Radiolab - How to Save a Life
Episode Date: July 12, 2024We get it… the world feels too bleak and too big for you to make a difference. But there is one thing - one simple tangible thing - you can do to make all the difference in the world to someone, pos...sibly even a loved one, at arguably the worst moment of their life.Statistics show that 1 out of every 5 people on earth will die of heart failure. Cardiac arrests can happen anywhere, anytime - in your bed, on the street, on your honeymoon. And every minute that passes after your heart stops beating, your chances of surviving drop dramatically. For all the strides modern medicine has made in treating heart conditions, the ambulance still doesn’t always make it in time. The only person who can keep you alive during those crucial first few minutes is a stranger, a neighbor, your partner, anyone nearby willing to perform CPR. Yet most of us don’t do anything.Join Radiolab host Latif Nasser, ER doctor and Radiolab contributor Avir Mitra, and TikTok stars Dr. and Lady Glaucomflecken, as we discover the fascinating science of cardiac arrest, hear a true and harrowing story of a near-death experience, and hunt down the best place to die (hint… it’s not a hospital). Plus, with the help of the American Red Cross and the Bee Gees, you, yes you, will learn how to do hands-only CPR!Special thanks to Will and Kristin Flannery of course..Check out the Glaucomflekens own podcast “Knock Knock, Hi!” (LINK), the Greene Space here at WNYC’s home in NYC… first of all Jennifer Sendrow, who really made it happened and helped us make it work at basically every stage of the process .. and the rest of the Greene Space crew: Carlos Cruz Figueroa, Chase Culpon, Ricardo Fernández, Jessica Lowery, Skye Pallo Ross, Eric Weber, Ryan Andrew Wilde, and Andrew Yanchyshyn.Also, thank you to the Red Cross for helping us make this happen and providing the CPR dummies, and all the people we had there doing the training: Ashley London, Jeanette Nicosia, Charlene Yung, Jacob Stebel, Tye Morales, Anna Stacy. Aditya Shekhar.We have some exciting news! In the “Zoozve” episode, Radiolab named its first-ever quasi-moon, and now it's your turn! Radiolab has teamed up with The International Astronomical Union to launch a global naming contest for one of Earth’s quasi-moons. This is your chance to make your mark on the heavens. Submit your name ideas now through September, or vote on your favorites starting in November: https://radiolab.org/moonEPISODE CREDITS: Reported by - Avir Mitrawith mixing help from - Jeremy BloomAnd Fact-checking by - Natalie MiddletonCITATIONS:Please put any supporting materials you think our audience would find interesting or useful below in the appropriate broad categories.Videos:Check out the whole show in its full glory at the website for WNYC’s Greene Space: https://www.thegreenespace.org/Will Flannery’s Youtube channel, Dr. Glaucomflecken: https://www.youtube.com/@DGlaucomfleckenMusic:The perfect playlist for a CPR EmergencyClasses:If you’d like to sign up to learn CPR, and get certified, the Red Cross provides classes all across the country and online, just go to https://www.redcross.org/take-a-class, to learn moreOur newsletter comes out every Wednesday. It includes short essays, recommendations, and details about other ways to interact with the show. Sign up (https://radiolab.org/newsletter)!Radiolab is supported by listeners like you. Support Radiolab by becoming a member of The Lab (https://members.radiolab.org/) today.Follow our show on Instagram, Twitter and Facebook @radiolab, and share your thoughts with us by emailing radiolab@wnyc.org.Leadership support for Radiolab’s science programming is provided by the Gordon and Betty Moore Foundation, Science Sandbox, a Simons Foundation Initiative, and the John Templeton Foundation. Foundational support for Radiolab was provided by the Alfred P. Sloan Foundation.
Transcript
Discussion (0)
You're listening to Radiolab.
Radiolab.
From WNYC.
I'm Lula Miller.
And I'm Lut, if not, sir.
This is Radiolab.
How do we, how, how should we start?
Uh, I mean, you probably should lead with the big news from yourself.
Okay.
The big news, which I'm sure you've heard of.
The big news, which I'm sureutf Nasser. This is Radiolab. How do we, how should we start?
I mean, you probably should lead with the big news from yourself.
Okay.
The big news, which I actually just found out
is particularly big.
I am very, very pregnant.
I have a extra big baby inside,
I just found out at the doctor.
Which means I will be one,
sort of disappearing from the regular rhythm here for a little bit.
Although we've preloaded some things, I'll pop in and out.
But also it means that I am past my fly safe date.
So I am not allowed to fly anywhere, but you just,
you flew and you got to do an event
with our resident ER doctor correspondent, Virmitra, and I truly know nothing,
except that I had total FOMO and authentic jealousy,
because you're both so shiny and fun on stage.
But we're gonna get to hear about it now, right?
Right, okay, so let me set the stage a little bit.
So the place we performed at was our WNYC's
very own live space called the Green Space.
Hello, hello, welcome everybody. I am your friendly neighborhood radio lab host,
Lethif Nasser.
Basically what this came out of, okay,
so you people probably remember the stories
that Avere has done on this show.
He did one about this mysterious epidemic of vultures dying.
He did one about this miracle drug
that they took out of the soil.
Yeah, so he's done all these great stories, right?
But he came to me with this idea
of something kind of different.
Avere has been able to convince me
and hopefully with some special guest friends we have,
he's gonna be able to convince all of you
that not only does he make saving a life look easy,
that actually in this one particular way, it actually kind
of is easy.
