Nanotechnology - Leading Way to Medicinal Innovation

Nanotechnology is likely to revolutionize the world of medicine. Researchers are optimistic that this unique technology will clearly transform the diagnosis and treatment strategies of various fatal illnesses. Some of the possibilities are in a trial stage on the basis of which future evolution is being estimated. Nanotechnology utilizes nanoparticles to fight the disease in human body. Considerable research has been done in this field to offer latest and unique solutions in the field of medicine. It is plausible that in the coming years, we will be enjoying the perks of “Nanomedicine” on a whole new level.

How Nanotechnology is going to work:

Technology geeks are trying to make nanoparticles effective enough to be able to fight the cancer cells through heat, drug or other elements. This process when developed is going to involve the production of efficient particles that will prevent the damage of healthy body cells caused by cancerous cells. The technique will help the oncologists to diagnose cancer at an initial stage along with better treatment administration.

Clinical Trials:

Clinical tests are underway to gauge the ability of nanoparticles to directly act on the cancerous cells. These trials involve making these particles reactive enough to deliver chemo medicines to the damaged cells. First set of results of the tests have been revealed by a couple of drug companies, let’s keep the fingers crossed for further successful trial results.

Other Developments:

MIT is contributing its share in developing Nanotechnology as an emerging science in medicine. Tech experts at MIT have utilized the nanoparticles to enhance the immunity properties of vaccine. This is indeed a remarkable success as the vaccines were losing their effect because of the number of disease causing agents being increased.

Research work is also in progress for boosting up the efficacy of insulin with nanoparticles. MIT geniuses are also credited with developing a pill like nanoparticle that perfectly absorbs in the blood. This has paved the way for improving the effect of oral medicines.

Treating Tumors:

Carbon nanotubes have been successfully used to produce powerful sound waves. This technique is being worked on to develop as a reliable and pain free procedure for removing tumors. Once developed, it is going to be a terrific accomplishment in the surgery field. Bismuth nanoparticles have drawn the attention of tech engineers, these particles are expected to boost up the radiation effect on the cancerous tumors.

Improving Diagnosis:

Nanotechnology will improve the diagnostic procedures that will benefit the cancer patients. A sensor has been developed with the aid of this technology that is likely to monitor even the lowest count of cancerous cells. The treatment of cancer at the most initial stage is easy and patients have a higher survival rate in such a scenario.

Many infectious diseases can also be diagnosed earlier because of nanoparticles. Researches are putting in effort to further improve the efficiency of these particles for diagnosing other illnesses as well. Intrinsic details of kidney damage can be analyzed utilizing the technology.

Promising Possibilities:

Nanotechnology is indeed a blessing that has promised infinite possibilities in medicine and other fields. Imagine a world with better medical facilities, where people will not die of cancer and tumors. This technology is safer and less painful as compared to other existing available treatments. Surgical procedures and chemo drug administration are likely to get more effective and focused by the further development of nanoparticles.

There are many impending challenges to medicine such as deadly viruses whose origins are unknown. Nanotechnology has the ability to combat with such viruses and bacteria, thus it turns out to be a dynamic solution for daunting endeavors.

Can nanotechnology be used for the diagnosis of Alzheimer's disease? >>

New developments in the field of nanotechnology – a method that restores vision >>

Using nanotechnology in cardiology – Synthetic nanofiber vascular grafts >>

Nanotechnology Allowing Image Capture with Atomically Thin Materials >>