Dr. Birx on Why They Had to Drastically Change the Stay-at-Home Guidelines

Cortney O'Brien | March 18, 2020 3:15 PM

While Wednesday's White House briefing was filled with your typical round of partisan questions about why President Trump is calling it the "Chinese virus," there were a few actually helpful inquiries, and even more helpful answers. One of those exchanges was regarding why the administration had so drastically changed its tone about how much we should be practicing social distancing.

Well, Dr. Birx explained, it's because of the new scientific models they've seen that reveal just how easily the virus could be transmitted, not just between individuals. New studies from the National Institute of Health, for instance, show that the virus can remain on plastic and stainless steel for three days.

Dr. Deborah Birx: President @realDonaldTrump's “comprehensive” guidelines based on the latest science and modelshttps://t.co/SbRFAI8v0x pic.twitter.com/YP1CMLM20l
— RNC Research (@RNCResearch) March 18, 2020

"Those fundamental guidelines were put out that say don't expose yourself to surfaces outside the home," Dr. Birx said. "Basically what those guidelines are, are don't expose yourselves to excess number of persons who could be asymptomatic and infected and then the person-to-person contact. And don't expose yourselves to surfaces that could have had the virus on it...Hard surfaces, not shown in fabric as much, or cardboard, but in hard surface transmission."

The doctor explained she was not as worried about cardboard deliveries because the virus tends to disintegrate over 24 hours on that surface.

Dr. Birx was also careful to note that despite what some carefree millennials think, they certainly can get COVID-19. Some young folks in Italy are currently in critical condition in hospitals because they did not take those precautions. Birx drove this point home because all over the U.S. young people have still been attending large social gatherings. Like in Clearwater, Florida, where some beaches are still at full capacity.