Cannabis plant named ‘PTC8506V’
The development of the Cannabis sativa variety 'PTC8506V' addresses the challenge of low varin levels by achieving elevated THCV and THC levels through cross-breeding, facilitating the production of high-value cannabinoid products.
Patent Information
- Application Number
- US18/643930
- Authority / Receiving Office
- US · United States
- Patent Type
- Patents(United States)
- Current Assignee / Owner
- Filing Date
- 2024-04-23
- Publication Date
- 2025-06-24
- Estimated Expiration
- 2044-04-23
AI Technical Summary
The low naturally occurring levels of varin cannabinoids, such as THCV and CBDV, in Cannabis flowers limit the development and sale of varin products, hindering the creation of differentiated, high-margin products in both medical and recreational markets.
A novel Cannabis sativa variety, 'PTC8506V', was developed through cross-breeding high THCV and THC pollen donor and receiver plants, resulting in elevated THCV levels and a unique chemotype.
The 'PTC8506V' variety consistently produces higher THCV and THC levels compared to its parent plants, enabling the creation of high-value cannabinoid products with distinct pharmacological profiles.
Smart Images

Figure USPP036761-D00001
Abstract
Description
[0001] Genus / species: Cannabis sativa.
[0002] Variety denomination: ‘PTC8506V’.BACKGROUND
[0003] Cannabis plants contain over a hundred known cannabinoids, which bind to endogenous endocannabinoid receptors. Varinolic cannabinoids, as known as varins, are a type of cannabinoid compounds having three carbon atoms in their alkyl side chain instead of the five carbon atom alkyl side chains more commonly associated with cannabinoids. Two such varins are tetrahydrocannabivarin (THCV) and cannabidivarin (CBDV), which are homologues of tetrahydrocannabinol (THC) and cannabidiol (CBD), respectively. Each varin has a unique pharmacological profile and distinct molecular targets.
[0004] THCV and CBDV have potential benefits across a broad set of applications. Cannabis plants or extracts with high THCV levels, for example, can be used as an agent for anticonvulsant activity, obesity-associated glucose intolerance, appetite suppression, anxiety management for PTSD, diabetic neuropathy, and major neuropathic and pain related pathologies. Another THCV application is that of an appetite suppressing compound. CBDV has been shown to have anti-epileptic and anticonvulsant activity.
[0005] Research and development as well as the sale of varin products has been limited due to low commonly occurring levels of varins in Cannabis flower. The ability to produce Cannabis with high varin levels will create a platform for a new Cannabinoid category with differentiated, high margin products in both medical and recreational markets. The present application solves these problems by providing a novel Cannabis plant having high THCV, which is referred to by the variety name ‘PTC8506V’.SUMMARY
[0006] The new variety of Cannabis sativa was created by sourcing Cannabis plants that produce THCV and THC. Crosses were conducted to elevate further THCV, THC and / or other varins. All breeding, cultivation, and chemotype analyses were conducted in Hillsboro, Oregon. ‘PTC8506V’ resulted from the cross of a high THC pollen receiver plant (‘21GAQ-1271’, unpatented) and a high THCV pollen donor plant (‘21VLP5-1-102’, unpatented). ‘21GAQ-1271’ is a clonal variety with a THC content of 22.2%, and a THCV content below the limit of detection (LOD). ‘21GAQ-1271’ has greenish-purple flowers with heavy trichome coverage, moderate density, and strong aroma. ‘21GAQ-1271’ has an upright plant growth habit with moderately long internodes and matures in 8-9 weeks. ‘21VLP5-1-102’ had a THC content of 1.2%, and THCV content of 5.66%. ‘21VLP5-1-102’ flowers are greenish-purple with low trichome coverage, very low density, and moderately weak aroma. ‘21VLP5-1-102’ has a moderately wide plant growth habit with very long internodes and matures in 10-12 weeks. A clone of ‘21VLP5-1-102’ was crossed onto a clone of ‘21GAQ-1271’ in 2021. 32 of the resulting F1 seed were sown. ‘PTC8506V’ was discovered and selected as a single plant from this F1 seed and was subsequently propagated clonally in Hillsboro, OR. ‘PTC8506V’ was asexually reproduced by apical and sub-apical semi-herbaceous stem cuttings in Hillsboro, Oregon for eight cycles. Asexual reproduction has demonstrated that ‘PTC8506V’ reproduces true to type with all of the characteristics, as herein described, and firmly fixed and retained through successive generations of asexual propagation.
