Continuous interactions between physiological body–brain rhythms influence how
individuals act, perceive, and evaluate their environment. Despite increasing interest, the …

The mammalian olfactory bulb displays a prominent respiratory rhythm, which is linked to the
sniff cycle and is driven by sensory input from olfactory receptors in the nasal sensory …

Theta oscillations (4–12 Hz) are thought to provide a common temporal reference for the
exchange of information among distant brain networks. On the other hand, faster gamma …

In spite of its importance as a life-defining rhythmic movement and its constant rhythmic
contraction and relaxation of the body, respiration has not received attention in Embodied …

During mammalian evolution, primate neocortex expanded, shifting hippocampal functional
networks away from primary sensory cortices, towards association cortices. Reflecting this …

Behavioural and electrophysiological studies point to an apparent influence of the state of
respiration, ie, whether we inhale or exhale, on brain activity and cognitive performance …

Several recent studies have shown that respiration modulates oscillatory neuronal activity in
the neocortex and hippocampus on a cycle-by-cycle basis. It was suggested that this …

Three subregions of the amygdala receive monosynaptic projections from the olfactory bulb,
making them part of primary olfactory cortex. These primary olfactory areas are located at the …

Walking is among our most frequent and natural of voluntary behaviours, yet the
consequences of locomotion upon perceptual and cognitive function remain largely …

The simultaneous, local integration of information from widespread brain regions is an
essential feature of cortical computation and particularly relevant for multimodal association …