4-HO-EPT Fumarate

Description

4-HO-EPT Fumarate, also known as Ethocin Fumarate, belongs to the substituted tryptamine class of psychedelics. Structurally related to psilocin, the active compound in psychedelic mushrooms, Ethocin Fumarate features a distinct molecular structure that offers unique effects and properties.

Chemically, Ethocin Fumarate includes a substituted ethyl group attached to the nitrogen atom of the tryptamine backbone, with hydroxyl (OH) and ethyl (Et) groups positioned at the fourth and fifth positions on the aromatic ring. Its formulation as a fumarate salt enhances stability and solubility, making it suitable for research purposes.

In terms of effects, 4-HO-EPT Fumarate is primarily known for its psychedelic properties, inducing alterations in perception, mood enhancement, and sensory experiences like visual and auditory hallucinations. Effects can vary widely based on dosage, set, and setting, akin to other psychedelics. Researchers and enthusiasts often explore its potential for introspection, creativity enhancement, and spiritual experiences.

Given its novelty and limited research, the safety profile and long-term effects of Ethocin Fumarate remain relatively unknown.

Legally, the status of Ethocin Fumarate varies by jurisdiction, typically falling under regulations governing research chemicals and controlled substances. Prior to acquisition or use, it is essential to verify its legal status according to local laws.

Looking to buy 4-HO-EPT Fumarate online? Explore the unique properties of Ethocin Fumarate, also known as Ethocin Fumarate, a member of the substituted tryptamine class of psychedelics. This compound features a distinct molecular structure with psychedelic effects, offering alterations in perception, mood enhancement, and sensory experiences like visual and auditory hallucinations. Buy 4-HO-EPT Fumarate with credit card securely from reputable vendors specializing in research chemicals. Ensure responsible use and compliance with legal regulations when purchasing Ethocin Fumarate, available for exploration in scientific and experimental contexts.