Total intracranial hemorrhage volume measurement summating all compartments best in traumatic and nontraumatic intracranial bleeding.

MacKenzie HornAnkur BanerjeeLinda KasickovaOndrej VolnyHyun Seok ChoiFederica LetteriTomoyuki OharaKoji TanakaStuart ConnollyPer LadenvallMark CrowtherJan Beyer-WestendorfAshkan ShoamaneshAndrew M DemchukAbdulaziz S Al Sultannull null

Published in: Brain and behavior (2024)

Measurement of total ICrH volumes is more accurate than volume by compartment with less measurement error. Determination of hemostatic efficacy was consistent across readers, and within the same reader, as well as when compared to consensus read. Volumetric analysis of intracranial hemostatic efficacy is feasible and reliable when using total ICrH volumes.

Keyphrases

optic nerve
spinal cord injury
high resolution
single molecule
clinical practice
solid phase extraction