AI-driven lifestyle monitoring systems collect data from ambient, motion, contact, light, and physiological sensors placed in the home, enabling AI algorithms to identify daily routines and detect deviations to support older adults "aging in place." Despite its potential to support several challenges …

Knowledge of the time of deposition is pivotal in forensic investigations. Recent studies show that changes in intrinsic fluorescence over time can be used to estimate the age of body fluids. These changes have been attributed to oxidative modifications caused by protein–lipid interactions. This pilot …

Objectives: To assess whether social capital benefits older adults’ self-rated health and well-being and whether physical activity mediates this relation. Methods: A survey study was conducted among members of a sociocultural organization (age ≥55 years), both cross-sectionally (baseline Time 1; N = …

Background and Objectives This qualitative study applied a resilience perspective to socioeconomic inequalities in the functioning of older adults. We aimed to gain insight into how some older adults managed to age successfully despite having a low socioeconomic position (SEP) throughout their lives. …

Change agent capacity-building compendium.Due to increasing globalization, technological advances and sociological changes, the world is becoming more complex than ever. Complexity has gone from large systems, to organizational and individual levels. Today it concerns all aspects of society. The will …

BACKGROUND: There is a growing interest in empowering older adults to age in place by deploying various types of technology (ie, eHealth, ambient assisted living technology, smart home technology, and gerontechnology). However, initiatives aimed at implementing these technologies are complicated by the …