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Movement control: how our brain responds to unexpected situations

In mammals, movement is controlled by circuits spanning throughout the central nervous system from the cortex to the spinal cord. The role of motor cortex in the control of movement is still unclear. In humans, lesions to…


A protein that extends life of yeast cells

For about one hundred years it has been known that nutrient restriction and moderate stress can significantly prolong life. The researchers led by Prof. Mihaela Zavolan and Prof. Anne Spang, both at the Biozentrum of the…


How to track and trace a protein: Nanosensors monitor intracellular deliveries

Membrane proteins are a basic component of each individual cell of the human body and play a vital role in the cell’s structure, metabolism and transport. They ensure that many substances, such as hormones and other…


Diversity in the brain – How millions of neurons become unique

The brain is our body’s most complex organ and consists of about 100 billion neurons. For the error-free transmission of information and for proper functioning, the different cells must be programmed in a way that they…


Nobel Prize for Chemistry – Molecules in 3D

"From 1971 to 1978 Jacques carried out research at the Biozentrum and in 1974 he received his PhD from Eduard Kellenberger, one of the founders of the Biozentrum of the University of Basel. To the very last, the two had a…


GPS for chromosomes: Reorganization of the genome during development

Our body is made up of a wide variety of cells with the most diverse functions. Irrespective of being heart, liver or nerve cells, however, they all contain the same genetic information. The reason why cells develop…