[0007] The new variety is named ‘PTC8506V’ and is characterized as having elevated levels of THCV. In comparison to its parents, ‘PTC8506V’ has higher THCV (relative to either parent), and higher THC relative to the pollen donor plant. ‘PTC8506V’ can additionally be distinguished from either parent at least based on the characteristics provided in Table 1.
[0008] TABLE 1Comparison to Parent Varieties.TrichomeAromaAromaGrowthInter-MaturityVarietyCoverageStrengthTypeHabitnodeTime‘21GAQ-HeavyStrongSweetUprightModer-8-91271’cookies,atelyweeksearth,longgarlic‘21VLP5-1-LowModer-Grass,Moder-Long10-12102’atelyearth,atelyweeksweakcitruswide‘PTC8506V’ModerateModer-Pine,UprightModer-8-10atelyearth, atelyweeksstrongfuel,longand aslightfruiti-nessBRIEF DESCRIPTION OF THE PHOTOGRAPH
[0009] FIG. 1 is a photograph of a flowering plant of ‘PTC8506V’ that is approximately 83 days old, growing in Hillsboro, Oregon.DETAILED BOTANICAL DESCRIPTION
[0010] The following is a detailed description of the new Cannabis variety ‘PTC8506V’. Unless otherwise indicated, all color designations provided herein are hex color codes.
[0011] All breeding, cultivation, and chemotype analyses were conducted in Hillsboro, Oregon.
[0012] Cannabis plants having elevated THCV or THC levels were sourced and obtained, and crosses were conducted to produce new varieties to further elevate THCV and THC levels. The plants were crossed to produce new varieties having elevated THCV and THC levels. Plant variety ‘PTC8506V’ was selected and asexually reproduced.
[0013] Table 2 describes the general characteristics of ‘PTC8506V’ at 55 days after lighting was changed to 12 hours on / 12 hours off.
[0014] TABLE 2Plant life formsAn herbaceous plant (herb)Plant growth habitAn upright, tap-rooted annual plant, forming fibrousroots whenasexually propagatedPlant originA controlled cross between pollen acceptor(‘21GAQ-1271’) and pollen donorplant (‘21VLP5-1-102).Plant propagationAsexually propagated by apical and sub-apical semi-herbaceous stem cuttingsPropagation EaseEasyPlant shapeSimple erectHeight117 cm to 121 cmWidth87 cm to 101 cmTime to harvest10-12 weeksResistance to pests or diseasesUnknownGMO?No
[0015] Table 3 describes the leaf / foliage of ‘PCT8506V’. Color codes are hex color codes.
[0016] TABLE 3Leaf ArrangementAlternateLeaflet TypePalmately compoundLeaflet StructureSerrated margins, lightly acicular to lanceolate leaflets,tapering to an acuminate apexLeaflet MarginsJaggedly serrate with each tooth apex angled towardleaflet apexLeaf hairsPresent on both upper andlower surfacesLeaf length with petiole at18.5 cm to 23 cmmaturityPetiole length at maturity6 cm to 9.5 cmPetiole diameter at maturity1.9 mm to 2.5 mmPetiole color#6B4247Anthocyanin color and intensity#F9CCC5. Medium intensity in Petiolesin vegetative stage;stronger in flowering stageStipule length at maturity6.2 mm to 6.8 mmStipule shapeLinear with slight curvaceous growthStipule color#3C4D03No. of leaflets3 to 7Middle largest (longest) leaflet12 cm to 17.5 cmlengthMiddle largest (longest) leaflet2.5 cm to 3.1 cmwidthMiddle largest (longest) leaflet3.8 to 4.8length / width ratioNo. teeth of middle leaflet28 to 34Leaf (upper side-adaxial) color#35530ALeaf (lower side-abaxial) color#35530ALeaf glossinessMatteVein / midrib shapeObliquely continuousthroughout leafletVein / midrib color#E6DAA6AromaEarthy notes of pine, fuel, and a slight fruitiness
[0017] Table 4 describes the stem of ‘PTC8506V’.
