Genetics & Lineage
Girl Scout Cookies × Fire OG
Not published by the breeder. Confidence: high. How we estimated this: commonly reported cross for this cultivar name; not published by its breeder and not DNA-verified. About estimates
Show all 53 descendants
Academic research: Animal Cookies THCAS sequence was identical to the TS1-3 and FB30 variant except for the SNP at position 1064. (2021; citation)
Effects
Aroma & Taste
Academic research (2 studies)
Peer-reviewed, open-access studies that examined samples sold or grown under this name. Findings describe those samples, not the breeder’s release, and may not match every product. Each quote is copied from the paper’s full text.
- Cannabinoids: Animal Cookies is listed as chemotype I in the paper's THCAS sequence table.
“Animal Cookies | I | A | A | G | A | G | C | G | G | G | A | T | G”
Garfinkel AR, Otten M, Crawford S. (2021). SNP in Potentially Defunct Tetrahydrocannabinolic Acid Synthase Is a Marker for Cannabigerolic Acid Dominance in Cannabis sativa L. Genes. doi:10.3390/genes12020228
- Terpenes: Animal Cookies had β-caryophyllene as the dominant terpenoid, followed by limonene and humulene at about 1:1.β-caryophyllenelimonenehumulene
“Inspection of the quantitative data reveals that Blue Cookies, Girl Scout Cookies, Animal Cookies, Thin Mints, and Fortune Cookies shared the characteristic of the next most abundant terpenoids after β-caryophyllene; namely limonene and humulene in a ∼1:1 ratio.”
Fischedick JT. (2017). Identification of Terpenoid Chemotypes Among High (-)-trans-Δ9- Tetrahydrocannabinol-Producing Cannabis sativa L. Cultivars. Cannabis and cannabinoid research. doi:10.1089/can.2016.0040
- Genetic analysis: Animal Cookies THCAS sequence was identical to the TS1-3 and FB30 variant except for the SNP at position 1064.THCAS
“Two additional Type I cultivars sequenced in this study, Cake Breath and Animal Cookies (chemotype data upon request), were determined to have identical sequences to TS1-3 and FB30 THCAS sequence variant except for the SNP located at position 1064 (Table 2).”
Garfinkel AR, Otten M, Crawford S. (2021). SNP in Potentially Defunct Tetrahydrocannabinolic Acid Synthase Is a Marker for Cannabigerolic Acid Dominance in Cannabis sativa L. Genes. doi:10.3390/genes12020228
Areto Research estimateNot published by the breeder. Areto Research estimated this with AI-assisted review of the strain’s name, reported parentage and commonly described traits; it is not a source, a lab result or a prediction for any product. Details marked “general guess” have low confidence. Each estimate is replaced as soon as a breeder publishes that detail.
Source access date not recorded. Fields without supporting records remain unknown. Potency and terpene composition vary by product batch; use that batch’s COA for tested values. View sources.
Indica, sativa and hybrid are retail shopping labels, not genetics. Parentage is breeder-reported and not DNA-verified. Use your product’s batch COA for tested potency. How Areto sources this page.
Direct breeder sources
No direct breeder citation is available for this entry.
Cultivar facts come directly from the cited breeders. A breeder’s description is a reported claim, not independent genetic verification or a test of your product batch. Community members’ personal experiences are separate from these facts. Corrections: genetics@areto.tech.