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Product Name: AMT
IUPAC Name: 1-(1H-indol-3-yl)propan-2-amine
Other Names: AMT, αMT, Indopan
Molecular Formula: None
Molar Mass: 237.26 g·mol−1
Effect: stimulant, psychedelic
Purity of the substance: 99.9%
Physical properties: Crystals, Powder
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  • AMT for sale online from USA vendor

Table of Contents

  1. Introduction

    • Overview of α-Methyltryptamine (AMT)
  2. Chemistry

    • Structural Composition
    • Isomeric Configuration
    • Dosage Guidelines
  3. Pharmacology

    • Mechanisms of Action
    • Receptor Interaction
    • Monoamine Release
    • Weak Monoamine Oxidase Inhibition
    • Subjective Effects
  4. Physical Effects

    • Stimulation and Physical Activity
    • Spontaneous Bodily Sensations
    • Physiological Responses
    • Pupil Dilation and Visual Effects
    • Hallucinatory States
    • Cognitive Effects
    • Auditory Effects
  5. Toxicity and Harm Potential

    • Lack of Scientific Study
    • Potential Dangers and Reported Cases
    • Neurotoxicity Concerns
    • Tolerance and Addiction
    • Dangerous Interactions
    • Legal Status

A-Methyltryptamine (AMT): An Overview

Background and Development

α-Methyltryptamine, commonly known as AMT or aMT, belongs to the lesser-known entactogen substances within the tryptamine class. Initially developed by Upjohn in the 1960s, this compound gained recognition in the Soviet Union, where it was employed as an antidepressant under the trade name Indopan. Notably, the prescribed doses of Indopan ranged from 5-10 mg, considerably lower than the doses commonly associated with recreational use.

Rise and Restrictions

Despite its initial medicinal use, αMT found its way into the public sphere, gaining popularity in England and Wales as a legal high from 2012. However, this surge in popularity was accompanied by adverse events. Erowid, a widely recognized online resource for psychoactive substances, reported "a handful of unverifiable reports of hospitalization after high-dose (over 60 mg oral) αMT ingestion."

The concerning trend reached a critical point when 22 deaths were linked to αMT use in England and Wales. In response to the escalating risks associated with its consumption, the authorities decided to prohibit the substance, officially banning it in early 2015.

Knowledge Gaps and Cautionary Measures

Despite its historical usage, αMT remains shrouded in limited data regarding its pharmacological properties, metabolism, and toxicity. The compound has a sparse history of non-medical human use, contributing to a lack of comprehensive understanding.

Given the potential risks and uncertainties surrounding AMT, harm reduction practices are strongly recommended for those considering or currently using this substance. Acknowledging the scarcity of information, caution and responsible use become paramount when dealing with αMT, emphasizing the need for a vigilant and informed approach to its consumption.

Chemistry of α-Methyltryptamine (AMT)

Structural Composition

α-Methyltryptamine, abbreviated as αMT, is a synthetic indole alkaloid molecule belonging to the tryptamine class. The tryptamine class is characterized by a core structure featuring a bicyclic indole heterocycle connected at R3 to an amino group through an ethyl side chain. What sets αMT apart is the substitution at the alpha carbon (Rα) of its tryptamine backbone, where a methyl group is attached.

Isomeric Configuration

In its freebase form, αMT exists as a racemate, incorporating both (R-) and (S-) enantiomers. This isomeric configuration contributes to the compound's unique pharmacological profile and effects.

Dosage Guidelines

Understanding the appropriate dosage is crucial when dealing with αMT due to its potential effects on the central nervous system. The following dosage thresholds are commonly recognized:

  • Threshold: 5 mg
  • Light: 10 - 25 mg
  • Common: 25 - 40 mg
  • Strong: 40 - 60 mg
  • Heavy: 60 - 80 mg

These dosage categories provide a framework for users to gauge the intensity of the experience, emphasizing the importance of responsible use and adherence to recommended thresholds to minimize potential risks associated with αMT consumption.

Pharmacology of α-Methyltryptamine (AMT)

Mechanisms of Action

αMT operates as a relatively balanced reuptake inhibitor and releasing agent for the primary monoamines: serotonin, norepinephrine, and dopamine. Additionally, it functions as a non-selective serotonin receptor agonist, contributing to its multifaceted pharmacological effects.

