… Crucially, we wanted to observe the real-time emergence dynamics of new place cells in
CA1 and CA3 to examine potential differences. Therefore, the emergence of new PFs in N was …

… to a new environment. What mechanisms enable this fast encoding of experience? Using
virtual … that occurs when animals are exposed to different environments (“global remapping,” …

… fields, and selective stabilization of place fields encoding … two distinct modes in hippocampal
circuits during different … and reward in our simpler environment likely contributed to the …

… Ca 2+ imaging in CA1 pyramidal cells in mice exposed to … controlled the valve, the
sensors and the encoder. In addition, a … environment, we exposed the animals to two different …

… Our findings suggest that, when facing different landmark conditions, place cells in CA3
represented the VR environments more orthogonally than those in CA1, supporting results from …

… are present in all subregions-CA1, CA2, CA3 and CA4. Recent … by different responses
from hippocampal place cells, … and flexible in encoding various different environments, it is …

… CA1 and CA3 of the hippocampus consistently show place … being a direct encoding mechanism
for the new environment, this … unique and opposing effects on the formation of new place …

… and rats navigating in different environments. We found that … place field, offering a reliable
mechanism to encode position … by a differential control of CA1 place cells by CA3 or entorhinal …

… how place cells encode a very large open 2D environment … CA1 place cells exhibited multiple
place subfields of different sizes… multiple field place cells in dorsal hippocampal CA1, CA3, …

… and are present in all subregions: CA1, CA2, CA3, and CA4. Recent … is successfully detecting
and encoding novel stimuli (… tracks from each day (three different place cells from CA1 and …