The S-LAB brand carries thirty-eight out of eighty-five cultivars in the Polish pharmaceutical registry, all of which fall under two registered names. We show what this means when fulfilling a prescription and how to know which strain is contained in the packaging.
The number on the label of the hemp dried flower is a declaration of total tetrahydrocannabinol, confirmed by measurement with an allowable difference of ten percent. We explain how THC differs from the acidic form THCA and where the conversion factor of 0.877 comes from.
A declaration of 18 percent means a range from 16.2 to 19.8 percent, and a declaration of 20 percent means a range from 18.0 to 22.0. These two ranges have a common segment, so the weaker and stronger label may describe the same measurement.
Dried flower with a declaration of 27 percent: what this number is, what systematic reviews associate with higher potency of the raw material, and why their results describe correlation rather than causation.
The 25 percent declaration is a value assigned to a batch, not a measurement of the dispensed lot. We show in which potency range scientific reviews place it and what this division does not distinguish.
The declared 22 percent describes the raw material, not the patient's dose. We explain titration, the body's tolerance, and why the same number means something different for a person who has been treated for a year.
The boiling point is not a threshold below which terpenes remain stationary. We explain what truly governs their evaporation from the dried flower and why the published temperature tables are not comparable.
A declaration of thirty percent is currently the upper limit of the pharmacy's dried flower offer. We explain what this number measures, why the reference point for the word strong has shifted over half a century, and what this means for reading older studies.
The number on the display describes the heating element or air, not the raw material lying in the chamber. We gather what is known about this difference and state directly what no one has publicly measured.
We checked in the public PubChem database the boiling points of eleven terpenes from this cluster. Six have the pressure provided, one has only a measurement in almost vacuum, two have only the number, and two have no record at all.
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