Effects of Ecstasy on the Nervous System

Ecstasy is a strong hallucinogenic drug, which is widely used as a street drug. It can improve mood and social relationships in the short term. Studies in humans and animals have shown that ecstasy can cause toxic effects on the nervous system. Although many research has been done on ecstasy but its mechanism of action is still not fully understood. Ecstasy is capable to inhibit serotonin in axon terminals of the brain in rats and mice. It destroyed neurons in the hippocampus, basal ganglia, insula, and parietal cortex. Heat gain, high blood pressure, arrhythmia, liver dysfunction, seizures, memory loss as well as cognitive and mood disorders are among toxic effects of this drug. There are some reports of its toxic effects on the nervous system. Evidence suggest that it can cause resistant psychotic disorders and depression in some consumer. Investigations have shown that the major cause of complications of this drug is reduction of serotonergic system activities. Frequent use of ecstasy (or its addiction) can cause the loss and degradation of the serotonergic neurons.
Use of ecstasy is increasing and prevention of its damage to nervous system should be considered. Administration of neuroprotective substances may prevent these complications.