Cannabis Cannabinoid Analytics at Home T.L.C. Thin Layer Chromatography THC, CBD, CBN Medical Marijuana Cannabinoid Fingerprint Test Kit by Montana Biotech

Cannabis Cannabinoid Analytics at Home T.L.C. Thin Layer Chromatography THC, CBD, CBN Medical Marijuana Cannabinoid Fingerprint Test Kit by Montana Biotech

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Introduction: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 1: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 2: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 3: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 4: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 5: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 6: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 7: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 8: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Step 9: Grow Buddy™ at Home THC, CBD, CBN, Thin Layer Chromatography, TLC , Test Kit

Grow Buddy™ is a T.L.C. based method for analyzing cannabis for the presence of THC, CBD, CBN that ANYONE can perform at home! The Test is quick and fun! if you have brewed beer, wine, if you consider your self a “good” cook, you can perform a T.L.C. test for THC, CBD, CBN.

TLC, UNODC (United Nations Office on Drug and Crime)

TLC was the method of choice for this study as it provides a means of rapidly and visually analysing a number of samples simultaneously. Unlike the comparison of two samples in order to assess whether they are the same (or different), when quantitative analysis is essential, assessment of origin is qualitative, since the sample under study and the reference samples are, in fact, different. There is thus little point in using more powerful techniques such as high-performance liquid chromatography as the quantitative information provided is likely to confuse the picture. The TLC system was designed to give information on the cannabivarins in addition to the more commonly studied cannabinoids. The principal cannabinoids observed using this system are given in table 2. Sample preparation and detection were as previously described [ 47] [ 48] . The solvent system used was a mixture of chloroform (ethanol-free) and l,l-dichloroethane (15:10) with simple ascending TLC on 10 x 20 cm silica gel pre-coated plates with a layer thickness of 0.25 mm (E. Merck, Darmstadt, G.F.R., Art. No. 5729) [ 46] . Each extract was analysed within one hour of preparation. Twenty different samples of herbal cannabis and cannabis resin from several different countries were subjected to hot-solvent extraction to simulate the illicit preparation of liquid cannabis. The resulting chromatograms were compared with those of the starting material..

The control in this test was ~17% THC by volume… You can tell the size of the dots for Connie Chung (A) and (B) are larger. You can draw you own conclusions!

Connie Chung (A) THC Levels

Connie Chung (B) THC Levels

SEPARATION AND IDENTIFICATION OF CANNABIS COMPONENTS BY DIFFERENT PLANAR CHROMATOGRAPHY TECHNIQUES (TLC, AMD, OPLC)

N. GALAND*, D. ERNOUF**, F. MONTIGNY***, J. DOLLET* and J. POTHIER*
*UFR des Sciences Pharmaceutiques, Laboratoire de Pharmacognosie, 31 Avenue Monge F-3720 – TOURS
** UFR des Sciences Pharmaceutiques, Laboratoire de Toxicologie, 31 Avenue Monge, F 37200 – TOURS
***UFR des Sciences Pharmaceutiques, Plateau d’Analyses Chimiques et Biochimiques, 31 Avenue Monge,
F-37200 – TOURS

Abstract
The use of Cannabis is illicit in numerous countries and the increasing consumption has led to a multiplication of scientific studies. New methods of planar chromatography such as Automated Multiple Development (AMD) and Optimum Performance Laminar Chromatography (OPLC) techniques can be used as a substitute for the traditional TLC for the identification and quantification of the Indian hemp components. Each method offers its own advantage: high resolution with neither diffusion nor spot stretching for AMD, speed, efficiency and the possibility of working in semi-preparative mode for OPLC.

Cannabis_components_by_TLC_OPLC_AMD

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