Biological aging is revealed by physical measures, eg, DNA probes or brain scans.
Individual differences in personal functioning are instead explained by psychological …

Background Biological aging is revealed by physical measures, eg, DNA probes or brain
scans. In contrast, individual differences in mental function are explained by psychological …

From a biological perspective, humans differ in the speed they age, and this may manifest in
both mental and physical health disparities. The discrepancy between an individual's …

Brain age refers to age predicted by brain features. Brain age has previously been
associated with various health and disease outcomes and suggested as a potential …

Brain structure in later life reflects both influences of intrinsic aging and those of lifestyle,
environment and disease. We developed a deep neural network model trained on brain MRI …

Neuroimaging and machine learning are opening up new opportunities in studying
biological aging mechanisms. In this field,'brain age gap'has emerged as promising MRI …

Introduction: Examining brain changes through a lifespan perspective allows for multiple
ways of answering fundamental questions about the brain's development and to identify …

The brain-age paradigm is proving increasingly useful for exploring aging-related disease
and can predict important future health outcomes. Most brain-age research uses structural …

For decades, neuroscientists have been on a quest to search for a biomarker that can help
capture age-related cognitive decline. One well-known candidate is Brain Age, or a …

In the realm of cognitive science, the phenomenon of “successful cognitive aging” stands as
a hallmark of individuals who exhibit cognitive abilities surpassing those of their age …