The coronavirus has dominated the news, but with more heat than light, I’m afraid. That’s because it really is three stories in one—or one story with three interrelated subplots or angles.
There’s the public health angle, the political angle, and the economic angle. All three of these subplots or angles shape and affect media coverage of the virus and thus need to be explained.
Otherwise, we cannot understand the virus’ true significance—and we will be unable to distinguish between fair and legitimate points or arguments on the one hand and political spin and propaganda on the other hand.
In this post, we’ll address the public health angle or subplot to the coronavirus. Subsequent posts will address the political and economic angles to the story.
Public Health. The coronavirus is, most importantly, a public health problem. It is a new respiratory virus that, according to John Hopkins University’s Center for Systems Science and Engineering (CSSE), has infected nearly 87,000 people worldwide, mostly in mainland China. Nearly 3,000 people have died as a result.
In the United States, 71 people have contracted the virus and one person has died as a result. Public health officials and epidemiologists say these numbers will increase, both domestically and internationally. However, they do not know how widespread and pervasive the virus will become.
We do know that, for most people, the coronavirus is not a death sentence.
Indeed, most who contract the virus suffer only mild symptoms and quickly recover. Fatalities typically occur among the frail and the elderly, those with compromised immune systems, and people with other complicating medical conditions and ailments.
Thus the first and only person in the United States so far to die from the coronavirus was a man in his 50s with underlying health conditions.
We also know that the coronavirus is similar to the influenza virus or flu, which the Centers for Disease Control and Prevention (CDC) estimates has caused 12,000 to 61,000 deaths annually since 2010. Yet, despite the surprisingly high number of flu-induced deaths or fatalities, there is no widespread fear or panic over the influenza virus.
In part, that is because the flu has been with us for some time and thus is well understood. It also is because we have flu vaccines.
There is not yet a vaccine for the coronavirus. The United States is working to develop such a vaccine, but it won’t be available for an estimated 12-18 moths at the earliest, says Anthony S. Fauci, M.D., Director of the National Institute of Allergy and Infectious Diseases.
Still, we know that basic commonsense precautionary measures which prevent transmission of the influenza virus are also highly effective in preventing transmission of the coronavirus.
The coronavirus is “a respiratory virus,” explains the CDC’s Principal Deputy Director, Anne Schuchat, M.D.:
It’s spread in a similar way to the common cold or to influenza. It’s spread through coughs and sneezes.
And so, those everyday sensible measures that we tell people to do every year with the flu are important here: covering your cough; staying home when you’re sick; and washing your hands.
[These are] tried and true ([albeit] not very exciting) [preventative] measures, [and] really important ways that you can prevent the spread of respiratory viruses.
The bottom line, according to the CDC: “for the general American public, who are unlikely to be exposed to this virus at this time, the immediate health risk from COVID-19, [aka the coronavirus], is considered low.”
But because the coronavirus is spreading internationally, there will be more cases here in the United States. We cannot, after all, entirely seal ourselves off from the rest of the world.
However, these incidents should be, for the most part, quite manageable and will not result in widespread death, at least when compared to the similar influenza virus.
Politics. Because the coronavirus is a public health problem, it is also necessarily a political story. Governments, after all, have a duty to take reasonable and effective preventative measures to stop a pandemic from occurring and arresting its development should a pandemic occur.
We’ll address that subplot or angle in a subsequent post.
Feature photo credit: John Hopkins University’s Center for Systems Science and Engineering (CSSE).
