Projekte
PI | Project | Title |
Zuzana Storchová | 1 | Autophagy in cells with altered protein homeostasis due to aneuploidy |
Yury Bykov | 2 | Systematic characterization of mislocalized mitochondrial precursor protein behavior in the cytosol using high-throughput yeast genetics |
Jan Pielage | 3 | Cellular mechanisms linking mitochondrial protein import stress and neurodegeneration |
David Scheuring | 4 | Plant growth restriction by the stress hormone salicylic acid |
Haim Treves | 5 | Photosynthetic metabolic network level estimation of enzyme catalytic rates
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Torsten Möhlmann | 6 | Unraveling the role of UPP in chloroplast proteostasis and involved interaction partners |
Tanja Maritzen | 7 | Elucidating the importance of endocytic proteins for neuronal function |
Matthias Hahn | 8 | Attack by necrotrophic pathogens: The plant plasma membrane as target and defence line |
Stefan Kins | 9 | Automated quantification of endocytotic processes through AI-based recognition and analysis of microscopic cell images |
Ekkehard Neuhaus | 10 | Dynamic proteome changes of plant cell organelles |
Johannes Herrmann | 11 | Molecular mechanisms of intracellular protein sequestration |
Michael Schroda | 12 | Deciphering the role of VIPPs in maintaining chloroplast membrane and protein homeostasis |
Jörg Fahrer | 13 | Response of intestinal epithelial cells to dietary heme |
Marcel Deponte | 14 | Mitochondrial protein import machineries of parasitic protists |
Elke Richling | 15 | Metabolism of small molecules in biological systems |
Nicole Frankenberg-Dinkel | 16 | Phage-induced dynamics of phycobilisome reconstruction and metabolic rewiring in marine cyanobacteria |
Stefanie Müller-Schüssele | 17 | Think small, then big: From local redox state to organelle dynamics and plant growth |
Volker Scheuss | 18 | Training-free parallel assessment of behavior and neuronal circuits in mouse models of nervous system disease by AI-based data analysis, neuronal network modeling and real-time holographic optogenetic perturbation |
Katherine Munoz | 19 | The role of secondary metabolites in cellular responses to pathogen infection at the root level |
Christoph Garth, Timo Mühlhaus, Ping Zhang | Z | AI-enhanced research data management for BioComp |