Background: Dopamine is a potent neuromodulator in the brain, influencing a variety of
motivated behaviors and involved in several neurologic diseases. Measurements of …

Mesolimbic dopaminergic neurons modulate complex circuitry in the ventral forebrain
involved in reward processing, although the precise function of the dopaminergic input is …

Most neurotransmitters inhibit their own release through autoreceptors. However, the
physiological functions of these presynaptic inhibitions are still poorly understood, in part …

Since the first implant of a carbon microelectrode in a rat 35 years ago, there have been
substantial advances in the sensitivity, selectivity and temporal resolution of electrochemical …

The development of electrochemical recordings with small carbon‐fiber electrodes has
significantly advanced the understanding of the regulation of catecholamine transmission in …

An increase of extracellular dopamine (DA) concentration is a major neurobiological
substrate of the addictive properties of drugs of abuse. In this article we investigated the …

Receptor-mediated feedback control plays an important role in dopamine (DA)
neurotransmission. Recent evidence suggests that release and uptake, key mechanisms …

Some theories of human cultural evolution posit that humans have social-specific learning
mechanisms that are adaptive specialisations moulded by natural selection to cope with the …

Forebrain dopamine release is under the local control of D2 family (D2 and D3)
autoreceptors. In this study, autoreceptor‐mediated modulation of forebrain dopamine …

Despite numerous revisions and reformulations, dopamine (DA) hypothesis of
schizophrenia remains a pivotal neurochemical hypothesis of this illness. The aim of this …