Archives: Research Groups
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Research Groups
Research
Learn moreOur research focuses on molecular systems biology, applying methodologies like epigenomics and transcriptomics together with cutting-edge data analysis and integration techniques, including statistical methods, machine learning, and network-based approaches. Our interdisciplinary research projects usually combine both experimental laboratory work and computational biology approaches.
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Research Groups
Systems Biology and Epigenetics
Learn moreOur research group is focused on the field of molecular systems biology, applying approaches like epigenomics and transcriptomics. We employ cutting-edge data analysis and integration techniques, including statistical methods, machine learning, and network-based approaches, to unravel the complexities of biological systems in health and disease.
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Research Groups
Research
Learn moreNumerous diseases are caused by a dysfunctional cellular signal transduction. Thus, the Signal Transduction group works on the understanding of cellular signalling pathways and its underlying molecular mechanisms, a crucial step for the development of novel drugs targeting cellular communication pathways.
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Research Groups
Signal Transduction
Learn moreThe Signal Transduction group focuses on the understanding of cellular signal transduction and its underlying molecular mechanisms.
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Research Groups
Research
Learn moreUnderstanding molecular mechanisms that govern cellular communication and signaling in the healthy organism as well as in pathological conditions, such as inflammation and cancer, is a prerequisite for the development of targeted therapeutic intervention. To this end, the MDM Group currently focuses on the molecular mechanisms that govern colorectal cancer and its resistance to therapies.
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Research Groups
Molecular Disease Mechanisms (MDM)
Learn moreThe Molecular Disease Mechanisms group focuses on the molecular mechanisms that govern colorectal cancer and its resistance to therapies.
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Research Groups
Research
Learn moreNovel therapies for cancer and rare diseases called RASopathies are urgently needed. In both cancer and RASopathy research cell proliferation is typically analysed. However, RAS also impacts on cell differentiation, which generates and repairs the various tissues we have in our bodies. We aim at elucidating the fundamental role of RAS in this process.
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Research Groups
Cancer Cell Biology and Drug Discovery
Learn moreThe research goal of the Abankwa lab is to develop novel drug targeting strategies against the RAS pathway in cancer and developmental diseases called RASopathies.