Mice reduce the variability of the yaw angle of head motions after plume encounter during odor-guided search.

A) The mean angle (top) over time for real (blue) and randomly selected (red) trajectories with the corresponding strength of the resultant vector (bottom). Notice the increase in the strength peri-plume encounter for the real trajectories. B) The proba...

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Bibliographic Details
Main Author:	Mohammad F. Tariq (10727478) (author)
Other Authors:	Scott C. Sterrett (18098611) (author), Sidney Moore (19746386) (author), Lane (19746389) (author), David J. Perkel (19746392) (author), David H. Gire (10727487) (author)
Published:	2024
Subjects:	Biophysics Neuroscience Physiology Evolutionary Biology Cancer Biological Sciences not elsewhere classified sensorimotor behavioral repertoire intermittent olfactory information employ efficient strategies naturalistic sensory stimuli freely moving mice standing challenge due locate odor sources guided navigation task guided navigation naturalistic odor mice reduce complex task walking mammals stochastic nature source localization rich variety recently reported plume encounters pitch motions odor stimulus neural encoding motion tracking important part hence overcoming growing body establish correlations 14hz range
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Mice reduce the variability of the yaw angle of head motions after plume encounter during odor-guided search.

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