nhmemorymaker
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A strategy to prevent future epidemics similar to the 2019-nCoV outbreak - ScienceDirect
Over the past 10 years collaborating with scientists in China, we collected samples from over 10,000 bats and ~2000 other mammals across South China and discovered 52 novel SARSr-CoVs, 122 other β-CoVs, more than 350 novel α-CoVs (including the new Swine Acute Diarrheal Syndrome Coronavirus SADS-CoV), and a new “lineage E” β-CoV clade [11,12]. We found SARS-related CoVs that can bind to human cells, and that cause SARS-like disease in humanized mouse models that was not prevented with a vaccine candidate against SARS-CoV, and were not treatable with almost all of the monoclonal therapies being developed for SARS [8,[13], [14], [15], [16]]. Finally, we showed serological evidence that people living at the wildlife-human interface in rural China were being exposed to SARS-related coronaviruses, perhaps even the same virus as nCoV-2019, between the emergence of SARS and the current outbreak [17,18]. Together these data mark wildlife-origin coronaviruses as a ‘clear and present danger’. They also highlight exactly the issue of key concern in the current outbreak — that there is a large diversity of viral strains in wildlife in China with significant potential for emergence in people. Further, we estimate that there are thousands of other CoVs in bats across Southeast Asia, many of which will have pandemic potential. We strongly urge that scientists in these countries work to discover all of these viruses so that we can catalog them, develop a reference library for rapid pathogen identification and risk assessment, and test vaccines and therapies against them [19,20].
Makes my skin crawl. Especially the new pigs**t one SADS-COV.
I found this to be the main message of above article. The wildlife trade is, by no means, isolated to China, and
Dealing with the risk of future epidemics and pandemics requires a global effort.
China is located within a major ‘emerging disease hotspot’ in Southeast Asia, but there is also a high risk of future diseases originating in sub-Saharan Africa, South Asia and Latin America
Furthermore, the drivers of disease emergence are human activities that are expanding on a global scale, including deforestation, agricultural intensification and the wildlife trade.
This has led to an exponential increase in the frequency of animal-human contact and likelihood of novel disease emergence and spread, suggesting that pandemics will become more frequent and more devastating in the future.