57 results about "Double-flowered" patented technology

A new and distinct cultivar of Ranunculus plant named ‘BC UALLABI’ is disclosed. characterized by a novel flower form; double daisy-like flowers on well branched flower stems. Flower petals are Strong pink, RHS 49A. Flower stems are 15 to 35 cm long. The new variety is a Ranunculus. normally produced as a cut flower and potentially useful as an ornamental plant.

This invention discloses a method for improving the asexual propagation of the new double-flowered crape myrtle variety 'Yunshang', comprising the following steps: (1) selecting a suitable grafting time; (2) selecting a suitable type of grafting rootstock; (3) selecting a suitable scion; and (4) selecting a suitable grafting method. By optimizing relevant process parameters using the method of this invention, the grafting survival rate of the new double-flowered crape myrtle variety 'Yunshang' is extremely high (96.67%), and its growth rate is also relatively fast (i.e., an annual growth of 167.68 cm). This allows for the rapid propagation of a large number of double-flowered crape myrtle 'Yunshang' seedlings, with excellent seedling quality. This method can maintain the superior traits of the new double-flowered crape myrtle variety 'Yunshang', meet the grafting requirements of the new double-flowered crape myrtle variety 'Yunshang', and quickly obtain high-quality seedlings of the new double-flowered crape myrtle variety 'Yunshang', which can be widely promoted and applied.

The invention relates to a novel beverage and a preparation method thereof. Comprising the following components in percentage by weight: 0.05%-0.6% of a double-petal red rose distillation extracting solution, 0.05%-0.6% of food-grade hyaluronic acid, 0.05%-0.6% of xylitol or erythritol, 0.1%-0.3% of a butterfly bean flower extracting solution, 0.05%-0.2% of a turmeric root extracting solution, 0.03%-0.1% of mint leaf essence, 0.1%-0.4% of chia seed powder, 0.2%-0.5% of aloe juice, 0.1%-0.3% of a pomegranate extracting solution, 0.05%-0.2% of a green tea extracting solution, 0.02%-0.1% of citric acid and the balance of water. Hyaluronic acid and rose hydrolat are added, so that the oral liquid has the effects of moisturizing, resisting aging, soothing liver-qi stagnation and relieving and reducing pressure after being orally taken, aloe polysaccharide and chia seeds form a stable colloidal network, satiety and skin repair capacity are improved, low sugar and low burden are achieved, pomegranate ellagic acid has the effects of resisting inflammation, natural color matching with butterfly bean flowers is achieved, visual interest is enhanced, green tea catechin and curcumin are compounded to resist oxidation, promote metabolism and strengthen immunity, and the oral liquid has the effects of promoting metabolism and improving immunity. And the defects of irritation, single nutrition and the like of the traditional beverage are overcome.

The invention relates to a method for regulating and controlling a flower type by silencing a peony organ gene based on a transient expression system, which belongs to a peony flower type regulation and control method and comprises the following steps of: designing a specific primer aiming at a target gene PsuAG, obtaining a target fragment through PCR (Polymerase Chain Reaction) amplification, and inserting the target fragment into a transient expression vector to construct a gene silencing fusion expression vector; introducing the gene silencing fusion expression vector into an agrobacterium competent cell, preparing an infection solution to infect a peony plant, and injecting the infection solution into a pedicel by using an injector when a flower bud of the peony plant develops to an initial stage of a large wind chime period; when the flower buds grow to the initial stage of the round peach stage, injecting the infection liquid into pedicels and sepal bases; after each time of injection, weak light culture is carried out under a shading condition. The efficient silencing of the key gene PsuAG for regulating stamen petals is realized, and the double petals rate of the peony flower type is improved. The method does not need to depend on a stable genetic transformation system, operation is directly carried out on floral organs of a complete plant, and the gene function verification period is remarkably shortened.

The application discloses a box type soilless cultivation method of heavy-petaled lily Spathiphyllum floribundum, and comprises the following steps: S1, filling at least 1.5 cm thick substrate in a germination box, taking out lily bulbs one by one from a turnover box, orderly arranging and placing the lily bulbs in the germination box, and pouring water; S2, moving the box-cultivated lily into a germination refrigerator, and germinating at a temperature of 8-15 DEG C; S3, transplanting preparation; S4, transplanting the germinated bulbs into the cultivation substrate of a cultivation box, and vertically arranging the germination bulbs; S5, after the germination bulbs are planted, keeping the temperature at 20-25 DEG C during the day, 15-18 DEG C at night, the suitable soil temperature at 12-15 DEG C, and the environmental humidity at 70%-75%; and S6, collecting the lily cut flowers when the lily flower bulbs are planted for 90-140 days and the flower buds begin to show color, and obtaining the lily cut flowers. The box type cultivation method uses the cultivation area in the maximum efficiency, can effectively improve the substrate utilization rate, effectively avoids the rotation obstacle, and can produce 2-3 crops of lilies in the same year.

