Beelzebub
Beelzebub
Overview
Beelzebub is an indica-dominant cannabis strain developed by Slanted Farms Seed Company that can be cultivated indoors, outdoors, and in greenhouse environments with a flowering time of approximately 58 days. This strain presents as a stout, dark purple indica plant described as resembling "a stud horse wild in the prairies," producing buds with a distinctive grape cookie aroma and reportedly delivering hallucinatory effects. The plant is characterized as a fast finisher that produces huge, glistening royal buds. According to genealogy information, Beelzebub was created by crossing Cookies n Cream with OGKB (OG Kush Breath), with Cookies n Cream being a hybrid of Girl Scout Cookies and Starfighter F2. The strain was never made available in feminized seed form, only as regular seeds. While detailed cannabinoid profiles and extensive user reviews are limited due to the strain's boutique nature, its indica-dominant genetics and purple coloration suggest it likely produces relaxing, sedating effects typical of indica varieties.
Effects
Reported Medical Uses
- Users report potential relief from insomnia
- May help with chronic pain
- Often used for stress relief
- Possible assistance with appetite stimulation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Beelzebub can be cultivated indoors, outdoors, and in greenhouse environments with a flowering time of approximately 58 days (8+ weeks). As an indica-dominant strain, it grows as a stout, dark purple plant that finishes quickly and produces large, resinous buds. The strain appears suitable for intermediate to experienced growers, as it produces substantial yields when grown properly. It was only available as regular (non-feminized) seeds, meaning growers need to identify and separate male plants during cultivation. The purple coloration and robust bud structure suggest it may require adequate support during flowering and benefits from proper environmental controls to maximize resin production.