Networks for our research Research is increasingly carried out in interdisciplinary networks and in both national and international research associations. One of the main reasons for this is the fact that interdisciplinary…
Prof. Silvia Arber explains how neurons control our movements All motor behaviors of the human body are controlled by neurons in the brain. Silvia Arber's team investigates how neurons build networks, how they control our…
Whether they are pathogens, deep-sea microbes or soil-dwelling organisms, in order to survive, microorganisms must be able to adapt rapidly to diverse changes in their environment, including nutrient depletion. Bacteria owe…
In times of “home office”, lock downs and closed gyms, endurance sports is back in trend again. Jogging, biking or swimming keeps you healthy and makes your muscles fit. With regular training, the musculature adapts to be…
In 1949, the Canadian psychologist Donald O. Hebb described that connections between neurons become stronger when the neurons are active at the same time, and that strengthened connections facilitate signal transmission. The…
The coronavirus pandemic and the development of the novel vaccines has brought mRNA into the public eye. mRNAs are transcripts of DNA. They serve as a template for protein production and are degraded after a certain time.…
Bacteria are masters of survival. Pathogens, for example, produce a range of molecules enabling them to infect their hosts and to evade the immune defense. The entero-pathogenic bacterium Salmonella enterica Typhimurium uses…
Biozentrum World Alumni Day, June 23, 2023 Dear Biozentrum Alumni, Do you ever wonder what your former Biozentrum colleagues and friends are up to? What is happening at the Biozentrum now? What does the new building look…
Picking up a pen and writing our name or reaching for a fork to eat spaghetti with tomato sauce are things we take for granted. However, holding a pen properly or bringing spaghetti to the mouth without making a mess…
The G protein-coupled receptors (GPCRs) perform very diverse tasks in our body. They enable us to see, taste food, feel cold or warm, or respond to stress. Located on the cell surface, GPCRs sense a large variety of signals…
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