Neuroimaging techniques such as positron emission topography (PET) and functional
magnetic resonance imaging (fMRI) have been utilized with older children and adults to …

It is now recognized that extensive maturational changes take place in the human brain
during adolescence, and that the trajectories of these changes are best studied …

Purpose To establish normal age‐related changes in the magnetic resonance (MR) T2
relaxation time constants of brain using data collected as part of the National Institutes of …

The brain, like any living tissue, is constantly changing in response to genetic and
environmental cues and their interaction, leading to changes in brain function and structure …

Incidental findings (IF) are a well-recognized problem in radiological screening
programmes. 1e3 An unexpected radiological abnormality outside the screening …

Despite substantial progress in understanding the anatomical and functional development of
the human brain, little is known on the spatial-temporal patterns and genetic influences on …

Longitudinal imaging studies are essential to understanding the neural development of
neuropsychiatric disorders, substance use disorders, and normal brain. Using appropriate …

El análisis cuantitativo de los descriptores de calidad en imágenes de resonancia
magnética, así como su información intrínseca, se encuentran afectados por factores físicos …

Conventional MRI has been part of the routine clinical imaging of paediatric patients for
many years. In addition to evaluating specific disease processes, development and …

Since the initial publication in 2000 of our volume entitled Functional Neuroimaging in Child
Psychiatry (Ernst and Rumsey, 2000), there has been a burgeoning of neuroimaging …