Is This The End Of All Viruses? IBM Creates A Macromolecule That Could Destroy All Viruses

Viruses are different from each other, with different strains that can mutate any time. This makes it different for scientists to create vaccinations for viruses. Fortunately, research has begun at IBM and the Institute of Bioengineering and Nanotechnology in Singapore in creating a macromolecule that could potentially destroy all kinds of viruses.

IBM creates Macromolecule. Claims it resists #Zika #Ebola #Transhumanism #IBM #BibleProphecy https://t.co/iO8SsUCYf2

— Gonz (@FaceLikeTheSun) May 13, 2016

In creating the anti-virus IBM macromolecule, the researchers did not focus on the viruses' RNA and DNA which can mutate and change over time, according to Popular Science. Instead, the researchers focused on glycoproteins --- which are present in all types of viruses and allows them to infect human cells.

Macromolecule sticks to immune cells blocking virus attaching to them! https://t.co/SfDwC1p4tC pic.twitter.com/sS03PvfERO — Javis Chou (@JavisChou) May 12, 2016

So how could this IBM macromolecule destroy viruses? "The macromolecule is a polymer engineered to be anti-viral Velcro and it deals with a virus in three ways," Uproxx explains.

A macromolecule that mimics the binding of HIV to immune system cells could be used to stop the virus https://t.co/8LmPxXKgut #wmtcfl

— Stop The Spread FL (@StopTheSpreadFL) September 3, 2013

First, the macromolecule uses electrostatic charges to attract the virus towards itself. Once they are attached together, the macromolecule neutralizes the virus' acidity levels to prevent it from infecting healthy cells and replicating. The macromolecule could also destroy the virus due to its sugar content called mannose.

However, the researchers noted that this IBM macromolecule treatment against all kinds of viruses has a long way to go. More studies, research and experiments have to be conducted in order to make it available to the public.