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Product Name: DiPT
IUPAC Name: 3-[2-(Diisopropylamino)ethyl]indole
Other Names: DiPT
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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Table of Contents

  1. Introduction

    • Overview of DiPT
    • Historical Background
  2. Chemistry

    • Molecular Composition
    • Analogues and Structural Relationships
  3. Dosage

    • Threshold
    • Light
    • Common
    • Strong
    • Heavy
  4. Pharmacology

    • Interaction with 5-HT2A Receptor
    • Subjective Effects
    • Visual and Auditory Dimensions
  5. Physical Effects

    • Stimulation and Sensations
    • Cardiovascular Effects
    • Auditory Effects
    • Visual Effects
    • Multi-Sensory Experiences
  6. Cognitive Effects

    • Clarity and Lucidity
    • Musical Appreciation
    • Ego Dissolution and Thought Acceleration
    • Visual and Multi-Sensory Experiences
  7. Research

    • Human Experiments on Perceived Pitch
    • Rodent Studies on Auditory Perception
    • Unexplored Potential of DiPT
  8. Toxicity and Harm Potential

    • Limited Understanding of Toxicity
    • Dependence, Tolerance, and Abuse Potential
    • Legal Status Across the Globe


N,N-Diisopropyltryptamine, commonly known as Diisopropyltryptamine or DiPT, stands as a lesser-known psychedelic substance within the tryptamine class. This chemical compound, a structural analog of DMT (Dimethyltryptamine), shares its lineage with other psychedelic tryptamines, including 4-HO-DiPT, 5-MeO-DiPT, and MiPT.

Early Exploration and Synthesis

The initial foray into understanding DiPT's properties occurred in 1975 when Alexander Shulgin undertook the first human trials.[1] Shulgin, a prominent figure in psychedelic research, co-authored and published a paper elucidating the synthesis and human psychopharmacology of DiPT in 1981.[2] A comprehensive summary of the synthesis and reports of human use found its place in Shulgin's 1997 book, "TiHKAL" ("Tryptamines I Have Known And Loved").[3]

Auditory Focus and Unique Effects

Unlike most psychedelics renowned for inducing vivid visual distortions, DiPT takes a distinctive path, with its effects predominantly centered around auditory perception. Anecdotal reports highlight its capacity to cause a downward shift in perceived pitch and other unconventional distortions. Researchers speculate that DiPT's unique impact on auditory perception could hold value in neurological research, prompting further investigation.[citation needed]

Subjective Effects and Limited Data

DiPT's subjective effects encompass a body high, moderate euphoria, mild visuals, dizziness, and nausea. However, comprehensive data on the pharmacological properties, metabolism, and toxicity of DiPT remains scarce. Its limited history of human use underscores the importance of approaching its consumption with caution. As the substance has been distributed online as a research chemical, harm reduction practices are highly advised for those considering its use.

In conclusion, N,N-Diisopropyltryptamine presents a fascinating yet enigmatic chapter in the realm of psychedelics, offering a unique auditory experience that sets it apart from its counterparts. As scientific exploration into its properties continues, cautious and responsible use remains paramount due to the limited understanding of its effects and potential risks.

Chemistry of DiPT: A Tryptamine Variant

Molecular Composition and Tryptamine Class

N,N-diisopropyltryptamine, commonly referred to as DiPT, emerges as a synthetic indole alkaloid within the expansive realm of the tryptamine class. Tryptamines, sharing a fundamental core structure, boast a bicylic indole heterocycle attached at R3 to an amino group through an ethyl side chain.

Isopropyl Features and Analogous Structures

DiPT's distinct molecular makeup includes two isopropyl groups firmly bound to the terminal amine RN of its tryptamine backbone. These isopropyl groups exhibit a three-carbon (propyl) chain, with the middle carbon intricately linked to the chemical structure. In comparison to its substituted analogues like 5-MeO-DiPT, DiPT stands out for its unique isopropyl configuration.

