There are no passengers on Spaceship Earth. We are all crew. ~Marshall McLuhan
A new study of rats has found that N-acetylcysteine (NAC), a commonly available and generally nontoxic amino acid derivative, reverses changes in the brain’s circuitry associated with cocaine addiction. The reversal appears to lessen the cravings associated with cocaine, thus providing protection against relapse.
“Our finding suggests a promising therapeutic strategy for cocaine addiction, for which there is no approved treatment,” said lead author Khaled Moussawi of the Medical University of South Carolina in Charleston.
Cocaine is a highly addictive drug characterized by frequent relapses. Recent advances in brain imaging are helping scientists to find out what happens in the brain when an addicted person is exposed to the drug-associated “cues” that trigger craving and lead to relapse. They’ve found that repeated exposure to psychoactive drugs such as cocaine causes an imbalance in the brain circuits regulating reward and cognitive control.
A new study of rats has found that N-acetylcysteine (NAC), a commonly available and generally nontoxic amino acid derivative, reverses changes in the brain’s circuitry associated with cocaine addiction. The reversal appears to lessen the cravings associated with cocaine, thus providing protection against relapse.
“Our finding suggests a promising therapeutic strategy for cocaine addiction, for which there is no approved treatment,” said lead author Khaled Moussawi of the Medical University of South Carolina in Charleston.
Cocaine is a highly addictive drug characterized by frequent relapses. Recent advances in brain imaging are helping scientists to find out what happens in the brain when an addicted person is exposed to the drug-associated “cues” that trigger craving and lead to relapse. They’ve found that repeated exposure to psychoactive drugs such as cocaine causes an imbalance in the brain circuits regulating reward and cognitive control.
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