BACKGROUND AND PURPOSE: Brain function and microstructure are affected by alcohol
consumption. Until recently, the effect of alcohol on neural mechanisms has not been fully …

The aim of this study was to test the technical feasibility of diffusion kurtosis imaging (DKI) in
the brain after acute alcohol intoxication. Diffusion tensor imaging (DTI) and DKI during 7.0 T …

BACKGROUND AND PURPOSE: DTI can provide information about brain ultrastructure by
quantifying water diffusion. Our objective was to assess the value of DTI in detecting the …

An increasing number of studies use functional MRI (fMRI) and blood oxygen level-
dependent (BOLD) signal to investigate the neurofunctional basis of acute alcohol effects on …

Background: Imaging techniques have been in widespread use in the scientific community
for more than 3 decades. They facilitate noninvasive, in vivo studies of the human brain in …

Rationale Little is known about how acute and chronic alcohol exposure may alter the in
vivo membrane properties of neurons. Objectives We employed neurite orientation …

Background: Neuroimaging studies reported cerebral perfusion abnormalities in individuals
with alcohol use disorders. However, no longitudinal magnetic resonance imaging (MRI) …

While alcohol's detrimental effects on the brain are widely acknowledged, diagnostic
markers for detection and monitoring alcohol-induced brain damage are lacking. A recent …

Aims: Although it is known that alcohol has vasoactive properties, previous studies have not
investigated the relationship between cerebral blood flow (CBF) and cerebral blood volume …

Chronic excessive alcohol intake results in alcohol-related brain damage. Many previous
reports have documented alcohol-related global or local brain shrinkage or diffusional …