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Study Reveals How Stentor Influenced Multicellular Evolution

4/1/2025

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Summary

Story summary

A groundbreaking study from the Marine Biological Laboratory uncovers how Stentor, a unicellular organism, may have shaped the evolution of multicellular life. By banding together in temporary colonies, these tiny creatures create powerful water currents that boost their food intake. This research highlights the importance of physical interactions in the journey toward life's complexity.

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Story summary

A groundbreaking study from the Marine Biological Laboratory uncovers how Stentor, a unicellular organism, may have shaped the evolution of multicellular life. By banding together in temporary colonies, these tiny creatures create powerful water currents that boost their food intake. This research highlights the importance of physical interactions in the journey toward life's complexity.