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Our group studies the origin and consequences of phenotypic variability. Phenotypic variability is a phenomenon by which genetically identical…
At the Pathogen Gene Regulation Unit, we combine cutting-edge techniques and bioinformatic analyses to understand how microbial pathogens infect,…
Ribosomes are responsible for translation of genetic information into proteins in all living organisms, and they are for example the target for about…
At the Applied Microbial Genomics Unit, we work on the applications of whole-genome sequencing as a research, surveillance, and diagnostics tool for…
We use massive-scale experimentation and mathematical modeling to understand and predict how the biophysical properties of the molecules of life are…
Study of the regulation of the activity of the AMPK complex and the pathophysiological basis of the epilepsy of the Lafora type
Our general aim is to understand the molecular mechanisms that control the generation of the different neuron subtypes of the nervous system
Generation and characterization of cellular and animal models for studying the pathophysiological role of ciclooxygenasa-2 in the liver