This item is a cup with a stand, consisting of five components: a stand, a cup, a holder, a pedestal, and a lid, as shown in the "Reference Diagram Explaining the Components Disassembled." When used together, these components allow one to enjoy the "blooming order, blooming, and final blooming of plum and cherry blossoms" through a series of changes in appearance caused by the movement of liquid and the increase or decrease in volume. The stand is colorless and transparent, with a constriction in the vertical center, inside which an orifice is formed to allow liquid poured from above to drip downward drop by drop. As shown in the "Reference End View of the Stand Cut along Line CC" and the "Reference End View of the Stand Cut along Line DD," respectively, the upper half of the stand has a cross-sectional shape resembling a double-flowered flower, while the lower half has a cross-sectional shape resembling a single-flowered flower. As a result, when water is poured into the stand, the water surface seen from above appears to be blooming plum blossoms, and as the water drips drop by drop from the orifice, it appears as if the plum blossoms are finally blooming. The cup is colorless and transparent, with the inside of the base cut in the shape of a cherry blossom, and the outside of the hemispherical base is translucent. The outer surface of the side features a spiral depression, and the inside of the side increases in thickness toward the bottom. Water poured into the cup through this shape and the stand causes reflection and refraction, resulting in various appearances depending on the viewing angle and amount of water. The holder has a clockwise spiral edge from the top to the middle. The inside of the side features a dotted depression. The cradle supports the stand, cup, and holder, and has a central depression that slightly sinks the holder. The lid functions as a cover to cover the top of the stand before use, and after use, the stand is placed on it and can be used as a stand to catch any remaining drops. A plum bud pattern is also engraved in the center of the flat surface to prevent it from being mistaken for a cradle. When you first start using this item, you remove the plum bud from the lid, which gives the impression of plum blossoms blooming on the stand. The method of using this item is explained below. First, remove the lid, which is decorated with a plum bud pattern, and pour water into the stand. The surface of the water, as seen from above, has a cross-sectional shape that represents the double-flowered flowers in the upper half of the stand, making it look like plum blossoms are blooming (see reference figures 1 to 3 for an explanation of how it is used).Next, as the water drips drop by drop from the orifice, the plum blossoms on the water's surface become smaller and eventually disappear, giving the appearance of the plum blossoms finishing blooming. This represents the plum blossoms finishing blooming, which is described as "spilling." From the outside of the stand, the liquid dripping from the orifice can be seen as sand in an hourglass, creating the impression of the seasons changing and the blossoms blooming in succession, from plum to cherry blossom. Once all the water has spilled from the stand, remove the stand and place it on the inverted lid (see Reference Figure 5 for an explanation of how it is used). Looking at the water in the cup from directly above, the three-dimensional cut cherry blossoms appear slightly larger (see Reference Figure 6 for an explanation of how it is used). These appearances create the impression of cherry blossoms blooming. When the cup filled with water is viewed from diagonally above while set in the holder, the dot pattern on the inside of the holder appears to disappear due to the refraction of the water. Next, lift the cup and holder from the holder stand onto your left palm, like turning a tea bowl in the tea ceremony, and the dot pattern on the inside of the holder becomes visible from the front. Then, with your right index finger, trace the spiral edge of the holder from directly behind, rotating the cup clockwise twice with your fingertips. This action, combined with the spiral depressions on the outer sides of the cup and the refraction of the water, makes the dot pattern appear to fall and sparkle like fluttering cherry blossoms (see Reference Figures 7-10 for an explanation of the use state). Furthermore, when you lift the cup from the holder and look at it from the side, you can see the three-dimensional cuts in the shape of the cherry blossoms that were hidden by the holder, creating the impression of cherry blossoms blooming. As you continue to drink the water and the water level gradually lowers, the three-dimensional cuts in the shape of the cherry blossoms return to their original appearance. This gives the impression that the cherry blossoms have finished blooming. This series of perceptions embodies the custom of cherry blossom viewing, where you alternate between admiring the blooming and fluttering cherry blossoms. Finally, when you look at the bottom of the cup after finishing drinking, you will see that there are still droplets of water in the small plum blossom-shaped depression in the center of the three-dimensional cherry blossom-shaped cut. This allows you to notice that the first few drops that spilled from the stand had spilled in the shape of a plum at the bottom of the cup hidden by the holder (Reference Figure 11, explaining how it is used).

