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NutritionFacts.org Video Podcast

Are Environmental Toxins Lower in Wild-Caught or Farmed Fish?

NutritionFacts.org Video Podcast

[email protected]

Health & Fitness, Nutrition, Alternative Health

4.8877 Ratings

🗓️ 18 August 2025

⏱️ 5 minutes

🧾️ Download transcript

Summary

The adverse effects of industrial pollutants in seafood may counteract the benefits of nutrients in fish.

Transcript

Click on a timestamp to play from that location

0:00.0

Although the levels of industrial pollutants like dioxins and PCBs continue to decline in the food supply,

0:12.8

there is one dietary source that still remains a major threat, fish. Everything eventually

0:18.6

flows into the sea. Yes, we can get some dioxins from eating horses, but most of our exposure comes from

0:25.1

eating fish.

0:26.1

The U.S. Environmental Protection Agency puts the tolerable upper limit of dioxin intake per

0:31.6

kilogram of body weight at 0.7 picograms, less than a trillionth of a gram per day.

0:38.3

So we should get less than this in our diet every day.

0:42.3

As you can see, we're already skirting the max by just consuming dairy,

0:46.3

and fish takes us right over the top, even at low levels of consumption.

0:51.3

So the adverse effects of chemical contaminants in seafood may counteract the benefits

0:56.6

of any nutrients in fish, so much so that many dietary guidelines recommend no more

1:01.4

than one serving a week of fish and seafood to cut down on exposure to toxic pollutants.

1:07.9

But which is worse, wildcote or farmed?

1:11.6

Take salmon, for example.

1:12.6

Salmon had the highest toxic equivalence of PCBs, followed by canned tuna, as well as the

1:18.6

highest neurotoxic equivalents of PCBs.

1:22.6

If you compare the levels of PCBs in salmon farmed in Maine and Canada versus salmon wildcot in Alaska versus

1:29.6

organically farmed salmon from Norway.

1:33.0

Compared to wild-cut salmon, the farmed salmon, organic or otherwise, had significantly higher

1:39.3

PCB levels.

1:41.4

This appears to extend to other contaminants too, based on the testing of literally tons of

1:46.6

salmon samples from around the world, for every toxin the researchers tested.

...

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