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PAH Exposure and Disease Susceptibility

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By Marrowstone Marine Field Station (MMFS) November 18, 2020

Pacific herring

Researchers at the MMFS are studying the immediate and delayed effects of petroleum hydrocarbon exposures to Pacific herring.

The immediate and delayed effects of petroleum hydrocarbon (PAH) exposures to Pacific herring are being determined empirically.  Endpoints include immediate morphological and physiological impacts on PAH-exposed embryos and larvae and delayed impacts to the surviving juveniles including changes to innate and adaptive immunity, transcriptomics, and disease susceptibility.

 

Media
Left: Newly-hatched herring. Right: Herring larvae 15 days
Sources/Usage: Public Domain. View Media Details
On the left: Newly-hatched day 0 herring larvae. Yolk sac is apparent behind the eyes. On the right: Herring larvae 15 days post-hatch. Food in the gut appears orange. (Public domain.)

Researchers at the MMFS are studying the immediate and delayed effects of petroleum hydrocarbon exposures to Pacific herring.

The immediate and delayed effects of petroleum hydrocarbon (PAH) exposures to Pacific herring are being determined empirically.  Endpoints include immediate morphological and physiological impacts on PAH-exposed embryos and larvae and delayed impacts to the surviving juveniles including changes to innate and adaptive immunity, transcriptomics, and disease susceptibility.

 

Media
Left: Newly-hatched herring. Right: Herring larvae 15 days
Sources/Usage: Public Domain. View Media Details
On the left: Newly-hatched day 0 herring larvae. Yolk sac is apparent behind the eyes. On the right: Herring larvae 15 days post-hatch. Food in the gut appears orange. (Public domain.)
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