The present application relates to the technical field of plant molecular biology, and particularly relates to a SNP molecular marker related to plum flower single petal single pistil or multi-petal multi-pistil traits and application. The SNP molecular marker is simultaneously closely linked to plum petal quantity and pistil quantity traits, early identification of plum flower single petal single pistil and multi-petal multi-pistil traits can be realized by using the SNP molecular marker, and single petal single pistil and multi-petal multi-pistil plum varieties can be quickly, accurately and efficiently identified in the plum seedling stage. When used for assisted breeding, the screening period of high-quality plum can be shortened, the breeding workload can be reduced, and the present application has a broad application prospect.

The invention discloses a herbal atomized moxibustion medicament, a preparation method thereof and application of the herbal atomized moxibustion medicament in preparation of atomized moxibustion health-care products. The traditional Chinese medicine composition comprises the following components in parts by mass: 2-15 parts of ginseng, 3-8 parts of agilawood, 2-7 parts of lucid ganoderma, 1-5 parts of platycodon grandiflorum, 1-5 parts of honeysuckle, 3-8 parts of borneol, 3-8 parts of medlar, 8-20 parts of rhizoma polygonati and 8-20 parts of cistanche. According to the invention, an atomization technology and a moxibustion method are combined, and plant herbs are atomized and roasted, so that not only is the natural curative effect of herbaceous plants reserved, but also the treatment effect is further enhanced by virtue of the warm stimulation effect of the moxibustion method.

A new Dahlia plant designated ‘KLEDH24725’ particularly distinguished by light pink and white flowers with varying color proportions, and a double composite head inflorescence held above the foliage as described herein.

The invention relates to a method for improving peony double petal flower types, which belongs to the peony flower type regulation and control technology, indoleacetic acid and a Tween-20 stock solution are used for preparing auxin treatment liquid, the concentration of the indoleacetic acid in the auxin treatment liquid is 25-35 mg.L <-1 >, and the volume concentration of the Tween-20 is 0.04-0.05%; when the flower buds of the peony plants grow to the initial stage of the round peach period, spraying auxin treatment liquid to the whole peony plants by using a pressurized sprinkling can, and performing normal maintenance after spraying; when the flower buds of the peony plants develop to the initial stage of the color exposure period, spraying the auxin treatment liquid to the whole peony plants by using the pressurized sprinkling can again, and maintaining until the peony plants bloom after the auxin treatment liquid is sprayed. By means of the adjusting effect of indoleacetic acid on flower organ development, the growth hormone treatment liquid is quantitatively sprayed in the round peach stage and the initial stage of the color exposure stage, intervention on the petal forming process is achieved on the premise that plant growth and the flowering phase process are not affected, the ornamental characteristic of peonies is effectively enhanced, and the flower quality is improved. The application range of the high-double-petal ornamental variety is expanded, and the commodity value is improved.

A new and distinct cultivar of Dahlia plant named ‘LeeAnn's BA67C’ is disclosed, characterized by bright pink, fully double full ball form blooms on plants with a strong, upright growth habit. Flowers are held above the foliage canopy and have a consistent quality throughout the growing season. Flowering stems have an above average strength with a firm blossom attachment. Inflorescences have strong postproduction quality. The new variety is a Dahlia typically produced for cut flower purposes, or garden or landscape.

A new and distinct cultivar of intersectional hybrid (Itoh) Paeonia plant named ‘Smithopus4’ is disclosed, characterized by large lemon-yellow flowers with slight red streaks which are semi-double to fully double form and carried on strong stems, which present the flowers above and beyond the foliage. Plants have dissected foliage, which lasts through the fall and is disease resistant. Plants have a symmetrical, compact plant habit / shape which is excellent in the landscape. The new variety is an intersectional hybrid (Itoh) Paeonia normally produced as an outdoor ornamental garden plant.

