Welcome to the dopamine hijack. Modern life is designed to give you constant hits of dopamine—the brain chemical linked to motivation, reward, and pleasure. But what happens when your dopamine ...

2005), dopamine-rich brain regions, particularly the ventral tegmental area (VTA), become highly active when a person experiences romantic love. This activity is similar to what occurs in the ...

The entire concept of a “dopamine detox” is scientifically incorrect, and reduces the brain to a very simplistic level. It is, in fact, far more complex than this “dopamine detox” trend ...

The nucleus accumbens, a brain region that plays a role in ... the nerve cells expressing two major dopamine receptors, D2R and D1R, were less active than usual. If the researcher artificially ...

This is dopamine ... lasting brain changes, particularly in teenagers and young adults. This is what my team and I at London ...

It involves the insular and amygdala, which researchers found became more active ... regions of her brain's reward network kick in. They signal the release of feel-good hormones like dopamine ...

A new study found that people with cannabis use disorder (CUD) had elevated dopamine levels in a brain region associated with psychosis.

The nucleus accumbens, a brain region that plays a role in ... the nerve cells expressing two major dopamine receptors, D2R and D1R, were less active than usual. If the researcher artificially ...

They suggest brain changes caused by eating a diet high in these foods can make cutting down on them difficult, especially for younger people. The release of the neurotransmitter dopamine in the ...

More broadly, studies suggest that schizophrenia is related to atypical levels of functional connectivity between multiple brain regions. Dopamine has long been linked to schizophrenia ...

"The brain regions and neurochemicals involved—namely the basal ganglia, dopamine and acetylcholine—are shared by mice, primates, humans. Essentially every animal with a backbone." Studying ...

“These findings translate across species,” Pearson said. “The brain regions and neurochemicals involved -- namely the basal ganglia, dopamine and acetylcholine -- are shared by mice, primates, humans.