Molecular tracks of learning and memory

Research report (imported) 2019 - Max Planck Institute for Brain Research

tom Dieck, Susanne; Hafner, Anne-Sophie; Donlin-Asp, Paul; Rangaraju, Vidhya; Schuman, Erin
Abteilung "Synaptic Plasticity"

Although learning and memory are tasks performed by our brain on multiple interconnected levels, we can trace them down to chemical reactions leaving molecular footprints. By visualizing these tiny footprints, we aim to build a molecular model of learning. One important factor seems to be the local production of new proteins near the site of information transfer between nerve cells. We have decoded a logistics principle connecting local protein assembly to increase or decrease of information transfer and clarified questions of energy supply for this process.

For the full text, see the German version.

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