3-HO-PCP

We are proud to offer 3-HO PCP in our online shop. This fascinating research chemical has a unique profile and a wide range of applications. We are a leading supplier of high-quality chemicals and we strive to provide accurate and complete information for safe and responsible use. This guide will introduce you the fascinating world 3-HO-PCP. We’ll discuss its history, composition, appearance and possible uses.

Development and Origin: 3-HO-PCP, or 3-Hydroxyphencyclidine, was first synthesized in the 1970s as part of an ongoing effort to explore novel psychoactive substances, particularly dissociative anesthetics. This unique compound was developed by a team of researchers focused on investigating the chemical structure and properties of arylcyclohexylamines.

CAS Number and Drug Classification: The Chemical Abstracts Service number (CAS) assigned to 3-HO PCP is 79186-60-6. This serves as a unique identifier in scientific literature and database. 3-HO-PCP is a member of the arylcyclohexylamine drug class, which includes well-known drugs such as PCP (phencyclidine) and MXE.

Chemical Name and Molecular Formula: The full chemical name of 3-HO-PCP is 1-(1-(3-hydroxyphenyl)cyclohexyl)piperidine. This name describes a specific arrangement of the atoms in the molecule. The molecular form of 3-HO PCP is C17H25NO. This represents the total number of carbon, nitrogen, oxygen, and hydrogen atoms in the compound.

Appearance and physical properties: 3-HO PCP is usually available as a powder. Color of compound: The compound’s color can vary from off-white to light tan depending on the batch and purity. The fine texture of the powder makes it easy to handle and measure in research settings.

3-HO-PCP has a wide range of uses and effects. It is used primarily for research and its psychoactive effects have attracted a lot of attention. It is a dissociative sedative that can produce feelings of separation from the body and environment, sensory changes, and hallucinations. Users have reported increased introspection and empathy as well as spiritual or mystical insight while using 3-HO-PCP.

Note that 3-HO PCP is not approved by the FDA for human consumption. It should only be used in research settings by professionals who are trained. It is not known what the compound’s effects will be over time or its safety profile.

Dosage: Due the limited scientific literature available on 3-HOPCP, it is difficult to establish precise dosage guidelines. The dose that is effective for each individual can vary widely, depending on body weight, tolerance and sensitivity to substances of dissociation. A low to moderate dose could be anywhere between 5 and 15 mg. However, this is not a recommendation. Users are advised to start at the lowest dose possible to avoid adverse reactions.

Conclusion: Our online shop is dedicated to providing you with high-quality 3-HO PCP for your research. Our customers are provided with accurate information as well as the best products to help them in their research on novel psychoactive substances. When using

It is important to keep in mind that 3-HO-PCP is a powerful research chemical whose effects and safety profile have not been fully understood. It should only be used in controlled research environments by professionals who are trained.

Ordering and Shipping: We know that working with research chemicals is a time-sensitive task. We strive to deliver our high-quality, 3-HO-PCP products to customers around the world in a timely and reliable manner. Navigate to our secure online shop and select the desired amount. Our easy-to-use platform provides a seamless online shopping experience. We also have a responsive customer service team that is available to answer any questions you may be having.

We offer a variety of shipping options to meet your needs. We ensure that your 3-HO PCP is delivered in perfect condition.

We appreciate you choosing us to be your trusted source of 3-HO-PCP, and other research chemicals. We are committed to providing the best products, accurate information and exceptional customer services. We can work together to advance our understanding of the fascinating compounds, and open the door for new discoveries.