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Josef Pfeilschifter

Prof. Dr. Josef Pfeilschifter 1992 – 1996 | Professor of Pharmacology and Toxicology Josef Pfeilschifter studied medicine in Regensburg and Munich and graduated in 1982 at the Technische Universität Munich. He subsequently…


Registration & Guidelines

How to become a user of the BioEM Electron Microscopy Laboratory? The BioEM Electron Microscope Facility welcomes researchers of the Biozentrum and the wider University of Basel community. External researchers, from academia…


PhD Retreat

PhD Retreat The PhD retreat is a way to foster interactions between the PhD students of the Biozentrum and the Pharmazentrum, regardless of focal area or year in the program. It is an opportunity for students to share their…


New discovery reveals how diatoms capture CO2 so effectively

Diatoms are too small to see with the naked eye, yet they are one of the most productive algae species in the ocean and play an important role in the global carbon cycle. Using photosynthesis, they absorb large amounts of…


I4: Introduction into Fluorescence and Live Cell Imaging

I4: Fluorescence Microscopy and Image Analysis: From Basics to High-End Techniques – 34605 4 days; 2 CP; Tue 13.5. - Fri 16.05.2025 Oliver Biehlmaier , Nikolaus Ehrenfeuchter, Alexia Loynton-Ferrand, Sara Raquel Roig Merino,…


Sleep-wake rhythm: Fish change our understanding of sleep regulation

Until recently, it was assumed that vertebrates share similar mechanisms controlling sleep behavior. That's why researchers have been using fish in the past 20 years as a model organism to study sleep and its regulation. Now…


Pregnancy remodels the brain: stem cells shape the sense of smell in mothers

Recognizing their offspring by smell ensures animal parents can nurture their own young. The research group led by Prof. Fiona Doetsch at the Biozentrum, University of Basel, has now demonstrated in mice that new nerve cells…


New glial cells discovered in the brain: Implications for brain repair

The brain is malleable well into adulthood. Brain plasticity is not only due to the formation of new nerve connections. Stem cells present in the adult brain also generate new nerve cells. For more than a hundred years,…


Inner “clockwork” sets the time for cell division in bacteria

The ability of pathogens to multiply in the host is crucial for the spread of infections. The speed of bacterial division greatly depends on the environmental conditions. Under unfavorable conditions, such as nutrient…


Bacteria have a sense of touch

Be it through mucosa or the intestinal lining, different tissues and surfaces of our body are entry gates for bacterial pathogens. The first few seconds - the moment of touch - are often critical for successful infections.…