Higher-order thalamo-motor cortex circuit supports behavioral flexibility by reinforcing decision-value
Margaux Giraudet, Elisabete Augusto, Vladimir Kouskoff, Nicolas Chenouard, Lucille Alonso, Alexy Louis, Léa Peltier, Aron de Miranda, Frédéric Gambino · FENS Forum 2024
The question of how animals make decisions and adapt their behavior in a dynamic environment – known as behavioral flexibility – is crucial for survival. It requires a balance between exploiting acquired knowledge (exploitation) and exploring potentially better alternatives (exploration). Despite its significance, the intricate computational and neural mechanisms that underpin these processes remain unclear. To address this question, we designed a task in which head-fixed mice acquire and reverse self-initiated lever-pressing preferences in the absence of instructive external cues. We combined
ePoster · Neuroscience