Background And Objectives: This feasibility study tests a new approach for assessing personal finance in older persons with early memory loss. The project examines 2 primary outcomes that gauge the financial viability and well-being of older adults: wealth loss and financial exploitation. The overall objective is to determine the association of financial literacy and management, financial decision-making, and cognition with wealth loss and financial exploitation.
View Article and Find Full Text PDFBackground And Objectives: Context can influence or overwhelm the intellectual and cognitive aspects of financial decision making but has only recently received increased attention. The construct validity of conceptual subscales from a financial decision-making scale was examined in the context of their relationship to financial exploitation.
Research Design And Methods: Two hundred forty-two community-based participants were recruited into the study.
To determine if the fear of developing Alzheimer's disease (FDAD) construct, in combination with similar psychoemotional factors, could help elucidate the nature of older adults' subjective memory complaints (SMCs) and subsequent objective memory performance. One hundred ninety-three healthy older adults (aged 65-93) were administered clinician and self-report measures of depression, worry, anxiety, illness attitudes, and memory, and each rated their concern with developing AD. Self-reported FDAD was not associated with objective memory performance ( > .
View Article and Find Full Text PDFNeuroimaging and lesion studies have implicated specific prefrontal cortex locations in subjective memory awareness. Based on this evidence, a rostrocaudal organization has been proposed whereby increasingly anterior prefrontal regions are increasingly involved in memory awareness. We used theta-burst transcranial magnetic stimulation (TBS) to temporarily modulate dorsolateral versus frontopolar prefrontal cortex to test for distinct causal roles in memory awareness.
View Article and Find Full Text PDFThe influential notion that the hippocampus supports associative memory by interacting with functionally distinct and distributed brain regions has not been directly tested in humans. We therefore used targeted noninvasive electromagnetic stimulation to modulate human cortical-hippocampal networks and tested effects of this manipulation on memory. Multiple-session stimulation increased functional connectivity among distributed cortical-hippocampal network regions and concomitantly improved associative memory performance.
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