Neural Basis of Temporal Context Memory: A Functional MRI Study

Suzuki, Maki; Fujii, Toshikatsu; Tsukiura, Takashi; Okuda, Jun; Umetsu, Atsushi; Nagasaka, Tatsuo; Mugikura, Shunji; Yanagawa, Isao; Takahashi, Satoshi; Yamadori, Atsushi

doi:10.1006/nimg.2002.1303

Cited by 77 publications

(54 citation statements)

References 26 publications

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“…In addition, activity in right DLPFC was significantly correlated with recency accuracy, and marginally correlated with recency RT. In general, our findings of greater right DLPFC activity during retrieval events versus ordering events are consistent with studies that have found greater right PFC during EM retrieval in general (Habib, Nyberg, & Tulving, 2003;Nyberg, Cabeza, & Tulving, 1996) and during temporal context retrieval specifically (Dobbins, Rice, Wagner, & Schacter, 2003;Konishi et al, 2002;Rajah & McIntosh, 2006;Suzuki et al, 2002). However, due to the relatively short delay (30 sec) between encoding and retrieval in the current study design, it may be argued that the retrieval tasks employed in this study reflected retrieval from WM and not from EM.…”

Section: Retrieval-related Activity In Right Dlpfcsupporting

confidence: 91%

“…Neuroimaging studies have highlighted the role of various PFC regions during temporal context retrieval (Cabeza, Anderson, Houle, Mangels, & Nyberg, 2000;Dobbins, Rice, Wagner, & Schacter, 2003;Dudukovic & Wagner, 2007;Konishi et al, 2002;Suzuki et al, 2002). However, it remains unclear which of these PFC activations are related to mediating domain or task-specific cognitive control processes such as, recollection-based retrieval monitoring, familiarity-based retrieval monitoring, retrieval success and establishing retrieval mode (Dobbins, Rice, Wagner, & Schacter, 2003;Nyberg et al, 1995;Yonelinas, Otten, Shaw, & Rugg, 2005) and which are related to mediating domaingeneral cognitive control processes including strategic ordering and controlled selection processes, to name a few (Moscovitch, 2002;Rajah & McIntosh, 2006;Rowe, Toni, Josephs, Frackowiak, & Passingham, 2000;Schumacher, Elston, & D'Esposito, 2003).…”

Section: Discussionmentioning

confidence: 99%

“…Functional neuroimaging studies of healthy adults also indicate that the PFC is related to temporal context retrieval. For example, in one functional magnetic resonance imaging (fMRI) study, Suzuki et al (Suzuki et al, 2002) measured brain activity during recognition, between-list recency and within-list recency tasks for pictorial stimuli. It was found that both recency memory tasks engaged bilateral ventrolateral and dorsolateral PFC regions to a greater degree than the recognition memory task.…”

Section: Introductionmentioning

confidence: 99%

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Prefrontal contributions to domain-general executive control processes during temporal context retrieval

2008

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Neuroimaging studies have reported increased prefrontal cortex (PFC) activity during temporal context retrieval versus recognition memory. However, it remains unclear if these activations reflect PFC contributions to domain-general executive control processes or domain-specific retrieval processes. To gain a better understanding of the functional roles of these various PFC regions during temporal context retrieval we propose it is necessary to examine PFC activity across tasks from different domains, in which parallel manipulations are included targeting specific cognitive processes. In the current fMRI study, we examined domain-general and domain-specific PFC contributions to temporal context retrieval by increasing stimulus (but maintaining response number) and increasing response number (but maintaining stimulus number) across temporal context memory and ordering control tasks, for faces. The control task required subjects to order faces from youngest to oldest. Our behavioral results indicate that the combination of increased stimulus and response numbers significantly increased task difficulty for temporal context retrieval and ordering tasks. Across domains, increasing stimulus number, while maintaining response numbers, caused greater right lateral premotor cortex (BA 6/8) activity; whereas increasing response number, while maintaining stimulus number, caused greater domain-general left DLPFC (BA 9) and VLPFC (BA 44/45) activity. In addition, we found domain-specific right DLPFC (BA 9) activity only during retrieval events. These results highlight the functional heterogeneity of frontal cortex, and suggest its involvement in temporal context retrieval is related to its role in various cognitive control processes.

