News and research highlights from the department "Molecules - Signaling - Development"

Study reveals how changes in cell behavior and numbers can drive the formation of distinctive grooves and ridges in the brain.

Annual award presented for outstanding publications by early-career researchers

New research shines light on how the brain interprets nutritional and hydration needs and turns them into action.

Specialized nerve cells in the brain inhibit food intake during nausea

A hormone and specialized brain cells regulate feeding behavior in mice

Research Council ERC awards grants of up to 2.5 million euros each

Redesigning brain circuit

March 31, 2020

Rüdiger Klein receives an ERC Advanced Grant to analyze the development of amygdala circuits

Identification of a protein complex that attracts or repels nerve cells during development

When cells become cannibals

October 08, 2019

Max Planck scientists describe mechanism of partial phagocytosis

Neurons in the spinal cord integrate tactile information and help coordinate walking

Susanne Falkner and co-first authors Daniel del Toro & Tobias Ruff receive „Young Scientist Award“

Neurons in the amygdala link food consumption to reward

Adhesion of migrating neurons influences the folding of the cerebral cortex

Hungry cells on the move

September 06, 2016

Researchers discover a signalling pathway that enables cells to reach their destinations through repulsion

Signaling molecules can make neuronal extensions retract at a distance

Navigation for nerve cells

October 22, 2014

FLRT proteins direct precursors of pyramidal cells to their destination by attractant and repellent signals

Proteases help nerve cells to navigate

The proportion of different receptor groups in the cell membrane determines whether cell repulsion takes place

New link discovered between processes associated with a Parkinson’s-related gene defect

New cell type paves the way for movement-related nerve fibres

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