Our current understanding of the relationship between the dopaminergic system and human
brain disorders is based on two fundamental discoveries: dopamine-replacement herapy …

1.3. The sensorimotor syndrome 2. Dopamine and feeding behaviours 2.1. Dopamine
antagonists and consummatory behaviours 2.1. 1. Initiation of consummatory behaviours …

Reporter genes (eg β-galactosidase, chloramphenicol-acetyltransferase, green fluorescent
protein, luciferase) play critical roles in investigating mechanisms of gene expression in …

Repeated, noninvasive imaging of reporter gene expression is emerging as a valuable tool
for monitoring the expression of genes in animals and humans. Monitoring of organ/cell …

Several lines of evidence indicate that interactions among transmission lines can take place
at the level of the cell membrane via interactions among macromolecules, integral or …

Brain Biochemistry and Brain Disorders : Cognitive and Behavioral Neurology Brain
Biochemistry and Brain Disorders : Cognitive and Behavioral Neurology Log in or Register …

Whereas biochemical and pharmacological studies indicated that there were two
subclasses of dopamine receptor (D 1, D 2) the application of molecular biology techniques …

Part I of this article reviewed the pathophysiology of emesis, and its pharmacological
treatment. Drug-induced vomiting was also discussed. In the second part of the review, other …

Computer-aided conformational analysis was used to characterize the agonist
pharmacophore for D1 dopamine receptor recognition and activation. Dihydrexidine (DHX) …

Changes in CAMP levels are often associated with the modulation of neuronal function. The
CREM gene encodes both antagonists and activators of the CAMP-dependent …