Étiquette : Tabernanthe Iboga

The Consumption of Psychoactive Plants During Religious Rituals : The Roots of Common Symbols and Figures in Religions and Myths, H. Umit Sayin, 2014

The Consumption of Psychoactive Plants During Religious Rituals : The Roots of Common Symbols and Figures in Religions and Myths H. Umit Sayin NeuroQuantology, June 2014, Volume 12, Issue 2, 276-296 Doi : 10.14704/nq.2014.12.2.753   ABSTRACT Psychoactive plants which contain hallucinogenic molecules that induce a form of altered states of consciousness (HASC) have been widely used during the religious rituals of many cultures throughout the centuries, while the consumption of these plants for spiritual and religious purposes is as old as human history. Some of those cultures were shaman and pagan subcultures; African native religions; Bwiti Cult; South American native religions; Amazon Cultures; Central American Cultures; [...]

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Ibogaine : A review – Chapter 1, Kenneth R. Alper, 2001

Ibogaine : A review - Chapter 1 Kenneth R. Alper The Alkaloids. Chemistry and Biology, 2001, 56,  38 pp DOI: 10.1016/S0099-9598(01)56005-8   I. Introduction, Chemical Properties, and Historical Time Line ..................... A. Introduction................................................................................................... B. Chemical Structure and Properties .............................................................. C. Historical Time Line ..................................................................................... II. Mechanisms of Action .................................................................................. A. Neurotransmitter Activities........................................................................... B. Discrimination Studies.................................................................................. C. Effects on Neuropeptides............................................................................... D. Possible Effects on Neuroadaptations Related to Drug Sensitization or Tolerance ....................................................................................................... III. Evidence of Efficacy in Animal Models........................................................ A. Drug Self-Administration .............................................................................. B. Acute Opioid Withdrawal .............................................................................. C. Conditioned Place Preference........................................................................ D. Locomotor Activity........................................................................................ E. Dopamine Efflux............................................................................................. IV Evidence of Efficacy and Subjective Effects in Humans .............................. A. Evidence of Efficacy........................................................................................ B. Subjective Effects ........................................................................................... V. Pharmacokinetics ........................................................................................... A. Absorption....................................................................................................... B. Distribution .................................................................................................... C. Metabolism .................................................................................................... D. Excretion [...]

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Ibogaine : A Novel Anti-Addictive Compound. A Comprehensive Literature Review, Jonathan Freedlander, 2003

Ibogaine : A Novel Anti-Addictive Compound. A Comprehensive Literature Review Jonathan Freedlander Journal of Drug Education and Awareness, 2003 https://www.researchgate.net/publication/287670047_Ibogaine_A_novel_anti-addictive_compound   Introduction and History Ibogaine is a naturally occurring indole alkaloid, found in a variety of African shrubs of the Tabernathe genus (Obach, Pablo, and Mash, 1998). The root of the Tabernanthe iboga plant (also known as eboga) is the most frequently cited source of ibogaine, and this plant contains 11 other known psychoactive constituents (Popik, and Skolnick, 1999). Chemically, ibogaine is classified as a tryptamine, being a rigid analogue of melatonin, and is structurally similar to harmaline, another natural alkaloid and psychedelic (Xu et al, [...]

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