Description
BUY AM-2201 ONLINE
AM-2201 is a research chemical of the Cannabinoid family. At the Cannabinoid receptor, AM-2201 is a non selective full agonist. Discovered by Alexandros Makriyannis, AM-2201 is part of the AM Series of cannabinoid receptor ligand. it is active at extremely low quantities, as low as 0.02g.
What is AM-2201 used for?
it can be used to further research the in vitro (outside living organism) efficacy it has upon the cannabinoid receptors. Due to its non-selectivity, it is useful for broad ligand binding assays into the affinity (potency) and duration of action upon receptors. Affinities are: Ki of 1.0nM at CB1 and 2.6nM at CB2. AM-2201 can be combusted using heat to produce a vapour. This vapour is useful as it contains AM-2201 with a high surface area, enabling efficient contact when applied to a membrane containing cannabinoid receptors CB1 and CB2.
it may be used by chemical catalogue companies to analyse it using NMR, GC/MS,FTIR or HPLC. This analysis can be used by toxicology and forensic scientists as a reference for comparison. Chemists may also use AM-2201 as primary reagent for their specific studies
it is a research chemical of the Cannabinoid family. At the Cannabinoid receptor, AM-2201 is a non selective full agonist. Discovered by Alexandros Makriyannis, it is part of the AM Series of cannabinoid receptor ligand. it is active at extremely low quantities, as low as 0.02g.
What is it used for?
it can be used to further research the in vitro (outside living organism) efficacy it has upon the cannabinoid receptors. Due to its non-selectivity, it is useful for broad ligand binding assays into the affinity (potency) and duration of action upon receptors. Affinities are: Ki of 1.0nM at CB1 and 2.6nM at CB2. it can be combusted using heat to produce a vapour. This vapour is useful as it contains it with a high surface area, enabling efficient contact when applied to a membrane containing cannabinoid receptors CB1 and CB2.
it may be used by chemical catalogue companies to analyse it using NMR, GC/MS,FTIR or HPLC. This analysis can be used by toxicology and forensic scientists as a reference for comparison. Chemists may also use it as primary reagent for their specific studies