Basically, he wanted to take on in a sort of straight ahead practical way, one particular
topic and show how in this one case, all of us, including you Lulu, including you listener,
how you can be the difference between life and death. Like a thing you
could actually do. It's a thing you could actually do to save a life. Oh okay.
Okay, so you ready? Yes. Here we go. So is everybody excited?
Please welcome to the stage of Viramitra.
truck. Thank you guys.
All right.
What are we going to do?
Get going.
Well, I guess I was kind of hoping we could start with a little story.
Okay.
Does that sound good?
Sounds great.
So the story goes, you know, I had, there was a patient, she was a 78 year old woman
coming in from Jersey.
It was her birthday.
Her family took her to see a Broadway show.
Husband's with her, some kids, some grandkids.
And while they're waiting in line, she sort of collapses.
The family responds immediately.
They lay her flat, they start fanning her.
Someone calls 911, literally under a minute they call 911.
Ambulance comes in record time
and the EMS finds that she's actually in cardiac arrest. So she's in cardiac arrest. She comes to
the hospital and that's where I get involved in the story because I'm the resident there.
And so I'm like a second year resident, which means I'm sort of, I know some things and I'm
cocky about it, but I don't know what I don't know type of thing. So I'm seeing this patient come in, it's cardiac arrest and I like know my algorithms and I'm like,
Oh, I got this. So we start doing everything. We're doing chest compressions where we start IV,
we put a line into her shin so we can put synthetic adrenaline in there. We're shocking the heart,
you know, we're putting her on a ventilator. We're doing all these things. We're working on the heart for like at least 20 minutes, maybe 30 minutes.
Okay.
So I'm there and I'm just like so eager about it.
So we shocked the heart.
We look with an ultrasound, it's not beating.
Shock it again, shock it again.
And eventually all of a sudden, boom, just like that, the heart restarts.
Blood pressure is normal.
All of a sudden, all these vital signs that were all beeping at me start looking great. And so I was super excited. The families all
around me, they're crying and now they're crying. I tell them she's back and they're
crying like tears of joy. They're like, wow, amazing. So the next step is now she's more
stable. So now we have to bring her to get a CAT scan.
So Veer had brought some visuals with him and at this
point, he showed us a slide of a CAT scan of a healthy brain.
This is kind of what a good CAT scan of a brain would look like.
I know it's hard to see, but it's like a cross section of a
brain. Okay.
Kind of looks like how you would picture a healthy brain with,
you know, folds and everything.
Got these nice black ventricles in the middle. You have all this
nice brain matter there. To me, this is a beautiful picture. I don't know if you guys feel that way.
But what I saw next was this. Then he showed us the CAT scan of the brain of this patient of your
cousin, Mrs. W. And this is what he saw in that moment. And this sort of made my heart sink into
my stomach. It's just a blob. It's just a great blob.
What I'm seeing here is that this brain is dead, completely dead.
And I guess in my eagerness to sort of be the guy who knows what to do,
I just sort of didn't even think about this. And now I have to go out and, you know,
talk to the family. And it was, I just wanted to disappear.
It was like a terrible, terrible moment for the family.
And now I'm part of it.
So I had to tell them and I felt terrible
because now I have to tell this family
that actually your grandmom is brain dead.
And now I had to sort of make them withdraw life support.
And, you know, and I felt like I wanted to save her life.
And what I ended up doing was making her sort of die twice. Well, how did the family take it? What?
They were very gracious about it. They were very nice. They were kind. They were like,
you did everything you could, but it just sort of shook me out of this sort of,
immature kind of cockiness I had in the emergency department at the time.
Right.
So that that sort of stuck with me forever, I guess. I think about that case a lot.
But like what what went wrong? Like why did it like yeah, what did you do something wrong? Like what happened?
Right. Well, let's table that because if we do a good job tonight, I think by the end, you guys will know exactly what went wrong there.
Okay.
So we'll get there.
But yeah, I guess that's sort of the impetus from why I wanted to do the show because I was thinking in our society, we worry about so many things.
Wake up in the morning, start doom scrolling and we're worried about climate change.
We're worried about gun control.
We're worried about climate change. We're worried about gun control. We're worried about terrorism.
But really the reality is the majority of human beings
die because of heart problems.
It's not sexy, but it's just true.
This is across the world.
So at this point, we're all looking at a graph
of the leading causes of death worldwide.
So of all the deaths that happen on planet earth.
And number one is heart disease and heart failure.
The number two is not even close.
Far and away, like down here we have terrorism.
We have all climate change.
I'm not putting any of these things down.
Like they're real, but fires, suicides, murders, HIVs,
somewhere on this list, but cardiovascular disease,
it's just insane.
We should like allocate government budgets based on this graph.
Right.
But we do it based on what's the scariest looking, you know?
And in America it's a little better.
It's only just one in three people will die of heart problems, so I don't know if you
guys want to look to your right and to your left.
Figure out which of the three of you is dying from your heart.
It's one of the three. I'm just glad there's only two of us on stage.
Right. So, okay. So when hearts do stop, you know, if a heart stops and eventually when
it stops, it can happen slowly or quickly, right? So if your heart starts to die slowly,
that's good in a way because at least you can, you know, get your way to a hospital,
see a doctor, make an appointment.
When you say slowly, how slowly are you talking about?
I mean, I'm saying like, it's almost like if you're driving a car and the check engine comes on.
You know you need to take it into the shop, but you can wait a couple hours, maybe you can wait a couple days.
