About this product

Snoop Dogg OG is a standout strain, winning The Baltimore Sun's Reader's Choice strain of the year honor. This cultivar carries the legacy of its namesake, the legendary rapper Snoop Dogg, and is a potent cross between two iconic strains: Lemon OG and Sour Diesel. Combining the best traits of its parent strains, Snoop Dogg OG offers a balanced blend of indica and sativa effects, making it a versatile choice for both recreational and medical users alike. When it comes to effects, Snoop Dogg OG is known for its wave after wave of racing euphoria, sparking creativity and a deep sense of happiness. The high begins with an uplifting cerebral rush that gradually gives way to a balanced focus, making it perfect for those who need to stay productive. As the high continues, it transitions into a more relaxed state, often leading to mild couch lock and a strong case of the munchies. It's an ideal strain for both social settings and quiet introspection, depending on your mood. Medically, Snoop Dogg OG is a powerhouse, offering relief to patients suffering from chronic pain, stress, anxiety, and muscle spasms. The strain's potent THC levels, ranging from 22-28%, ensure strong and lasting effects that can help alleviate even the most stubborn symptoms. Whether you're looking for a mood boost, pain relief, or simply a strain to unwind with, Snoop Dogg OG has something to offer everyone. [Indica Dominant] Genetics: Lemon OG x Sour Diesel May Relieve: Depression, Inflammation, Pain, Mood Swings, Muscle Spasms, Nausea, and Stress Reported Effects: Cerebral, Euphoria, Focus, Happy, and Sleepy Total Terpenes: 4.37% Top Terpenes: Caryophyllene 1.40% | b-Myrcene 1.06% | Limonene 0.79% [Each pack contains 5, half gram (0.5g) pre-rolls.] ** Trilogy strives to maintain the most comprehensive and detailed menu in Maryland. Occasionally there may be small variances in terpenes and cannabinoids on our menu vs the product label as we often carry numerous batches of the same strain. We do not offer refunds or returns on products due to variances in batch test results.**