Our wellness relies on continuous interactions between our brain and body: different organs
relay their current state to the brain and are regulated, in turn, by descending visceromotor …

Brain circuits are thought to form a" cognitive map" to process and store statistical
relationships in the environment. A cognitive map is commonly defined as a mental …

Traditionally considered a homogeneous cell type, hippocampal pyramidal cells have been
recently shown to be highly diverse. However, how this cellular diversity relates to the …

An ability to build structured mental maps of the world underpins our capacity to imagine
relationships between objects that extend beyond experience. In rodents, such …

Change is ubiquitous in living beings. In particular, the connectome and neural
representations can change. Nevertheless, behaviors and memories often persist over long …

Many theories of offline memory consolidation posit that the pattern of neurons activated
during a salient sensory experience will be faithfully reactivated, thereby stabilizing the …

Cortical computations emerge from the dynamics of neurons embedded in complex cortical
circuits. Within these circuits, neuronal ensembles, which represent subnetworks with …

Multiple paradigms indicate that the physical environment can influence spontaneous and
learned behavior. In rodents, context-dependent behavior is putatively supported by the …

The hippocampus is critical for memory and spatial navigation. The ability to map novel
environments, as well as more abstract conceptual relationships, is fundamental to the …

The trigeminal sensory innervation of the cranial meninges is thought to serve a nociceptive
function and mediate headache pain. However, the activity of meningeal afferents under …