Blue Alien Cake S1
Blue Alien Cake S1
Also known as: Blue Alien Cake
Overview
Blue Alien Cake S1 is an indica-dominant hybrid cannabis strain developed by Flavor Chef Genetics. This strain is an S1 (self-pollinated) generation derived from their original Blue Alien Cake breeding work, which combined genetics from a select Blue Alien Kush male from PNW Genetics with an Ice Cream Cake from SeedJunkies. The strain represents a stabilized version of the original cross, offering more consistent phenotypic expression. Blue Alien Cake S1 is notable for its dessert-like characteristics, combining the sweet berry heritage of blueberry genetics with the creamy, cake-like qualities of its Ice Cream Cake parentage.
The strain produces dense, frosty buds with high resin production and is characterized by its sweet blueberry scone aroma that has been described as reminiscent of fresh baked goods that have been slightly cooled. Flavor Chef Genetics developed this variety as part of their focus on creating high-THC, high-yielding strains with exceptional terpene profiles that emphasize pastry and dessert-like flavors. The S1 generation allows for feminized seeds while maintaining the desirable traits of the original phenotype.
Effects
Reported Medical Uses
- Users report help with insomnia
- May assist with stress relief
- Often used for pain management
- Reported to help with anxiety
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Blue Alien Cake S1 can be cultivated indoors and in greenhouse environments with a flowering time of approximately 56 days (8 weeks). The strain is only available as feminized seeds, making cultivation more predictable for growers. It is described as a high-yielding variety that produces dense, resinous buds with exceptional trichome coverage. The strain is noted for being a 'frost bomb' with heavy resin production. Growing difficulty appears moderate, suitable for intermediate growers. Plants respond well to controlled indoor environments and greenhouse conditions.