Marc-Etienne Meyer

TL;DR: Data showed tCBF decrease, proportional aqueductal and cervical CSF pulsations reduction as a result of arterial loss of pulsatility, and preserved intracerebral compliance with aging, the first work to study aging effects on both CSF and vascular cerebral flows.

TL;DR: Venous vessel compression and/or changes in intracranial subarachnoid CSF flow produce an increase in ventricular CSF flush that compensates for vascular brain expansion in patients with CH.

TL;DR: Results suggest that DCD could be characterized by abnormal brain hemispheric specialization during development and connectivity in the MFC-ACC-IPC network could indicate that children with DCD are less able than healthy children to easily and/or promptly switch between go and nogo motor responses.

TL;DR: Pulsatility index for both intracranial (SSS) and cervical (mainly jugular) levels showed a significant increase in pulsatile blood flow in jugular veins as compared with that in SSS, highlighting the variability of venous drainage for side dominance and jugular/epidural organization.

TL;DR: An overview of how motion is managed to overcome respiratory motion in PET/CT images and correction techniques that take account of all the counting statistics and integrate motion information before, during, or after the reconstruction process are provided.