Right. Okay. All right.
But sometimes your heart stops quickly.
Like one minute it's working, the next second it stops
working. And when that happens, we call that cardiac arrest, basically, your heart arrested.
And the thing about a heart stopping is basically that means you're dead. So like when we pronounce
a death, we'll listen with a stethoscope to the heart. I'm sure you've seen that on TV and stuff,
but actually this idea that a dead heart is a dead person kind of
goes back as long as humans have been around. This is going to sound weird, but I was just
reading Gilgamesh for some reason. Great book. I don't know.
How do you have time to read? I don't get it.
Okay. Audiobook. It was an audiobook.
Okay. All right.
Audiobook of Gilgamesh. I highly recommend it. Gilgamesh turns out is the oldest story that we know. It's like the first
written story. And even in Gilgamesh, they sort of reference, they say, what is this, you know,
someone dies in the story. What is the sleep which has seized you? You've turned dark and do not hear
me. He touched his heart, but it beat no longer. So even then I was listening to it and I was like,
oh wow. Like even then, 4,000 years ago, they knew that when someone doesn't have a heartbeat, they're dead.
And as long as humans have known that, we've been trying to restart hearts.
So there's this sort of been this practice of like reanimation, bringing a heart back
from the dead that we've been working on for thousands of years.
The oldest reference is actually, and we don't have to read the whole quote, but is in the
Old Testament here.
There's actually this guy, Elisha.
Elisha?
Does anyone know what Elisha?
Okay.
So this guy, what, was he a prophet or a, he's a prophet.
So he did this, so there's this story of when he goes into someone's house, a boy's house,
and he goes and sees that he's dead.
So he goes in, closes the door behind him, prays, and then lays on top of the boy, puts his lips
on the boy's lips, eyes to eyes, and just lays on him.
And then the boy's body grows warm.
The boy sneezes and comes back to life.
He sneezes?
Yeah.
I mean, OK, I didn't learn this technique in medical school.
OK, all right.
But I guess it were.
I mean, in the Old Testament, they say it worked. So who knows if this really happened? I don't know. Did you think it really
happened? It says that he was alone with the boy in the room. Yes. And with the door shut.
So who knows? Oh boy. True New York skeptic right there. All right. Yeah. So that. Who
knows? But in the modern era we've been trying to do this for a long time.
Actually, I don't know if any of you guys have seen this picture.
So this is like a, it's a drawing, like an old drawing you'd see in like an old medical
atlas or something.
There's someone lying on the ground naked on their side.
And then there's someone else sitting over top of that person.
And this guy puts a tube up this person's rectum.
Does he know you can't really get to the heart from there?
You know, I'm not sure what they're thinking.
But he takes a big drag of a cigarette or a cigar and blows the tobacco smoke into the
rectum.
This was called a tobacco smoke enema.
And it was... What's the logic Like, why do they think this is...
All right. I did spend some time trying to put myself in this guy's shoes.
Okay.
And the best I can come up with is nicotine is kind of a stimulant.
Okay.
And the rectum has a lot of tissue. So maybe just blowing a bunch of nicotine
and a bunch of tissue with thought to work, you know?
Great. Sure.
But it, you know, no surprise to anybody here, it didn't really work. Actually, the phrase
blowing smoke up your ass, that's where that came from.
Right. And from the guy next to him when he's like, this is working, right? And he's like,
yeah, for sure it's working.
After a couple of centuries or, you know, a couple of decades of this, it just became,
yeah, I'm blowing smoke up my ass. I get it.
But we've tried other things even more recently.
So like all things that I love in science,
an answer kind of came from probably the most bizarre place that you could ever think of.
This guy, Rudolf Bohm. He's a German guy.
And this is 1878. So this guy is a pharmacologist and he's studying chloroform.
I mean, this is the guy, the big bushy beard, this is kind of the guy that you've expected.
Yeah.
And I don't know why they invented chloroform, but he was experimenting on it.
And the way he would experiment on it is to take cute cats and chloroform them.
I know.
Just for fun.
Just for fun.
I mean, today he would be labeled a sociopath.
Okay, all right.
Okay.
Okay.
But you could do that back then.
So he would just kill these cats or he would chloroform them.
And the thing about chloroform is if you don't use enough, it really doesn't do anything.
If you use too much, it kills the person.
You got to get that happy medium. Right.
And so, I don't know if this is true, but this is what I think. He was spending too
much money getting all these cats. You know, he kept killing cats. So he's like trying
to figure out how can I like, you know, work on my budget here.
He's trying, he's trying to reduce, reuse, recycle kind of thing.
Exactly.
Right. Okay.
So what he sort of, by doing this over and over again realizes is that if he chloroforms his cats too much
He could start sort of start squeezing the cat's chest for a few minutes and then the cat would survive
Wow, and that's the guy that this is the guy how we figured this out
So that happened he publishes this and then lo and behold 20 years later a young surgery
Resident is in the hospital one of his patients dies and he
somehow heard about this and just tries it on a patient.
Is this in Germany again?
No, this is in, I think this was in the US.
Okay, yeah.
So he, or maybe England, I can't remember where it was, but this is 20 years later.
So early 1900s, he just randomly tries it on a patient and lo and behold, it works.
Wow.
So these are the first times that we were able to bring people back from the dead.
And since then we've progressed a very extremely long way.
Now we have so many ways to do it.
We almost take it for granted.
