The new organic non-sense microchip technology can create intelligent immune systems. But it can also make it possible to control robots and computers over the internet.
Some of those organic microchips are self-assembling and that means they can install in difficult places in the human body. The same technology can use to make nanomachines. As well as even larger structures can create by using technology that is created for microchips with self-assembling protein structures.
New organic components are making it possible to create more flexible microchips that can control the prosthesis or connect brains straight to the internet. The worst problem with implanted microchips is that they are causing rejection.
And if microchips and other components can cover by using the proteins that are similar to the unique proteins that are forming cells of the person who gets implanted microchip. The implanted microchips can use in BCI (Brain-Computer Interfaces). They can use to control remote robots. But the same systems can also control small nanomachines like nano-submarines inside human bodies.
Those nano-submarines can clean the blood vessels. And they can implant microchips into macrophages. That allows the brains to control those nanomachines effectively and controlled macrophages can transfer cells to different locations.
If the person's cell proteins cover microchips. They would not activate immune systems. The self-assembling organic microchips are also making it possible to create self-assembling nanomachines. Also, those proteins can revolutionize cancer therapy. The proteins can close blood vessels that are taking blood and nutrients to tumor cells.
But the new self-assembling protein-based logic circuit causes fundamental visions of the microchips that can be injected into blood vessels. And then those microchips will assemble themselves at the right point of the body. The protein-based self-assembling structures can also use to create ventilation in the blood veins. Those ventilators could be self-assembling and they can close the blood flow in the veins that transfer blood to tumors.
The problem with tumors is that they are sending the chemical marks that make the body create blood vessels in the tumor. And if that "call-protein" is connected to nanomachines. They can travel straight to the tumor. But there is also the possibility. That the nanomachines of tomorrow are just connecting themselves to tumors and trying to close the ion pumps of those cells.
https://scitechdaily.com/printable-self-assembled-logic-circuits-created-from-proteins/
https://scitechdaily.com/new-organic-transistor-enables-higher-density-circuit-integration-for-high-performance-mobile-devices/
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