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Health & Science2h 41m ago
A recent study found that feeding specific bacteria to Ministeria vibrans, a unicellular relative of animals, caused its single cells to clump together, providing insights into the origins of animal evolution.
Indiana University Bloomington, Institute of Evolutionary Biology in Spain, Uppsala University in Sweden
Who
Ruibao Li, Jennah Dharamshi, J. P. Gerdt, Iñaki Ruiz-Trillo
What
A recent study found that feeding specific bacteria to Ministeria vibrans, a unicellular relative of animals, caused its single cells to clump together, providing insights into the origins of animal evolution.
When
Thu, 11 Jun 2026 16:34:00 GMT · 2h 41m ago
Where
Indiana University Bloomington, Institute of Evolutionary Biology in Spain, Uppsala University in Sweden ·
Why
Researchers found that Ministeria vibrans cells became multicellular when they consumed a specific bacteria, suggesting this mechanism could have driven early animal evolution by providing more efficient food collection and protection.
The Frontline Impact
How this affects you
This research offers a potential explanation for how single-celled organisms transitioned into multicellular animals billions of years ago, a fundamental step in the development of all animal life, including humans. It highlights that the same proteins used by Ministeria vibrans to clump are also crucial for animal cell adhesion and communication today.
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1 event in this threadNo related history yet - this is the origin event.
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