DiPT vs. DMT: An Analogical Exploration

Drawing parallels to its psychedelic counterpart DMT (Dimethyltryptamine), DiPT showcases notable differences. While both compounds share a structural foundation, DiPT diverges by featuring two isopropyl groups bound at RN instead of the two methyl groups found in DMT. This subtle alteration in chemical composition paves the way for distinct physiological and psychoactive effects, adding an intriguing layer to the exploration of tryptamine derivatives.

In essence, the molecular intricacies of DiPT unveil a captivating chapter in psychedelic chemistry. Understanding its unique isopropyl attributes and comparing it to closely related analogues like DMT contributes to the broader comprehension of tryptamine variants, their effects, and potential applications in both scientific and experiential contexts.

Dosage Levels of DiPT: A Comprehensive Guide

Understanding Threshold and Light Dosages

DiPT, or N,N-diisopropyltryptamine, is subject to a nuanced dosage spectrum, influencing the nature and intensity of its effects. The dosage range is a crucial factor to consider for users seeking a balanced and controlled experience.

Threshold: 15 mg

At the threshold level, users may start to perceive subtle effects with a minimal dosage of 15 mg. This marks the point at which the psychoactive potential of DiPT becomes perceptible, laying the foundation for the user's journey into altered states of consciousness.

Light: 15 - 30 mg

Moving into the light dosage range, users typically consume between 15 to 30 mg. This range introduces a more pronounced impact, offering a gentle exploration of DiPT's psychoactive effects. Users may experience a heightened sensory perception without delving into overwhelming or intense sensations.

Exploring Common, Strong, and Heavy Dosages

Common: 30 - 75 mg

Entering the common dosage range, users explore a broader spectrum of DiPT's effects by consuming between 30 to 75 mg. This range often induces a more substantial alteration of perception, with users experiencing heightened auditory effects, mild visuals, and a moderate euphoria. It remains a balance between intensity and manageable sensations.

Strong: 75 - 150 mg

As users venture into the strong dosage range (75 to 150 mg), the effects of DiPT intensify significantly. This territory may lead to a profound shift in auditory perception, more pronounced visuals, and an elevation in overall psychedelic experience. Caution and careful consideration are paramount in this dosage range to ensure a safe and controlled journey.

Heavy: 150 mg +

At the heavy dosage level, exceeding 150 mg, users should brace themselves for an intense and potentially overwhelming psychedelic experience. This dosage range may induce powerful auditory distortions, profound visuals, and a substantial alteration of consciousness. Extreme caution is advised, and individuals should approach this dosage level with thorough preparation and an understanding of their own tolerance.

In summary, a mindful approach to DiPT dosages is essential for a safe and enriching psychedelic experience. Users are encouraged to start with lower thresholds and gradually explore higher dosages based on their comfort level, ensuring a balanced and controlled journey into the unique realms of N,N-diisopropyltryptamine.

Pharmacology of DiPT: Insights into Serotonergic Psychedelics

The 5-HT2A Receptor and Psychedelic Effects

The psychedelic effects of N,N-diisopropyltryptamine (DiPT) are thought to be intricately linked to its interaction with the 5-HT2A receptor. This receptor, a key player in serotonergic psychedelics, serves as the gateway to altered states of consciousness induced by substances like DiPT. However, the exact mechanisms and pathways through which these interactions translate into the psychedelic experience remain the subject of ongoing scientific investigation.

Subjective Effects: An Evolving Understanding

The subjective effects of DiPT, particularly at medium and higher dosages, are characterized by a notable and unique shift in perceived pitch. Users commonly report a radical downward alteration in auditory perception, distinguishing DiPT from other psychedelics that predominantly induce visual distortions.

However, it's crucial to acknowledge the evolving nature of the understanding of DiPT's subjective effects. The current section is a work in progress, subject to ongoing research and refinement. Users are encouraged to contribute to expanding and correcting this section to enhance its completeness and accuracy.

