… Although the molecular mechanisms involved in radiation-induced brain injury remain
elusive, first strategies for prevention and amelioration are being developed. Drug-based …

… the adult mammalian brain. Multiple studies have observed that neurospheres can be grown
from adult hypothalamus and that BrdU incorporation is observed in hypothalamic neurons, …

… This volume on the development of the mammalian brain beautifully illustrates these principles.
… drugs are further modified by genetic and epigenetic factors, biological and metabolic …

… Nonviral gene transfer into the adult mammalian brain offers the prospects of safe
therapies and new experimental possibilities. However, results reported so far have been …

… in the mammalian, particularly the human, brain (1). An essential prerequisite is identification
of the sites within the brain … trace in the mammalian brain, specifically within the cerebellum. …

… diverse drugs with clinical antidepressant properties share the ability to act as potent inhibitors
of histamine-sensitive adenylate cyclase in cell-free preparations from mammalian brain. …

… myelin in the adult brain (Torres-Aleman, 2010). IGF-I participates in brain metabolism in
ways that are not fully understood but that appear essential to metabolic homeostasis (Bondy …

… Our study reveals complex AD and probiotics action on the mammalian brain and identifies
treatment-specific cellular processes and gene targets associated with mood disorders. …

… GABA is the major inhibitory neurotransmitter in mammalian brain, and it exerts its slow,
prolonged effects via the GABA B receptor, which is made up of two subunits, R1 and R2. …

… produces a marked alteration in brain polyribosomes 30 min after administration of the drug
(Fig. 1)… to brain polyribosomes: those from liver show no such effect, even though the drug is …