C02: Fred Wolf “Nanoscale geometric focusing of synaptic calcium domains”

We propose to establish a comprehensive theory of nanoscale geometric focusing of synaptic calcium domains and to predict nanoscale patterns of preferred calcium sensor positioning, resulting in resources and a simulation toolbox to assess nanoscale geometric focusing effects from multimodal nanoscale assays of synapses and synaptic release sites. In particular, we propose to study how preferred sensor positioning depends on release face organization and buffer conditions.

Prof. Dr. Fred Wolf

Fred Wolf

Principal Investigator
More subprojects

C12: “A multiscale analysis of synaptic turnover for modeling the dynamic changes that shape synaptic function”

Eugenio Fornasiero & Johanna Senk

B11 “Gating and expression of long-term synaptic plasticity as an interplay between parallel transmission sites and astrocyte signalling”

Oliver M. Schlüter

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

Constantin Pape