Research note27 Nov 2020 13:19
DeepVerge plc
Marketing Communication Your Capital is at Risk
DeepVerge has announced breakthrough interim analysis that demonstrates its ability to host the SARS-CoV-2 virus on Labskin-cloned human skin microbiome. This is highly significant in the respect that to date society has been forced to depend on anecdotal or theoretical evidence (from the World Health Organization (‘the WHO’) and various health agencies) to determine how infectious skin is, as humans touch different surfaces and each other. The body of research, protocols and methods now created on Labskin while utilising the real coronavirus, offers formal confirmation and sets necessary standards for oversight testing across a broad range of sanitisers, skin and health care products. The study is now being extended to further investigate behaviours of COVID-19 on skin and enable testing on anti-viral and dental products. Assuming its successful completion, this could rapidly and economically provide scientific evidence that formally backs-up any product claims to kill or address risk of transmission of the virus (or its mutations) without first having to expose human volunteers to it through clinical trials. Given the anticipated post-Pandemic focus on such claims across a multitude of personal and household products, together with strict governmental oversight of all-such related labelling, DeepVerge appears to have once again utilised its unique skillset and technological abilities to identify and prospectively satisfy a long-term, high margin opportunity within mass markets desperate for reassurance that they can return to some form of ‘normality’.
Real-world clones of the human skin microbiome
Labskin scientists, in partnership with the University of Aberdeen through which they gain access to a SARS-CoV-2 virus Category 3 laboratory, have successfully populated and maintained the SARS-CoV-2 virus on skin models upon which various household chemicals, anti-viral, skin and health care products etc, can be applied. Through this the effect on the microbiome itself, as well as the product’s efficacy at killing the virus over different periods of time, can be tested. So far, the study has specifically investigated the virus’ transmissibility from surfaces to airways by measuring its viability when recovered from surface(s) to skin and skin to skin. It also examined what the application of different sanitisers to the skin actually does to COVID-19, along with reduction of titre and/or virulence. Beyond this, it also reviewed ability of the virus to activate innate immune response on human living tissue (using the Labskin model) and the period it can survive there.