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Strong Disinfectants can Control Pandemic

by Shravanthi Vikram on Sep 3 2021 11:22 PM

The nanoparticles in the disinfectant can last for seven days and can kill viruses both chemically and mechanically. The disinfectant is effective against seven different viruses.

Strong Disinfectants can Control Pandemic
A nanoparticle based disinfectant can continuously kill the virus present on the surface for seven days, finds a study conducted at the Orlando University and is published in the journal ACS Nano.
The disinfectant is a powerful weapon to control COVID-19 and other infectious diseases caused by viruses. The active ingredient of the disinfectant is a nanostructure called cerium oxide that has regenerative antioxidant properties. Along with cerium oxide a small amount of silver is incorporated to make it more potent against pathogens.

COVID-19
COVID-19 is an infection caused by SARS-CoV-2 virus that affects the upper respiratory tract. The infection is declared a pandemic, it has affected more than 33 countries worldwide. The common symptoms of the infection are sore throat, cough, fever, fatigue, and breathlessness.

How does the disinfectant kill the pathogen

The nanoparticles kill the virus both chemically and mechanically by emitting electrons that oxidize the virus and make them inactive. The nanoparticles get attached to the surface of pathogen and rupture its surface.

Advantages of the nanoparticle disinfectant:

•The disinfectant is effective against coronavirus, rhinovirus and seven different viruses.

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•The disinfectant inactivates the viruses in a single application and long lasting (stays on the surface for seven days).

•The normal disinfectants stay on the surface only for a few minutes and do not have any residual effects.

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•The nanoparticle disinfectant is harmless and chemical free compared to other commercial disinfectants that contain harmful chemicals.

According to Parks - nanosciences expert “Not only did it show antiviral properties toward coronavirus and rhinovirus, but it also proved effective against a wide range of other viruses with different structures and complexities. We are hopeful that with this amazing range of killing capacity, this disinfectant will also be a highly effective tool against other new emerging viruses.”

The scientists say that the disinfectant will reduce the rate of hospital acquired infections like Methicillin-resistant Staphylococcus Aureus (MRSA), Pseudomonas aeruginosa and Clostridium difficile that affect more than one in 30 patients admitted in U.S hospitals.

More study is required to see how the disinfectant acts when exposed to extreme temperatures and other external factors.

“We're also exploring developing a semi-permanent film to see if we can coat and seal a hospital floor or door handles, areas where you need things to be disinfected and even with aggressive and persistent contact,” says Drake founder of Kismet Technologies.

Source: Medindia


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