The development and neural bases of pattern separation and relational memory
The development and neural bases of pattern separation and relational memory
批准号:
9390246
负责人:
Chi Thao Ngo
金额:
$2.97万
依托单位国家:
美国
项目类别:
财政年份:
2017
资助国家:
美国
项目状态:
已结题
起止时间:
2017-09-01 至 2019-08-31
关键词:
6 year oldAdultAgeAmnesiaBehaviorBehavioralBindingBiological ModelsBiological Neural NetworksBrainBrain regionChildChildhoodCognitionCognitiveData SetDevelopmentDiffusion Magnetic Resonance ImagingElderlyElementsEpisodic memoryEventFailureFutureGoalsHippocampus (Brain)HumanLearningLifeLinkLiteratureMeasurementMeasuresMemoryMental HealthMethodsPatternPerformancePlayPopulations at RiskProcessResearchRoleServicesStructureSystemTestingTimeVariantage relatedbasebehavioral studycognitive functioncognitive processcomputer frameworkearly childhoodepisodic memory impairmentexperienceexperimental studyforgettinghippocampal subregionsimprovedneuroimagingphysical conditioningpreventive interventionrelating to nervous systemrelational memoryspatiotemporalsuccesstheorieswhite matteryoung adult
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英文摘要
Project Summary / Abstract
Episodic memory plays an integral role in human cognitive functioning and overall life success. Thus,
proper emergence of episodic memory is a crucial part of typical development. Early childhood marks a
time window in which gains in episodic memory are greatest. The goal of this project is to identify
and characterize the component cognitive processes of episodic memory, their relative
developmental trajectories, and the structural connectivity of memory neural network in
young children. In service of this goal, three studies with specific, achievable objectives are proposed.
[First, we will examine pattern separation and relational memory – both have been theorized to be
cornerstone processes of episodic memory – in one task to assess their relative contribution to episodic
memory development. Second, we integrate both processes by examining the developmental changes of
relational memory as a function of pattern separation demand for contexts.] Third, we will relate episodic
memory improvements to age-related differences in brain structural connectivity between regions involved
in episodic memory. We hypothesize that pattern separation as well as relational memory develops
significantly with age and will account for unique variances in episodic memory performance. We also
hypothesize that gains in episodic memory during this age window is accompanied by age-related
differences in the structural connectivity of memory neural network. This project will help inform
prevention and intervention by targeting the appropriate component cognitive processes involved in
various physical and mental health conditions in which episodic memory is compromised.
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