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PROMEMO aims to identify and understand the function of memory-associated proteins that determines the persistence of a memory.
Switching memory "on" and "off" - generation and removal of an associative memory by changing synaptic strength (inducing LTD and LTP).
Spanning cutting-edge techniques in proteomics, complex structural biology, optogenetic memory engineering, electrophysiology, and high-resolution brain imaging.
Recently, it was discovered that that sortilin gene family members regulate synaptic transmission between excitatory neurons. Now, Lone and the group…
The paper explores the effects of ligands to metabotropic glutamate receptors (mGluRs) at synapses of the human cerebral cortex as potential novel…
In the interview, PROMEMO Director Anders Nykjær addresses the influence of smartphones on memory and the importance of continuously challenging the…
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The program features a rich lineup of educational workshops and inspiring talks by local and international experts in the broad field of psychiatry.…
We welcome you all to our next Neuroscience Day which will be held in the New Round Auditorium in “Universitetsbyen”
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See list of past events
