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pdf:docinfo:title: Altered alpha/beta desynchronization during item?context binding contributes to the associative deficit in older age
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subject: AcademicSubjects/MED00310, AcademicSubjects/MED00385, AcademicSubjects/SCI01870, DOI: 10.1093/cercor/bhac219, Cerebral Cortex, 33, 6, 25 06 2022. Abstract: It is proposed that older adults have difficulties to bind item and context and to recruit deep, elaborative processing during encoding. Senescent changes in the oscillatory foundations of these processes are currently unclear. We recorded electroencephalography during item?context memory formation in younger (n =?57) and older (n =?55) adults. At test, we assessed memory for the items and the item?context pairs and examined encoding-related activity based on how much information was recovered at retrieval (miss?<?item?only?<?pair). Item memory was comparable between age groups while pair memory was reduced in the older adults. Theta synchronization and alpha/beta desynchronization increased linearly with the amount of information available. Single-trial theta power could not predict subsequent item memory, but predicted pair memory in an age-invariant manner, in line with a mechanism supporting associative memory. In contrast, single-trial alpha/beta power predicted both item and pair memory, in line with a mechanism reflecting the depth of information processing, and predicted pair memory less well in the older than the younger adults. Thus, theta and alpha/beta oscillations contribute differently in shaping the contents of memories and reduced processing capacity contributes to episodic memory decline in older age. 
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title: Altered alpha/beta desynchronization during item?context binding contributes to the associative deficit in older age
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dc:title: Altered alpha/beta desynchronization during item?context binding contributes to the associative deficit in older age
modified: 2023-03-22T10:54:31Z
cp:subject: AcademicSubjects/MED00310, AcademicSubjects/MED00385, AcademicSubjects/SCI01870, DOI: 10.1093/cercor/bhac219, Cerebral Cortex, 33, 6, 25 06 2022. Abstract: It is proposed that older adults have difficulties to bind item and context and to recruit deep, elaborative processing during encoding. Senescent changes in the oscillatory foundations of these processes are currently unclear. We recorded electroencephalography during item?context memory formation in younger (n =?57) and older (n =?55) adults. At test, we assessed memory for the items and the item?context pairs and examined encoding-related activity based on how much information was recovered at retrieval (miss?<?item?only?<?pair). Item memory was comparable between age groups while pair memory was reduced in the older adults. Theta synchronization and alpha/beta desynchronization increased linearly with the amount of information available. Single-trial theta power could not predict subsequent item memory, but predicted pair memory in an age-invariant manner, in line with a mechanism supporting associative memory. In contrast, single-trial alpha/beta power predicted both item and pair memory, in line with a mechanism reflecting the depth of information processing, and predicted pair memory less well in the older than the younger adults. Thus, theta and alpha/beta oscillations contribute differently in shaping the contents of memories and reduced processing capacity contributes to episodic memory decline in older age. 
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pdf:docinfo:subject: AcademicSubjects/MED00310, AcademicSubjects/MED00385, AcademicSubjects/SCI01870, DOI: 10.1093/cercor/bhac219, Cerebral Cortex, 33, 6, 25 06 2022. Abstract: It is proposed that older adults have difficulties to bind item and context and to recruit deep, elaborative processing during encoding. Senescent changes in the oscillatory foundations of these processes are currently unclear. We recorded electroencephalography during item?context memory formation in younger (n =?57) and older (n =?55) adults. At test, we assessed memory for the items and the item?context pairs and examined encoding-related activity based on how much information was recovered at retrieval (miss?<?item?only?<?pair). Item memory was comparable between age groups while pair memory was reduced in the older adults. Theta synchronization and alpha/beta desynchronization increased linearly with the amount of information available. Single-trial theta power could not predict subsequent item memory, but predicted pair memory in an age-invariant manner, in line with a mechanism supporting associative memory. In contrast, single-trial alpha/beta power predicted both item and pair memory, in line with a mechanism reflecting the depth of information processing, and predicted pair memory less well in the older than the younger adults. Thus, theta and alpha/beta oscillations contribute differently in shaping the contents of memories and reduced processing capacity contributes to episodic memory decline in older age. 
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