Distinct cell types are associated with tACS synchronization versus desynchronization.

Distinct cell types are associated with tACS synchronization versus desynchronization.

<p><b>(A)</b> Neurons (<i>N</i> = 157) were divided using a trough-to-peak width threshold of 250 μs (dashed line). Narrow-spiking putative interneurons are shown in purple; broad-spiking pyramidal cells in green. Average waveforms for each class are inset. <b>(B)...

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Bibliographic Details
Main Author: Matthew R. Krause (9450334) (author)
Other Authors: Pedro G. Vieira (9450331) (author), Jean-Philippe Thivierge (218717) (author), Christopher C. Pack (9450337) (author)
Published: 2022
Subjects:
Cell Biology
Molecular Biology
Neuroscience
Mental Health
Biological Sciences not elsewhere classified
mathematical analysis suggests
many experimental conditions
brain &# 8217
alert nonhuman primates
using neural recordings
ongoing brain oscillations
brain stimulation competes
tacs often causes
ongoing oscillations
tacs competes
stimulation protocol
often used
neural oscillation
neural firing
neural activity
targeted intervention
strongly entrained
spike timing
specific frequency
potential explanation
popular method
external rhythm
entrainment instead
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