Experts say the action of the Magic Eze Spray® supplied by KY Omega Health has an antiviral agent that can inhibit the SARS-COV-02 virus by up to 99,7% within 2 - 10 minutes of using the spray on and effected area.
To support your protection barrier and reduce the chance of infection you must spray your hands and the inside and outside of your mask every 20 minutes. Scientists at the Jilin university have patented this anti-microbial technology to ward off various species of bacteria and viruses. Working with an anti-viral spray technology called Magic Eze Spray® is believed that it could protect face-mask users by killing the deadly coronavirus in as little as 2- 10 minutes.
According to Wuhan Institute of Virology the antimicrobial peptide found in the spray, inhibits the virus from mutating and destroys it's nucleus, effectively eliminating all new mutant variants, including the UK's so-called Kent variant and the South African variant.
"The antiviral agent within the spray particles in the mask kills the virus by breaching its protective outer membrane, which is known as its envelope. This way of attacking the pathogen will work on any new variant of coronavirus,"
The technology called Rana temporaria has been patented and is used in many other products manufactured for their antimicrobial properties. Laboratory tests showed that the antimicrobial peptide killed 99,7 per cent of pathogens on its surface within ten minutes and they were undetectable for hours.
Experts say the action of the antiviral agent continues to work because it is unaffected by changes in the spike protein of the virus, which is the method by which coronavirus mutates.
Conclusion
Final lab results found that by diluting the antimicrobial peptide by 20 and 30 fold it can inhibit the virus by 99,4% within 2 minutes and 99,7% with in 10 minutes respectively.
The patented and unique antimicrobial peptides have a strong anti-viral activity against the SARS-COV-02, with the inhibition rates >99%.
SOURCE: Report No.: WIV-CMRB-2020-005
Project Name: EVALUATION OF ANTIVIRAL ACTIVITY OF ANTIMICROBIAL PEPTIDE FROM RANA TEMPORARIA AGAINST SARS-COV-02. Report Date: 18/08/2020
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