Abstract The Brain-Age Gap Estimation (BrainAGE) is an important new tool that purports to
evaluate brain maturity when used in adolescent populations. However, it is unclear whether …

The temporal characteristics of adolescent neurodevelopment are shaped by a complex
interplay of genetic, biological, and environmental factors. Using a large longitudinal dataset …

Typical brain development follows a protracted trajectory throughout childhood and
adolescence. Deviations from typical growth trajectories have been implicated in …

Knowing the maturational schedule of typical brain development is critical to our ability to
identify deviations from it; such deviations have been related to cognitive performance and …

The discrepancy between chronological age and estimated brain age, known as the brain
age gap, may serve as a biomarker to reveal brain development and neuropsychiatric …

We present a brain development index (BDI) that concisely summarizes complex imaging
patterns of structural brain maturation along a single dimension using a machine learning …

Childhood and adolescence are characterized by complex patterns of changes in brain
structure and function. Recently, Truelove-Hill et al.(Truelove-Hill M, Erus G, Bashyam V …

With a few notable exceptions, many studies, be they behavioral, neuroimaging, or genetic,
are snapshots that compare one child group to one adult group, which capture only two …

BACKGROUND: Neural development during human childhood and adolescence involves
highly coordinated and sequenced events, characterized by both progressive and …

The maturational schedule of typical brain development is tightly constrained; deviations
from it are associated with cognitive atypicalities, and are potentially predictive of …