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When it comes to studies involving tryptamines, it's typical to have to schedule all day sessions in the lab. That is, until you start experimenting with MET fumarate. So if you're...More
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When it comes to studies involving tryptamines, it's typical to have to schedule all day sessions in the lab. That is, until you start experimenting with MET fumarate. So if you're currently putting together a project that looks into the effects or physiological response to tryptamines and want to see QUICK and CONSISTENT results, then check out MET fumarate. It's a fast-acting tryptamine that is quickly becoming known as a perfect alternative to DMT, except for it has a relatively short duration of effect. And that's what's so perfect about MET fumarate. You can get in to the lab and run multiple control experiments through in a single day. The main difference between MET (N-ethyl-N-methyltryptamine) and MET fumarate is that the fumarate form is more stable and will maintain its potency for a much longer period of time. But no benefit comes without a trade-off. So you can expect any fumarate to be a few percentage points lower when it comes to out-of-the-bottle potency. To get technical, HCl and fumarate are exactly equal in strength, but the fumarate form weighs a little more. Meaning, to administer the same molecular dosage, you need to slightly increase the weight. So if you're in the market for a fast-acting and consistent tryptamine then seriously, check out MET fumarate.
As a rule of thumb we recommend increasing MET measurement levels 10-15% when utilizing the fumarate form in your studies. So if your control experiment consist of first-time research test tubbes then recommended measurements is in the range of 22.5-27mg. For more experienced scientists then consider levels in the 27-32mg range.
Always store in a cool, dry place for maximum shelf-life. This product is intended for forensic and research applications only. It is therefore NOT intended for human consumption or in-vivo testing of any kind on animals or any living organism.