Description
Strain Info
Strain Name: Sugar Crisp
Grade: AAAA
THC Potency: 23.09% THC – Lab Verified
Type: Sativa Dominant Hybrid (70% Sativa – 30% Indica)
Burn: Smooth burning, clean white ash. Appears to be well flushed.
Primary Aromas:
Info:
Testing out at 23.09% THC Sugar Crisp is a sativa dominant hybrid created through crossing the delicious Sugar Kush F2 and Citradelic Cookies strains. Sugar Crisp packs a nutty cookie flavour with hints of sweet chocolate and a punch of sour citrusy apples. The aroma is very similar, with a sour citrusy diesel overtone accented by nutty chocolate cookies and sweet earthiness. You’ll feel the heady effects of Sugar Crisp hit you first, sinking into your brain and taking hold with budding euphoria and focused creativity. You’ll be sociable and motivated, easily taking on artistic tasks or chatting with those around you. While your mind lifts higher and higher, your body will start to settle into a deeply soothing state that’s calming and relaxing without causing too much sedation. Combined with its high 20-26% average THC level, these effects make Sugar Crisp a great choice for treating mood swings or depression, chronic stress, PMS or cramps and chronic pain.
Lab Data:
Sample submitted: “Sugar Crisp” dried cannabis flowers.
Visual Inspection: Free from visible contamination and foreign matter.
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%).
•when reporting totals, acidic cannabinoids are multiplied by 0.877 to account for loss of mass from decarboxylation upon heating (activating)
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