Short Circuit OG by South Bay Genetics
Short Circuit OG is an indica-dominant strain developed by South Bay Genetics. It is recognized for its potent effects and complex sensory profile, stemming from meticulous breeding practices.
Appearance
Short Circuit OG presents dense, tightly packed buds characterized by a frosty trichome coating. The coloration often features deep greens with hints of purple and orange pistils, suggesting a high anthocyanin content. The buds exhibit a sticky, resinous texture and uniform development, favored by cultivators for ease of processing.
Aroma & Flavor
The aroma of Short Circuit OG is initially pungent and skunky, evolving to reveal subtle notes of citrus and pine. Further complexity emerges with hints of floral and spicy undertones upon closer inspection. The flavor profile mirrors this, starting with a sharp, skunky taste that gives way to refreshing citrus and pine notes, balanced by earthy and creamy undertones.
Effects
As an indica-dominant strain, Short Circuit OG is associated with deep relaxation and sedation. While specific effects are not detailed in the provided notes beyond a hint of focus, its genetic makeup suggests a calming and potentially couch-locking experience characteristic of its lineage.
Terpenes & Cannabinoids
Lab analyses indicate the presence of Myrcene and Limonene, contributing to the strain's earthy and citrusy aromatic and flavor notes, respectively. Genetic testing confirms a robust THC concentration, often ranging between 20-25% under optimal conditions. CBD levels are reported to be less than 1%.
Origins & Lineage
Developed by South Bay Genetics, Short Circuit OG is the result of innovative breeding aimed at merging potent effects with robust growth. The strain is predominantly indica, with efforts to preserve nearly 90% indica traits. Its lineage combines legacy indica genetics with modern modifiers to enhance potency and yield.
Cultivation
Short Circuit OG is noted for its stable growth characteristics, fast flowering times, and resistance to common pests. The breeding process focused on high resin production and consistent indica profile, with reported yield increases per square foot compared to previous generations. Bud density is also a notable trait.