Ultra-slow cycles are also delayed across regions.

A. Cycles detected in a recording site in the Thalamus (TH) were used to generate the spiking distribution in two recording sites relative to the e and 4e cycles in the TH: The first row is the distribution of spiking within the same...

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Bibliographic Details
Main Author:	Ehsan Sabri (21485007) (author)
Other Authors:	Renata Batista-Brito (20691767) (author)
Published:	2025
Subjects:	Biophysics Cell Biology Genetics Molecular Biology Neuroscience Physiology Biological Sciences not elsewhere classified specific power changes primary visual cortex mouse facial motion local field potentials leveraging recent advances isolating single cycles identify cyclic patterns detect individual cycles align individual cycles densely recorded population isolated neural cycles brain regions involved accurate trial alignment pooled spiking rate distinct spiking cycles sensory stimulation experiments neural rhythms solely isolating neural rhythms v1 across trials slow rhythms lasting many neurons within spiking oscillations relate oscillations also appear field potential oscillations population spiking activity population spiking slow rhythms neural oscillations brain activity spiking activity neural dynamics gamma rhythms corresponding rhythms alignment accounts neuronal spiking sensory stimuli sensory input also present also detected work demonstrates synthetic data pupil size providing insights prominent features primarily relied often underrepresented nearby neurons membrane potential findings revealed effectively isolate
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Ultra-slow cycles are also delayed across regions.

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