Zoya Mooraj
@zoyamooraj.bsky.social
Predoctoral fellow at the Max Planck Institute for Human Development
So, what can be done? While structure and resting-state are invaluable, we argue that they *must* share variance with task-elicited function to establish their behavioral relevance in cognitive aging. We chart out which conclusions can be drawn in the presence or absence of such convergence.
January 14, 2025 at 10:57 PM
So, what can be done? While structure and resting-state are invaluable, we argue that they *must* share variance with task-elicited function to establish their behavioral relevance in cognitive aging. We chart out which conclusions can be drawn in the presence or absence of such convergence.
Most aging research to date has heavily relied on structural or resting-state investigations, neither of which image the brain as it performs experimentally-manipulated cognitive operations.
In 2023, these approaches comprised >90% of all (f/)MRI-based publications on the aging brain.
In 2023, these approaches comprised >90% of all (f/)MRI-based publications on the aging brain.
January 14, 2025 at 10:57 PM
Most aging research to date has heavily relied on structural or resting-state investigations, neither of which image the brain as it performs experimentally-manipulated cognitive operations.
In 2023, these approaches comprised >90% of all (f/)MRI-based publications on the aging brain.
In 2023, these approaches comprised >90% of all (f/)MRI-based publications on the aging brain.