Ruby Violet by Purple City Genetics
Unknown Indica × Unknown Sativa
Ruby Violet, developed by Purple City Genetics, is an indica-dominant strain recognized for its visually striking appearance and intricate sensory profile. It was bred to combine aesthetic appeal with a balanced experience, drawing inspiration from other celebrated strains.
Appearance
Ruby Violet is distinguished by its dense, compact buds that showcase a captivating blend of deep purples and vibrant greens. A thick coating of trichomes provides a frosty, glittery finish, contributing to its connoisseur-grade appeal. Approximately 65% of the buds are noted for their vibrant purple coloration, often with ruby red accents.
Aroma & Flavor
The aroma of Ruby Violet is a complex bouquet featuring berry-like sweetness, earthy undertones, and hints of spice and floral notes. It also presents a refreshing citrusy zing. The flavor profile mirrors the aroma, offering a burst of berry sweetness, transitioning into spicy, herbal notes with a lingering earthy finish. A creamier mouthfeel is also reported.
Effects
Users may experience a cerebral effect from Ruby Violet. The strain is noted for offering a balanced high, though specific details on its effects are limited in the provided notes.
Terpenes & Cannabinoids
Laboratory analyses indicate THC levels typically range from 18% to 23%, with CBD levels around 0.5% to 1%. The strain is believed to possess a rich terpene profile, with Myrcene, Limonene, Caryophyllene, Linalool, and Pinene identified as contributing to its aroma, flavor, and effects.
Origins & Lineage
Developed by Purple City Genetics, Ruby Violet was created with the goal of combining visually striking attributes and a complex sensory profile. Its lineage is believed to incorporate elements from both indica and sativa genetics, with inspiration drawn from strains like Ruby Red and Crimson Cherries. Experimental crosses were employed to maximize yield and potency.
Growing
Purple City Genetics focused on consistency in phenotype and quality during development. Advanced breeding techniques, including molecular marker assisted selection, were used to optimize traits such as coloration and resin production. Approximately 70% of the genetic material was selected for yield optimization.