We can shock people back into a normal rhythm.
We can give super strong medicines.
We even have machines that will pump for the heart when the heart can't pump.
I mean, it's, we're so used to it, honestly, that in the OR and places, people will induce cardiac arrest
just to test the heart so that they know what causes it to bring it back on certain patients.
Wow. It's like such a, like, it's now like a standard miracle. Like it's like an expected thing.
It's like, yeah, cardiac arrest, let's bring it back. So I have a little video here that I think is cool.
I don't know if you guys will think it's cool, but this is a heart.
We got the music too.
So this is them in the OR and this is a normal heart that's beating in a weird rhythm.
And all of a sudden it goes into cardiac arrest.
You'll see right here, they induce cardiac arrest.
Now the heart is dead.
It's dying as we speak.
Okay.
And then you hear a shock charging. They shock the heart and now it's back.
And you can hear it by the way they're casually playing Bon Jovi in the background.
This guy's living on a prayer. I mean, it doesn't feel like...
I couldn't have said it better myself. But basically it's like standard. This is no big deal.
Right. So you would think at this point, cardiac arrest would be like, no, no big deal.
Like you go into cardiac arrest, we got you.
Unfortunately, that's just not the case.
Turns out that if you suffer cardiac arrest outside of a hospital, on average, your chance
of surviving, of living is 8%.
8%?
Yeah.
8%, which look at that another way.
If you, if your heart stops quickly
Anywhere in the world outside of a hospital you basically have a 92% chance of just dying then and there
Wow, and that's that means that like I don't know
It's like you never had a chance to see a nurse see a doctor
It's like you had died a hundred years ago or a thousand years ago
It's really no different and that's a lot of people are still dying
But is that a thing is that just a thing about the heart? Like the heart is, it can
only be revived 8% of the time or something?
Right. Yeah, exactly. You could think, you know, is there something inherent to the heart?
8% turns out no, because it turns out there's a place in the world where you can have a
cardiac arrest and you'd have like much better outcomes. So I don't know. Do you want to
take a guess where it is? Like what's the ideal place to have a cardiac arrest and you'd have like much better outcomes. So I don't know, do you want to take a guess where it is?
Like what's the ideal place to have a cardiac arrest?
Yeah, maybe we should ask, yeah, like do you guys have any,
if you had to have a cardiac arrest?
Hospital. Hospital.
Where was that?
I would think like a nursing home maybe?
Nursing home.
Anywhere else, just name places, who knows?
What's that? Denmark. Denmark, okay, that's good. Denmark. The gym maybe? Just name places. Who knows? Denmark. What's that?
Denmark.
Denmark.
The gym maybe?
He knows something.
Okay, so I'm going to shatter all your beliefs.
The best place to have a heart attack is a casino.
And why is that?
So, you know, it turns out that it's the perfect practice space for cardiac arrest.
You have a lot of older, elderly people at a casino.
They periodically lose a lot of money and get very stressed.
Yeah, no kidding.
And they often manage that stress by doing potentially unhealthy things like smoking
cigarettes or drinking alcohol.
Okay. So cardiac arrest happened a lot at casinos and everybody there is on camera and everybody
in who works there like the dealers, you know, everybody they're all trained in CPR. So as a
result, the arrest, the survival rates of cardiac arrest in casinos is actually 53%.
Oh!
It's unreal.
I'll count your life, but take your shirt!
Yeah.
Yeah.
Wow.
Sorry, residents, it's not where we work.
It's not.
Yeah.
Wow.
Yeah.
So to me, that's saying we can do something.
If we could do CPR, we can really increase these numbers. Because the reason the survival rate is so good in the casinos
is because there's someone right there,
right in that moment, doing CPR,
getting that heart beating right away.
It really comes down to time.
So this is a survival curve.
Okay, so another graph here.
So, okay, along the side, it's survival percentage, right?
Zero at the bottom, 100
at the top. And then on the bottom, you have like minutes.
And at time zero, that's like when your heart stops. And you can see every minute that passes,
your chances of coming back just exponentially decreases. So, you know, think about in New
York City, we have like the, there's an ambulance on every corner. As you guys know, it keeps you up all night and the average response time in New York city is five minutes and 53 seconds. And that's,
that's great. That's great. But look at where that puts you on this graph. Oh yeah. Not good.
Yeah. Not so good. You're at like between 10 and 20%. You're probably at like 15% chance of survival
right off the bat. And now picture, you know, pick, I don't know, picture you're in Nebraska or some,
somewhere else where a good time would be 30 minutes.
Right.
So that's the problem. Right. And just to put this in context, like cardiac arrest in the U S
happens 1000 times every day.
No.
Yeah. So this is like dismal to me, right?
Like you have 92% chance of staying dead.
It's happening a thousand times a day.
Right.
And survival is not great.
And Avir's point was, like, given that graph, the real problem is that when this happens
outside of hospital, there's just not enough time, right?
The key is the person or people
who are right there with them at that very moment on the sidewalk or in the house or
the restaurant or whatever. The only way to nudge that number is for those people to do
something.
We have to squeeze the heart. We have to compress that heart. So it's actually very simple.
Don't let anyone make this complicated. You have a heart sandwiched between two bones.
You have a breastbone
up top and you have vertebrae below it. And all you're basically doing is just sandwiching
the heart between those two bones and manually pumping it. Okay. You know, and you can't
do it forever, but this, this actually works. Is it fixing the problem? This is where a
lot of people get confused. Is it fixing the heart? No. Is it just pumping the blood around to sort of buy you time?
