2C-G-5 7mg Macrodosing Pellet

Descripción

“Use them with care, and use them with respect as to the transformations they can achieve, and you have an extraordinary research tool. Go banging about with a psychedelic drug for a Saturday night turn-on, and you can get into a really bad place, psychologically. Know what you’re using, decide just why you’re using it, and you can have a rich experience. They’re not addictive, and they’re certainly not escapist, either, but they’re exceptionally valuable tools for understanding the human mind, and how it works.”
― Alexander Shulgin

Description

2C-G-5 — 7 mg Pellets
Structure Over Intensity.

A phenethylamine defined by extension, not exaggeration.

2C-G-5 is a lesser-known member of the 2C family of phenethylamines, offered here in a 7 mg pellet format for analytical and educational research focused on structural variation, substitution effects, and dose-dependent behaviorwithin this chemical class.

This compound is sold strictly as a research chemical.
No experiential framing.
No promises.
Just chemistry, scale, and responsible boundaries.

At FairLSD, we keep the signal clean.
Stay True.
Be Free.
Live Healthy.

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What Are Pellets?

Pellets are precision-pressed solid units containing a defined and reproducible quantity of a compound.

In this case:
7 mg of 2C-G-5 per pellet, evenly distributed in a stable solid matrix.

This format is widely used in laboratory and analytical contexts because it supports:

• consistent mass and composition

• reliable comparative analysis

• simplified handling and storage

• reproducible documentation

No guesswork.
No variability.
Just controlled material.

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What Is 2C-G-5?

2C-G-5 belongs to the 2C-series of phenethylamines, a family characterized by 2,5-dimethoxy substitution on the aromatic ring and variation at the 4-position.

From a structural perspective:

• it is a methoxy-substituted phenethylamine

• featuring a longer alkyl substituent than classic members such as 2C-B

• extending the molecule spatially while preserving the core 2C framework

This places 2C-G-5 at the outer edge of the traditional 2C space, making it particularly relevant for research into:

• how alkyl chain length influences molecular behavior

• steric effects within the 2C substitution pattern

• comparative stability and degradation characteristics

• analytical differentiation between closely related phenethylamines

Same foundation.
Extended architecture.

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2C-G-5 and 2C-B — A Shulgin-Informed Comparison

2C-B is widely regarded as the reference compound of the 2C family.
In PiHKAL, Alexander Shulgin described 2C-B as unusually well-balanced within its class — structurally elegant, manageable, and chemically instructive.

2C-G-5, by contrast, was documented by Shulgin as a more demanding and extended analogue, notable not for subtlety, but for what happens when the familiar 2C scaffold is pushed outward rather than refined inward.

Shulgin’s notes highlight two key distinctions (paraphrased from PiHKAL):

• 2C-B represents clarity and structural balance within the 2C series

• 2C-G-5 explores the consequences of increased molecular bulk and duration, revealing how far the 2C framework can be extended before its character fundamentally changes

In research terms:

2C-B defines the center.
2C-G-5 tests the boundary.

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Why Researchers Care About 2C-G-5

Small changes in phenethylamine structure can lead to significant differences in:

• molecular stability

• degradation pathways

• analytical behavior in chromatography and spectroscopy

• classification boundaries within substitution-based families

2C-G-5 is valuable precisely because it is not optimized, not iconic, and not minimal.
It exists as a data point, not a destination.

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Important Information

FairLSD products are:

• Not intended for human consumption

• Not designed for in-vivo use

• Sold strictly for educational, analytical, and laboratory purposes

We support transparent sourcing, harm reduction, and chemistry treated with respect.

Explore your mind.
Know your source.