Synaptic group multipliers. Intra-backbone connections are stronger than those between the SF neurons; the SF population receives stronger inhibitory input than backbone neurons.

Synaptic group multipliers. Intra-backbone connections are stronger than those between the SF neurons; the SF population receives stronger inhibitory input than backbone neurons.

<p>Synaptic group multipliers. Intra-backbone connections are stronger than those between the SF neurons; the SF population receives stronger inhibitory input than backbone neurons.</p>

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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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