Solvent Choice
Solvent choice in cannabis extraction significantly impacts terpene retention and profile in final products. Different solvents—such as ethanol, butane, CO₂, and hydrocarbon blends—exhibit varying polarities and selectivity, affecting which terpenes are captured during processing. Hydrocarbon extracts commonly retain more volatile monoterpenes, while ethanol extracts may preserve a broader terpene range but with different relative proportions. CO₂ extraction allows pressure and temperature tuning to target specific terpene windows. Understanding solvent behavior is essential for breeding programs seeking to stabilize terpene expression across generations, as extraction method can mask or amplify genetic terpene profiles.
Solvent Choice strains
No strains tagged into Solvent Choice yet — they'll appear here as breeders submit lineage records under this terpene.
Solvent choice in cannabis extraction significantly impacts terpene retention and profile in final products. Different solvents—such as ethanol, butane, CO₂, and hydrocarbon blends—exhibit varying polarities and selectivity, affecting which terpenes are captured during processing. Hydrocarbon extracts commonly retain more volatile monoterpenes, while ethanol extracts may preserve a broader terpene range but with different relative proportions. CO₂ extraction allows pressure and temperature tuning to target specific terpene windows. Understanding solvent behavior is essential for breeding programs seeking to stabilize terpene expression across generations, as extraction method can mask or amplify genetic terpene profiles.
Breeders and geneticists monitor how extraction solvents reveal or obscure terpene genetics when profiling new cultivars. Standardizing extraction methodology helps distinguish true genetic terpene signatures from processing artifacts, improving selection accuracy for terpene-focused breeding lines.
Educational reference · Cultivar metadata only · No medical claims