Persimmon Pie
A modern hybrid marketed for fruity flavor and balanced effects, with breeder lore outrunning the available evidence.
Persimmon Pie is a relatively new boutique hybrid that shows up in cup circuits and on dispensary shelves with confident claims about lineage, terpene content, and effects. Almost none of those claims are backed by independent lab data or controlled research. What we can say honestly: it's a polyhybrid from the Grape Pie / Cherry Pie family, growers report a sweet fruity nose, and self-reported effects are all over the map. Treat the marketing as marketing, not pharmacology.
Overview
Persimmon Pie is a boutique cannabis hybrid that emerged in the wave of dessert-named, gas-and-fruit cultivars descending from the Cookies and Pie family. It is sold across legal markets in the United States but, like most modern strain names, 'Persimmon Pie' refers loosely to several different cuts and seed lines rather than a single stabilized cultivar Weak / limited. There is no peer-reviewed literature specific to Persimmon Pie; everything written about it draws from breeder marketing, dispensary copy, and user reports. Genetic studies of cannabis have repeatedly shown that strain names are poor predictors of actual genotype or chemotype Strong evidence[1][2].
Chemistry: cannabinoids and terpenes
Breeder and dispensary listings typically place Persimmon Pie THC in the low- to mid-20s percent by dry weight, with negligible CBD Weak / limited. We have not located independent, aggregated certificate-of-analysis (COA) data for this cultivar, so treat single-batch numbers as snapshots, not averages.
Terpene claims vary by source. Some retailers list caryophyllene as dominant; others list limonene or linalool. No published chemotype panel for Persimmon Pie exists in the peer-reviewed literature No data. More broadly, cannabis terpene profiles cluster into a handful of repeatable chemotypes that cut across name boundaries [3], meaning two 'Persimmon Pie' samples from different growers can have meaningfully different terpene fingerprints.
The popular claim that a specific myrcene threshold (e.g. >0.5%) makes a strain 'indica' or 'couch-locking' is folklore, not pharmacology, and is not supported by controlled human data Disputed[4].
Reported effects
User reports describe Persimmon Pie as relaxing, mildly euphoric, and appetite-stimulating, with a sweet, fruity, slightly tart aroma reminiscent of stone fruit and baked crust Anecdote. These descriptions come from review aggregators and social media, not controlled studies.
There is no clinical trial of Persimmon Pie — and there almost certainly never will be one for any individual strain name. What is well established is that THC-dominant cannabis produces dose-dependent euphoria, sedation at higher doses, increased heart rate, dry mouth, anxiety in susceptible users, and impaired short-term memory and reaction time Strong evidence[5][6]. Those baseline effects apply to Persimmon Pie like any other high-THC cultivar.
The widely repeated 'indica vs. sativa predicts effects' framing is not supported by chemical or genetic evidence Strong evidence[1][3]. If a budtender tells you Persimmon Pie will reliably 'put you to sleep' or 'fix your anxiety,' that is marketing, not medicine.
Lineage (disputed)
Persimmon Pie's lineage is commonly listed as a cross in the Grape Pie / Cherry Pie family, sometimes attributed to Compound Genetics or to unnamed pheno-hunters working with Cookies-family stock Disputed. We have not been able to verify a single authoritative breeder release announcement, and multiple seed banks list inconsistent parent crosses.
This is normal for modern cannabis: strain provenance is rarely documented to the standard of, say, a registered grapevine clone, and unrelated cuts often share a name once it becomes commercially attractive Strong evidence[1][2]. Until a breeder publishes verified parent stock with chain-of-custody, treat Persimmon Pie's pedigree as a working guess.
Cultivation basics
Growers report a roughly 56-63 day indoor flowering window, medium stretch, and a moderate yield, consistent with other Pie-family hybrids Anecdote. Plants are described as responsive to topping and low-stress training, with dense, resinous flowers that can be vulnerable to bud rot in high-humidity finishes.
We do not have independent grow trial data. General cannabis horticulture guidance applies: keep late-flower relative humidity below ~55%, provide adequate airflow, and watch for powdery mildew on dessert-line hybrids, which tend to inherit susceptibility from Cookies-family parents Weak / limited[7].
Marketing vs. reality
What the marketing says: a unique, stabilized hybrid with a distinctive persimmon flavor, predictable balanced effects, and a clear pedigree.
What the evidence supports:
- The name is consistent across vendors, but the genetics behind it likely are not Strong evidence[1].
- THC is high; CBD is negligible; specific terpene dominance is unverified Weak / limited.
- Reported effects are typical of high-THC hybrids and cannot be reliably distinguished from other cultivars in blinded conditions Strong evidence[3][4].
- 'Persimmon' flavor descriptors are subjective and not tied to any identified persimmon-specific aroma compound in cannabis No data.
If you like the smoke, enjoy it. Just don't pay a premium expecting a specific effect profile that the science doesn't support.
Sources
- Peer-reviewed Sawler J, Stout JM, Gardner KM, et al. (2015). The Genetic Structure of Marijuana and Hemp. PLOS ONE 10(8): e0133292.
- Peer-reviewed Schwabe AL, McGlaughlin ME (2019). Genetic tools weed out misconceptions of strain reliability in Cannabis sativa: implications for a budding industry. Journal of Cannabis Research 1:3.
- Peer-reviewed Smith CJ, Vergara D, Keegan B, Jikomes N (2022). The phytochemical diversity of commercial Cannabis in the United States. PLOS ONE 17(5): e0267498.
- Peer-reviewed Piomelli D, Russo EB (2016). The Cannabis sativa Versus Cannabis indica Debate: An Interview with Ethan Russo, MD. Cannabis and Cannabinoid Research 1(1): 44-46.
- Peer-reviewed National Academies of Sciences, Engineering, and Medicine (2017). The Health Effects of Cannabis and Cannabinoids: The Current State of Evidence and Recommendations for Research. Washington, DC: National Academies Press.
- Peer-reviewed Hall W, Degenhardt L (2009). Adverse health effects of non-medical cannabis use. The Lancet 374(9698): 1383-1391.
- Government Punja ZK et al., for Agriculture and Agri-Food Canada (2019). Pathogens and molds affecting production and quality of Cannabis sativa L. Frontiers in Plant Science 10:1120.
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