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We cordially invite you to participate in our program event “Climate Change in the Arctic” and gain exciting insights into our research.

Find the right antibiotic and save the patients from the hospital-acquired infection.

Using multiplex immunofluorescence labeling, we are uncovering how cancer cells interact with healthy cells. This allows us to better understand the mechanisms of tumor development and monitor the success of cancer treatment.

Do you want to know what a biobank is and what happens there? Would you like to make your own biobank samples? And do you want to find out just how cold it can get in a biobank? Then come on by and join us!

Are wildflower seeds larger or smaller than GRIN lenses?

This is how we determine in the microbiology lab which bacteria, viruses, or parasites are responsible for an infection.

How do doctors identify tumor boundaries? Why do middle ear infections occur? And how do modern technologies help us better understand diseases?

Discover how modern cancer research identifies genetic changes in leukemia cells, thereby laying the foundation for precise diagnosis and treatment.

In an era of rising antibiotic resistance, the rapid characterization of the bacteria causing the infection is becoming increasingly important. We demonstrate how new optical and spectroscopic methods can contribute to this effort.

See the little ones in a whole new light

A Close-Up Look at Teeth and the Surrounding Area!

Artistically crafted specimens and easy-to-understand models convey the fundamentals of anatomy and offer fascinating insights into the body’s inner workings. The historical significance of this 200-year-old collection can be experienced, for example, through Goethe’s intermaxillary specimens.

Scientists demonstrate the methods they use to track down small DNA molecules and proteins.

Small Cells, Big Impact—How Heart Cells Beat and Nerve Cells Fire

With more than 10 to the power of 10 neurons, the human brain is a universe unto itself—much like the Milky Way with its 10 to the power of 11 stars—and all within a tiny space