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Section: Retrieval-related Activity In Right Dlpfcsupporting

confidence: 91%

Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Prefrontal contributions to domain-general executive control processes during temporal context retrieval

2008

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“…Left DL-PFC has also been found in laboratory memory studies that have specifically investigated temporal context memory (Cabeza, et al, 1997;Konishi, et al, 2002;Suzuki, et al, 2002). For example, Suzuki et al (2002) As predicted, we found greater activity in posterior parahippocampal cortex for shorter lags, but the hippocampus activity was sub-threshold.…”

Section: Regions Associated With Reconstruction Processes During Shorsupporting

confidence: 82%

Functional neuroimaging of autobiographical memory

Jacques¹

2012

Understanding Autobiographical Memory

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Autobiographical memory (AM) refers to memory for events from our own personal past. Functional neuroimaging studies of AM are important because they can investigate the neural correlates of processes that are difficult to study using laboratory stimuli, including: complex constructive processes, subjective qualities of memory retrieval, and remote memory. Three functional magnetic resonance imaging (fMRI) studies are presented to examine these important contributions of AM. The first study investigates the neural correlates of temporal-order memory for autobiographical events using a novel photo paradigm. Participants took photographs at many campus locations over a period of several hours, and the following day they were scanned while making temporal-order judgments to pairs of photographs from different locations. It was found that temporal-order decisions associated with recollection recruited left prefrontal (PFC) and left posterior parahippocampal cortex, whereas temporal-order decisions relying on familiarity recruited greater activity in the right PFC.The second study examines self-projection, the capacity to re-experience the personal past and to mentally infer another person's perspective. A novel camera technology was used to examine self-projection by prospectively generating dynamic visuospatial images taken from a first-person perspective. Participants were literally asked to self-project into the personal past or into the life of another person. Selfv projection of one's own past self recruited greater ventral medial PFC (mPFC), and selfprojection of another individual recruited dorsal mPFC. Activity in ventral vs. dorsal mPFC was also sensitive to the ability to relive or understand the perspective taken on each trial. Further, task-related functional connectivity analysis revealed that ventral mPFC contributed to the medial temporal lobe network linked to memory processes, whereas dorsal mPFC contributed to the frontoparietal network linked to controlled processes.The third study focuses on the neural correlates underlying age-related differences in the recall of episodically rich AMs. Age-related attenuation in the episodic richness of AM was linked to reductions in activity elicited during elaboration.Age effects on AM were more pronounced during elaboration than search, with older adults showing less sustained recruitment of the hippocampus and ventrolateral PFC for less episodically rich AMs. Further, there was an age-related reduction in the top-down modulation of the PFC on the hippocampus by episodic richness, possibly reflecting fewer controlled processes operating on the recovery of information in the hippocampus.Ultimately, the goal of all memory research is to understand how memory operates in the real-world; the present research highlights the important contribution of functional neuroimaging studies of AM in attaining this goal.vi

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“…Specifically, we link the effect of chronological retrieval in the precuneus with processes involving an active reconstruction of past events [see also St. Jacques et al, 2008], and possibly memory‐related imagery [Fletcher et al, 1995; Ishai et al, 2000]. These processes would characterize temporal order judgments using complex naturalistic material, but not order‐judgment with simpler stimulus material, which previous studies have associated with other brain regions [e.g., middle/prefrontal areas, Suzuki, et al, 2002]. …”

Section: Discussionmentioning

confidence: 99%

Immediate memory for “when, where and what”: Short‐delay retrieval using dynamic naturalistic material

Kwok

Macaluso

2015

Human Brain Mapping

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We investigated the neural correlates supporting three kinds of memory judgments after very short delays using naturalistic material. In two functional magnetic resonance imaging (fMRI) experiments, subjects watched short movie clips, and after a short retention (1.5–2.5 s), made mnemonic judgments about specific aspects of the clips. In Experiment 1, subjects were presented with two scenes and required to either choose the scene that happened earlier in the clip (“scene‐chronology”), or with a correct spatial arrangement (“scene‐layout”), or that had been shown (“scene‐recognition”). To segregate activity specific to seen versus unseen stimuli, in Experiment 2 only one probe image was presented (either target or foil). Across the two experiments, we replicated three patterns underlying the three specific forms of memory judgment. The precuneus was activated during temporal‐order retrieval, the superior parietal cortex was activated bilaterally for spatial‐related configuration judgments, whereas the medial frontal cortex during scene recognition. Conjunction analyses with a previous study that used analogous retrieval tasks, but a much longer delay (>1 day), demonstrated that this dissociation pattern is independent of retention delay. We conclude that analogous brain regions mediate task‐specific retrieval across vastly different delays, consistent with the proposal of scale‐invariance in episodic memory retrieval. Hum Brain Mapp 36:2495–2513, 2015. © 2015 The Authors Human Brain Mapping Published by Wiley Periodicals, Inc.

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Neural Basis of Temporal Context Memory: A Functional MRI Study

Cited by 77 publications

References 26 publications

Prefrontal contributions to domain-general executive control processes during temporal context retrieval

Prefrontal contributions to domain-general executive control processes during temporal context retrieval

Functional neuroimaging of autobiographical memory

Immediate memory for “when, where and what”: Short‐delay retrieval using dynamic naturalistic material

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