Inhalt

Although mitochondria are an integral part of synaptic boutons, little is known on their protein biogenesis, turnover and compositional dynamics in the synapse. During the first funding period, we found that synaptic mitochondria undergo protein biogenesis, and that this is required to maintain synaptic activity, independent of the mitochondrial ATP output. Based on our findings, we will now ask how mitochondria metabolism and turnover affects synapses, and how mitochondria are influenced by synaptic function.

Prof. Dr. Peter Rehling

Peter Rehling

Principal Investigator
Weitere Teilprojekte

C9: “Linking multi-timescale dynamics in the presynapse to neural computation”

Viola Priesemann

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