Methoxy-Methylone (2-A1MP): Chemical Structure, Properties, and Research Overview

Methoxy-Methylone, commonly referenced as 2 AIMP or βk-MMDMA, is a synthetic compound associated with the substituted cathinone class. It has been described in chemical and online research-chemical sources as a structural analogue of compounds containing related amphetamine and β-ketone frameworks.

This page provides an informational overview of the compound, including its reported chemical name, molecular structure, predicted physicochemical characteristics, and relationship to methylone and 5-methoxy-MDMA.

What Is Methoxy-Methylone (2 AIMP)?

Methoxy-Methylone is a synthetic cathinone-related compound whose reported IUPAC name is 1-(7-methoxy-benzo[1,3]dioxol-5-yl)-2-methylamino-propan-1-one.

The compound has been described as a β-ketone analogue of 5-methoxy-MDMA. Its molecular structure contains a substituted aromatic ring together with the characteristic β-ketone and aminoalkyl components associated with the cathinone family.

Because terminology can differ between chemical databases and informal sources, identifiers such as 2-A1MP, 2 AIMP, and βk-MMDMA should be checked against the actual molecular structure before being treated as interchangeable.

Methoxy-Methylone Chemical Structure

The structure of Methoxy-Methylone is related to that of other substituted cathinones. One of its distinguishing structural characteristics is the presence of a methoxy group on the aromatic portion of the molecule.

This substitution differentiates the compound from methylone and contributes to its classification as a structurally modified cathinone analogue.

Methoxy-Methylone and Methylone

Methoxy-Methylone and methylone have related molecular frameworks, but they are chemically distinct substances.

The primary structural distinction commonly described between the two compounds is the presence of an additional methoxy substituent on the aromatic ring of Methoxy-Methylone.

Structural similarity does not necessarily mean that two compounds have identical pharmacological effects, toxicity profiles, metabolism, or safety characteristics. These properties require independent experimental investigation.

Reported Chemical Properties

Some databases and computational chemistry platforms, including ACD/Labs and ChemAxon, have been used to estimate physicochemical characteristics associated with this compound.

Reported predicted characteristics include:

• Approximately 4 hydrogen-bond acceptors
• Approximately 3 freely rotatable bonds
• Estimated refractive index of approximately 1.547
• Estimated surface tension of approximately 45.5 ± 3.0 dyne/cm
• Predicted flash point of approximately 165.5 ± 27.9 °C
• Predicted boiling point of approximately 350.1 ± 42.0 °C at 760 mmHg

These figures should be regarded as predicted or reported values rather than independently verified experimental measurements unless supported by appropriate laboratory testing.

Methoxy-Methylone Research Considerations

Scientific information concerning Methoxy-Methylone may be limited compared with more extensively studied substances. Available structural information and computational predictions should therefore not be interpreted as evidence of safety or suitability for human use.

Researchers evaluating synthetic cathinones should consider peer-reviewed literature, analytical data, authoritative chemical databases, and applicable laws and regulations.

Frequently Asked Questions About Methoxy-Methylone (2 AIMP)

What is Methoxy-Methylone?

Methoxy-Methylone is a synthetic compound associated with the substituted cathinone class. It is also described in some sources using the names 2-A1MP and βk-MMDMA.

What is the IUPAC name of Methoxy-Methylone?

A reported IUPAC name for the compound is 1-(7-methoxy-benzo[1,3]dioxol-5-yl)-2-methylamino-propan-1-one.

Is Methoxy-Methylone the same as methylone?

No. Although the compounds have related molecular frameworks, Methoxy-Methylone contains a structural modification involving a methoxy group on the aromatic ring.

Is 2 AIMP another name for Methoxy-Methylone?

2 AIMP is a commonly reported identifier for Methoxy-Methylone. However, chemical abbreviations can be inconsistent across sources, so the molecular structure and authoritative chemical identifiers should be checked when precise identification is important.

What is βk-MMDMA?

βk-MMDMA is another name used in some sources for Methoxy-Methylone. The βk designation refers to the beta-ketone structural feature characteristic of cathinone-related compounds.

What are the reported properties of Methoxy-Methylone?

Reported computational properties include approximately four hydrogen-bond acceptors, three freely rotatable bonds, and predicted thermophysical parameters such as refractive index, flash point, and boiling point. Computational estimates should not be confused with experimentally measured values.

Is Methoxy-Methylone safe?

There is insufficient evidence to establish the safety of Methoxy-Methylone for human use. Limited toxicological and clinical information means that its potential risks should not be assumed from its chemical structure or from comparisons with related compounds.

Conclusion

Methoxy-Methylone (2 A1MP), also known as βk-MMDMA in some sources, is a synthetic cathinone-related compound with a distinctive substituted aromatic structure. Its reported chemical properties are primarily based on structural analysis and computational predictions, while comprehensive information regarding its pharmacology and toxicology remains limited.

For accurate identification and research, chemical structures, analytical data, authoritative databases, and current scientific literature should be considered together.