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D4: Molecular and Cellular Structural Biology III

D4: Molecular and Cellular Structural Biology III – 17002 (2 hrs/week; 2 CP; Spring 2026) Sebastian Hiller This lecture series leads towards the understanding of the structural and functional aspects of biological membranes…


Why antibiotics can fail even against non-resistant bacteria

In certain infectious diseases, antibiotics are less effective than expected, as seen in infections caused by Salmonella bacteria, which can lead to illnesses such as typhoid fever. For many years, researchers believed that…


Researchers discover “folding factories” for proteins

Proteins are the workhorses of our cells: They transport substances, digest nutrients and serve as building blocks. To perform this wide range of tasks, they must be folded correctly. This process is ensured by an arsenal of…


Cholesterol disrupts lipid metabolism in the cell

Our cells continuously receive external signals, which are transmitted across the cell membrane into the cell, to be processed in the cell nucleus. Various signaling pathways are found in the cell membrane. One is the…


How does a wing grow? A journey on the path of proteins.

How organs develop and how they grow to the right size and shape are fundamental questions in developmental biology. The morphogen Dpp is a signaling molecule controlling the development of different organs with regard to…


An enemy within: Pathogens hide in tissue

Infections such as tuberculosis or typhoid fever are caused by bacteria and can usually be treated well with antibiotics, at least as long as the bacteria are not resistant. However, full eradication of the bacteria cannot…


Cancer research: Metabolite drives tumor development

The liver is a vital organ with many important functions in the body. It metabolizes nutrients, stores energy, regulates the blood sugar level and plays a crucial role in detoxifying and removing harmful components and…


A “Catch-22” vaccine against Salmonellosis

Antibiotics are still the treatment of choice in fighting bacterial infections. However, due to their extensive and sometimes improper use in medicine and livestock farming, resistant pathogens are increasingly emerging,…


Researchers crack a puzzle of bacterial genome evolution

The forefather of phylogenetic trees can be found in Charles Darwin's revolutionary work "On the Origin of Species". These trees provide information about the evolution and relationships of species, from simple cells to…


Tackling the Achilles' heel of pneumonia-causing bacteria

According to the WHO, more than one million people worldwide die of pneumococcal infections every year. Young children, elderly and immunocompromised persons are particularly affected. After the introduction of…