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![](https://webarchive.library.unt.edu/eot2008/20090131031833im_/http://www.nida.nih.gov/whatsnew/images/spacer.gif)
Teaching Packet IV, For Health Practitioners, Teachers, and Neuroscientists
- Cover: The Neurobiology of Ecstasy
- 1: Introduction - Long-term Effects of Ecstasy
- 2: Define Ecstasy
- 3: Ecstasy Gets into the Brain Easily
- 4: What We Know About Ecstasy
- 5: How Do We Know?: Research in Animals and Humans
- 6: Brain Areas Sensitive to Ecstasy
- 7: Anatomy of a Neuron
- 8: How Does Ecstasy Work: Serotonin Pathways in the Brain
- 9: The Serotonin Neuron; The Major Target of Ecstasy
- 10: Serotonin Transporters
- 11: Ecstasy and Serotonin Transporters
- 12: Short-term (acute) Effects of Ecstasy
- 13: Short-Term Adverse Effects
- 14: Life-Threatening Effects After Multiple Doses or "Stacking"
- 15: Short-Term Effects After Ecstasy is Gone from the Body
- 16: Long-term Effects of Ecstasy: Neurotoxic?
- 17: Long-term Effects in Monkeys
- 18: Ecstasy Causes Destruction of Serotonin Nerve Terminals
- 19: Long-Term Ecstasy Use May Impair Memory
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