Receptor Interaction

The psychedelic effects induced by αMT are attributed to its efficacy at the 5-HT2A receptor, where it acts as a partial agonist. This interaction with serotonin receptors underscores its role in modulating mood and sensory perception, contributing to the characteristic psychedelic experience associated with αMT use.

Monoamine Release

Beyond receptor interactions, αMT also serves as a releasing agent for serotonin, noradrenaline, and dopamine. This dual action on both receptor sites and neurotransmitter release further underscores the complexity of AMT's pharmacological profile.

Weak Monoamine Oxidase Inhibition

In vitro and in vivo studies suggest that αMT acts as a very weak, non-selective reversible inhibitor of monoamine oxidase (RIMA). However, the significance of this inhibition, if present at all, is likely minimal with common doses of AMT.

Subjective Effects

Disclaimer: The subjective effects listed below draw from the Subjective Effect Index (SEI), a compilation of open research literature, anecdotal user reports, and analyses by PsychonautWiki contributors. It is essential to approach these effects with a degree of skepticism, as individual responses can vary. Furthermore, the occurrence and intensity of these effects may not follow a predictable pattern, with higher doses more likely to induce the full spectrum of effects. It is crucial to note that higher doses also increase the likelihood of adverse effects, including addiction, severe injury, or even death. Caution and responsible use are paramount when engaging with αMT to minimize potential risks.

Physical Effects of α-Methyltryptamine (AMT)

Stimulation and Physical Activity

AMT exerts a pronounced stimulating effect on users, leading to increased energy levels. This stimulation often manifests as jaw clenching and a noticeable shakiness or unsteadiness in the hands. Users commonly report feeling compelled to engage in physical activities such as running, dancing, climbing, or other forms of movement. This stands in contrast to some other psychedelics like psilocybin, which are known for their sedating and relaxing properties.

Spontaneous Bodily Sensations

The "body high" induced by αMT is described as an intense and constant all-encompassing sensation. Unlike other psychedelics, this sensation doesn't manifest as a continuously shifting tingling sensation but rather as a prolonged activation of every nerve ending throughout the body. While immensely pleasurable, it can become overwhelmingly intense and burdensome at higher dosage levels.

Physiological Responses

Several physiological responses have been associated with αMT use, including a slight difficulty in urination, temperature regulation suppression, headaches (particularly towards the end of the experience), abnormal heartbeat, increased blood pressure, increased heart rate, increased perspiration, and moderate to extreme nausea. It's crucial for users to be aware of these potential physical effects and exercise caution, especially at higher doses.

Pupil Dilation and Visual Effects

Pupil dilation is a common occurrence during αMT use. The visual effects, more prominent at larger doses, include enhancements such as acuity enhancement, color enhancement, and pattern recognition enhancement. Distortions, such as drifting, symmetrical texture repetition, after images, color shifting, scenery slicing, tracers, and geometric patterns, contribute to the unique visual experience associated with αMT.

Hallucinatory States

αMT induces hallucinatory states, including transformations and internal hallucinations. The latter is more common in dark environments and tends to manifest towards the end of the experience, particularly if sleep deprivation becomes a factor due to the abnormally long duration of the trip. Internal hallucinations are diverse, ranging from personal and transcendental themes to religious, spiritual, and science-fiction elements.

Cognitive Effects

The cognitive effects of αMT, while not as deep or profound as some traditional psychedelics like LSD or DMT, encompass a variety of components. These include anxiety suppression, disinhibition, empathy and sociability enhancement (though less pronounced than with MDMA), analysis enhancement (in non-social settings), conceptual thinking, emotion enhancement, cognitive euphoria, immersion enhancement, increased music appreciation, memory suppression, ego death, thought acceleration, thought connectivity, time distortion, and heightened wakefulness.

Auditory Effects

Auditory effects associated with αMT use include enhancements, distortions, and hallucinations in some cases. These auditory experiences contribute to the overall sensory complexity of the AMT trip.

