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Science Friday

Nerve Agents, Straws, Soccer Flops, Happiness. July 13, 2018, Part 2

Science Friday

Science Friday and WNYC Studios

Life Sciences, Natural Sciences, Wnyc, Friday, Science

4.4 • 6.3K Ratings

🗓️ 13 July 2018

⏱️ 47 minutes

🧾️ Download transcript

Summary

Four months ago, an ex-Russian spy and his daughter were hospitalized in the U.K. They came into contact with a substance known as Novichok—a nerve agent developed by Soviet scientists during the Cold War. And recently, two U.K. citizens were hospitalized. One died after apparent exposure to Novichok. Russia has so far denied any involvement in the attacks. The nuclear arms race wasn’t the only focus for the U.S. and Soviets during the Cold War. The proliferation of chemical weapons—nerve and blister agents like mustard gas—was also high on their priorities. The first nerve agent was the result of 1930’s German chemists’ experiments to develop new insecticides. The substance was toxic to insects but also, at certain doses, to animals and humans as well. Luckily, a brush with a nerve agent isn’t always fatal. Dr. Rick Sachleben joins Ira to discuss how nerve agents interact with our body chemistry and what can make a difference between life and death for someone who’s come into contact with the deadly substance. This week, coffee giant Starbucks announced that it was phasing out the use of plastic straws in its stores, instead using what some are calling “adult sippy cup” lids. Other restaurants have also made the move to scale back use of the ubiquitous plastic drinking straw, while some municipalities have considered total straw bans. New York Magazine food business reporter Clint Rainey joins Ira to talk about some of the alternatives companies are considering to plastic straws, from compostable paper straws to pasta tubes to reusable metal straws, and about the challenges restaurants need to address—from durability, to price, to usability by people with disabilities. In late April, FIFA announced that they would be adding four more referees to each soccer match. These refs won’t be running alongside players. Instead, they’ll be in a control room watching the match closely on computer monitors. The video assistant referees will be scanning instant replay for the typical fouls like hand balls and offside goals—but they will also be monitoring soccer dives. Soccer players are notorious for dives, or faking injuries. If players can successfully convince a referee they are temporarily injured, their team can get rewarded with a free kick, a yellow card for the opposing team, or the coveted penalty kick. If they get caught faking it, referees don’t really punish them. But there is a strategy to these flops. One study showed that players flopped when they were closer to referees and twice as much when the score was tied. Vox reporter Umair Irfan joins Ira to discuss some of the science, strategies, and behavior economics behind these soccer dives. What really makes a person happy? What is “the good life”?  Yale psychology professor Laurie Santos spends her research hours studying primate and canine cognition for clues to how humans think and learn. She also teaches Yale University’s most popular course (also available free online), “PSYC 157: Psychology and the Good Life.” She joins Ira to discuss her work and the psychology of happiness.

Transcript

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0:00.0

This is Science Friday. I'm Ira Plato. Later in the hour, we're going to be talking about psychology and happiness.

0:06.9

But first, almost four months ago, an ex-Russian spy and his daughter were hospitalized in the U.K.

0:13.8

After coming into contact with a substance known as Novichok, a nerve agent developed by Soviet scientists during the 1970s and 80s.

0:23.4

And just recently, two more people, this time UK citizens, have been hospitalized.

0:28.8

One has died after apparent exposure to Novichok.

0:32.8

Russia has so far denied any involvement in the attacks.

0:36.1

British police report they have found the source

0:38.3

of the latest nerve agent poisoning, a small bottle in the home of the hospitalized victim.

0:45.0

Police are still trying to find where the bottle came from. Luckily, though, the good news is

0:49.6

a brush with a nerve agent is not always fatal. Surviving an encounter with one has a lot to do with basic chemistry,

0:57.7

which we're going to be talking about now, the chemistry of poisoning agents.

1:02.1

Let me introduce my guest.

1:03.9

Rick Sackleben is a retired chemist and member of the American Chemical Society.

1:08.8

Welcome to Science Friday.

1:10.4

Thank you, Ira. So one of our listeners

1:12.7

actually asked me this question last week and wanted to know, and I said, you know, that's a great

1:17.6

question. Let's find out about it. So I'm going to ask you, how do these nerve agents work?

1:22.7

Okay. Well, I'll regress just a little bit and describe that the nervous system, how the nervous system works.

1:30.3

And nerve cells send their messages by releasing chemicals called neurotransmitters.

1:35.9

There's neurotransmitters when they're released to go across to the receptor cell and cause a signal there,

1:41.3

and then whatever happens after that happens.

1:44.2

Now, one of the neurotransmitters is called acetylcholine, or ceacoline.

...

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