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regeneration

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5 June 2025 A jellyfish, with tentacles marked in green, with a row of magenta cells visible around the base of its bell.

From Tokyo to Heidelberg: decoding the jellyfish superpower

EMBL scientists are on a quest to investigate the underlying biological processes that enable regeneration in jellyfish, which could also help us understand how wounds heal.

SCIENCE & TECHNOLOGY

2025

science-technology

29 November 2024 The sea anemone is visible as an elongated shape against a dark background, with gene expression visible in four colours (green – concentrated in the tentacles to the right, orange – at the base of the tentacles, yellow – in a leaf shape near the middle, purple – concentrated in the end opposite the tentacles, to the left)

The sea anemone is visible as an elongated shape against a dark background, with gene expression visible in four colours (green – concentrated in the tentacles to the right, orange – at the base of the tentacles, yellow – in a leaf shape near the middle, purple – concentrated in the end opposite the tentacles, to the left)

Sea anemone study shows how animals stay ‘in shape’

Scientists have shown how regenerating sea anemones restore their shape following a major injury, uncovering novel cellular and molecular mechanisms.

SCIENCE & TECHNOLOGY

2024

science-technology

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regeneration

From Tokyo to Heidelberg: decoding the jellyfish superpower

Sea anemone study shows how animals stay ‘in shape’

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