Prof. Dr. Simon Anders
We develop methods to process, analyse and interpret high-throughput sequencing data.
Dr. Ilka Bischofs
We use tools from molecular biology, microscopy and mathematical modeling to control and engineer CATs.
Dr. Petr Chlanda
We are studying how viruses interact with cellular membranes and lipids during infection.
Dr. Holger Erfle
We design, develop and apply novel technologies for high-content screening and analysis.
Prof. Dr. Niels Grabe
We perform quantitative analysis and modeling of tissues, with emphasis on clinically relevant research projects.
Dr. Frederik Graw
We combine mathematical models and experimental data to study infection and immune processes within a host.
Prof. Dr. Dirk Grimm
We develop gene therapies by engineering non-pathogenic Adeno-associated viruses.
Prof. Dr. Carl Herrmann
We work on gene (de)regulation in diseases and methods for integration of large scale genomics datasets.
Dr. Dr. Stefan Kallenberger
We investigate pathomechanisms of diseases to improve diagnostics and treatment protocols based on mathematical modeling.
Prof. Dr. Ursula Kummer
We develop methods for the simulation, modeling and analysis of biochemical networks.
Dr. Jan-Philipp Mallm
We focus on providing automated, high-throughput and multi-omic readouts tailored to cancer research.
Prof. Dr. Fruzsina Molnár-Gábor
We conduct research in the areas of data protection law, medical law, and health law.
Dr. Jürgen Pahle
We analyse how living systems take up, process, store and transfer information.
Prof. Dr. Karsten Rippe
We analyze the dynamic organization of the (epi)genome in relation to gene expression and functional cell states.
PD Dr. Karl Rohr
We develop methods for computer-based analysis of biological and medical images.
Prof. Dr. Rob Russell
We investigate all aspects of protein structure, function and evolution, focusing on molecular interactions.
Dr. Sven Sahle
We develop computational methods and software for modeling and analysis of biochemical reaction networks.
Prof. Dr. Rasmus Schröder
We study actin-myosin macromolecular motor systems using single particle analysis and electron cryo tomography.
Prof. Dr. Roland Eils
We provide medical informatics solutions to make patient data accessible for clinical research and education.
Prof. Dr. Dirk Jäger
We focus on translation of innovative therapeutic approaches into early clinical trials for the treatment of tumors.
Prof. Dr. Niels Halama
We develop tissue processing workflows and technologies for applications in solid tumor immunotherapy.
Prof. Dr. Mike Heilemann
We study biomolecule structures using sub-diffraction-limit resolution imaging with single-molecule sensitivity.
Prof. Dr. Ursula Klingmüller
We elucidate molecular mechanisms that regulate cellular decisions and their impact at the tissue- and organ-levels.
Prof. Dr. Ulrich Schwarz
We develop a systems-level understanding of cell mechanics and adhesion.
Prof. Dr. Vytautė Starkuvienė
We analyse how intracellular trafficking adapts to extracellular signals. Joint projects at Vilnius University and Erfle lab.
Prof. Dr. Michael Boutros
We study cellular signaling networks with genetic / genomic approaches, focusing on Wnt and Wnt-interacting pathways.
Dr. Wolfgang Huber
We develop and apply statistical methods for biotechnologies and then translate them into reusable tools.
Prof. Dr. Jan Lohmann
We study the development of complex stem cells in plants using genetic, genomic and molecular approaches.
Dr. Oliver Stegle
We develop statistical and machine learning methods to decipher molecular variation across individuals, space, and time.
Prof. Dr. Jochen Wittbrodt
We study neuronal cell proliferation and differentiation in the developing, growing and regenerating eye and brain of fish.
Prof. Dr. Anna Marciniak-Czochra
We use mathematical models to analyze the dynamics of structure formation and self-organisation in cell systems.
Prof. Dr. Hans-Georg Kräusslich
We study the formation and architecture of subviral complexes and their interaction with cellular structures.
Prof. Dr. Julio Saez-Rodriguez
We study signaling network deregulation in various diseases by integrating multi-omics data into mathematical models.