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Link to bioRxiv paper:
http://biorxiv.org/cgi/content/short/2022.12.29.522264v1?rss=1
Authors: Kleinfeld, D., Liao, S.-M.
Abstract:
The breathing rhythm serves as a reference that paces orofacial motor actions and orchestrates active sensing. Past work reports that pacing occurs solely at a fixed phase relative to sniffing. We reevaluated this constraint as a function of exploratory behavior. Allocentric and egocentric rotations of the head and the electromyogenic activity of the underlying motoneurons for head and orofacial movements were recorded in free-ranging rats as they searched for food. We found that a change in state from foraging to rearing is accompanied by a change in the phase of muscular activation relative to sniffing, so that pacing now occurs at one of two phases. Further, head-turning is biased such that an animal gathers a novel sample of its environment upon inhalation. In toto, the coordination of active sensing has a previously unrealized computational complexity that, in principle, can emerge from hindbrain circuits with fixed architecture and credible synaptic time-delays.
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http://biorxiv.org/cgi/content/short/2022.12.29.522264v1?rss=1
Authors: Kleinfeld, D., Liao, S.-M.
Abstract:
The breathing rhythm serves as a reference that paces orofacial motor actions and orchestrates active sensing. Past work reports that pacing occurs solely at a fixed phase relative to sniffing. We reevaluated this constraint as a function of exploratory behavior. Allocentric and egocentric rotations of the head and the electromyogenic activity of the underlying motoneurons for head and orofacial movements were recorded in free-ranging rats as they searched for food. We found that a change in state from foraging to rearing is accompanied by a change in the phase of muscular activation relative to sniffing, so that pacing now occurs at one of two phases. Further, head-turning is biased such that an animal gathers a novel sample of its environment upon inhalation. In toto, the coordination of active sensing has a previously unrealized computational complexity that, in principle, can emerge from hindbrain circuits with fixed architecture and credible synaptic time-delays.
Copy rights belong to original authors. Visit the link for more info
Podcast created by Paper Player, LLC
English
United States
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