Like human beings, every cell in our body tries to ward off death as long as it can. This is particular true for a specific type of immune cells, called T-lymphocytes, or T cells for short. These cells keep viruses,…
An increasing number of bacterial pathogens are resistant to antibiotics. And the most dangerous pathogens share a common feature: a double membrane that is difficult to penetrate. Even when antibiotic agents are able to…
Teaching and Courses Trainings and Workshops ELN-Wiki Introduction Process We accompany and support laboratories interested in starting to use ELN-Wiki on the way to the adoption of this new tool. A number of initial steps…
“The ball is rolling” December 2024 This also describes Henri Saenz’s life. We met the Biozentrum alumnus in Allschwil, in the Alba building. On the 9th floor. The view is breathtaking – from the Black Forest to the Vosges,…
Dr. Sheida Hadji Rasouliha Postdoc at the Imaging Core Facility Could you briefly describe your role at the Biozentrum? At the Imaging Core Facility, we are mainly responsible for teaching users the basics of light…
The ability to turn experiences into memories allows us to learn from the past and use what we learned as a model to respond appropriately to new situations. For this reason, as the world around us changes, this memory model…
Jump in at the deep end December 2015 With her Master’s in Biochemistry still warm in her hand, market analyses, pricing strategies and product launches were already waiting for her. Gabriela Güntherodt, at that time a…
On a peace mission: From NBC protection to arms control May 2020 Whether anthrax, smallpox, Ebola, Hanta or coronaviruses – none of these are exotic to the Biozentrum alumnus Max Brackmann. He works as a postdoc at the Spiez…
Research & Partnerships What are the current research fields at the Biozentrum? The current research focus areas at the Biozentrum include Computational and Theoretical Biology - Developmental, Regenerative & Stem Cell…
It is hardly bigger than a matchbox and yet there is a laboratory en miniature on this chip. Single bacterial cells grow in about 2000 channels of a thousandth of a millimeter in diameter and can be individually studied in…
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