Acetaldehyde has long been suggested to be involved in a number of ethanol's
pharmacological and behavioral effects, such as its reinforcing, aversive, sedative, amnesic …

Ethanol non‐drinker (UChA) and drinker (UChB) rat lines derived from an original Wistar
colony have been selectively bred at the University of Chile for over 70 generations. Two …

Homogenates of perfused rat brains incubated in the presence of ethanol (50–100 mM) and
glucose (10 mM) were found to oxidize ethanol to acetaldehyde. The addition of glucose …

The capacity for the brain to produce acetaldehyde (AcHO) from ethanol was determined in
rat brain homogenates. Rat brains were perfused with saline‐heparin solution and …

Acetaldehyde is suspected of being involved in the central mechanism of central nervous
system depression and addiction to ethanol, but in contrast to ethanol, it can not penetrate …

Fetal ethanol (E) exposure has well documented deleterious effects on brain development,
yet it is uncertain if the neurotoxicity of maternal E consumption is generated by E itself, by its …

It has long been suggested that some of the neuropharmacological, neurochemical and
behavioural effects of ethanol are mediated by its first metabolite, acetaldehyde. In spite of …

This review represents an attempt to assess the available data on the role of catalase in the
mediation of the behavioral actions of ethanol and the regulation of voluntary ethanol …

The purpose of the present investigation was to further study the relationship between
ethanol and brain catalase in vivo. Rats were pretreated intraperitoneally (ip) with varying …

Research has suggested that catalase plays a role in mediating ethanol's
psychopharmacological effects. It has been shown that acatalasemic (C3H-A) mice differing …