Novel Coronavirus: New Name, New Cases

Novel Coronavirus: New Name, New Cases
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On 11 February, the World Health Organization (WHO) named the novel coronavirus, previously referred to as 2019-nCoV, COVID-19, which stands for ‘coronavirus disease 2019.’

The organisation underlined that it was careful to find a name without stigma, ie one that “did not refer to a geographical location, an animal, or an individual or group of people.” It followed best practices for naming of new human infectious diseases developed in consultation and collaboration with the World Organisation for Animal Health (OIE) and the Food and Agriculture Organization of the United Nations (FAO).


You may also like: Coronavirus 2019-nCoV Continues to Spread


WHO is working with Beijing to prepare an international mission, which will look into a variety of issues, from the virus’s characteristics to public health response measures China put in place.

Latest Figures

The latest available situation report from WHO (11 February) shows 43,103 confirmed cases globally, of which 2,560 new. Specifically, in China there are 42,708 confirmed cases. Of those 7,333 are estimated to be severe. 1,017 deaths have been recorded in China. Elsewhere there are 395 confirmed cases in 24 countries with one death. WHO’s risk assessment is ‘very high’ for China and ‘high’ for regional and global levels.

The latest WHO situation reports can be found here.

To facilitate understanding of where and how many people were infected, University of Washington geographer Bo Zhao has created an interactive map of the novel coronavirus, which updates every few hours with data from the Centers for Disease Control and Prevention, the World Health Organization, the People's Republic of China, and other government agencies, including those in Hong Kong, Macau and Taiwan. Users can zoom in on various countries and see the numbers of cases, recoveries and deaths, as well as trends over time. Zhao also plans to add county-level totals from China, and state and provincial totals from the U.S and Canada, respectively.

In the meantime, China has launched an app that allows people to check whether they have been at risk of catching the coronavirus. The 'close contact detector' tells users if they have been near a person who has been confirmed or suspected of having the virus. Another technological measure has been the deployment of drones
to press people into donning protective facemasks.

Also, the country has ‘removed’ several senior officials over their handling of the coronavirus outbreak, among them are the party secretary for the Hubei Health Commission, the head of the commission and the deputy director of the local Red Cross.

WHO Warns of ‘Infodemic’

In an interview with Reuters, Zhong Nanshan, an epidemiologist known for combating the SARS epidemic in 2003 and the China’s government senior medical adviser, assumed that the outbreak would hit a peak in China in middle or late February and might be over by April.

WHO, however, urges caution when interpreting new information on cases of COVID-19 as the data currently available is insufficient for a proper understanding of how the virus works and acts in humans. "It seems people want to accelerate the infodemic and not contain the epidemic," said Dr Michael Ryan, head of the WHO's Health Emergencies Programme. "We need to be very careful with throwing around figures, speculating or scaring people.”

COVID-2019 Genome Online

The browser team UC Santa Cruz Genomics Institute has posted the complete genome of the COVID-2019, which consists of 29,903 nucleotides, on UCSC Genome Browser, an interactive web-based tool used by researchers to study genetic data.

Labs all over the world have been studying samples of the virus, and the information about its genetic code is collected in the global repository of genomic information at the National Institutes of Health’s National Center for Bioinformatics (NCBI) in Bethesda (MD, USA). The UCSC Genome Browser processes this information into a visual display. Researchers can zoom in and out of the genome seeing the sequence of bases at the most detailed level or the individual genes. The browser also contains a CRISPR track, which allows researchers to see where they can splice genetic material and how they can cut it.

Image credit: HGIS Lab

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Published on : Wed, 12 Feb 2020

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