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Objective Major depression in older adults increases the statistical likelihood of dementia. It is challenging to translate statistical evidence of cognitive decline at the group level into knowledge of individual cognitive outcomes. The objective of the current study is to investigate 2-year reliable cognitive change in late-life depression (LLD), which will enhance understanding of cognitive changes in LLD and provide a means to assess individual change. Methods In a sample of non-depressed cognitively normal older adults or NDCN (n  = 113), we used linear regression to predict tests of global cognition, processing speed-executive functioning, and memory administered 1 and 2 years later. Stepwise regression was used to select covariates among demographics and raw test scores (either baseline or year 1) and we cross-validated the final models using the predicted residual error sum of squares (PRESS). We then derived a z -change score from the difference between actual and predicted follow-up scores and investigated the proportion of LLD patients (n  = 199) and NDCN adults who experienced reliable "decline" (a z -score < −1.645), "stability" (z -scores between + − 1.645), and "improvement" (z scores > +1.645). Results A greater proportion LLD compared with NDCN experienced cognitive decline in processing speed/executive functioning and global cognition over 2 years. When compared to NDCN, a greater proportion of LLD also significantly improved on one test of processing speed over 2 years. Conclusions Older adults with LLD are at risk of meaningful cognitive decline over a relatively short period, particularly in the domain of executive functioning and processing speed. This study provides a series of reliable change equations for common neuropsychological tests that can be applied clinically. [ABSTRACT FROM AUTHOR]

ABSTRACT Predicting memory problems in older depressed patients receiving electroconvulsive therapy (ECT) is difficult. In this study, hippocampal volume and acute memory outcomes were examined in 15 patients following an [...]

Purpose: To describe death-related planning and preferences for place of death among well elders in a community characterized by a low rate of hospital deaths. Design and Methods: Cross-sectional prevalence survey of independent-living residents (n = 219) of a continuing-care retirement community (CCRC) in Central North Carolina characterized by a low rate of hospital deaths. Results: Death-related planning played a part in the decision of 40% of residents to move to the CCRC. A majority of residents reported a clear preference for place of death, and a majority of these preferred to die on the CCRC campus. Most residents wanted to discuss their preferences for place of death with their health care provider. Preferences for place of death appear consistent across age cohorts and are relevant to elders' long-term care decisions. Implications: Given the striking discrepancy between patients' preferences for nonhospital deaths and the high prevalence of hospital deaths in the United States, this often-neglected issue should be routinely addressed in end-of-life planning. The CCRC may be a practice model that is particularly compatible with personal preferences for place of death. Key Words: Terminal care, Continuity of care, Place of death, Geriatrics

Objective: Exposure to stressful events is associated with both occurrence of depression and also vascular disease. The objective of this study was to determine whether higher levels of stress exposure was related to measures of pathological brain aging, specifically white matter hyperintensity volumes, in older adults with and without depression.Methods: The sample included 130 depressed and 110 never-depressed older adults aged 60 years or older enrolled in a longitudinal study at an academic medical center. Participants completed clinical assessments, assessment of stressful event exposure and perceived stress, and magnetic resonance imaging at baseline and after 2 years. Analyses examined both cross-sectional and longitudinal relationships between stress measures and white matter hyperintensity volumes.Results: There were no statistically significant relationships observed between cross-sectional baseline stress measures and either baseline hyperintensity volume or 2-year change in hyperintensity volume. However, after controlling for demographic variables and baseline measures, change in stressor exposure was associated with change in hyperintensity volumes. In this analysis, increased stressor exposure was associated with greater increases in white matter hyperintensity volume, while reductions in stressor exposure were associated with less increase in hyperintensity volume. This relationship did not significantly differ based on the presence of either depression or medical comorbidities.Conclusions: This work adds to a growing literature associating exposure to stressful events in later life with more rapid pathological brain aging. Work is needed to understand the physiological mechanisms by which stress exposure has this effect and examine whether stress reduction techniques may modify these observed outcomes. Copyright © 2016 John Wiley & Sons, Ltd. [ABSTRACT FROM AUTHOR]