Assessment of age- and sex-dependent changes of cerebellum volume in healthy individuals using magnetic resonance imaging

Abstract

Aim: Cerebellum is a structure ingrained in fossa cranii posterior and has a great role in contributing to the coordination of motor functions, regulation of muscle tone, and motor learning, as well as precision and accurate timing. This study primarily aimed to establish a cerebellum measurement scale based on age and sex. Methods: The study was carried out with the approval of Adiyaman Clinical Research Ethics Board and the

Morphometric Evaluation of Pons Development in Pediatric Population According to Age and Gender by Magnetic Resonance Imaging

“…Magnetic resonance imaging (MRI), on the other hand, enables us to distinguish pathological conditions and evaluate normal brain development due to its high soft-tissue resolution. It appears as a valuable imaging method, especially in the childhood age group, since it does not contain ionizing radiation 10 .…”

Neurofeedback improves EEG complexity and social interaction in a boy with autism: A case report

“…Autism is a polygenetic developmental neurobiological disorder with multiorgan system involvement (neocortical and cerebellar system, immune system, and gastrointestinal system), though it predominantly involves central nervous system dysfunction. It is an interhemispheric connectivity disorder, and intracortical circuits are also likely to be disturbed [1,2].…”

Evaluation of changes in myelination in the brain during infancy and childhood using ADC maps

“…Brain myelination maturation extends from the inferior to the superior, from the central to the peripheral, and from the posterior to the anterior regions. For example, the brainstem is myelinated before the cerebellar hemispheres, the posterior limb of the internal capsule before the anterior limb and deep periventricular white matter before subcortical U fibers [3,4].…”