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Nerve terminals contain hundreds of synaptic vesicles that form tight clusters. Despite being held together, vesicles are highly mobile within these clusters, so that they can be recruited to the membrane upon neuronal activity, for exocytosis. However, little is known about the potential mechanisms of synaptic vesicle cluster regulation. To understand this, in this project, we will analyze the dynamics and regulation of synapsin-bound vesicles both in reconstituted systems and in primary hippocampal neurons.

Dragomir Milovanovic

Principal Investigators
More subprojects

C10: “Innovative deep learning approaches enable quantitative analyses of synaptic imaging datasets”

Constantin Pape

A4: “Investigating the ultrastructural effects of activity and aging on vesicle recycling and protein turnover”

Carolin Wichmann

A5:“Mitochondrial heterogeneity in synapses”

Stefan Jakobs