Notable Effects and Considerations

  • Auditory Dominance: DiPT's effects are predominantly auditory, setting it apart from many other psychedelics known for visual distortions.
  • Coordination and Balance: Some users, particularly at higher doses, have reported issues with coordination and balance.
  • Stomach Bloating and Confusion: Higher doses may contribute to adverse effects such as stomach bloating and confusion.
  • Visual Distortions: While primarily auditory, visual distortions have been reported by some users at elevated doses.
  • Inner Ear Pressure: A prevalent non-auditory effect is inner ear pressure, which, in certain instances, has been reported as painful, especially when combined with substances like MDMA.

Disclaimer and Cautionary Notes

The effects listed are drawn from the Subjective Effect Index (SEI), relying on anecdotal user reports and personal analyses from PsychonautWiki contributors. Users are advised to approach these effects with a healthy degree of skepticism, acknowledging the unpredictable nature of psychedelic experiences. Furthermore, it is crucial to understand that higher doses increase the likelihood of experiencing a broader spectrum of effects, including adverse ones such as addiction, severe injury, or even death.

In conclusion, the pharmacology of DiPT remains a fascinating area of study, with ongoing research shedding light on its interactions and effects. Users are encouraged to stay informed, contribute to the evolving knowledge base, and approach the substance with the utmost caution and respect for its potential risks.

Physical Effects of DiPT: From Stimulation to Auditory Distortion

A Symphony of Physical Sensations

N,N-diisopropyltryptamine, or DiPT, unfolds a diverse array of physical effects that contribute to its unique psychedelic profile.

Stimulation and Sensations

  • Stimulation: DiPT can induce a sense of stimulation, providing users with increased energy and alertness.
  • Spontaneous Physical Sensations: Users may experience spontaneous physical sensations, adding an element of unpredictability to the overall experience.
  • Physical Euphoria: Some individuals report feelings of physical euphoria, enhancing the overall sense of well-being.
  • Tactile Enhancement: Sensory perception is heightened, leading to enhanced tactile sensations.

Cardiovascular Effects

  • Increased Heart Rate: DiPT is associated with an elevation in heart rate, a common physiological response to many psychedelic substances.
  • Increased Blood Pressure: Blood pressure may rise, reflecting the compound's impact on the cardiovascular system.
  • Nausea: Users may experience nausea, a not uncommon side effect of psychedelic ingestion.
  • Excessive Yawning: Excessive yawning is reported, potentially linked to the compound's effects on serotonin receptors.
  • Pupil Dilation: Dilation of the pupils occurs, a characteristic sign of serotoninergic activity.

Auditory Effects: The Enigmatic Symphony

DiPT stands out in the psychedelic landscape for its distinct auditory effects, creating a sonic journey that defies conventional expectations.

Nature of Aural Distortion

The auditory effects of DiPT have been a subject of much speculation and fascination. At lower dosages, users have likened the experience to flanging or a phase shift, characterized by the mixing of two identical sounds with a slight delay between them. However, as the dosage escalates, a radical shift downward in perceived pitch takes center stage. This nonlinear shift can render music disharmonious or unrecognizable, offering a unique auditory experience.

A Full Range of Auditory Effects

The auditory effects of DiPT manifest in a full spectrum, including:

  • Auditory Enhancement: Heightened sensitivity to auditory stimuli, enriching the perception of sounds.
  • Auditory Distortion: Sounds may undergo distortion, contributing to the overall psychedelic auditory landscape.
  • Auditory Hallucination: Some users report auditory hallucinations, further emphasizing the compound's impact on perception.
  • Tinnitus: Common in quiet environments or accentuated during yawning, tinnitus may occur, presenting as a non-painful but noticeable auditory phenomenon.
  • Ear Pressure: While generally mild, ear pressure has been reported, with occasional instances of discomfort.

In essence, the physical effects of DiPT encompass a broad spectrum, ranging from heightened sensations to unique auditory distortions. Users are encouraged to approach these experiences with caution, embracing the enigmatic nature of DiPT's effects and appreciating the intricate interplay between the physical and auditory realms.

