CORDIS Project
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This project investigates the roles of diadenosine polyphosphates in cellular stress responses and their interactions with posttranslational modifications, specifically AMPylation. By developing new chemical tools, the research aims to enhance understanding of these processes and their implications in cancer and neurod…
It is puzzling that the human genome has only slightly more genes than the fruit fly and only half the number of cauliflower.
Obviously, the sheer number of genes alone cannot determine the complexity of human development and the sophisticated signalling systems that maintain homeostasis.
In fact, the complexity of information from genome to proteome is greatly increased.
Drivers for the complexity of the proteome are posttranslational modifications (PTMs), i.e. covalent modifications of polypep…
UNIVERSITAT KONSTANZ
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