We are pleased to welcome you to our online shop, which offers a wide range of research chemicals. This comprehensive guide introduces 2C-P, an intriguing psychedelic compound with fascinating research potential. We will give you important information about 2C – P, such as its development, chemical characteristics, drug category and uses.
Development and Background
Alexander Shulgin, a renowned author and chemist, synthesized 2C-P in the 1970s. In his book PiHKAL (Phenethylamines, I Have Loved And Known), Shulgin provided a detailed description of the synthesis and his experiences with 2C. The 2C-family is known for its psychoactive effects and has been extensively researched for its effects on cognition, perception, and emotion.
Drug category and CAS number
The CAS number for 2C is 20774026-9. This unique number identifies this compound in scientific databases. 2C is a phenethylamine and closely related to 2C B and 2C E.
Chemical Formula and Name
The IUPAC (International Union of Pure and Applied Chemistry) name for 2C-P is 2-(2,5-dimethoxy-4-(n)-propylphenyl)ethanamine. This name provides a standard reference and describes the chemical structure of the compound. 2C-P’s molecular formula is C13H21NO2, which indicates that it contains 13 carbon atoms and 21 hydrogen atoms. It also includes one nitrogen atom and two oxygen molecules.
Compound Color and Shape
2C-P typically comes in the form a white, off-white or crystalline powder. This form allows for efficient dissolution in different solvents. It is therefore suitable for a variety of experimental settings. Store the compound in a dry, cool place, away from heat or direct sunlight, to maintain its stability.
Uses and effects of 2C P
Scientists can use 2C-P as a research tool to study the pharmacology and complex effects of psychedelics. Its psychoactive effects can include altered perception, enhanced vision, mood enhancement and feelings of insight or introspection. 2C-P may have a longer duration than other 2C members, lasting 10-12 hours.
Dosage and precautions
2C-P, a research chemical that is not meant for human consumption is to be handled with extreme care. Researchers who work with 2C-P must adhere to strict safety protocol, including using personal protective equipment (PPE) and proper ventilation.
In vitro and in vivo, 2C-P dosage should be determined carefully based on the study objectives and conditions of experimentation. When designing experiments, researchers must consider the compound’s potency as well as its potential for adverse effects.
The conclusion of the article is:
2C-P has a fascinating and enigmatic psychedelic compound with significant research potential. Its unique chemistry and psychoactive properties make 2C-P a great candidate for scientific research. Researchers are continuing to discover new insights about the pharmacology and effects of psychedelics like 2C-P. It is important to conduct this research with utmost caution.
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