Cognitive and Visual Realms of DiPT

Cognitive Clarity and Musical Appreciation

The cognitive effects of N,N-diisopropyltryptamine (DiPT) set it apart within the realm of tryptamines, with users often reporting a remarkable sense of lucidity and clear-headedness. This distinguishes DiPT from many of its psychedelic counterparts.

  • Increased Music Appreciation: The subjective experience of increased music appreciation is highly individualized, varying among users and influenced by personal musical preferences.

  • Analysis Enhancement: DiPT is associated with an enhancement in analytical thinking, potentially offering users a unique perspective on their thoughts and surroundings.

  • Ego Dissolution: Users may experience a dissolution of the ego, a phenomenon common to many psychedelics, leading to a sense of interconnectedness and a diminished sense of self.

  • Thought Acceleration: DiPT can accelerate thought processes, potentially leading to rapid ideation and introspection.

  • Wakefulness: A heightened state of wakefulness is a cognitive effect reported by users, contributing to an alert and attentive mental state.

Visual Dimensions and Multi-Sensory Effects

While DiPT is primarily known for its auditory effects, it can also produce visual experiences, akin to other serotonergic psychedelics, particularly at higher dosages.

  • Drifting, Color Enhancement, and Depth Perception Distortions: Visual effects may include drifting, where objects appear to melt, breathe, morph, or flow. Additionally, color enhancement and distortions in depth perception contribute to the visual tapestry of the experience.

  • Geometry: The visual geometry induced by DiPT has been likened to that of DMT, characterized by intricate and complex patterns that unfold during the psychedelic journey.

  • Multi-Sensory Effects and Synaesthesia: DiPT may evoke multi-sensory experiences, leading to synaesthesia, where the boundaries between sensory modalities blur, creating a holistic and interconnected perceptual experience.

After Effects and Prolonged Auditory Distortion

The aftermath of a DiPT experience is marked by lingering auditory effects, contrasting with the shorter durations of its cognitive, physical, and visual effects.

  • Auditory Distortion: Auditory effects, such as distortions in perception, can persist for an extended period, creating a lasting imprint on the psychedelic aftermath.

In summary, the cognitive effects of DiPT offer a unique combination of clarity and introspection, while the visual dimensions provide a captivating and immersive experience. Users are advised to approach DiPT with an understanding of its potential cognitive and visual effects, appreciating the distinct qualities it brings to the psychedelic landscape.

Enigma of DiPT: Insights from Research

Human Experiments and Perceived Pitch

In one intriguing experiment involving subjects possessing perfect pitch, researchers explored the relationship between perceived pitch and actual pitch when exposed to DiPT. Surprisingly, the findings suggested no clear correlation between the two, adding a layer of complexity to the understanding of how DiPT influences auditory perception.

Rodent Studies and Auditory Perception

Recent, albeit unpublished, research has delved into the role of DiPT in hearing perception in rodents. This investigation, however, unveils an intriguing nuance—the auditory effects observed in humans might not be replicated in nonhuman species. Unlike other tryptamine psychedelics such as DPT and 5-MeO-DMT, DiPT does not seem to induce similar effects in acoustic startle reflex paradigms in rodents.

This discrepancy emphasizes the uniqueness of DiPT and raises questions about the universality of its auditory effects across different species. The research underscores the need for further exploration to decipher the intricate interplay between DiPT and auditory perception in diverse organisms.

The Vast Frontier of Unexplored Potential

Despite the noteworthy experiments conducted, DiPT largely remains a realm of mystery within the scientific community. The compound's peculiar auditory effects, its distinctive response in humans with perfect pitch, and the divergence in impact on auditory perception in rodents all contribute to the enigma surrounding DiPT.

As of now, the understanding of DiPT is in its infancy, with significant gaps in knowledge about its pharmacological properties, potential applications, and broader implications. The limited exploration of DiPT underscores the untapped potential within this compound, encouraging researchers to delve deeper into its mysteries and unravel the complexities that make DiPT a unique player in the landscape of psychedelic substances.

