The numbers in that image represent a lab-tested chemical profile of a cannabis product. These percentages and concentrations occur through a combination of biology (how the plant grows) and chemistry (how it is processed).
1. The Raw Biology: THCA vs. THC
The most important thing to note is the high THCA (84.79%) compared to the low D9-THC (1.14%).
- THCA is the “acidic” precursor. Cannabis plants don’t actually produce much Delta-9 THC (the psychoactive component) while they are growing. They produce THCA.
- The Conversion: THCA only becomes THC when it is exposed to heat (a process called decarboxylation). This happens instantly when you use a lighter, vaporizer, or oven.
2. Why the THCA is so high (84.79%)
A typical cannabis flower usually tops out around 25%–30% total cannabinoids. Seeing a number like 84.79% indicates that this is a concentrate or extract (like wax, shatter, live resin, or distillate).
- To get this number, processors use solvents (like CO2 or butane) or mechanical pressure to strip away the plant material (leaves and stems), leaving behind only the concentrated “trichomes” or resin glands where the cannabinoids live.
3. The Role of Secondary Cannabinoids
- CBN (1.12mg/g): This is often a byproduct of THC aging or being exposed to oxygen/light. It is generally associated with a more sedative or “sleepy” effect.
- CBDA (0.10%): This is the precursor to CBD. It is present in very low amounts here, suggesting this specific strain or product was bred specifically for high THC potency rather than CBD content.
4. Calculating “Total THC”
Because THCA is heavier than THC, you don’t get a 1:1 conversion when you heat it. To find the actual potency you would experience, labs use this formula: