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Synapses, the communication hubs of neurons, hold the key to understanding brain function. Much of our knowledge about them is derived from microscopy, such as super-resolution microscopy or electron microscopy. However, analyzing such data is a slow and manual process. We are developing artificial intelligence to automate the image analysis, to gain insight into synaptic function based on much larger datasets. Our main applications are (cryo-)electron tomography and super-resolution microscopy. We have developed tools that are used by several partners in the SFB to automatically analyze synaptic morphology. Now, we are researching methods that can also extract molecular information from imaging data.

Constantin Pape

Principal Investigators
More subprojects

C6: “Coarse-grained simulation of the role of local environment on presynaptic release: from fusion to fission”

Marcus Müller

C2: “Nanoscale geometric focusing of synaptic calcium domains”

Fred Wolf

B2: “The synaptic vesicle cluster as a regulator of presynaptic biomechanics”

Sarah Köster & Sofiia Reshetniak