Applied Math Unveils The Solution To Halting The Norovirus, Claims That The Key Lies Our Own Hands
From Olympic host cities to splendid cruise ships, latest news-grabbing outbreaks show that norovirus (a devastating stomach virus that causes diarrhea and vomiting and has no vaccine) can hit anytime and anywhere.
Yet it often does its most horrible work in public avenues and on the road where close quarters and travel mix with restricted awareness and capability of controlling the spread. So how can you keep away from allowing this norovirus turn your upcoming dream journey into a nightmare?
As per an upcoming research in Royal Society Open Science, the most effectual approach is also the easiest: keeping your hands clean. Applied mathematicians of Arizona State University employed information from a huge outbreak of norovirus on a cruise ship to make a fresh math model of how the virus spreads.
“Our model shows that personal contact is the main mean of spread,” claims professor at the Simon A. Levin Mathematical, Computational and Modeling Sciences Center and the lead author of the study, Sherry Towers, to the media in an interview. Simon A. Levin Mathematical, Computational and Modeling Sciences Center is an associated research center of the School for Human Evolution and Social Change.
This clarifies why closely populated surroundings with huge common regions such as resorts, cruise ships, and Olympic villages are the ideal settings for huge-scale outbursts. But knowing that person-to-person contact is the major cause for the spread of disease also offers a solution.
Because aggressive actions like avoiding the sick and self-quarantine not happen at all or often take place too late in these surroundings, the next action of the team was to evaluate the efficiency of different preventative actions, such as surface cleaning and hand washing, in stopping the spread. “It only takes a couple of virus particles to make you ill,” claimed the researchers to the media in an interview.