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Myrcene Caryophyllene Pairing

The Myrcene-Caryophyllene pairing represents a terpene combination frequently observed in cannabis lineages with Indica-leaning or OG-adjacent genetics. Myrcene, a sesquiterpene abundant in hops and mangoes, is commonly associated with sedating profiles in breeding work, while caryophyllene (or β-caryophyllene) adds spicy, peppery aromatic notes and is notably the only cannabinoid-free terpene to bind CB2 receptors. When these two terpenes dominate together, the resulting chemotype often reflects deeper, earthier aromatics with herbal complexity. Breeders working in OG Kush, Hindu Kush, and similar heritage families have documented this pairing across multiple generations. The combination is useful for studying how terpene ratios influence strain identity and consumer perception in breeding databases.

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Myrcene Caryophyllene Pairing strains

No strains tagged into Myrcene Caryophyllene Pairing yet — they'll appear here as breeders submit lineage records under this family.

About Myrcene Caryophyllene Pairing

The Myrcene-Caryophyllene pairing represents a terpene combination frequently observed in cannabis lineages with Indica-leaning or OG-adjacent genetics. Myrcene, a sesquiterpene abundant in hops and mangoes, is commonly associated with sedating profiles in breeding work, while caryophyllene (or β-caryophyllene) adds spicy, peppery aromatic notes and is notably the only cannabinoid-free terpene to bind CB2 receptors. When these two terpenes dominate together, the resulting chemotype often reflects deeper, earthier aromatics with herbal complexity. Breeders working in OG Kush, Hindu Kush, and similar heritage families have documented this pairing across multiple generations. The combination is useful for studying how terpene ratios influence strain identity and consumer perception in breeding databases.

Breeder relevance

Breeders use myrcene-caryophyllene ratios as a chemotype marker when selecting parent plants for Indica-dominant crosses or when breeding for specific aromatic stability. Understanding this pairing helps predict offspring terpene profiles and informs parent selection strategies in controlled breeding programs.

Educational reference · Cultivar metadata only · No medical claims