The present application belongs to the technical field of strawberry breeding, and more particularly relates to a KASP marker for identifying a double flower trait of a red flower strawberry, a primer and an application thereof. The present application provides a KASP marker for identifying a double flower trait of a red flower strawberry, wherein the SNP site is located at position 22801452 on chromosome 7-1, has a T or C polymorphism, and a red flower strawberry with a TT homozygous type at the site is double flowered. The KASP marker is closely related to the double flower trait of the red flower strawberry, and can be used for rapid identification and breeding of a double flower red flower strawberry variety.

1. Name of the designed product: accessory for ornament (round petal double flower). 2. Use of the designed product: for accessory for ornament. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view.

The present application relates to the field of agricultural cultivation technology, and particularly relates to a method for preventing the petal reversion of double peony, comprising the following steps: soil disinfection, low-temperature germination, bulb planting, temperature regulation and light management after planting, and water and fertilizer management for regulating the growth conditions of double peony petals. The present application significantly reduces the occurrence of petal reversion of double peony by low-temperature germination, bulb planting, temperature regulation and light management after planting, guarantees the high double peony characteristics of double peony, improves the commodity traits and ornamental quality of double peony, avoids the generation of defective flowers, and improves the ornamental value and commercial value.

A new and distinct cultivar of Dahlia plant named ‘DDAHCHPRPL’ is disclosed, characterized by double flowers with dark purple centers and light purple margins. Plants have upright habits and dark green foliage. The new variety is a Dahlia, typically produced as an ornamental plant.

A new and distinct cultivar of Hydrangea plant named ‘HORE9103’, characterized by its relatively compact, upright to broadly spreading plant habit; relatively moderately vigorous growth habit; freely branching habit; strong and sturdy stems; freely flowering habit; panicles with double-type sterile flowers that are light purple in color; and good postproduction longevity.

The invention provides an RhAG promoter methylation regulatory protein and application thereof in development regulation of Chinese rose petals. Specifically, the invention provides an RhAG promoter methylation regulatory protein RhDRM2, RhBIM1 or RhBIM2, or a coding nucleotide sequence, an expression vector or a host cell thereof, and application of the RhAG promoter methylation regulatory protein RhDRM2, RhBIM1 or RhBIM2 in Chinese rose petal regulation or RhAG promoter methylation regulation, especially application of the RhAG promoter methylation regulatory protein RhDRM2, RhBIM1 or RhBIM2 in low temperature induction resistance or double petal flower breeding. The invention provides an effective genetic engineering breeding means for low-temperature-resistant variety or double-petal breeding of Chinese rose, and has a wide application prospect.

A new Kalanchoe plant particularly distinguished by double flowers with purple color, small leaves, and a compact, upright, and free flowering plant habit, is disclosed.

The invention provides ginseng paste capable of resisting oxidation and improving qi and blood, a ginseng compound extracting solution and a preparation method. The ginseng compound extracting solution is obtained by extracting a decoction piece set; the decoction piece set comprises longan aril, honey, ginseng, radix polygonati officinalis, mulberry, Chinese date, donkey-hide gelatin, black-bone chicken freeze-dried powder, saussurea involucrata culture dry product, lycium ruthenicum, black adenosine, sorbus pohuashanensis, paeonia ostii, seville orange flower, tea flower, 50-200 parts of double-petal red rose, roselle, spina date seed, lily, poria cocos, coix seed, phaseolus calcaratus, white hyacinth bean, 50-200 parts of lotus seed and liquorice. The FTIR infrared spectrum of the ginseng compound extracting solution has a-COOH characteristic absorption peak at 1713.21 cm <-1 >, and the ginseng compound extracting solution has a supramolecular structure. The ginseng compound extracting solution and the ginseng paste provided by the invention have the effects of resisting oxidation and improving qi and blood.

A new and distinct cultivar of Rose plant named ‘ALTenglanda’ is disclosed, characterized by distinctive fully double flowers rich apricot flowers with an average of 50 to 60 petals. The new cultivar is a vigorous upright shrub rose with continuous repeat flowering after the second year of planting. Plants have dark, foliage resistant to black spot and powdery mildew disease. The new variety is normally produced as an outdoor garden or container plant.

