Ecstasy, the Brain, and Serotonin (MIA)

Ecstasy, brain and serotonin (MIA) 3,4-methylenedioxymethamphetamine (MDMA) or ecstasy is a synthetic psychotropic drug with stimulant and hallucination. Ecstasy is a medicine that is often spoken because it gained popularity recently and spread rapidly among young people. Many newspapers and magazines have published articles in the past five years. It highlights the risk of drugs that are easy to manufacture and the dangers of use in club / carnival scenes in almost all Western European countries. Many studies have been done to show the harmful effects of drugs on the brain, but the full effect of ecstasy is yet to be known.

While studying how ecstasy works on the Internet, ecstasy was found to affect the brain by increasing brain cell activity. Especially serotonin. Ecstasy releases these neurotransmitters from the storage site of neurons and enhances the activity of neurotransmitters. Ecstasy causes an increase in serotonin release and a decrease in dopamine release. Serotonin is a naturally occurring hormone in the human brain; it is also found in the digestive tract and platelets of certain animals, including humans. Classified as a neurotransmitter, it is important in conveying the impulses of the nerve ... Serotonin can be considered a "happy" hormone as it greatly affects overall happiness. It also helps regulate mood, relieve anxiety and relieve depression.

Ecstasy is a type of amphetamine that causes hallucinations. It works by making serotonin more accessible and giving you euphoria when you take it. Serotonin is a naturally occurring chemical in the brain that regulates your mood. It is sometimes called "happy hormone". Ecstasy releases more serotonin than usual to your brain. Over time, the natural storage of your serotonin may fall too much, so you may never reach the same level as before you started using it. If a large amount of serotonin signifies excitement, not lack of serotonin, it means depression. Short-term depression may occur within a few days after using ecstasy, but further research on long-term effects is necessary.