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Short Wave

Searching The Ocean's Depths For Future Medicines

Short Wave

NPR

Daily News, Nature, Life Sciences, Astronomy, Science, News

4.7 β€’ 6K Ratings

πŸ—“οΈ 24 August 2022

⏱️ 10 minutes

🧾️ Download transcript

Summary

Plunge into the ocean off the west coast of Ireland...and then keep plunging, down to where there's no light and the temperature is just above freezing. That's where underwater chemist Sam Afoullouss sends a deep sea robot to carefully collect samples of marine organisms. The goal? To search for unique chemistry that may one day inspire a medicine.

Sam talks giant sponges, dumbo octopuses and bubblegum coral with host Emily Kwong – how to use them as a source for drug discovery while also protecting their wild, intricate ecosystems.

Transcript

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0:00.0

You're listening to Shortwave from NPR.

0:07.0

We are headed to the deep sea today off the west coast of Ireland.

0:12.1

Sam Atholouse is one of just a handful of people who've seen what lives down there.

0:17.1

A mile or more below the surface.

0:19.7

And I don't know where this big giant sponge appeared, big giant trumpet sponge, like kind

0:25.4

of the equivalent of a gramophone sticking out from the wall.

0:29.6

So it was probably two meters wide, maybe three meters deep.

0:33.7

Now Sam doesn't dive down to the depths himself.

0:36.8

He views what's below through a camera attached to a fancy robot.

0:41.2

It reveals a part of our planet that looks like an alien world.

0:45.2

Branching bamboo corals, the size of a tree.

0:47.8

The corals reaching out over cliff edges, gigantic sponges, tiny little octopus called the

0:53.2

Dumbo octopus.

0:54.2

Because it has these little flaps beside its ears.

0:57.6

I can't make it look like a robot.

0:58.6

Sam's not there to gawk at critters.

1:01.2

As an underwater chemist, he's more interested in the chemicals these marine organisms make.

1:06.6

Chemicals that can be used for drug discovery.

1:09.1

We humans have been drawing medicinal inspiration from nature for a long time.

1:13.6

And that's where most of our medicines come from.

1:16.6

Drived or inspired by natural sources.

1:19.3

And a lot of those come from traditional remedy type of things.

...

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