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.
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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.
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Scientists have shown how regenerating sea anemones restore their shape following a major injury, uncovering novel cellular and molecular mechanisms.
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A two-week practical course introduced participants to the intricacies of studying the dynamic interplay between organisms and their changing environment and how it impacts development and evolution.
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The latest research from EMBL’s Ikmi group employs interdisciplinary approaches to show how sea anemone ‘exercise’ changes their developing size and shape, uncovering an intimate relationship between …
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EMBL PhD student Anniek Stokkermans captured this side view of a Nematostella vectensis larva during this transition, using instrumentation in the Advanced Light Microscopy Facility at EMBL Heidelberg…
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Under the innovative Planetary Biology research theme, EMBL scientists aim to understand life in the context of its environment.
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This image of a young Nematostella vectensis polyp shows two of the characteristic tentacles as well as the gaping mouth of the animal.
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Sea anemones are amazing creatures. Despite their plant-like appearance and their tendency to remain fixed in one spot, they are actually animals.
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An international group of researchers, led by scientists from EMBL Heidelberg, have discovered that the number of tentacle arms a sea anemone grows depends on the amount of food it eats.
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The image shown here, taken by Anniek Stokkermans from EMBL’s Ikmi Group, shows a larva of Nematostella vectensis.
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