Yes, that's exactly what it's doing.
Now, all of a sudden,
your survival goes down much more gently.
You're buying yourself time for someone to come in
and do something about it.
Right.
So I guess that brings us to like the real question is,
what would you do in this situation? You know, that's the question.
Because the truth is, like, when this happens out in the world, a lot of us just freeze,
you know, and I can't help I'll be at work, you know, you'll be you'll be in the recording
studio. So it really just comes down to you guys, right? Like, what would you do really
put yourself in that situation? Because it sounds good on paper, but like, imagine you're just walking down the street
and someone collapses or you're with someone
and they collapse.
So what would you do, Lulu?
If I saw someone collapse,
and I mean, I would call 911.
I would say, does anyone here know what to do?
And I mean, I'd be really scared to do the wrong thing. And I'm probably so frozen,
I'm probably just calling 911 and waiting and hoping and searching for someone who knows
what to do.
Yeah, and I mean, that's fair, right? Because most of us haven't taken the CPR course, it's
a little bit scary, feels maybe dangerous. But here's the thing about this whole event that actually felt really new and actually
shook me, right?
Okay, so because according to Avere, there is a new way of thinking about and doing CPR
that is completely changing the game.
And when we come back from break, we are going to have a couple of very special guests come
up to the stage and tell a story
That is on the one hand completely heroic
But at the same time when you hear it you realize
Just actually how easy stepping up to a moment like that can be hmm. So just stick around. We'll be right back Lutif, Lulu, and we are back from break where Avir and I were on stage in New York City.
We are now about to bring up on stage a couple. They are called the Glaucam Fleckins.
Glaucam Fleckins? Is that their last name? Glaucams?
No, it's sort of their like nom de TikTok.
We're bringing Will Flannery and his wife, Kristen Flannery out to talk to us.
Now I know about him because of this guy's TikTok channel.
He makes comedy videos for healthcare professionals that literally are like spread like wildfire.
So this guy is like literally the Elvis of medical comedy.
I swear.
I mean, he's amazing.
So I want to bring up Will Flannery and his wife, Kristen Flannery.
Thank you.
Yeah.
Thank you.
Okay.
Thank you very much.
Hi, everyone.
So, yes, I am a internet-based, I'm a computer-based, I'm a computer-based, I'm a computer-based
person.
I'm a computer-based person.
I'm a computer-based person.
I'm a computer-based person.
I'm a computer-based person.
I'm a computer-based person.
I'm a computer-based person.
I'm a computer-based person. I'm a computer-based person. I'm a computer-based person. I'm a computer-, yes, I am a internet comedian ophthalmologist, which I swear is a real job.
I made it up, but it's still a real job.
If you don't know what an ophthalmologist is, though, I am an eye surgeon.
So that means I went to med school
and I learned everything there is to learn
about the human body, the entire human body.
And then I said, I don't wanna do any of that.
It's like, I'll just devote my career to the eyeball.
And that's what I did.
So now I'm a practicing ophthalmologist
and Kristen has been with me since the beginning. Not since birth.
We're not siblings.
Not too far after.
We met in college and I went on to med school.
Kristen went on to grad school.
We were at Dartmouth.
But our story really starts in, well it starts a long time ago, but we're going to go to
2020.
The pandemic hit and when the lockdown occurred, my practice shut down.
I couldn't see any patients.
So I had all this free time on my hands.
I did start making TikToks around that time.
But there were also, there were a few times where I honestly thought I might get redeployed
to the hospital to help out.
And do you know how bad a public health emergency has to be? For someone in the ICU to be like,
are there any ophthalmologists we could get up here?
Now, fortunately, it didn't happen.
Like, there were plenty of more qualified people
than an eye doctor to go help out.
But I had all this free time on my hands
making all these videos, trying to do virtual ophthalmology,
which is as hard as it sounds.
And then on Mother's Day in 2020, we had a wonderful day.
We were at my in-laws' house.
We had a nice meal out in the backyard. Social distancing from my parents.
It was very weird, but it was nice.
We had a water balloon fight in the backyard.
And that day, Kristen took a lot of photos.
And those were almost the last photos that were ever taken of me.
Because later that night, I had a cardiac arrest in my sleep.
At around 4.45 in the morning, me because later that night I had a cardiac arrest in my sleep.
At around 4 45 in the morning I woke up to him making some very strange sounds.
Fortunately they were loud and I'm a mom so I'm a light sleeper.
All you moms know exactly what I'm talking about.
And I woke up and I thought he was snoring.
I was still really groggy.
I'm not in medicine.
I studied cognitive neuroscience and then education
and marketing and basically everything but medicine.
Bodies are gross.
And so I thought he was snoring.
I did the thing that you do, you know, like,
quit it, you're waking me up.
And like tried to get him to turn over and stop snoring,
but he wasn't responding.
And he was just something about the,
how he wasn't responding, kind of raised a red flag,
like, whoa, that's weird.
And I couldn't put my finger on why,
but it just didn't seem right.
And so I tried a little bit harder, still nothing.
And so then I started to get a little freaked out, and so I started kind of
slapping his face a little bit and yelling his name,
and then he still wasn't responding,
and I had no idea what was happening,
but I knew this isn't right, this is very bad,
and so I just did the only thing I could think of to do,
which was I called 911.
And it was the most bizarre period of time in my whole life.
