Angelic Poop
Angelic Poop
Overview
Angelic Poop is a mostly indica cannabis strain developed by The Bakery Genetics, created through crossing Unicorn Poop F3 (Nate's Cut) with God's Garden. This strain represents an evolution of the popular Unicorn Poop lineage, combining it with God's Garden genetics that derive from Forbidden Fruit and Martian Punchbowl. The strain inherits characteristics from its complex genetic background, which traces back to renowned cultivars like GMO Cookies and Sophisticated Lady through its Unicorn Poop parentage, while God's Garden contributes genetics from Forbidden Fruit and Martian Punchbowl breeding lines.
As a predominantly indica strain, Angelic Poop is cultivated by The Bakery Genetics and can be grown indoors, outdoors, or in greenhouse environments. The strain was never made available as feminized seeds, indicating it was likely produced as regular seeds only. According to breeder descriptions, this variety promises heavy yields, great effects and potency, amazing terpene profiles, and exceptional bag appeal. The flowering time typically ranges from 56-70 days, with an average flowering period of approximately 63 days, making it a relatively standard flowering time for indica-dominant hybrids.
Effects
Reported Medical Uses
- Users report relief from chronic stress
- May help with anxiety
- Often used for mood disorders
- Potential for chronic pain relief
- May assist with insomnia
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Angelic Poop can be cultivated indoors, outdoors, or in greenhouse environments with moderate growing difficulty. The strain has a flowering time of approximately 56-70 days, with most phenotypes finishing around 63 days. Growers can expect heavy yields according to breeder descriptions. The strain was developed by The Bakery Genetics and was never available as feminized seeds, suggesting it was produced as regular seeds only. Plants are described as having great bag appeal with amazing terpene profiles. Given its indica-dominant genetics, plants likely exhibit typical indica growth patterns with bushy structure and dense bud formation.