About this product

Opals and Banonoze is an exceptional hybrid strain born from a masterful blend of the renowned Apples and Bananas hybrid, which itself is a cross of Platinum Cookies and Granddaddy Purple, and further enhanced by Blue Power and Gelatti. This collaboration between Cookies and Compound Genetics has resulted in a strain that is as unique as it is potent. The lineage of Opals and Banonoze promises a rich and complex flavor profile, with the sweet, fruity notes of Apples and Bananas complemented by the earthy, spicy undertones of Gelatti and the vibrant berry essence from Blue Power. The aroma is a tantalizing blend of sweetness and earthiness, with a hint of tropical fruit that lingers pleasantly. When it comes to effects, Opals and Banonoze delivers a balanced high that begins with a euphoric rush, lifting your spirits and enhancing creativity. As the cerebral effects settle in, a soothing body relaxation takes over, making this strain ideal for those looking to unwind after a long day without being completely sedated. Medicinally, Opals and Banonoze may be beneficial for managing stress, anxiety, and mild physical discomfort. Its uplifting mental effects, paired with its relaxing body high, make it a versatile choice for those seeking a well-rounded experience that both stimulates and soothes. [Hybrid] Genetics: Apples and Bananas X (Platinum Cookies X Granddaddy Purple) X (Blue Power and Gelatti) May Relieve: Chronic Pain, Stress, Anxiety, Tension, Fatigue, and Insomnia Reported Effects: Tingly, Aroused, Euphoric, Body Buzz, Creative, Sociable, Relaxed, Sleepy, and Happy Total Terpenes: 5.08% Top Terpenes: b-Myrcene 2.42% | a-Pinene | 0.83% | Ocimene 0.60% [Each pack contains 2, 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.**