Nanoscale Virus Trap Molecule is one of the latest and greatest discovery in molecular biology

 It has been said that everything in nature is contained within molecular structures. Therefore, our bodies are made up of innumerable smaller molecules, which are interrelated one upon another. The smallest of all these is the virus. It is a biological phenomenon that defies comprehension.

Nanoscale Virus Trap Molecule

 

The nanoscale structure is a very small part of the total protein structure. It is present in every cell in the human body and each and every one of them performs a specific function in the body. They are very important for all living things and they are also involved in the development of all diseases. The latest Nanoscale Virus Trap Molecule invention has given mankind the opportunity to directly attack cancerous cells. As this nanotechnology works, it destroys a very efficient form of cancer called Breast Cancer.

How does it work? This technology uses microwave energy to destroy viruses. The outer membrane of the virus is destroyed by microwave energy. The DNA or the genetic code of the virus is inserted into a DNA clone that is produced by the Nanoscience Institute. The clones are then grown using Nanoscale tools at the Federal Nanotechnology Assistance Program or the Nanoscale Eductromechanical Facility and later distributed to clinics around the country.

Why is this technology important? The advances we have seen in Nanoscale science and the latest Nanoscience and Nano Technology like this one have created amazing improvements in many areas like energy, electronics, and health care.

Physicists and chemists are trying to use the Nanoscale Virus Trap Molecule to trap viruses and bacteria that are sized too small. This could be a huge step forward into protecting our health. This concept was started at the Department of Energy's Pacific Northwest National Laboratory in Washington state. The intent is to use the particle manipulation, which involves the use of many tiny particles, for controlling and manipulating the size of objects.

Comments

Popular posts from this blog

Increasing Initiatives to Digitalize the Healthcare Sector Is Expected To Boost Demand for Electronic Medical Records

Ureteroscopes are highly preferred option over traditional ureteroscopy

Pharmacy Benefit Management is an Integral Part of the Medicare System