4/n: and help us better understand how dichotomous representation evolves in these regions during associative learning.

3/n: Given the entorhinal cortex's role as an interface between cortical regions and the hippocampus, we hope this finding further highlights the importance of the entorhinal-prefrontal circuit in learning and memory...

2/n: We discovered a dichotomous representation in the deep layer of the lateral entorhinal cortex and prefrontal cortex, forming a bidirectional loop.

1/n : Our project was inspired by reviewers' feedback on our previous study. Here, we sought neurons that internally represented both rewards and punishments (or non-rewards).

Our research is now published in @Nature! This work, the culmination of my graduate work with @jasonyensunlee and @kei_m_igarashi, investigates item-outcome associative learning in the context of prefrontal-entorhinal cortical circuit. nature.com/articles/s41586-0…

Thank you Laura :)