Ecstasy, brain and media ecstasy was admired by the poisons of countless British pop music, accused by a solid anti-drug foundation and also caused a controversial media controversy at the age of 18 years old Rona Spinks autopsy . The photo was flooded with British newspapers, and her death related to ecstasy showed an eerie color. Due to the rapid increase in contraceptive prevalence, the long-term impact and temporary impact of ecstasy has become a vital argument over the past decade.
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.
The role of ecstasy is an important chemical substance that affects the brain. It causes serotonin to the brain, releasing neurotransmitters that help control emotions. Lack of serotonin can cause depression and may damage areas of the brain involved in thought and memory. Recent studies have shown that brains may be damaged even once ecstasy is administered. The California organization called Dance Safe took a different approach while the police were trying to extract ecstasy from the street. It accepted that medicine as a fact of life and attempted to reduce the danger by warning the user about the danger such as dehydration and overheating. They do little unprecedented things in the US - Test the medication itself and see how much other compounds are mixed, apart from MDMA.