Content

During the previous funding period, we established proximity biotinylation approaches to map protein organization within presynaptic subcompartments both in vivo and in vitro. These studies enabled the spatial mapping of signaling pathways that may regulate presynaptic functions. In the upcoming funding period, we will investigate how key signaling proteins shape synaptic transmission properties, thereby contributing to heterogeneity among synapses of the same neuron and diversity across synapses of distinct neuronal subtypes.

Noa Henia Lipstein-Thoms Ph.D

Noa Lipstein

Principal Investigator
More subprojects

Z4: “Quantitative visualization and analysis of synaptic proteins using nanobodies”

Felipe Opazo

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

Constantin Pape

B6: “The role of RNA in synapse physiology and neurodegeneration”

Andre Fischer & Tiago Outeiro