Provided is a method for clarifying the traits and genotype of "kasuri flower", the genotype of which has not been clear and the traits of which has been vaguely defined so far, and for producing new varieties of Lisianthus with various flower shapes and / or flower colors including kasuri flower, by utilizing the heredity pattern of Lisianthus including the genotypes of yellow flower, white flower, octuple, double, single, and ornamental traits. This method for producing new varieties of Lisianthus uses a genotype corresponding to a flower color trait and / or a flower shape trait of Lisianthus, wherein the genotype is (a) a genotype BXBX of a complex allele involved in the expression of the traits of fully colored flowers, dark kasuri flowers, and light kasuri flowers, respectively (BX is a complex allele represented by BM, BD, and BL, of which BMBM indicates homozygous for fully colored flowers, BMBD (or BDBM), BMBL (or BMBL) indicates heterozygous for fully colored flowers, BDBD indicates homozygous type for dark kasuri flowers, BDBL (or BLBD) indicates heterozygous for dark kasuri flowers, and BLBL indicates homozygous for light kasuri flowers).

A new Dianthus plant named ‘KLEDG24696’ particularly distinguished by double, round flowers, and petals with a reddish-purple color, is disclosed.

The invention discloses flavone-rich rose hip vinegar and a preparation method thereof, and belongs to the technical field of food fermentation. The method comprises the following steps: washing and crushing double-petal red roses, adding a solvent and a compound enzyme, and carrying out ultrasonic extraction, enzymolysis, sterilization and filtration to obtain a rose enzymolysis extracting solution; washing and crushing double-petal red roses, adding the rose enzymolysis extracting solution and dry yeast special for fruit wine, fermenting, squeezing and filtering, inoculating an acetic bacteria seed solution, controlling conditions, and fermenting until the total acid content is preset, so as to obtain original rose fruit vinegar; clean rose buds or clean rose petals are added into the original vinegar, flower residues are removed after low-temperature closed extraction, and vinegar liquid is obtained; and performing refined filtration, sterilization and filling to obtain a flavone-rich rose hip vinegar finished product. In the prepared rose hip vinegar, the total flavone content is greater than or equal to 1.2 mg / mL, and the total acid content is 4.0-6.0 g / 100mL. The technical problem that existing fruit vinegar cannot meet the double requirements of consumers on flavor richness and health-care combination of drinks is solved.

A new and distinct cultivar of intersectional hybrid (Itoh) Paeonia plant named ‘Smithopus12’ is disclosed, characterized by large light yellowish pink colored flowers with bright pink streaks of single or semi-double form carried on strong stems, which present the flowers above and beyond the foliage. Plants have, dissected foliage, which lasts through the fall and is also disease resistant. Plants have a symmetrical, compact plant habit / shape which is excellent in the landscape. The new variety is an intersectional hybrid (Itoh) Paeonia normally produced as an outdoor ornamental garden plant.

This invention discloses a method for inducing the reversal of flower shape and restoring fertility in highly double-flowered peony varieties. The method involves artificially intervening in the flower buds of highly double-flowered peony varieties to reverse the flower shape, resulting in the formation of normal stamen and pistil tissues. The anthers and stigmas develop normally or partially normally, thus restoring the fertility of the highly double-flowered peony varieties. The restoration of fertility in highly double-flowered peony varieties is beneficial for cultivating peony varieties with more petals and more complex flower shapes. As the number of petal layers increases, the flowering period tends to be later, providing more material selections for the cultivation of new late-flowering peony varieties. It also offers a good solution to the current shortage of late-flowering peony varieties and the enrichment of late-flowering parent materials. By cultivating more new late-flowering peony varieties and extending the overall flowering period of peonies, greater social and economic benefits will be achieved.

A new and distinct cultivar of Rose plant named ‘ALTsky’ is disclosed, characterized by distinctive semi-double flowers dark pink flowers with an average of 15 petals. The new cultivar is a low-growing shrub rose which blooms prolifically. Plants have dark, foliage resistant to black spot and powdery mildew disease. The new variety is normally produced as an outdoor garden or container plant.

A new and distinct cultivar of Dahlia plant named ‘DDAHCHRDFL’ is disclosed, characterized by abundant red and yellow colored double flowers, dark green foliage, and an upright habit. The new variety is a Dahlia, typically produced as an ornamental plant.

A new and distinct cultivar of Dahlia plant named ‘DDAHCHASTP’ is disclosed, characterized by red-purple double flowers with closed, dark purple centers when opening, then develop white “halos” at the base when mature. Plants have upright habits and dark green foliage. The new variety is a Dahlia, typically produced as an ornamental plant.