Strain Name: Lemon Rockstar
THC Potency: Lab Data Pending
Burn: Smooth burning, clean white ash. Appears to be well flushed.
Info: Lemon Rockstar is a Indica dominant strain of cannabis which is made up of 70% Indica genetics and 30% Sativa genetics. This strain was created from crossing Sensi Star with Rock Bud creating a new citrusy Indica strain.
The effects of this strain are typical of Indica’s starting with a relaxing head high, which overtime turns into full body relaxation without the laziness known from Indica strains. Making this a great strain for anytime of day.
THC potency of Lemon Rockstar is quite mild compared too, as it ranges between 14% THC and 19% THC which makes this a great strain for any stage of user. Consumers are using this product for relaxing, relieving stress and appetite issues.
Flowers of this strain are medium to large in size which are elongated in shape. Bursting with different shades of greens, some mild ambers and sometimes some purple hues this strain is wonderful to look at. Upon opening the bag you will note aromas of piney citrus, with a pungent undertone, which stays with a mild citrus flavor when being combusted.
Lab Data: Pending
Sample submitted: “Lemon Rockstar” 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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