COVID-19 Chapter 2: Disease

This Podcast Will Kill You

Exactly Right and iHeartPodcasts

Health & Fitness, Science

4.8 • 17.7K Ratings

🗓️ 23 March 2020

⏱️ 50 minutes

🔗️ Recording | iTunes | RSS

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Summary

This marks the second installment in our Anatomy of a Pandemic series, in which we discuss the various aspects of the COVID-19 pandemic. In this second chapter, we explore what we currently know about the disease itself, from symptom progression to incubation period and the role that asymptomatic individuals play in the transmission of disease. Our firsthand account, told from the perspective of a respiratory therapist, illustrates the severity of this disease and the frightening, yet very real, prospect of running out of medical equipment, protective gear, and hospital beds. We then discuss what we currently know about COVID-19 from a clinical disease perspective. We are joined by Dr. Colleen Kraft (interview recorded March 19, 2020), whose voice you may recognize from our first episode on coronaviruses. She helps to break down some of the disease-related questions sent in by our listeners. We wrap up the episode by discussing the top five things we learned from our expert. To help you get a better idea of the topics covered in this episode, we have listed the questions below:What does "respiratory droplet" transmission mean, and how is this different from something with "airborne" transmission? (15:08)What are the symptoms of COVID-19? (16:48)How long is the disease course, and how does this vary between mild vs severe symptoms? (18:45)What does "supportive care" mean in the context of caring for people who fall severely ill from COVID-19? (19:40)How much does viral load correlate with the severity of symptoms? (20:47)What is the incubation period of this disease, how long do people remain infectious, and are asymptomatic people contributing to the spread of disease? (22:22) What are the groups that are particularly at risk for severe disease? (24:00)Why do children seem to be more resistant to this infection? What about children who are immunocompromised, are they at risk? (27:40)What is the case fatality rate, and how might we expect it to change throughout the course of this pandemic? (29:09)Are there long term complications associated with COVID-19? (31:58)Is it possible to get re-infected if you get this virus and then recover? (32:54) The full article our firsthand account came from can be found here: https://www.propublica.org/article/a-medical-worker-describes--terrifying-lung-failure-from-covid19-even-in-his-young-patients

Transcript

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0:00.0	This is exactly right.
0:03.5	This is Justin from Generation Y and we're doing a four-part series unraveling the story
0:11.2	of Khalif Browder, a young boy falsely accused of stealing a backpack and held at Rikers Island
0:16.6	for three years without trial.
0:18.7	This story is about a young life caught in the middle of the justice system, listen to
0:23.0	Generation Y on Amazon Music or wherever you get your podcasts.
0:29.2	Starting about it in the news, I knew it was going to be bad, but we deal with the
0:32.5	flu every year, so I was thinking, well, it's probably not that much worse than the flu.
0:37.3	But seeing patients with COVID-19 completely changed my perspective, and it's a lot more
0:41.6	frightening.
0:42.8	I have patients in their early 40s, and yeah, I was kind of shocked.
0:46.6	I'm seeing people who look relatively healthy with a minimal health history, and they're
0:50.6	completely wiped out, like they've been hit by a truck.
0:53.8	This is knocking out what should be perfectly fit healthy people.
0:58.0	Humans will be on minimal support on a little bit of oxygen, and then all of a sudden,
1:02.5	they go into complete respiratory arrest, shut down, and can't breathe at all.
1:07.7	It's called acute respiratory distress syndrome, ARDS.
1:11.5	That means that the lungs are filled with fluid.
1:14.5	Patients with ARDS are extremely difficult to oxygenate.
1:17.5	It has a really high mortality rate, about 40%.
1:20.9	The way to manage it is to put a patient on a ventilator.
1:23.9	The additional pressure helps the oxygen go into the bloodstream.
	...

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