Activation and segregation of the recruited SF representations as a function of length of reactivation bouts of memory 1 and memory 2 backbones.

Activation and segregation of the recruited SF representations as a function of length of reactivation bouts of memory 1 and memory 2 backbones.

<p>Reactivation bouts were varied between 200–900 ms. <b><i>A)</i></b> Sample raster for 200 ms reactivation bouts. <b><i>B)</i></b> Sample raster for 800 ms reactivation bout. <b><i>C)</i></b> Calculation of activation an...

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Bibliographic Details
Main Author: Michael Satchell (21560808) (author)
Other Authors: Edith Butel-Fry (21560811) (author), Zahraa Noureddine (21560814) (author), Alexis Simmons (21560817) (author), Nicolette Ognjanovski (4929175) (author), Sara J. Aton (8230875) (author), Michal R. Zochowski (7848300) (author)
Published: 2025
Subjects:
Neuroscience
Biological Sciences not elsewhere classified
testable hypothesis regarding
synchronized activity led
stereotypic cycling pattern
may play critical
inhibitory neurons leads
additional excitatory neurons
specific cholinergic modulation
expanded engram population
high ach levels
cholinergic modulation
engram neurons
wide excitatory
inhibitory balance
wide disinhibition
well understood
sleep state
sleep consists
sequential roles
roles arise
results provide
respective functions
repeating cycles
reduced activation
neural excitability
muscarinic receptors
memory consolidation
driving recruitment
complementary roles
acting via
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