Beyond Classical Connectivity: Gap Junctions and Mitochondria in Neural Systems

Explore a thought-provoking lecture on the importance of non-traditional elements in connectomics research. Delve into how gap junctions and mitochondria play crucial roles in neural connectivity and function, challenging the conventional focus on chemical synapses. Discover how electrical connections via gap junctions contribute to de-synchronized network states in Drosophila flight muscle control. Examine the strategic placement of mitochondria in the Drosophila visual system and its implications for functional connectivity. Gain insights into why these often overlooked components should be given more attention in connectome analysis to better understand neural computation and derive function from structural connectivity in nervous systems.

Susanne Schreiber - Beyond classical connectivity: a look at gap junctions and mitochondria