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buy 2-oxo-pcm. 2'-Oxo-PCE (also known as Eticyclidone (also known as Eticyclidone and O-PCE) is a lesser-known distinct dissociative substance belonging to the class of arylcyclohexylamine that causes dissociative, anesthetic, stimulant and hallucinogenic effects when administered.

O-PCE's structure is similar to that O-PCE shares with DCK and the ketamine compound, thought to have antibacterial qualities [1] has raised some concern buy-2-oxo-pcm in the event that it has these properties.

O-PCE is one example of modern designer drugs specifically chosen to mimic and / or replace the functional and structural features of its predecessors.

Due to its novelty and extremely short history of human use, any details regarding the use of this compound should be treated with extreme caution. People should be cautious about frequent repeat dosing, as it is believed to be extremely easy to overdose because of its potency and stimulation properties. The use of harm reduction techniques is strongly advised if you choose to make use of this substance.

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2-oxo-pcm chemistry (buy 2-oxo-pcm)

O-PCE (also known as 2'-Oxo-PCE) is part of the class of arylcyclohexylamine chemical class. Arylcyclohexylamine drugs are named for their structures that comprise one cyclohexane band that is connected to an aromatic ring along with the amine group. Deschloroketamine consists of a phenyl rings connected to a cyclohexane ring that is substituted by an oxo ring (cyclohexanone) within R1.

In the vicinity of the adjacent Alpha carbon (R2) within the cyclohexanone chain is an amino ethyl chain -NCH2CH3. 2''Oxo PCE, similar to MXE, contains an amino ethyl chains in place of the aminomethyl chain that is found in DCK and Ketamine. 2'-Oxo-PCE is homologous to DCK and MXE, with only minor differences on the chain length.

It is important to understand the basics of pharmacy prior to buying 2-oxo-pcm

Find out more about: NMDA receptor antagonist
Due to the lack of studies on that substance, the discussion on its pharmacology is solely based on its chemical structure and effect similarities with other dissociatives derived from arylcyclohexylamine including ketamine, PCE and methoxetamine (3-MeO-2"Oxo-PCE").

While no research studies have been conducted to prove this, analysis of interaction between the two structures suggests that 2'Oxo-PCE likely exhibits its observed effects most often as it acts as an NMDA receptor antagonist, though other neurotransmitter systems could be involved. [Citation required]

This disruption in the flow of information in the nervous system can lead to loss of sensation (anesthesia), difficulty of moving (motor incoordination) and, eventually, the equivalent of this compound to the "K hole". [Citation required]

The effects of subjective perception to know prior to buying 2-oxo-pcm

Compared to DCK, ketamine, and MXE the compound could be described as typically more stimulating and with less cognitive or sensory inhibitions. The initial half of its duration was identified to result in primarily stimulant effects , but with very little dissociation however, the second part can be dissociated primarily by a minimal amount of stimulation.

Users have specifically studied the nature and cognitive impacts to MXE however without the distinct "body heat" or physical feelings of euphoria. It can also generate quite stimulating and unpredictable reactions with higher doses.