The molecules that can repair the injuries are also giving new visions for nanotechnology and non-organic use. Similar molecules are repairing the injuries in the spinal core can also use to fix all other tissues. The idea is that the molecule itself is repairing the injury. Or it can carry living cells or aim things like fibrine to the right place.
This kind of system can close veins to tumors. Or if the fibrin cell will connect with nanomachines. The system can inject fibrin into cells that operators want to destroy. In that case, the fibrin just fills the targeted cell.
But they can use for many other things. The fibrin can also use in the microchips. The fibrin can form the support structure and small carbon or gold bites can glue on that structure. And that thing can make the thin electric wires for the extremely small microchips.
The dancing molecules that repair spinal cord injuries are opening the road for the new type of surgery. Similar molecules can have many types of use in medicine and also another type of engineering. The molecules that are spinning around each other can use to create the fibers in the liquid.
The thing is that nanotechnology can repair many injuries in the body without needing a visible surgeon. Those molecules can inject into the veins, and then they can position things like fibrine in the right position. Biotechnology allows connecting fibrine cells to the nanomachines.
And then, that system can use to fix the blood veins. The hybrid systems where living cells are connected to nanomachines are revolutionizing nanotechnology and medical technology.
The idea is that the molecules are spinning around each other, and then the catalyst would chain the molecules that are leaving between those two molecules. Those kinds of molecules can make the chains in the polymer liquids, and they can use to make new materials. The new molecules are opening new visions for the systems that are smaller than human cells.
https://scitechdaily.com/regenerative-medicine-breakthrough-dancing-molecules-successfully-repair-severe-spinal-cord-injuries/
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