Bubbles Gas by Source Genetics
Bubble Gum strains × Gas-rich genetics
Bubbles Gas is a hybrid strain developed by Source Genetics, recognized for its distinctive terpene profile and balanced effects. This strain emerged from experimentation, blending classic bubble gum flavors with a potent gas undertone, quickly gaining attention in the cannabis community.
Appearance
Bubbles Gas plants typically produce medium to large buds with a dense formation and a frosty coating, indicating high resin production. The buds display vivid green hues, often accented with purple undertones on select leaves.
Aroma & Flavor
The aroma of Bubbles Gas is characterized by a combination of sweet bubble gum and potent gas notes, complemented by hints of pine and Meyer Lemon. Upon inhalation, users experience a complex flavor profile that begins with sweet bubble gum and transitions to lingering gas notes, enriched by traces of honey and pine with subtle earthy undertones.
Effects
Bubbles Gas is known for its balanced effects, initially promoting an upbeat and talkative sensation, followed by a progressively deep sense of relaxation. This hybrid offers a harmonious middle ground, providing both uplifting and calming sensations that make it suitable for various settings.
Terpenes & Cannabinoids
This strain features a terpene profile dominated by myrcene, caryophyllene, and limonene, contributing to its complex aroma and flavor. With THC levels typically ranging from 18% to 24% and CBD below 1%, Bubbles Gas provides pronounced psychoactive effects alongside potential therapeutic benefits.
Growing
Bubbles Gas plants exhibit a robust structure with resilient growth patterns and structured branches capable of supporting significant nutrient loads. The strain is noted for consistent phenotypic traits and high resin production, making it a favored choice for cultivators.
Origins & Lineage
Developed by Source Genetics, Bubbles Gas is the result of meticulous breeding, blending classic bubble gum strains with gas-rich genetics. This process involved precise genetic selection, cross-pollination, and backcrossing to achieve a stable and high-performing hybrid.