Sticky Grenade by World Trade Genetics
Indica genetics
Sticky Grenade is an indica-dominant strain developed by World Trade Genetics, noted for its significant resin production and a complex sensory profile. It offers a potent experience rooted in classic indica genetics, appealing to both recreational users and those seeking relief.
Appearance
Sticky Grenade exhibits dense, compact buds characteristic of indica varieties, often displaying deep green hues with subtle purple undertones. Its appearance is marked by exceptionally high trichome concentrations, contributing to its sticky texture and overall potency.
Aroma & Flavor
The strain presents an aromatic bouquet blending earthy, pine, and fruity notes with a hint of spice. Upon consumption, users experience a rich flavor profile that combines sweetness, citrus, and herbal undertones, often described as candy-like with an earthy finish.
Effects
Sticky Grenade is recognized for delivering a deeply calming and euphoric experience, stemming from its indica heritage. It typically induces an immediate wave of relaxation that spreads throughout the body, promoting a sedative effect that can alleviate stress and tension.
Terpenes & Cannabinoids
Key terpenes identified in Sticky Grenade include myrcene, limonene, and caryophyllene, which contribute to its relaxing, citrusy, and spicy characteristics. The cannabinoid profile is dominated by THC, typically ranging from 20% to 25%, with CBD levels consistently below 1%, enhancing its potent effects.
Origins & Lineage
Bred by World Trade Genetics, Sticky Grenade was developed during a period of focus on enhancing indica-dominant profiles for increased resin production and robustness. Its lineage is rooted in classic indica genetics, with advanced analyses indicating over 70% indica genetics, potentially sharing ties with legendary high-THC strains.
Cultivation Notes
Growers report remarkable consistency in Sticky Grenade's bud appearance across various conditions, highlighting its genetic stability. The strain is noted for its high resin output, with early experiments showing 15%-20% higher resin production compared to standard indicas.