Cognitive Reserve and Brain Maintenance have traditionally been understood as complementary concepts: Brain Maintenance captures the processes underlying the structural preservation of the brain with age, and might be assessed relative to age-matched peers. Cognitive Reserve, on the other hand, refers to how cognitive processing can be performed regardless of how well brain structure has been maintained. Thus, Brain Maintenance concerns the "hardware," whereas Cognitive Reserve concerns "software," that is, brain functioning explained by factors beyond mere brain structure. We used structural brain data from 368 community-dwelling adults, age 20-80, to derive measures of Brain Maintenance and Cognitive Reserve. We found that Brain Maintenan...
AbstractThe concept of reserve arose from the mismatch between the extent of brain changes or pathol...
Contemporary imaging measures of the human brain explain less than half of the differences in cognit...
Abstract Contemporary imaging measures of the human brain explain less than half of the differences ...
The concept of brain maintenance refers to the preservation of brain integrity in older age, while c...
Cognitive reserve (CR) is a concept meant to account for the frequent discrepancy between an individ...
Significant individual differences in the trajectories of cognitive aging and in age-related changes...
Cognitive reserve and related constructs are valuable for aging-related research, but consistency an...
The theory of cognitive reserve attempts to explain why some individuals are more resilient to age-r...
The concept of reserve arose from the mismatch between the extent of brain changes or pathology and ...
Cognitive reserve and related constructs are valuable for aging-related research, but consistency an...
The concept of brain maintenance refers to the preservation of brain integrity in older age, while c...
Cognitive reserve and related constructs are valuable for aging-related research, but consistency an...
The goal of this paper is to review my current understanding of the concepts of cognitive reserve (C...
Age-related cognitive decline is an increasingly important societal issue, given projected increases...
Age impacts multiple neural measures and these changes do not always directly translate into alterat...
AbstractThe concept of reserve arose from the mismatch between the extent of brain changes or pathol...
Contemporary imaging measures of the human brain explain less than half of the differences in cognit...
Abstract Contemporary imaging measures of the human brain explain less than half of the differences ...
The concept of brain maintenance refers to the preservation of brain integrity in older age, while c...
Cognitive reserve (CR) is a concept meant to account for the frequent discrepancy between an individ...
Significant individual differences in the trajectories of cognitive aging and in age-related changes...
Cognitive reserve and related constructs are valuable for aging-related research, but consistency an...
The theory of cognitive reserve attempts to explain why some individuals are more resilient to age-r...
The concept of reserve arose from the mismatch between the extent of brain changes or pathology and ...
Cognitive reserve and related constructs are valuable for aging-related research, but consistency an...
The concept of brain maintenance refers to the preservation of brain integrity in older age, while c...
Cognitive reserve and related constructs are valuable for aging-related research, but consistency an...
The goal of this paper is to review my current understanding of the concepts of cognitive reserve (C...
Age-related cognitive decline is an increasingly important societal issue, given projected increases...
Age impacts multiple neural measures and these changes do not always directly translate into alterat...
AbstractThe concept of reserve arose from the mismatch between the extent of brain changes or pathol...
Contemporary imaging measures of the human brain explain less than half of the differences in cognit...
Abstract Contemporary imaging measures of the human brain explain less than half of the differences ...