I sort of, part of me, part of my brain was like
in the moment and just like really focused on like
what needs to happen
and just in emergency mode.
And then another part was just sort of,
it was almost an out of body experience.
I wasn't the one dying,
but I was the one having an out of body experience
just sort of watching myself and this scene unfolding
and just feeling like
What you know, like this is just so wrong he went to bed
perfectly healthy I
Take that back. You were not perfectly healthy. He had survived testicular cancer two times
Before that so like he's used up three of his nine lives so far, but hopefully. I had a little bout of cancer a couple times.
But that wasn't anything, you know,
we had moved past that.
He had been completely healthy, cleared, all these things.
And it just seemed so wrong that anything
would be wrong with him.
He doesn't have a family history
of any cardiovascular incidents really.
He didn't have a personal history.
So it was just the most bizarre thing.
And I was leaning my head over his chest as I was calling 911, and I was sort of noticing,
like I don't hear anything.
There's no heart beating in here.
But it was just kind of like, huh, that's interesting.
I couldn't really fully process that at that time, but I remember taking note of that.
And so then the dispatcher came on and they asked what the emergency was and I said, my
husband won't wake up.
And the dispatcher asked me what I have since learned.
I did not know this at the time, but I have since learned there's only two questions that
you need to know the answer to, to know that it's time for CPR. And that's, is he responding to you? And
of course the answer was no. And is he breathing normally? And that word
normally is very important because I would have said yes, he's breathing. In
fact, I think I did say, yeah, he was breathing. In fact, I think I did say yeah He was breathing kind of like taking these weird gasps and then he would stop for a bit and then he started breathing again
I've learned since then that's called agonal respiration. It's the body's last
ditch
unsuccessful attempts at
Breathing in air, but it's not real breath
And so that second question, is he breathing normally?
The answer to that was no.
So because he was not responding
and he was not breathing normally,
she said, I'm gonna walk you through CPR.
And I said, what?
It didn't make any sense, but I just said, okay.
And I followed her instructions and she told me, she asked me if I could move him off the
bed.
We were in bed.
It was the middle of the night.
And so I said, well, I can't move him.
I don't know if anyone's just listening to this.
You can't see this.
But I have heels on.
He's got a good 13 inches on me and probably a hundred pounds. And more
than that I had had neck surgery four months prior that I was still recovering
from and I said I can't move him off the bed and she said okay if you can't move
him we're just gonna do it where it is and I'm so glad I did not know this at
the time but that was bad. That was, you're, you need a hard surface. Preferably, if you can get the person
to a hard surface, do that. But I could not. And so thankfully we do have a very firm mattress,
thanks to my neck. So that was good. But I did, she told me, you know, put, put your
hands on his chest, lace your fingers together, put your hands on his chest
in the center of his chest, between his nipples,
and just push hard and fast.
And she just counted with me, one, two, three, four,
five, six, seven, eight, nine, 10,
just over and over and over and over for 10 straight minutes.
It was May of 2020, and we lived not far from the station that responded to my 911 call,
but they were in full hazmat gear.
They had hoods, shields, the whole suit, gloves, everything. everything and so they had to wait outside of our door put all the gear on
and then try to get in the door which turned out to be locked and so they had
to kick it down never been so happy to have structural damage to our house
that's right I will take it any day if that's what it means and so they finally
you know we're able to do all of that.
But in the meantime, you know,
that was 10 minutes of looking over my husband
and the father of my two children,
who were eight and five at the time
and were asleep in the very next room.
And I was thinking, they cannot come in here.
They cannot come in here.
Because I didn't want them to see what I was thinking, they cannot come in here. They cannot come in here. Because I didn't want them to see what I was seeing.
Because you can never unsee that.
And they were so young.
And I was watching him turn blue and then purple.
He stopped making those noises eventually. And by the time EMS arrived, he was gray. And I saw them
take him off the bed, carry him downstairs, and lay him down on the hardwood floor, and
hook a bunch of things up to him. And, may not have medical training, but I have watched television.
And I heard things that should be beeping.
I knew this.
They were making a flat, solid sound and a flat line.
And I knew what that meant.
And so I turned around.
I remember this really distinctly, unfortunately.
I turned around to go back up the stairs
because I wanted to check to make sure
that the children were still in their beds
and weren't trying to come out.
And I didn't wanna see what I knew was about to happen
because I saw them take out the paddles.
And I, as I went up the stairs
before I could even get halfway up,
I heard them deliver that first shock.
And I heard the way that his six foot, four inch,
all arms and legs body just slammed
against our hardwood floor in a really unnatural,
weird way.
And from there I just went up
and I was trying to figure out anything useful
that I might be able to do,
or just a thing to keep busy to keep from breaking down.
And so I packed him a hospital bag.
And I called into his clinic to tell them, I don't think he'll
be in today. You might want to reschedule his patients. And I called both of our
sets of parents. And you know during that time some of the paramedics, one of them
was coming up and down the stairs and giving me updates. And he told me that
what had happened was Will's heart
had gone into ventricular defibrill, no ventricular fibrillation, did I get that right? Okay, which is
what you saw on the screen where when they stopped the heart it just sort of shakes like this but it
doesn't actually pump any blood anywhere. And the sounds that I had heard were those agonal respirations and that meant that his heart had stopped and
But thankfully they were able to
Get his heartbeat back after they shocked him five
times they didn't give up on him and their hoods and shields were fogging up and they would have to switch off and
It was such an effort and a team effort to get him back.
