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Nematode-trapping fungi induce sleep in C. elegans through mechanical stress and neuron activation.
Illustration showing nematode-trapping fungi causing quiescence in C. elegans by stress-induced neuron activation.
Diagram depicting the process where nematode-trapping fungi exert mechanical stress on C. elegans, leading to neuron activation and induced sleep.

Nematode worms enter a sleep-like state when captured by predatory fungi, shedding light on ancient survival strategies. more

Can Aztekin pictured in his laboratory

Early-stage researcher wins coveted grant for their work on limb regeneration in mammals. more

A microscopic image of a few multiple translucent, light brown filaments of brown algae. The filaments are segmented into a series of rectangular cells. Darker structures are the reproductive cells where male or female gametes are produced.

The genomes of brown algal species with diverse sexual systems reveal how sex chromosomes originate, evolve, and sometimes transform into autosomes

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Microscopic image showing a purple nematode worm, C. elegans, surrounded by thin, green fungal strands of A. oligospora on a dark background.

Scientists uncover the genetic trade-offs involved in allowing predatory fungi to stick to their nematode prey more

President of the ISRB Elly Tanaka stands next to recipient of the Rising star award Can Aztekin. They are both smiling and holding the box with the award medal in their hands. Behind them is a screen projection of a microscopic image of a frog limb.

Can Aztekin, Max Planck Research Group Leader in Structural Regeneration at the Friedrich-Miescher-Laboratory in Tübingen, is the recipient of the International Society of Regenerative Biology (ISRB) Rising Star Award. more

The mind of a predatory worm

Widespread neural connectivity changes underlie a behavioral switch between worm species. more

Illustration of a blue and orange protein, highlighting advancements in high-affinity protein design for biomedicine.

A novel, training-free approach in computational protein binder design unlocks new possibilities in next-generation biomedical applications. more

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