The new nanomaterials are intelligent tools.

   The new nanomaterials are intelligent tools. 

The new nanomaterials are intelligent tools. The DNA-based operating system makes it possible to drive complicated code in the new nano-size devices. The new devices can be nanocapsules that follow commands that they get from the nervous system. The nanocapsules and nano-submarines make it possible to transport medicines and cells into the wanted position. Nanorobots that carry medicines into the desired position are excellent tools. 

The nanomachines can also carry stem cells into the wanted position. That allows bone cells, or some other cells like neurons production in the desired position in the human body. The system can move the right stem cells or it can inject special viruses in those cells. And that makes it possible to clone wanted cells using the cells. That the system takes from the receiver's body. It denies repelling reaction. 

And that thing makes it possible to fight against the infections and injuries using the person's cells. The ability to get more cells in the injury is a new thing. But nanotechnology can make many more things. 

The intelligent nanocapsules can remove toxic material from the blood. The intelligent nanocapsules can also remove carbon dioxide from the blood. In this reaction, the nanomachine just reduces carbon from oxygen. In that reaction, carbon dioxide divides into carbon and oxygen. And it can deny brain damage. If humans can clean carbon dioxide out of blood. 

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"Researchers at Northwestern University have developed a device, funded by DARPA, that produces oxygen to keep cells alive within an implantable “living pharmacy.” This pharmacy aims to autonomously produce therapeutics to regulate sleep/wake cycles". (ScitechDaily.com/Breathing Life Into Medicine: “Living Pharmacy” Implant Gets Oxygenating Boost)

*New device could improve the outcomes of cell-based therapies.

*Cell-based therapies show promise for drug delivery, replacing damaged tissues, harnessing the body’s own healing mechanisms, and more

*But keeping cells alive to produce therapies has remained a challenge

*Researchers used a smart, energy-efficient version of water splitting to produce oxygen for these cells

*New approach maintains cells in vitro and in vivo, showing promise for both acute and chronic applications. (ScitechDaily.com/Breathing Life Into Medicine: “Living Pharmacy” Implant Gets Oxygenating Boost)

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"Scientists at the University of Missouri have created a nanocapsule capable of targeted substance delivery, with potential applications in medical and scientific fields. This advancement, which uses a structure similar to gecko feet, signifies a major step in supramolecular chemistry and could transform how drugs and nutrients are delivered in biological systems. (Artist’s concept)" (ScitechDaily.com/Scaling Up the Power of Nanotechnology – Scientists Develop New Conceptual Nanomaterial With Huge Potential)

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Re-oxygenation of blood using nanotechnology gives huge visions. 

That thing makes it possible to make a system that allows a person to "breathe" without using the lungs. The re-oxygenation makes it possible. Human blood can get oxygen from somewhere else than the lungs. If the system can separate oxygen from carbon dioxide, that allows the closed cycle in the blood vessels that allows internal oxygenation in the blood. 

The DNA-based operating systems along with new types of small microchips and body-implanted sensors make it possible to control intelligent nanocapsules using EEG-transmissions. 

The new intelligent nanocapsules can make medicines more effective than ever before. Some of those capsules are created to give oxygen to cell cultures. That means those capsules can act as biomedicine. The thing that causes problems in infections is anaerobic cells.

And if the capsule can send oxygen to injuries that allows to deny infection. But those intelligent nanocapsules can make much more. It's possible that somewhere in the future medical staff and some other special teams have nanocapsules that separate oxygen from carbon dioxide in the blood vessels. 

That thing can make it possible to avoid brain damage in cases where the person cannot use their lungs. And future scuba divers may use intelligent implants to give oxygen to the blood. And that thing makes it possible to continue diving for a very long time. In that system, the intelligent capsules will communicate with human nervous systems using the body-implanted microchips. 

Those microchips take commands from the nervous system and then deliver them to those biocapsules. That kind of futuristic system can produce antibodies or some other transmitters. That are activating the immune system. Or those chemical transmitters can activate the mitochondrial divide, which raises the muscle cells' ability to produce energy. That can make a superpower for the person. 

https://scitechdaily.com/breathing-life-into-medicine-living-pharmacy-implant-gets-oxygenating-boost/

https://scitechdaily.com/scaling-up-the-power-of-nanotechnology-scientists-develop-new-conceptual-nanomaterial-with-huge-potential/