Page 2 - University of Tübingen

Neuroscience

Do not disturb: How the brain filters out distractions

You know the feeling? You are trying to dial a phone number from memory… you have to concentrate…. then someone starts shouting out other numbers nearby. In a situation like that, your brain must ignore the distraction ...

Neuroscience

Shout now! How nerve cells initiate voluntary calls

"Should I say something or not?" Human beings are not alone in pondering this dilemma – animals also face decisions when they communicate by voice. University of Tübingen neurobiologists Dr. Steffen Hage and Professor ...

Parkinson's & Movement disorders

Why a diabetes drug could help in Parkinson's disease

A diabetes drug might help in certain types of Parkinson's disease, reports a team of German brain researchers headed by Dr. Julia Fitzgerald at the Hertie Institute for Clinical Brain Research, the University of Tübingen ...

Medications

First specific drug therapy for a severe early form of epilepsy

Epilepsy comes in a variety of forms. Those affected by a genetically determined variety have severe epileptic seizures as early as the first year of life. The disease is accompanied by severe developmental disorders: it ...

Medical research

When a lack of sugar drives cells to eat themselves

Autophagy is the recycling process by which our cells keep themselves young. They continually break down and renew small parts of themselves in a kind of self-digestion; this helps to counteract harmful deposits which may ...

Neuroscience

A vision exam for mice

How can one use simple means to investigate the visual abilities of animals? This question is being pursued by the research group of Dr. Thomas Münch at the Centre for Integrative Neuroscience at the University of Tübingen. ...

Medical research

Live coverage of the immune system at work

To better understand what happens during immune reactions in the body, researchers at Tübingen University have developed a new way of labeling T-cells, allowing them to track the T-cell movement in mice using non-invasive ...

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