For a more comprehensive understanding, anecdotal reports and experiences with αMT can be found in sources such as the Erowid Experience Vaults, offering valuable insights into the diverse range of effects associated with this compound.

Toxicity and Harm Potential of A-Methyltryptamine (AMT)

Lack of Scientific Study

The toxicity and long-term health effects associated with recreational AMT use remain largely unstudied within a scientific context. This lack of research is primarily due to αMT being categorized as a research chemical with minimal human usage history, making the determination of an exact toxic dose challenging.

Potential Dangers and Reported Cases

As a monoamine reuptake inhibitor, αMT can pose dangers, especially when consumed in excessive doses or in combination with substances such as MAOIs, RIMAs, stimulants, or other agents affecting serotonin and dopamine reuptake. Although one reported death from AMT exists, the specific amount ingested remains unknown. Erowid has noted "a handful of unverifiable reports of hospitalization after high-dose (over 60 mg oral) αMT ingestion."

Neurotoxicity Concerns

Analogous to AMT, its analog AET has demonstrated long-lasting serotonergic neurotoxicity at very high doses. While the potential for αMT to induce similar neurotoxicity remains uncertain, especially with high dosages or prolonged use, caution is advised.

Tolerance and Addiction

αMT is considered moderately habit-forming, with tolerance building almost immediately after ingestion. Tolerance reduction takes approximately 14 days, and a month is needed to return to baseline in the absence of further consumption. Notably, αMT presents cross-tolerance with other psychedelics, diminishing their effects after AMT use.

Dangerous Interactions

The powerful monoamine reuptake inhibition by αMT raises the risk of harm, particularly when combined with substances like MAOIs, RIMAs, stimulants, and serotonin and dopamine reuptake inhibitors. The list of potential dangerous interactions includes alcohol, caffeine, cannabis, various hallucinogens, amphetamines, cocaine, and others. Combining substances with similar mechanisms of action can lead to unpredictable effects and increased potential for injury.

Legal Status

The legal status of αMT varies globally. In the United States, it is classified as a Schedule I drug, and other countries like the United Kingdom, Australia, Germany, and Sweden also deem it illegal. Some countries, such as Canada, have no specific regulations addressing αMT, while others, like China, have classified it as a controlled substance. Individuals should be aware of and adhere to their country's specific regulations regarding αMT.

In light of potential risks and uncertainties surrounding AMT, harm reduction practices are strongly advised. Independent research should precede any combination of substances to ensure safety before consumption.

FAQ (Frequently Asked Questions)

Q1: Is AMT considered habit-forming?

  • A: Yes, αMT is considered moderately habit-forming. Tolerance builds almost immediately after ingestion, and cross-tolerance with other psychedelics is present.

Q2: Are there reported cases of hospitalization or deaths related to AMT use?

  • A: There is one reported death associated with AMT, and Erowid has received unverifiable reports of hospitalization, particularly after high-dose ingestion.

Q3: Can AMT cause long-term health effects or neurotoxicity?

  • A: The lack of scientific study makes it challenging to determine long-term health effects, but its analog αET has shown neurotoxicity at very high doses, suggesting caution with αMT.

Q4: What are the potential dangers of combining AMT with other substances?

  • A: Combining AMT with MAOIs, RIMAs, stimulants, or substances affecting serotonin and dopamine reuptake can be dangerous, leading to unpredictable effects and increased risk of harm.

Q5: How should harm reduction practices be implemented with AMT use?

  • A: Harm reduction practices should include responsible dosing, awareness of potential interactions, and independent research before combining substances. Caution is especially crucial at higher doses.

Q6: What is the legal status of AMT globally?

  • A: The legal status varies, with countries like the United States, the United Kingdom, Australia, Germany, and Sweden classifying it as illegal. Others, like Canada, may not have specific regulations, while some, like China, have designated it as a controlled substance. Users should be aware of and adhere to their country's regulations regarding αMT.

Q7: How long does it take for tolerance to AMT to diminish?

  • A: Tolerance to AMT builds immediately after ingestion. It takes approximately 14 days for tolerance to be reduced to half and one month to return to baseline in the absence of further consumption. Cross-tolerance with other psychedelics is also present.

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