Ectoplasma by Mephisto Genetics
Ruderalis × Sativa
Ectoplasma is a sativa-leaning autoflower developed by Mephisto Genetics, known for its vigorous growth and uplifting qualities. This ruderalis-influenced hybrid balances the fast-flowering nature of autos with the bright, cerebral effects often associated with sativa strains. It is recognized for its pronounced citrus aroma and a clear-headed experience.
Appearance and Morphology
Ectoplasma typically exhibits a sativa-like structure, often growing taller than many autoflowers with spaced-out nodes and a prominent central cola. Its leaves are narrow, indicative of its sativa heritage, contributing to an open canopy that promotes good airflow. The buds are generally conical, featuring a high calyx-to-leaf ratio and developing a frosty appearance from trichomes as they mature.
During late flowering, the flowers may display subtle lime-green or pastel hues, contrasting with bright orange pistils. This visual appeal, combined with its name, contributes to its distinctive presentation.
Aroma and Flavor Profile
The aroma of Ectoplasma is predominantly citrus-forward, often described as having notes of lime zest and green soda, with supporting undertones of lemongrass and sweet herbs. Some perceive a faint piney or coniferous edge. As buds cure, the scent can develop into a profile reminiscent of candied lime with herbal tea and a hint of white pepper.
On the palate, the flavor mirrors the aroma, featuring a tangy lime and green citrus taste, akin to lemon-lime soda or kaffir lime leaf. A subtle bitterness, like citrus pith, can accentuate its freshness. Vaporization tends to highlight the sweet citrus and herbal notes, while combustion may introduce a peppery and piney strength.
Effects and Experience
Consumers commonly report that Ectoplasma provides an energetic and uplifting experience, characterized by clear-headed cerebral stimulation. It is often associated with enhanced focus and mood elevation, making it a suitable choice for daytime use. The effects are generally described as bright and invigorating rather than sedating.
Terpenes and Cannabinoids
Ectoplasma is recognized for its significant terpene content, often perceived to be on the higher end for citrus-forward autoflowers, potentially ranging from 1.5% to 3.0% by weight. The terpene profile is characterized by compounds that contribute to its bright citrus and herbal aroma and flavor, with limonene and terpinolene being suggested contributors. Myrcene, caryophyllene, linalool, pinene, and ocimene may also be present.
The cannabinoid profile is THC-dominant, with mature, well-grown flowers frequently testing above 18% THC. CBD levels are typically below 1%.
Cultivation Insights
As an autoflower influenced by ruderalis genetics, Ectoplasma is designed for ease of cultivation, transitioning to bloom based on age rather than light cycles. This makes it a flexible option for both indoor and outdoor growers, particularly in regions with shorter growing seasons, as it typically finishes within 75 to 95 days from seed. The ruderalis heritage imparts robustness and adaptability.
It is generally considered a vigorous grower, often reaching heights of 70-120 cm indoors. The plant's structure, with numerous productive side branches and a high calyx-to-leaf ratio, aids in efficient drying and trimming. Its open canopy also helps to mitigate common cultivation issues like mold.
Origins and Lineage
Ectoplasma was bred by Mephisto Genetics, a breeder known for developing high-quality autoflowering cannabis strains. It is described as a sativa-dominant hybrid with a significant ruderalis backbone, which provides the autoflowering trait. The sativa influence shapes its aroma, flavor, and uplifting effects, while the ruderalis genetics ensure reliable, age-based flowering and increased hardiness.
While specific parent strains are proprietary, the chemotype suggests sativa forebears rich in monoterpenes like limonene and terpinolene, common in uplifting, citrus-focused cultivars. Mephisto Genetics has a history of refining autos to achieve complexity and potency comparable to photoperiod varieties.