Network segregation during episodic memory shows age-invariant relations with memory performance from 7 to 82 years

Lower episodic memory capability, as seen in development and aging compared with younger adulthood, may partly depend on lower brain network segregation. Here, our objective was twofold: (1) test this hypothesis using within- and between-network functional connectivity (FC) during episodic memory en...

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Published inNeurobiology of aging Vol. 148; pp. 1 - 15
Main Authors Grydeland, Håkon, Sneve, Markus H., Roe, James M., Raud, Liisa, Ness, Hedda T., Folvik, Line, Amlien, Inge, Geier, Oliver M., Sørensen, Øystein, Vidal-Piñeiro, Didac, Walhovd, Kristine B., Fjell, Anders M.
Format Journal Article
LanguageEnglish
Published United States Elsevier Inc 01.04.2025
Subjects
Adolescent
Adult
Aged
Aged, 80 and over
Aging - physiology
Aging - psychology
Brain - diagnostic imaging
Brain - physiology
Child
Dedifferentiation
Episodic memory
Female
FMRI
Functional connectivity
Humans
Male
Memory, Episodic
Middle Aged
Nerve Net - physiology
Networks
Segregation
Young Adult
Functional connectivity
Networks
Segregation
Episodic memory
Dedifferentiation
FMRI
Online AccessGet full text
ISSN0197-4580
1558-1497
1558-1497
DOI10.1016/j.neurobiolaging.2025.01.004

