Description
This 3.5g container contains unprocessed cannabis flower in medicinal dosage form, derived from the Lemon Runtz variety, a cross of Cheetah Piss and Runtz genetics. It is intended for inhalation via vaporization using a compatible dry herb medical cannabis device approved under Utah law.
Aroma and Flavor: Lemon Runtz fuses the sharp lemon/piss funk of Cheetah Piss with Runtz’s signature candy sweetness. The aroma blasts with piercing lemon zest, sour citrus peel, and raw, animalistic chem-gas funk, balanced underneath by Runtz’s smooth, sugary candy shell, ripe berry, and creamy tropical fruit sweetness. On inhale you get a bright, mouth-watering lemon candy rush immediately countered by pungent, chem-soaked funk. The exhale lingers with a sweet-sour candy aftertaste that perfectly balances the pissy sharpness with dessert-like richness.
Its terpene profile commonly includes prominent compounds such as limonene (contributing sharp citrus/lemon zest and candy sweetness), beta-caryophyllene (spicy/pepper/gas and fuel notes), myrcene (earthy/herbal depth), and linalool (floral/sweet undertone), though exact terpene composition may vary by batch and can be verified on the product’s certificate of analysis.
This product is designed for qualified patients in the Utah Medical Cannabis Program and must be used only as directed by a qualified medical provider and in consultation with a pharmacy medical provider. Unprocessed flower provides a method for administering cannabis in a non-combustible form via vaporization, consistent with state requirements that prohibit smoking.
Patients should start with a low dose and increase gradually to determine individual response. Always follow dosing instructions provided by your medical provider or pharmacist. This product is for medical use only and should be kept out of reach of children. Consult your qualified medical provider for guidance on whether this medicinal dosage form may be appropriate for your qualifying condition.
Individual responses to cannabis varieties can vary significantly based on factors such as dosage, method of administration, and personal physiology.
