filaments:

1. Have a known and documented existence of approximately 25 years.
2. Are of an extremely complex biological nature, internally down to the sub-micron level (at a minimum).
3. Have been intensively studied by Carnicom Institute (CI) and others for this same time period.
4. Are directly a physical aspect of the health condition known as "Morgellons".
5. Have been shown to have a direct role in blood clotting and blood changes that appear to occur more frequently and visibly within the Covid Era.
6. Are ultimately of a synthetic, engineered, xenobiotic biological nature.
7. Were first identified to originate from an environmental source (geoengineering, bioengineering research).
8. Were given to the United States Environmental Protection Agency (EPA) in the year 2000 with a request for identification on behalf of the public welfare; this request was refused via a "policy" decision.
9. Are a direct metabolic development of the Cross Domain Bacteria (CDB) under study at CI over these same decades.
10. Have some variation in form (a degree of pleomorphism) and size (although all are primarily microscopic) and all have a direct existence that can be shown to originate from the CDB.
11. Can be shown to be be the source of synthetic blood production under appropriate culture conditions.
12. The filaments can be demonstrated to be distributed throughout human biology, not just blood.
13. Can be cultured successfully from these same CDB.

“So far the results of the IV green laser have been the most profound and instant improvement I have seen in any blood to date. A 20 minute session seems to improve blood separation and create less bot activity by up to approximately 50 < 80%.”

Some examples show a reduction of what I term orange gobblers ( gel bubbles that suck in healthy red blood cells and destroy them) from 5 or 10 in a sample down to 0. This is very a encouraging result. Where the white blood cells were ignoring a lot of this stuff, once the gel degradation process has started it appears they start attacking the framework left behind. Further research is needed to confirm this though. It would be great if once the levels of contamination are reduced and the tech is able to be identified by our own immune system that we could naturally deal with it as the contaminants enter our bodies. A pipe dream maybe, but well worth pursuing.

“As to the lasting effects, results to date show about a 10% reversion after one week post an 80% improvement. The level of reversion may be according to the levels of new contamination or levels of frequency exposure, but that will be near impossible to determine with so many extraneous factors involved.”

This information provides a good framework for an initial understanding of the situation at hand. Trisodium citrate is a great initial targeting mechanism for this type of protocol, “as  discovered by the microscopists, these two natural substances dissolve the electronic "wires" (Morgellons fibers) that connect the nanotech, so that the kidneys are then able to filter out the microscopic nanotech from the bloodstream.  If you have kidney issues, the microscopists recommend you start out with a quarter teaspoon and increase according to your tolerance.”