cannabisgenetics
Member
Thank you for directing me to the T&E thread, although I don't have the option to fine-tuning ideal eluent ratios or make supplies at home, i did pick up a few tips.
What do you think about OXOSSI 's advice:
1.) Decrease the load by 50 %
2.) Run it 2-3 times, when the eluent reaches the top of the plate, dry it and do it again
Are you now running 1ul samples or still 2-3?
THCV. The story behind this recently appreciated cannabinoid goes all the way back to the first steps in cannabinoid synthesis: substrate binding and prenylation. Recall that the first cannabinoid described in part 1 was formed by the combination of the substrates olivetolic acid and geranyl pyrophosphate. Well, there is another molecule that is very similar to olivetolic acid but rather than having a C5H11 (n-pentyl) group coming off of the aromatic ring, it has a C3H7 (n-propyl) group (see Figure 2A).
This derivative of olivetolic acid is called divarinolic acid and it is formed through the same pathway as olivetolic acid but using a different substrate. When the substrates divarinolic acid and geranyl pyrophosphate bind to the GOT prenyltransferase, CBGVA is formed (see Figure 2B and the illustration at the top). CBGVA can cyclize in the same manner as CBGA and can thus lead to 3 more classes of cannabinoids, the THCVAs, the CBDVAs, and the CBCVAs. Each of these decarboxylate as described in part 1 and lead to THCV, CBDV, and CBCV (see figure 2B showing THCV). For every class of cannabinoid structure there are members bearing the C3H7 (n-propyl) group that have been observed, indicating that CBGVA reacts with all of the same enzymes as CBGA.
Recall the THCV rich Leaf sample test results above. I had flower samples of 2 and 3 HPLC/DAD tested by SC Labs. Notice the THCV levels are well below the TLC reports. I did let the plants run late to mature the seeds but I cannot find what THCV degrades into like CBD>THC. What could cause this inconsistency?
Green - CBD
Red - THC
Yellow - THCV
Pink - CBG
Blue - CBC
Dude, so awesome. But i actually spray my plates (was instructed in the starter kit I purchased) It seems like a more accurate process - less stirring or agitation of the separated cbs. Your thoughts? ( i do wear a standard dust mask)ps. how good is that feeling when you lift your first ever TLC plate out of the Fast Blue bath and see the colored spots developing lol jaw-dropper
What do you think about OXOSSI 's advice:
1.) Decrease the load by 50 %
2.) Run it 2-3 times, when the eluent reaches the top of the plate, dry it and do it again
Are you now running 1ul samples or still 2-3?
Found this online:And yes my understanding is that the topmost lightly purple spot are probably waxes like geranyl
THCV. The story behind this recently appreciated cannabinoid goes all the way back to the first steps in cannabinoid synthesis: substrate binding and prenylation. Recall that the first cannabinoid described in part 1 was formed by the combination of the substrates olivetolic acid and geranyl pyrophosphate. Well, there is another molecule that is very similar to olivetolic acid but rather than having a C5H11 (n-pentyl) group coming off of the aromatic ring, it has a C3H7 (n-propyl) group (see Figure 2A).
This derivative of olivetolic acid is called divarinolic acid and it is formed through the same pathway as olivetolic acid but using a different substrate. When the substrates divarinolic acid and geranyl pyrophosphate bind to the GOT prenyltransferase, CBGVA is formed (see Figure 2B and the illustration at the top). CBGVA can cyclize in the same manner as CBGA and can thus lead to 3 more classes of cannabinoids, the THCVAs, the CBDVAs, and the CBCVAs. Each of these decarboxylate as described in part 1 and lead to THCV, CBDV, and CBCV (see figure 2B showing THCV). For every class of cannabinoid structure there are members bearing the C3H7 (n-propyl) group that have been observed, indicating that CBGVA reacts with all of the same enzymes as CBGA.
Recall the THCV rich Leaf sample test results above. I had flower samples of 2 and 3 HPLC/DAD tested by SC Labs. Notice the THCV levels are well below the TLC reports. I did let the plants run late to mature the seeds but I cannot find what THCV degrades into like CBD>THC. What could cause this inconsistency?
Green - CBD
Red - THC
Yellow - THCV
Pink - CBG
Blue - CBC