Strain Name: Hindu Kush
Nose: AAAA – Earthy, dank with hints of sweet sandalwood
Taste: AAAA– earthy, sweet.
Burn: AAAA- Smooth burning with a clean ash. Appears to be well flushed.
Visual: AAAA Medium to large buds. Overall has a nice haircut with scattered, curly orange hairs and lots of visible crystal. Stem snaps, product is dried properly
Info: Hindu Kush is an indica strain named after the 500 mile long mountain range it came from. The harsh weather of these mountains has resulted in this strain developing a thick, protective coat of crystal trichomes cherished by hash makers worldwide. Like most indicas it is great for pain, stress and nausea but you will feel the call of the couch. Some people find that they can overcome the couch lock and still get things done in spite of the deep relaxation this strain brings on. Our current batch of Hindu Kush is a beautiful thing.
Sample submitted: “Hindu Kush” dried cannabis flowers.
Visual Inspection: Free from visible contamination and foreign matter.
Moisture Content: 3.3%
Activated vs non-activated: activated cannabinoids are non-acidic (neutral) and are the form utilized by the human brain/ body. Activation occurs via heating (smoking, vaporizing, cooking). Cannabinoids in the natural plant are acidic (non-activated) and need to be converted to their neutral form in order to be utilized by the human body. Therefore one would expect fresh cannabis buds to contain mainly non-activated cannabinoids. Processed materials (baked goods, heated extracts) should be higher in the activated forms.
Absent Cannabinoids: if a cannabinoid or terpene is blank, it is not necessarily absent but below the limit of detection by the detector (usually less than 0.01%).
Cannabis Potency Summary Table:
Three tests of each sample were analysed and summarised below:
% by weight
THC-Acid (not activated)
*THC total (THC-Acid+THC)
CBD-Acid (not activated)
*CBD total (CBD-Acid+CBD)
CBG-Acid (not activated)
*CBG total (CBG-Acid+CBG)
Activated Cannabinoid Total:
•when reporting totals, acidic cannabinoids are multiplied by 0.877 to account for loss of mass from decarboxylation upon heating (activating)