Lime OG by Exotic Genetix
Indica genetics × Sativa genetics
Lime OG is a hybrid cultivar developed by Exotic Genetix, representing a meticulous blend of traditional and modern breeding techniques. This strain is celebrated for its robust flavor profile and balanced genetic makeup, aiming to deliver a nuanced sensory and experiential outcome.
Appearance
Lime OG typically exhibits dense buds with vibrant lime-green coloration, often highlighted by a subtle dusting of trichomes. Its visual appeal is further enhanced by leaves that may display hints of purple and deep green, with pistils presenting in vivid orange and red hues.
Aroma & Flavor
The aroma of Lime OG is dominated by distinct, energizing citrus notes, strongly reminiscent of fresh lime, complemented by subtle earthy and pine undertones. Its flavor profile mirrors the aroma, offering a burst of zesty lime and tangy citrus, with underlying herbal notes and a refreshing sweetness.
Effects
This hybrid strain is noted for producing balanced effects, contributing to a sense of calm and fostering creativity. Its nuanced profile makes it suitable for various applications throughout the day.
Terpenes & Cannabinoids
Lime OG features a terpene profile where limonene is a prominent component, contributing to its citrus characteristics. Other identified terpenes include pinene and myrcene. The cannabinoid profile indicates moderate THC levels, typically between 18% and 24%, with low CBD concentrations (0.5% to 1.2%), and trace amounts of minor cannabinoids.
Growing
Cultivation of Lime OG has been reported to yield improvements of 20%-30% compared to similar strains, with growers achieving up to a 75% success rate in early experiments. Exotic Genetix dedicated over five years to perfecting this strain, focusing on balancing potency with terpene richness and disease resistance.
Origins & Lineage
Bred by Exotic Genetix, Lime OG is a hybrid strain resulting from a cross of indica and sativa genetics, with an approximate makeup of 55% sativa and 45% indica. The breeding process involved careful selection of phenotypes for superior terpene production and disease resistance, utilizing detailed molecular markers to ensure desired traits were transmitted.