Business Description
DescriptionSynthacaine
This chemical has had a rather bad reputation in the research industry, but that’s largely because of how many companies are selling very low quality samples of it. We work closely with a reputable laboratory to ensure that all of our synthacaine produce is at least 98 percent pure. We do not release the exact formulation of this product because it is a proprietary blend but can confirm that the main ingredient is methiopropamine.
synthacaine has the reputation of being the best quality available and we are proud to announce our stock is from the same source.
There is still much that can be learned about this chemical’s uses, but so far tests indicate that it can bring on euphoria quite suddenly. It also acts as a stimulant in other ways as well. Some consider this chemical to be the closest thing to cocaine, and it’s easy to see why. This product is extremely addictive, so it’s advised that researchers take steps to prevent themselves from being directly exposed to it and also limit their tests to no more than two batches of it at a time.
But as with all the chemicals that we stock, our sythicaine is not approved for any type of in-vivo research (i.e. not in humans or animals) or for clinical trials and therefore if accidently ingested then immediate medical attention should be sought. Please ensure you adhere to standard laboratory safety practices including using suitable skin, eye and clothing protection.
“Synthacaine” is a New Psychoactive Substance which is, due to its inherent psychoactive properties, reported to imitate the effects of cocaine and is therefore consequently branded as “legal cocaine”. The only analytical approach reported to date for the sensing of “Synthacaine” is mass spectrometry. In this paper, we explore and evaluate a range of potential analytical techniques for its quantification and potential use in the field screening “Synthacaine” using Raman spectroscopy, presumptive (colour) testing, High Performance Liquid Chromatography (HPLC) and electrochemistry. HPLC analysis of street samples reveals that “Synthacaine” comprises a mixture of methiopropamine (MPA) and 2-aminoindane (2-AI). Raman spectroscopy and presumptive (colour) tests, the Marquis, Mandelin, Simon’s and Robadope test, are evaluated towards a potential in-the-field screening approach but are found to not be able to discriminate between the two when they are both present in the same sample, as is the case in the real street samples. We report for the first time a novel indirect electrochemical protocol for the sensing of MPA and 2-AI which is independently validated in street samples with HPLC. This novel electrochemical approach based upon one-shot disposable cost effective screen-printed graphite macroelectrodes holds potential for in-the-field screening for “Synthacaine”.
