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Research News

Here is on overview over recent scientific findings of the Bernstein Network.

Primed for memory formation

A new study carried out in a collaboration between researchers from LMU and UC San Diego suggests that new sensory experiences are encoded in pre-existing patterns of neuronal activity, which are recalled, modulated and enhanced following periods of behavioral activity.

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Opening the Black Box of Dendritic Computing

How do nerve cells compute? This fundamental question drives LMU neurobiologists led by Andreas Herz. They have now presented a novel method to disentangle complex neural processes in a much more powerful way than was previously possible.

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Nerve cells as team players

Göttingen researchers explain how the eye recognizes motion: Special nerve cells in the eye indicate a shift in the line of sight. Groups of these cells contribute to the recognition of small eye movements and help to keep the viewing direction stable so that the image of the environment becomes clear.

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Yin and Yang during synapse maturation in young brains

Synapse maturation and the timing of critical periods during brain development is governed by the balance of two signaling proteins with opposing functions.

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Mice transmit acquired adaptability to their offspring

Research team at the University of Göttingen investigates neuronal plasticity in rodents

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Does ignoring negative feedback lead to rigid behavior?

The loss of the flexibility to adapt to new tasks leads to perseverative errors and indicates that a person rigorously clings to past objectives. A research team from the Medical Center Hamburg-Eppendorf (UKE) investigated the underlying deficits of information processing and their neural foundations.

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Communication between neural networks

Researchers at the Bernstein Center Freiburg and colleagues are proposing a new model to explain how neural networks in different brain areas communicate with each other

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The cerebral cortex is a fast learner

Tübingen researchers trace the formation of memories in the cerebral neocortex

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Elucidating cuttlefish camouflage

Computational image analysis of behaving cuttlefish reveals principles of control and development of a biological invisibility cloak

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