The retrosplenial cortex (RSC) is involved in a broad range of cognitive functions, integrating
rich sensory, motor, and spatial signals from multiple brain areas, including the hippocampal …

The rodent retrosplenial cortex (RSC) functions as an integrative hub for sensory and motor
signals, serving roles in both navigation and memory. While RSC is reciprocally connected …

During navigation, animals often use recognition of familiar environmental contexts to guide
motor action selection. The retrosplenial cortex (RSC) receives inputs from both visual cortex …

The retrosplenial cortex (RC) is a brain structure crucial for spatial navigation and memory. It
contains neurons such as head direction cells, border cells, as well as other cells supporting …

Retrosplenial cortex (RSC) is involved in visuospatial integration and spatial learning, and
RSC neurons exhibit discrete, place cell-like sequential activity that resembles the …

The retrosplenial cortex (RSC) is part of a network of interconnected cortical, hippocampal,
and thalamic structures harboring spatially modulated neurons. The RSC contains head …

Intelligent behavior demands not only multiple forms of spatial representation, but also
coordination among the brain regions mediating those representations. Retrosplenial cortex …

The retrosplenial cortex (RSC) plays an important role in memory and spatial navigation. It
shares functional similarities with the hippocampus, including the presence of place fields …

Recent findings suggest that long-term spatial and contextual memories depend on the
retrosplenial cortex (RSC)[1–5]. RSC damage impairs navigation in humans and rodents [6 …

The process by which visual information is incorporated into the brain's spatial framework to
represent landmarks is poorly understood. Studies in humans and rodents suggest that …