Blacky Boo

Blacky Boo

Blacky Boo

Hybrid AI Generated

Overview

Blacky Boo is a rare hybrid cannabis strain developed by Unleashed Genetics, a small collective of experienced breeders established in 2016. This strain represents a sophisticated genetic project combining selected phenotypes from the breeder's Blackhead series. The strain is derived from a careful selection of a phenotype from the B. Blackhead Burnt Cookies series, which was then crossed with their proprietary 'secret Pheno 8'. The Blackhead Burnt Cookies parent brings together the renowned Girl Scout Cookies genetics with Brazilian Sativa influences, creating a unique lineage that traces back through Girl Scout Cookies (Thin Mint GSC), OG Kush, F1 Durban, Hindu Kush, and various South African and Brazilian sativa landrace genetics. As a limited edition release that was never offered in feminized form, Blacky Boo represents the artisanal approach to cannabis breeding that Unleashed Genetics is known for, working exclusively with regular seeds and landrace genetics to develop stable, unique varieties through extensive testing phases.

Effects

Reported Medical Uses

  • Users report potential for stress relief
  • May help with relaxation
  • Often sought for evening use

This is not medical advice. Consult a healthcare professional.

Possible Negative Effects

Growing Information

Blacky Boo can be cultivated indoors, outdoors, and in greenhouse environments with a flowering time of approximately 70 days (±10 weeks). As a hybrid strain combining sativa and indica genetics, it requires intermediate growing experience. The strain was developed through careful phenotype selection and is only available in regular (non-feminized) seeds, reflecting Unleashed Genetics' traditional breeding approach. Plants benefit from controlled environments and proper nutrient management. The strain's complex genetic background suggests it may display varied phenotypic expressions, requiring growers to select and maintain preferred characteristics through proper cultivation techniques.

Genetics

Parent Strains

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