And they didn't give up on him.
And they did get his heartbeat back.
And they took him to the hospital.
And I went into my children's bedroom.
And I asked them what they would like for breakfast.
Just to put a little bit of a different context on that
from a health care professional, 10 minutes
of chest compressions, that's
an eternity. Like two minutes you're supposed to pass off to somebody else
because it's so hard to continue doing effective chest compressions after two
minutes. And even I know that as an ophthalmologist. And so I still don't
know how she did 10 minutes. Oh I know we had just gotten a mortgage and we had two
young children. You were not getting out that easily. That's why. Come back here sir. And
so they took me to the hospital and from my perspective you know I went to bed one night
I woke up in the ICU two days later didn't have any underwear on I didn't know what the
hell was going on and I had all the testing done in the world.
And we still, to this day, don't know what caused my cardiac arrest, which is not unusual
for young people that have an out-of-hospital cardiac arrest.
Often we don't have a good answer for why it happens.
And as a physician, I never once thought to myself, like when this happened, I had been
a physician for like seven years.
I never once thought, Hey, maybe my wife should know how to do CPR.
Hey, my family members, because if something happens, I'm usually there.
I'll be the one to help.
We never thought about it happening to him.
I was the one that needed it.
And, uh, I'm sure those of you here who know CPR probably have a family or friend who doesn't.
And we need to support people who do it.
And so we want to thank you all for being here
and listening to our story.
So thank you all.
Please thank the Glockenspacken.
Thank you.
Thank you so much.
Thank you.
Thank you.
Thank you so much for sharing with us. Thank you so much for sharing with us.
Thank you so much for sharing with us.
And I'm going to bring back out Avere.
Thank you guys.
So what you just heard is literally an 8% type of outcome.
That is very rare what you just heard. But Avere says the reason it did go well, it did become an 8% type of outcome. That is very rare, what you just heard. But, Avir says, the reason it did go well,
it did become an 8% outcome,
is because of what Kristin did.
Those 10 minutes of keeping that heart going
while she waited for the EMTs to show up,
that was the crucial first step
that made it possible to bring Will back
and to bring him back without any brain damage.
I'm thinking about the weird restraints about not jumping in to do a thing. And I do feel like,
didn't Radiolab once even do a show where doctors themselves were like,
I wouldn't want a stranger doing CPR on me because of the potential risks, which again,
wouldn't be necessarily everyone's
call, but that there were a bunch of doctors who...
Right, right, right, right.
So, okay, so that episode, oh, it's, I've heard it recently, it's called The Bitter End, totally
holds up.
Yeah.
Okay.
But it's a slightly different what they were talking about.
What they were talking about was that was, those were doctors talking about, let's say
you're already in bad shape and something goes wrong. And if
you do it in that circumstance, or even if you do it, if you do it late, if you're waiting
a lot of minutes and then, and then you start doing it, that's when it leads to way worse
outcomes.
So, so it does have some risk, but if your point is like, you know, there, there are,
you know, downsides to it and there and you got to think about it this way,
like out of hospital cardiac arrest, you want to do CPR to bridge that person to get to
a hospital.
So for me, if it's out of hospital cardiac arrest, like I want CPR done to at least get
me to a hospital.
And then if they think there's nothing that could be done, fine, you know.
So at this point, the conversation sort of turned back to like the reasons why people
don't step
in to do CPR.
And they've done studies on this.
People are afraid you're doing something wrong.
Maybe they're afraid of getting sued.
But one of the other big fears is the fear of infection, of putting your mouth on someone
else's mouth, like a stranger's mouth, right?
That brings us to what Will and Kristen were talking about, which is sort of a new form
of CPR that's trying to make things a lot simpler and it's just hands only CPR.
So normally, you know, CPR, it's like 30 compressions, two breaths.
Yeah, that's all I remember from what learning it in high school or whatever.
It's like, yeah, it's like counting the breaths and counting the pumps.
Which like I can't even, I do this for a living
and I don't understand,
I don't know where those numbers came from.
And like you said, you gotta take a class,
you know, it's expensive, you gotta get a card.
Like we don't have time for that.
So what they sort of invented
because they knew no one was really doing CPR
is hands only CPR where it's literally just push hard
and fast on the chest, that's it.
Oh, you don't gotta do any lip to lip, mouth to mouth action.
None of that.
Just push. Okay. Huh.
And they were saying, well, maybe they thought maybe this will do, you know, it won't be
as good, but maybe it'll be something. And actually when they found out what they have
been studying it now for a couple of years, head to head trials, this is producing the
same outcomes as the big fancy CPR. Just pushing hard on the chest.
Whoa!
Yeah, the breath counting.
Just screw the lips?
Just forget all that.
Just literally pump, pump, pump, pump, pump, pump.
And the reason is, you know, when you're pushing on someone's chest,
you're kind of squeezing their lungs a little bit.
You know, you're getting a little bit of everything.
And that feels a little less scary to do.
Way less scary.
So hands-only CPR. That's
kind of where we're going to be at because I want to teach you guys how to do hands only CPR. So
if we can have Al come up. We, yes, give it up for Al. From the Red Cross everybody.
They're from the Red Cross. They sponsored this. They're bringing all these amazing dummies. So
we're going to show you guys how to do hands only CPR right now. So what do you want to tell them?
