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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.
Magnus Kjaergaard and members of his lab have developed equations that predict the optimal binding strength for enzyme docking interactions.
On 3 June, the Queen of Denmark visited Dept. of Molecular Biology and Genetics (MBG) as part of her visit to see the progress of converting the old…
Wen-Hsien Hou & Marco Capogna contributed to the discovery of a novel GABAergic neuron type of the mouse hippocampus associated with sharp wave…
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The focus is on cross-cultural communication and collaboration within the Aarhus University context and the challenges and benefits of diversity and…
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