Press Releases

Press contact

Sebastian Scherrer

Public Relations Officer

+49-228-9656-139
sebastian.scherrer@caesar.de

Our latest press releases

Press Release

29 Nov 2019

Jason Kerr appointed professor for „Behavior and Brain Organization”

The appointment further fortifies the partnership between research center caesar and the University of Bonn.

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Press Release

26 Nov 2019

Traffic lights for perception

caesar scientists of the “In Silico Brain Sciences” group discovered how information in the brain is relayed.

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Press Release

19 Nov 2019

New research group on magnetoreception in animals

Pascal Malkemper researches a sense that feels like magic: magnetoreception

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Press Release

1 Oct 2019

How does the brain coordinate behavior? New research group at caesar

The group „Neural Information Flow“ (led by Dr. Monika Scholz) utilizes the nematode C. elegans, to understand fundamental principles of information transfer within neuronal networks.

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Press Release

9 Jul 2019

Students explore the world of neuroscience

Neuroscience for schools - the caesar public lab offers workshops for high school secondary level I and II

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Press Release

21 May 2019

A light sensor that deactivates neurons

Dr. Reinhard Seifert from research center caesar (Bonn) developed a new tool, jointly with other researchers from all over Germany. The tool is able to deactivate a single neuron with a ray of blue light. A paper about the discovery of this tool was recently published in the scientific journal Nature Communications.

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Press Release

6 May 2019

Bessel rays illuminate structures in 3D

A new publication by caesar scientists Andres Flores Valle and Johannes Seelig in „Optics Express“: bessel rays allow for the illumination of an object from different angles.

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Press Release

1 Apr 2019

GBA2 in the nervous system: lipids and gait imbalance are intertwined

A collaborative study of scientists from the Institute of Innate Immunity, research center caesar, and DZNE sheds light on the molecular mechanism underlying ataxia and spasticity in patients with mutations in a key enzyme of the glycosphingolipid metabolism.

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