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The application of nanotechnology in healthcare is breaking new ground in the life sciences industry.
Fremont, CA: Nanotechnology is concerned with the design of systems at the atomic and molecular levels. NanoTech combines molecular chemistry and physics with engineering to gain an advantage over the unique changes in material properties that occur at the nanoscale.
The human body's inability to absorb entire doses of drugs is a significant challenge for the healthcare industry. So this is where nanotechnology comes into play. Nanotechnology can be useful to transport drugs to specific cells in the body, ensuring a more precise treatment and lowering the chances of failure or rejection.
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The ability to examine the human body, its drug therapies and medical devices at the nanoscale ensures much higher accuracy in medicine. As a result, nanotechnology is getting used in the healthcare industry for two broad applications: diagnostics and medical devices and nanomedicine. With the rapid advancement of nanotechnology, the possibilities for developing new diagnostics and treatments with higher success rates are limitless.
Let’s see some ways that nanotechnology is influencing the future of healthcare:
Nanomedicine is the application of nanotechnology in healthcare applications such as disease treatment and diagnosis using nanoparticles in medical devices and nanoelectronic biosensors, and molecular nanotechnology. For example, Nanomedicine is currently being used to create smart pills as well as to treat cancer.
Nanobots are micro-scale robots that function essentially as miniature surgeons. They are implantable and can be used to repair and replace intracellular structures in the body. They can also replicate themselves to correct a genetic deficiency or even eradicate diseases by replacing DNA molecules. This property is still under construction.
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Nanobots can also get used to drilling through artery blockages to clear them. Scientists collaborated to create nanobots made of carbon nanotubes and loaded with a drug that can eat away arterial plaque. This nanotechnology can lower the risk of having a heart attack.
Nanofibers are beneficial in wound dressings, surgical textiles, implants, tissue engineering, and artificial organ components.
Scientists are developing smart bandages,' which will absorb themselves into the tissue once the wound heals. These smart bandages' embedded nanofibres can contain clotting agents, antibiotics, and even sensors to detect signs of infection.
The application of cloth-based nanotechnology in healthcare is a new but popular method of remote patient monitoring. Nanosensors embedded in the fabric of such wearables record medical data such as heartbeat, sweat components, and blood pressure. It saves lives by alerting the wearer and medical professionals to any adverse changes in the body.
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