I want to basically demonstrate CPR, hands-only CPR, and give them step-by-step instructions on
how to do it. So you demonstrate. So you're going to put one hand over the other. Okay. Do it in the
middle of the chest. And then you're just gonna push
hard and fast down on the chest. You want to go about two inches. It's harder than
it is on the movies. Well you can see that right there. That's good CPR. Another
thing to notice is he's not moving his arms because that you could do it. It's
just tiring. So what he's doing is sort of moving his hips like this. Use your
hips as a fulcrum and go up and down, like just like that.
Does that make sense?
Awesome, all right, thank you, Al.
Basically you just do that.
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo!
Woo! Woo! Woo! Woo! Woo! Woo! Yeah, are there any questions or should we just like jump into it? Do we have any questions?
So at this point we took up a couple of questions from the audience But we were basically like, you know, now's the time the show is basically over everyone's gonna stand up
We're all gonna practice this we're all gonna train on how to do hands-only
CPF your game we want all of you to try it
Yeah, so let's have people come up and I just want to say that you know my thinking about this is like
For all the modern medicine we have at the end of the day when it comes to this have people come up and I just want to say that you know my thinking about this is like
for all the modern medicine we have at the end of the day when it comes to this all we really have is each other so I that's why I feel very strongly about this we got to help each other out
so come on up all right everybody come on um yeah let's do it all right and it was awesome like we
we got a heart-shaped disco ball down.
Oh, that's great.
So it turns out the right beat for doing CPR is between 100 and 120 beats per minute.
And it just so happens that the song, Staying Alive by the Bee Gees, is 103 beats per minute.
Yeah, right.
So it's kind of perfect. I can't act surprised because I learned this already, and I will never forget it.
It's so good.
It's so good.
But it turns out it's not just staying alive.
There's a whole playlist on Spotify that has songs that are at that exact beat, and it's
called CPR Jams.
That's great.
What else is on there? Here, let me look. B and it's called CPR jams. Ha ha! That's great.
What else is on there?
Uh, here let me look.
Okay, there's like three Usher songs on here.
Okay, which ones?
Yeah, Burn and Caught Up.
Crazy in Love by Beyonce.
Oh, Crazy in Love is?
Crazy in Love, Baby Don't Lie by Gwen Stefani.
Okay.
Hold On by Wilson Phillips.
That feels, Hold On feels like, that's right.
Texas Hold'em by Beyonce. This is a newer one. Could You Be Loved? Bob Marley and the Whalers.
I Want to Dance with Somebody. Whitney Houston. Jolene. Just Want to Have Fun. Cindy Lauper.
Justin Timberlake, Rock Your Body.
Cause he's, I mean, what you're doing is you're rocking a body.
You sure are.
Never gonna give you up, Rick Astley.
Oh, the Rick Roll song is?
The Rick Roll song.
Okay, that's the one I think I might like channel.
Yeah, that one almost feels easier.
Take a Chance on Me by ABBA.
Man, wow.
Well, thank you, Latif.
Thank you, Avere.
I feel empowered to just use my hands, hands only.
This is great.
And if anyone does save a life because of hearing this, let us know.
Tell us.
RadioLab at WNYC.org.
Let us know.
Yeah.
Okay.
Cool. That was great, Latif. Thank you. Yeah, yeah, yeah. And big, big thanks to Will and Kristin Flannery, aka The Glaucamflekens. You can check
them out on their podcast, Knock Knock High, and they're actually going on a live tour starting in
August. And if you go see that, you can hear more details about their story. It's called,
of course it is, Wife and Death. Thanks to The Greenspace here at WNYC's home in New York City.
First of all, to Jennifer Sendro, who helped us make it work at basically every stage of
the process, as well as the rest of the Greenspace crew, Carlos Cruz Figueroa, Chase Culpin,
Ricardo Fernandez, Jessica Lowery, Sky Paolo Ross, Eric Weber, Ryan Andrew Wilde, and Andrew
Yan Chisen.
Also thank you to the Red Cross for helping us make this happen and providing the CPR
dummies.
And to all the CPR trainers, we had Ashley London, Jeanette Nicosia, Charlene Young,
Jacob Stable, Ty Morales, Anna Stacey, and Adithya Shaker.
And by the way, you can see a video of the entire live show in its raw form
on the Greenspace website, the greenspace.org, green is G-R-E-E-N-E, where you can also check out
all the other awesome live events happening at WNYC. All right, that's it. That'll do it. Yeah. Take
a chance on me. Take a chance, take a chance, take a chance. Yeah. Hi, I'm Rhianne and I'm from Denny-Galdon, Ireland.
I'm here at the staff credits.
Radio Lab was created by Jad Abumrad and is edited by Sorine Wheeler.
Lulu Miller and Latif Nasser are our co-hosts.
Deryn Keef is our director of sound design.
Our staff includes Simon Adler, Jeremy Bloom, Becca Bresler, W. Harry Fortuna, David Gable, Maria
Paz-Cuteras, Sindhu Naan Nisambidan, Matt Keelty, Annie McEwan, Alex Neeson, Sarah Carrey,
Valentina Powers, Sarah Sambach, Ariane Wack, Pat Walters and Molly Webster.
Our Fat Checkers are Diane Kelly, Emily Krueger, Natalie Middleton.
Hi, this is Ellie from Cleveland, Ohio. Leadership support for Radiolab Science
Programming is provided by the Gordon and Betty Moore Foundation, Giant Sandbox,
Assignment Foundation Initiative, and the John Templeton Foundation.
Foundational support for Radiolab was provided by the Alfred P. Sloan Foundation.