New Submissions Are Not Currently Being Accepted
Samples sent after April 10, 2024 will be put on hold.
Viewing desktop version: Switch to Mobile
5-MeO-DMT
Sold as: 5-MeO-DMT HCl
ID: 5827
Result Photo Detail Photo Detail Photo Detail Photo
ID: 5827
Name: 5-MeO-DMT
Other Names:
UniqueCode:More infoUnique Lookup Code is an alphanumeric string created by the submitter and included with the sample so anonymously submitted samples can be positively identified as the submitter's sample. 5M001
Marquis:More infoThe Marquis Test is a reagent field test conducted by placing a drop of reagent liquid onto a small sample of the material being tested. The chemicals in the reagent react differently with different chemicals, turning a variety of colors based on the what is in the material being tested. Light Orange
Mecke:More infoAs with the Marquis Test, The Mecke Test is a reagent field test conducted by placing a drop of liquid reagent onto a sample of the material in question. Mecke reagent is primarily used for the identification of heroin and other opiates. Red Brown (orange, yellow)
Mandelin:More infoThe Mandelin Test is a reagent field test conducted by placing a drop of liquid reagent onto a sample of the material in question. Mandelin is primarily used for the detection of ketamine and PMA. It is a mixture of ammonium metavanadate and concentrated sulfuric acid. Light Yellow (see photo)
GC/MS:More infoThe GC/MS Lab Test  
Test Date: Nov 26, 2017
Pub. Date: Nov 28, 2017
Src Location: Online, Spain
Submitter Loc: Toronto, ON
Canada
Color: Brown / Tan
Size: 100 mg
Data Source: DrugsData (EcstasyData)
Tested by: DDL
Lab's ID: 20171100054
Sold as: 5-MeO-DMT HCl
Expected to be: 5-MeO-DMT, perhaps byproducts of degradation
Note
Light brown yellowish powder submitted form Toronto, Canada.
Note
Our lab's analytical process can never determine the salt anion. The sender noted the HCl salt of the chemical, but this is not something we can confirm or reject. Submitter indicated potential synthesis impurities, but none were detected. Not all synthesis impurities might be detected using GC/MS.