Ruby Pie
A dessert-leaning hybrid from Symbiotic Genetics with a candy-fruit reputation and a thin evidence base like every other strain.
Ruby Pie is a legit named cultivar from Symbiotic Genetics, crossing Grape Pie with Wedding Cake. Beyond that, almost everything you'll read about it — precise THC numbers, guaranteed effects, terpene percentages — is marketing copy or single-lab tests being generalized. It exists, it tends to smell fruity and gassy, and reported potency is high. The 'indica-leaning relaxation' framing is standard hybrid boilerplate, not science. Treat any specific effect claim as a hypothesis about one batch, not a property of the strain.
Overview
Ruby Pie is a photoperiod hybrid bred by Symbiotic Genetics, the Nevada-based seed company also known for Modified Grapes and Wedding Pie [1]. It's marketed as a dessert-family cross combining Grape Pie (Cherry Pie x Grape Stomper) with Wedding Cake (Triangle Kush x Animal Mints) [1][2]. Smell descriptors from retail menus and reviews cluster around grape candy, berry, and gas, with a doughy back-end — consistent with its parent lineage but not chemically verified as a stable signature Anecdote.
Like most modern cultivars, 'Ruby Pie' refers to a family of phenotypes descended from a seed run rather than a single clonal cut, so plants sold under this name can differ meaningfully in aroma, structure, and cannabinoid content Strong evidence.
Chemistry: cannabinoids and terpenes
There are no peer-reviewed chemotype studies specific to Ruby Pie. Publicly reported lab results on dispensary menus typically show total THC in the ~20-25% range with negligible CBD (<1%), which is unremarkable for a modern dessert hybrid Weak / limited.
Terpene profiles reported by retailers most often lead with beta-caryophyllene and limonene, sometimes with notable linalool or myrcene Anecdote. This is worth taking with a grain of salt: terpene content varies substantially by phenotype, harvest timing, drying, and storage, and total terpenes typically degrade during curing and shelf life [3][4].
A general caution: the popular claim that 'myrcene above 0.5% makes a strain indica/couch-lock' is folklore with no controlled clinical support No data. Treat any terpene-to-effect mapping for Ruby Pie the same way.
Reported effects
No clinical trial has ever tested Ruby Pie specifically, and none is likely to. What exists is user self-report on review sites, which is subject to placebo, expectancy, and selection bias [5].
Common user descriptions: relaxing body effect, mood lift, appetite stimulation, sleepiness at higher doses Anecdote. Reported side effects mirror those of any high-THC flower: dry mouth, dry eyes, and — at higher doses — anxiety, tachycardia, or paranoia, especially in less-experienced users [6].
The indica-vs-sativa framework often used to predict these effects is not supported by chemotype data; genetic analyses have shown 'indica' and 'sativa' labels correlate poorly with either ancestry or chemistry Strong evidence[7]. If Ruby Pie feels sedating to you, that's a data point about your batch and your body, not a property of the name on the jar.
Lineage
Symbiotic Genetics lists Ruby Pie as Grape Pie x Wedding Cake [1][2]. That is the most consistently cited pedigree across breeder listings and seedbank descriptions.
Both parents have their own lineage debates:
- Grape Pie is generally credited to Cannarado Genetics as Cherry Pie x Grape Stomper, though phenotype variation in that seed line is well documented Weak / limited.
- Wedding Cake (a.k.a. Triangle Mints #23) is usually described as Triangle Kush x Animal Mints, but competing origin stories exist and 'Wedding Cake' has been used as a marketing name for multiple distinct cuts Disputed[2].
Because both parents are themselves contested or polyphenotypic, treat Ruby Pie's family tree as directionally correct rather than genealogically precise. Without published genetic testing (e.g. via a service like Phylos or Medicinal Genomics), no cannabis lineage claim of this vintage should be considered proven Weak / limited.
Cultivation basics
Grower reports describe Ruby Pie as a medium-height, moderately branchy plant with a flowering time around 8-9 weeks indoors under standard 12/12 photoperiod Anecdote. It responds well to topping and light defoliation, consistent with its Cookies-family heritage.
No published, peer-reviewed cultivation study exists for Ruby Pie specifically. General guidance that applies to most dessert hybrids:
- Susceptibility to powdery mildew and botrytis is common in dense, resinous colas; airflow and moderate humidity in flower (~45-55% RH) reduce risk [8].
- Yields on dispensary and forum reports cluster around 'average' — no reliable numeric figure is worth quoting.
- As with all high-THC cultivars, harvest timing (trichome maturity) affects reported effect profile more than most marketing copy admits Weak / limited.
Seeds have been sold by Symbiotic Genetics directly; clone-only 'keeper' cuts of Ruby Pie circulate informally but are not authenticated.
Marketing vs. reality
What you'll see on dispensary shelves for Ruby Pie:
- '25%+ THC, indica-dominant, couch-lock guaranteed.' THC numbers on labels are inflated across the industry, with independent testing repeatedly finding lower actual potency than labeled [9]. 'Guaranteed' effect claims are not supported by any strain-level clinical evidence Strong evidence.
- 'Terpene profile: myrcene-dominant for relaxation.' Terpene-to-effect claims in humans are based mostly on rodent studies and in-vitro work, not controlled human trials Weak / limited[3].
- 'True Grape Pie x Wedding Cake pheno.' Without genetic verification, this is a claim about a name, not a genome Disputed.
The honest version: Ruby Pie is a real, reasonably well-regarded hybrid whose actual chemistry and effects depend heavily on the specific batch in front of you. Buy by smell, terpene test, and grower reputation — not by the strain name on the jar.
Sources
- Practitioner Symbiotic Genetics — breeder catalog and strain listings.
- Reported Leafly strain database entry: Ruby Pie.
- Peer-reviewed Russo, E.B. (2011). Taming THC: potential cannabis synergy and phytocannabinoid-terpenoid entourage effects. British Journal of Pharmacology, 163(7), 1344-1364.
- Peer-reviewed Ross, S.A., & ElSohly, M.A. (1996). The volatile oil composition of fresh and air-dried buds of Cannabis sativa. Journal of Natural Products, 59(1), 49-51.
- Peer-reviewed Gilman, J.M., et al. (2022). Effect of medical marijuana card ownership on pain, insomnia, and affective disorder symptoms in adults: a randomized clinical trial. JAMA Network Open, 5(3), e222106.
- Peer-reviewed Sharpe, L., et al. (2020). Cannabis, a cause for anxiety? A critical appraisal of the anxiogenic and anxiolytic properties. Journal of Translational Medicine, 18, 374.
- Peer-reviewed Watts, S., et al. (2021). Cannabis labelling is associated with genetic variation in terpene synthase genes. Nature Plants, 7, 1330-1334.
- Peer-reviewed Punja, Z.K. (2021). Emerging diseases of Cannabis sativa and sustainable management. Pest Management Science, 77(9), 3857-3870.
- Reported Jikomes, N. (2023). Investigation into inflated THC potency labels on legal cannabis flower. Leafly / independent testing coverage.
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