In its most straightforward definition, nano is a value that equals one-billionth of a unit of measurement. As such, nanotechnology deals with the application of tools and devices that are in the range of 1-100 nanometers in size. Ideally, the small size nature of gadgets with size makes it easy to undertake special application that would have otherwise been impossible with conventional practices. This technology has been hugely embraced in medicine. So here are some benefits of nanotechnology in medicine.
Nanotechnology in Medicine
The use of nanotechnology in medicine is highly appreciated in medicine. Many devices and operations have been developed to cure diseases and other health disorders in a more efficient manner. The benefits of nanotechnology have been significantly felt especially in cancer treatment, which is required to be highly specific for accurate targeting of affected cells.
Benefits of Nanotechnology
Repairing Body Cells is Easy
Nanotechnology has paved the way for the construction of nanobots and minuscule devices that are capable of entering the human body and performing highly specific operations. These units are capable of distinguishing different molecules and cells, which makes it easy for them to repair particular types of body cells discriminately. For instance, these machines can be used to improve damaged heart tissues, kidneys, and also unclogging cholesterol-filled blood vessels.
Efficient Drug Delivery
Some medicines have to be consumed, and human error in taking an injection or orally administered drugs can be limiting in a way. With nanotechnology, timely drug delivery can be achieved with these units being pre-programmed and thus more effective. The devices used in administering drugs in the body are known as ‘Nano vehicles’.
Abnormal genes are responsible for all manner of deformities or illnesses. Nanotechnology presents a real possibility of replacing defective genes with normal genes. This, will not only help in making people healthier but will also protect us from illnesses like cancer and blindness that have consistently denied millions of people the right to lead a healthier and productive life.
Nanotechnology imaging methods, also known as molecular imaging have become a common practice in recent years. However, they are not meant to replace traditional imaging methods but only complement and improve their accuracy. The food thing about molecular imaging is they capture natural processes at a cellular or molecular level.
Nanotechnology has opened the gates wide to many possibilities in medicine right from diagnosis, treatment, and gene therapy. As technology continues to improve current practices in nano-technology, the scope of development in nanomedicine seems unlimited.