Sensors in everyday devices, such as our phones, wearables, and computers, leave a
stream of digital traces. Personal sensing refers to collecting and analyzing data from …

Physiological, behavioral, and psychological changes associated with neuropsychiatric
illness are reflected in several related signals, including actigraphy, location, word …

Brain-predicted age difference scores are calculated by subtracting chronological age from
'brain'age, which is estimated using neuroimaging data. Positive scores reflect accelerated …

Smartphones and personal sensing technologies have made collecting data continuously
and in real time feasible. The promise of pervasive sensing technologies in the realm of …

High-throughput assays that produce hundreds of measurements per sample are powerful
tools for quantifying cell–material interactions. With advances in automation and …

Eyetracking technology has had limited application in the dementia field to date, with most
studies attempting to discriminate syndrome subgroups on the basis of basic oculomotor …

During the last decade, ncRNAs have been investigated intensively and revealed their
regulatory role in various biological processes. Worldwide research efforts have identified …

Most people assume studying or working abroad would be stressful-but would one ever
think that it could be detrimental to the health? Stress literature relates cross-cultural …

Passive smartphone measures hold significant potential and are increasingly employed in
psychological and biomedical research to capture an individual's behavior. These measures …

Age-related cognitive decline is an increasingly important societal issue, given projected
increases in the proportion of older adults in the coming decades. Early identification of …