Early investigations of cerebellar function focused on motor learning, in particular on eyeblink
conditioning and adaptation of the vestibulo-ocular reflex, and led to the general view that …

The cerebellum has already been shown to participate in the navigation function. We propose
here that this structure is involved in maintaining a sense of direction and location during …

Brain–body interactions are thought to be essential in emotions but their physiological basis
remains poorly understood. In mice, regular 4 Hz breathing appears during freezing after …

Increases in serum levels of prostate-specific antigen (PSA) occur commonly in prostate
cancer after radical prostatectomy and are designated “biochemical recurrence.” Because the …

Much of our understanding of navigation comes from the study of individual species, often
with specific tasks tailored to those species. Here, we provide a novel experimental and …

Flexible navigation relies on a cognitive map of space, thought to be implemented by
hippocampal place cells: neurons that exhibit location-specific firing. In connected environments, …

The contribution of the cerebellum to the non-motor aspects of spatial navigation is now
established, but the mechanisms of its participation remain unclear. The L7-PKCI mouse model, …

Cerebellar activity supported by PKC-dependent long-term depression in Purkinje cells (PCs)
is involved in the stabilization of self-motion based hippocampal representation, but the …

Real-time tracking of vigilance states related to both sleep or anaesthesia has been a goal
for over a century. However, sleep scoring cannot currently be performed with brain signals …

Does the body play an active role in emotions? Since the original James/Cannon controversy
this debate has mainly been fueled by introspective accounts of human experience. Here, …