In sea creatures like clams and snails, a special protein helps control how much taurine gets in and out of their cells when the salt levels around them change — this helps the cells stay healthy and adapt.

Evidence from Studies

Supporting (1)

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Commentary: Taurine as a central osmoprotectant in marine molluscs - Roles in osmoregulation, oxidative balance and immune homeostasis.

Editorial/Opinion

2026 Apr-May

The study shows that a special transporter helps move taurine in and out of cells in sea creatures when salt levels change, which helps them survive. This supports the idea that this system is important for their adaptation.

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No contradicting evidence found

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Source Study

Commentary: Taurine as a central osmoprotectant in marine molluscs - Roles in osmoregulation, oxidative balance and immune homeostasis.

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DOI: 10.1016/j.cbpb.2026.111200

Similar Assertions

Marine molluscs, like clams and snails, rely on a substance called taurine to help their cells stay the right size when the saltiness of the water around them changes — kind of like how a sponge adjusts to wet or dry conditions without falling apart.

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81%

Taurine helps shellfish like clams and mussels keep their immune systems balanced and working well when they're stressed by things like pollution or changing water conditions.

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78%