“Scientists are rethinking how nanoscale tools can influence the body’s own protein control systems. The approach suggests a new direction for tackling diseases driven by hard-to-control molecular targets. Credit: Stock." (ScitechDaily, Nanoparticles That Destroy Disease Proteins Could Unlock New Treatments for Dementia and Cancer)
"Scientists have developed a new nanoparticle-based strategy that could dramatically expand the range of disease-causing proteins that can be targeted by modern medicine.” (ScitechDaily, Nanoparticles That Destroy Disease Proteins Could Unlock New Treatments for Dementia and Cancer)
Nanoparticles are emerging as new tools for medical applications. They can clean the nervous system and blood vessels. They can remove plaque from blood vessels. The nanoparticles can slip into bacteria and destroy them. And they can make the same thing to cancer cells. The problem with nanoparticles is how to position them correctly. In cases. Where nanoparticles must destroy things.
Those nanoparticles can have multiple ways to affect targets. The nanoparticle can involve nanostrings or nanosprings that jump out when they are in cells. Those things make holes in the cell’s protein shell. Another way is that the nanomachine starts to spin, and that spin creates a nanopore in the liquid. That nanopore fills the cell or blood vessel. And that can destroy tumors or bacteria.
Like cancer cells, the operator can enclose them. Into a nutrient package that only targeted cells use. That helps to slip nanoparticles into those cells. The nanoparticle can destroy cells simply. By destroying the internal parts. Of the cell. But. When a nanoparticle must destroy things. Like proteins, there must be a method to get the nanoparticle into those protein particles.
There, the nanoparticle can start to oscillate, and that destroys the protein. The oscillation can be made. By using acoustic devices that cause resonance in those nanoparticles, and then that resonance destroys those proteins. This method can be used in all types of nanoparticles. The problem with nanoparticles is this. Most of those particles will not react like chemical compounds. They use only mechanical. Effect on the object. This means that the nanoparticle keeps its abilities after the target is affected.
The misuse of this technology is also possible.
Nanoparticles are tools that can make a revolution. In medical work. They can also turn into next-generation superweapons. Those systems can be misused as systems. That makes the legendary Novichok look like a child’s game. In Novichok poison, the nerve agent or cytotoxin is enclosed in a capsule, which is made of things like sugar. Sometimes. Is propably. Tested things like water ice. When water melts, the chemical agent is released.
That capsule denies nerve-agent detectors to see those chemical weapons. When a person eats or pulls those sugar bites. In the body, the capsule is dissolved. And that releases the poison in the body. There is a possibility that things like cytostates are “boosted”.
For weapon use. In those cases, the cytostate is closed in a nutrient. That carries it in the wanted cell group. like neurons. And then those chemicals can destroy the nervous system. In those cases. Weaponization of the medical chemical. It is quite simple. The targeted cells of the cytostate must just be transformed.
This makes Novichok so lethal. The nanoparticles that act as nanomachines can simply destroy the internal organs of cells. Or they can destroy the cell’s mitochondria, which causes fatal gangrene. This means that in the wrong hands. Nanotechnology will turn. In the new and dangerous weapon. Nanotechnology can turn the human body into a puddle. And that means this kind of technology is dangerous, illegal, and terrifying. But also an attractive weapon.
https://scitechdaily.com/nanoparticles-that-destroy-disease-proteins-could-unlock-new-treatments-for-dementia-and-cancer/
https://en.wikipedia.org/wiki/Novichok
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