1 ology than AMPH, which may contribute to the euphoric and addictive properties of METH compared with

2                        Morphine mediates its euphoric and analgesic effects by acting on the mu-opioi

3 system plays a primary role in mediating the euphoric and rewarding effects of most abused drugs.

4 tem absorption; this accounts for the drug's euphoric and toxic effects.

5 s have direct relevance to the rewarding and euphoric as well as motor effects produced by marijuana

6                       An established active, euphoric dose of cocaine (20 mg/kg) was administered to

7 tically classified as classic (predominately euphoric), dysphoric, or depressed.

8 ocaine thereby blocking it from exerting its euphoric effect.

9                        Cocaine initiates its euphoric effects by binding to the dopamine transporter

10 of alleles that increased sensitivity to the euphoric effects of d-amphetamine and decreased suscepti

11  The perceptual altering effects and lack of euphoric effects would explain its intermittent use patt

12 OR), which mediates morphine's analgesic and euphoric effects.

13 iew has arisen that 2 main symptom clusters (euphoric-grandiose and paranoid-destructive) occur in pa

14 ability and hyperarousal without episodes of euphoric mood) and narrow-phenotype bipolar disorder (i.

15 at least one manic or hypomanic episode with euphoric mood) as well as those with no diagnosis (i.e.,

16  behaviors and a strong negative loading for euphoric mood.

17  from a genome-wide association study of the euphoric response to d-amphetamine in healthy human volu

18 of the striatum involved in positive affect, euphoric responses, and reward.