Toxicity and Legal Landscape of DiPT

Limited Understanding of Toxicity

The toxicity and long-term health effects of recreational DiPT remain largely unstudied within the scientific community, primarily due to its status as a research chemical with minimal history of human usage. As a result, the exact toxic dose is unknown, and comprehensive studies exploring the potential risks are yet to be conducted.

Anecdotal reports from individuals who have experimented with DiPT suggest that, at low to moderate doses and when used sparingly, there are no immediately apparent negative health effects. However, these reports come with a caveat - nothing can be completely guaranteed. Independent research is strongly emphasized to ensure the safety of consuming DiPT, especially when combined with other substances.

It is strongly recommended that harm reduction practices be employed when using DiPT, reflecting the cautious approach warranted by its limited scientific understanding and potential risks.

Dependence, Tolerance, and Abuse Potential

Contrary to many substances, DiPT is not considered habit-forming, and the desire to use it may decrease with continued use. The substance is often reported as self-regulating in terms of usage.

Tolerance to the effects of DiPT develops rapidly after ingestion, with a half-life of approximately 3 days and a return to baseline tolerance within 7 days in the absence of further consumption. Additionally, DiPT presents cross-tolerance with all psychedelics, indicating that the consumption of DiPT can diminish the effects of other psychedelics.

Legal Status Across the Globe

  • Germany: Controlled under the NpSG (New Psychoactive Substances Act) since July 18, 2019, with production, import, administration to others, and trading being punishable. Possession is illegal but not penalized.

  • Latvia: Classified as a Schedule I controlled substance.

  • New Zealand: Regarded as an analogue of DMT, placing it in the Class C controlled substances category.

  • Sweden: Considered a hazardous substance, as suggested by Sweden's public health agency on May 15, 2019.

  • Switzerland: Not controlled under Buchstabe A, B, C, and D, potentially making it legal.

  • United Kingdom: Classified as a Class A controlled substance due to the tryptamine catch-all clause.

  • United States: Unscheduled but may be treated as an analogue of DET, a Schedule I compound, under the Federal Analogue Act. Prosecution is possible for sale or use for non-medical or industrial purposes.

  • Florida, USA: Classified as a Schedule I controlled substance, making it illegal to buy, sell, or possess in the state.

In conclusion, the limited knowledge of DiPT's toxicity underscores the importance of cautious use, while its legal status varies across countries, necessitating an understanding of the legal implications associated with its possession and consumption.

Frequently Asked Questions (FAQ)

Q1: What is DiPT?
  • A: DiPT, or N,N-diisopropyltryptamine, is a psychedelic substance belonging to the tryptamine class.

Q2: How does DiPT differ from other psychedelics?

  • A: DiPT is unique for its primarily auditory effects, causing a radical shift in perceived pitch. It is structurally similar to DMT but has distinct qualities.

Q3: Are there known health risks associated with DiPT?

  • A: Limited scientific research makes it challenging to determine the toxicity and long-term health effects. Anecdotal reports suggest no immediate negative effects at low to moderate doses.

Q4: Is DiPT habit-forming?

  • A: DiPT is not habit-forming, and the desire to use it may decrease with continued use. It is often considered self-regulating.

Q5: What is the legal status of DiPT worldwide?

  • A: Legal status varies across countries. For instance, it is a controlled substance in Germany and Latvia, while it is unscheduled in the United States.

Q6: How should DiPT be used safely?

  • A: Harm reduction practices are strongly recommended. Independent research is essential to ensure safety, especially when combined with other substances.

Q7: Can DiPT bring about lasting perceptual and psychological alterations?

  • A: Yes, like many psychedelics, DiPT has the potential to induce long-lasting alterations, particularly in auditory perception.

Q8: What is the role of DiPT in ongoing scientific research?

  • A: Ongoing research explores DiPT's impact on hearing perception, with experiments on human subjects with perfect pitch and studies involving rodents.

Q9: Is DiPT classified as a controlled substance?

  • A: Yes, in many countries, including Germany, Latvia, the United Kingdom, and the state of Florida in the United States. However, its legal status can vary, so it's essential to stay informed.

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