[0018] TABLE 4Stem shapeHollow, ribbed, textureStem length117 cm to 121 cmStem strengthStrong and uprightStem diameter at base13.6 mm to 14.5 mmStem color#373E02Depth of main stem ribs / groovesShallowInternode length3 cm to 9.5 cm
[0019] Table 5 describes the inflorescence of ‘PTC8506V’.
[0020] TABLE 5Inflorescence typeElongated compound cymesFlowering (blooming) habitNatural flowering season is Autumn in Hillsboro, Oregon.Proportion of female plants100% pistillateInflorescence positionTerminal and axillaryNumber of inflorescences 100 to 150produced per plantFlower arrangementCymoseLength of inflorescences3 cm to 3.8 cmNumbers of flowers per plantHundreds to thousands flowers per plant, multitudinous, congestedwith high concentrations on bushier wide inflorescenceFlower shapeUrceolateFlower (individual pistillate) 5.1 mm to 5.3 mmlengthFlower (individual pistillate) 2 mmdepthFlower (compound cyme) 5.5 cm to 8 cmdiameterCorollaNo defined corollaCorolla colorN / ABract shapeUrceolateBract color#4B5D16Typical bract numbers3 to 200 bracts per inflorescence.Bract length3 mm to 5mmBract width2.3 mm to 2.7 mmBract apex and base descriptionBracts have a rounded base and caudate apex.Bract TextureBract texture is smooth and covered with sticky trichomes.Bracteole number, shape, length, Bracteoles are not presentwidth, apex, margin, base descriptors, texture, and colorCalyx shapeNo defined calyxCalyx colorN / APistil number per flowerOnePistil colorPistil consists of the stigma, style, and ovary and cannot be given a single color.Stigma shapeAcuteNumber of stigmas per flowerTwoStigma length4.6 mm to 6.5 mmStigma color#373E02Trichome shapeCapitate-stalked glandularTrichome color#F1E7E2Terminal inflorescence shapeOblongTerminal inflorescence color#B7E1A1Terminal inflorescence length12.5 cm to 14 cmTerminal inflorescence width5 cm to 6.5 cmPedicelAbsentPeduncle length6.8 mmPeduncle diameter4.1 mmPeduncle textureLightly ribbedPeduncle color#9BB53CStaminate shapeNo staminate flowers produced naturally; however, maleflower (staminate) can beinduced with stress or ethylene-blocking compoundsSepal colorN / APollen descriptionN / APetal descriptionApetalous
[0021] Table 6 describes other characteristics of ‘PTC8506V’
[0022] TABLE 6Time period and condition 8 to 10 weeksof flowering / bloomingProportion of hermaphrodite Lower (<5%) in clonesplantsHardiness of plantHardy to tolerate of warm and dry conditionswithout showing stress. Not tolerant to soiloversaturated with water for long periods
[0023] Chemical analyses were conducted using High Performance Liquid Chromatography to detect the cannabinoids described herein. Table 7 describes a chemotype analysis of ‘PTC8506V’, which was chemotyped by taking a sample from the main cola at day 56 after initiation of the 12:12 light cycle, which initiates flowering. Trichomes were 70% cloudy and 5% amber, indicative of full maturity at sampling.
[0024] TABLE 7Cannabinoid and other chemicals% wtTotal THC4.613Total THCV11.067Total CBG0.047Total CBD<LODTotal CBC<LODTotal CBGV<LODTotal CBDV<LODalpha-Pinene0.057Camphene0.011beta-Myrcene1.557beta-Pinene0.098delta-3-Carene<LOQalpha-terpinene<LOQD-Limonene0.211beta-Ocimene0.275p-Cymene<LOQEucalyptol<LOQgamma-Terpinene<LOQTerpinolene<LOQLinalool0.003Isopulegol<LOQGeraniol<LOQbeta-Caryophyllene0.05alpha-Humulene0.0227Nerolidol 1<LOQNerolidol 20.011Guaiol<LOQCaryophyllene Oxide0.011alpha-Bisabolol0.026Total Terpenes2.315
Claims
1. A new and distinct variety of Cannabis sativa designated ‘PTC8506V’ as herein described and illustrated.