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Abstract Lower episodic memory capability, as seen in development and aging compared with younger adulthood, may partly depend on lower brain network segregation. Here, our objective was twofold: (1) test this hypothesis using within- and between-network functional connectivity (FC) during episodic memory encoding and retrieval, in two independent samples (n = 734, age 7–82 years). (2) Assess associations with age and the ability to predict memory comparing task-general FC and memory-modulated FC. In a multiverse-inspired approach, we performed tests across multiple analytic choices. Results showed that relationships differed based on these analytic choices and were mainly present in the largest dataset,. Significant relationships indicated that (i) memory-modulated FC predicted memory performance and associated with memory in an age-invariant manner. (ii) In line with the so-called neural dedifferentiation view, task-general FC showed lower segregation with higher age in adults which was associated with worse memory performance. In development, although there were only weak signs of a neural differentiation, that is, gradually higher segregation with higher age, we observed similar lower segregation-worse memory relationships. This age-invariant relationships between FC and episodic memory suggest that network segregation is pivotal for memory across the healthy lifespan. •Within- and between network functional connectivity predict memory performance.•Multiverse-inspired analyses showed varying results depending on analytic choices.•Memory associations particularly in the largest dataset were age-invariant across the lifespan.•Dedifferentiation might be better characterized as degrees of differentiation.
AbstractList Lower episodic memory capability, as seen in development and aging compared with younger adulthood, may partly depend on lower brain network segregation. Here, our objective was twofold: (1) test this hypothesis using within- and between-network functional connectivity (FC) during episodic memory encoding and retrieval, in two independent samples (n = 734, age 7–82 years). (2) Assess associations with age and the ability to predict memory comparing task-general FC and memory-modulated FC. In a multiverse-inspired approach, we performed tests across multiple analytic choices. Results showed that relationships differed based on these analytic choices and were mainly present in the largest dataset,. Significant relationships indicated that (i) memory-modulated FC predicted memory performance and associated with memory in an age-invariant manner. (ii) In line with the so-called neural dedifferentiation view, task-general FC showed lower segregation with higher age in adults which was associated with worse memory performance. In development, although there were only weak signs of a neural differentiation, that is, gradually higher segregation with higher age, we observed similar lower segregation-worse memory relationships. This age-invariant relationships between FC and episodic memory suggest that network segregation is pivotal for memory across the healthy lifespan. •Within- and between network functional connectivity predict memory performance.•Multiverse-inspired analyses showed varying results depending on analytic choices.•Memory associations particularly in the largest dataset were age-invariant across the lifespan.•Dedifferentiation might be better characterized as degrees of differentiation.
Lower episodic memory capability, as seen in development and aging compared with younger adulthood, may partly depend on lower brain network segregation. Here, our objective was twofold: (1) test this hypothesis using within- and between-network functional connectivity (FC) during episodic memory encoding and retrieval, in two independent samples (n = 734, age 7-82 years). (2) Assess associations with age and the ability to predict memory comparing task-general FC and memory-modulated FC. In a multiverse-inspired approach, we performed tests across multiple analytic choices. Results showed that relationships differed based on these analytic choices and were mainly present in the largest dataset,. Significant relationships indicated that (i) memory-modulated FC predicted memory performance and associated with memory in an age-invariant manner. (ii) In line with the so-called neural dedifferentiation view, task-general FC showed lower segregation with higher age in adults which was associated with worse memory performance. In development, although there were only weak signs of a neural differentiation, that is, gradually higher segregation with higher age, we observed similar lower segregation-worse memory relationships. This age-invariant relationships between FC and episodic memory suggest that network segregation is pivotal for memory across the healthy lifespan.Lower episodic memory capability, as seen in development and aging compared with younger adulthood, may partly depend on lower brain network segregation. Here, our objective was twofold: (1) test this hypothesis using within- and between-network functional connectivity (FC) during episodic memory encoding and retrieval, in two independent samples (n = 734, age 7-82 years). (2) Assess associations with age and the ability to predict memory comparing task-general FC and memory-modulated FC. In a multiverse-inspired approach, we performed tests across multiple analytic choices. Results showed that relationships differed based on these analytic choices and were mainly present in the largest dataset,. Significant relationships indicated that (i) memory-modulated FC predicted memory performance and associated with memory in an age-invariant manner. (ii) In line with the so-called neural dedifferentiation view, task-general FC showed lower segregation with higher age in adults which was associated with worse memory performance. In development, although there were only weak signs of a neural differentiation, that is, gradually higher segregation with higher age, we observed similar lower segregation-worse memory relationships. This age-invariant relationships between FC and episodic memory suggest that network segregation is pivotal for memory across the healthy lifespan.
Lower episodic memory capability, as seen in development and aging compared with younger adulthood, may partly depend on lower brain network segregation. Here, our objective was twofold: (1) test this hypothesis using within- and between-network functional connectivity (FC) during episodic memory encoding and retrieval, in two independent samples (n = 734, age 7-82 years). (2) Assess associations with age and the ability to predict memory comparing task-general FC and memory-modulated FC. In a multiverse-inspired approach, we performed tests across multiple analytic choices. Results showed that relationships differed based on these analytic choices and were mainly present in the largest dataset,. Significant relationships indicated that (i) memory-modulated FC predicted memory performance and associated with memory in an age-invariant manner. (ii) In line with the so-called neural dedifferentiation view, task-general FC showed lower segregation with higher age in adults which was associated with worse memory performance. In development, although there were only weak signs of a neural differentiation, that is, gradually higher segregation with higher age, we observed similar lower segregation-worse memory relationships. This age-invariant relationships between FC and episodic memory suggest that network segregation is pivotal for memory across the healthy lifespan.
Author Walhovd, Kristine B.
Grydeland, Håkon
Sørensen, Øystein
Vidal-Piñeiro, Didac
Raud, Liisa
Roe, James M.
Ness, Hedda T.
Fjell, Anders M.
Sneve, Markus H.
Folvik, Line
Geier, Oliver M.
Amlien, Inge
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Keywords Functional connectivity
Networks
Segregation
Episodic memory
Dedifferentiation
FMRI
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Snippet Lower episodic memory capability, as seen in development and aging compared with younger adulthood, may partly depend on lower brain network segregation. Here,...
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SubjectTerms Adolescent
Adult
Aged
Aged, 80 and over
Aging - physiology
Aging - psychology
Brain - diagnostic imaging
Brain - physiology
Child
Dedifferentiation
Episodic memory
Female
FMRI
Functional connectivity
Humans
Male
Memory, Episodic
Middle Aged
Nerve Net - physiology
Networks
Segregation
Young Adult
Title Network segregation during episodic memory shows age-invariant relations with memory performance from 7 to 82 years
URI https://www.clinicalkey.com/#!/content/1-s2.0-S0197458025000041
https://dx.doi.org/10.1016/j.neurobiolaging.2025.01.004
https://www.ncbi.nlm.nih.gov/pubmed/39874716
https://www.proquest.com/docview/3160937151
Volume 148
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