12 results about "Rosaceae" patented technology

The application belongs to the technical field of plant genetic engineering, and discloses a functional gene PbCOB.A.1 and application thereof. The in-vitro expressed recombinant protein PbCOB.A.1 can promote pollen tube growth of Rosaceae fruit trees, improve pollination efficiency, and expand the regulation mechanism of non-S factors participating in self-incompatibility reaction in pears. The mechanism of pear pollen tube elongation is researched by using magnetic transfection technology, so that the labor cost can be greatly reduced, and a theoretical basis is provided for pear breeding work.

The invention relates to application of a group of InDel markers for efficiently identifying distant hybridization filial generations of apples and pears. The invention discloses a group of InDel markers for efficiently identifying distant hybridization filial generations of apples and pears. Wherein the InDel-1, the InDel-2, the InDel-3 and the InDel-4 are respectively positioned on a chromosome 3, a chromosome 2, a chromosome 6 and a chromosome 14 of an apple reference genome. Through the combined use, 100%, 80.4%, 72.4% and 82.5% of hybrids can be respectively identified in hybrid populations of 'Jinguan' * 'Zhuangzhuang', 'Jinguan' * 'Jinzhuang', 'Fuji' * 'Zhuangzhuang' and 'Fuji' * 'Jinzhuang'. Therefore, the InDel molecular marker disclosed by the invention can provide a rapid and accurate identification method for distant filial generations of apples and pears, and also provides an important tool for creating new varieties of rosaceae fruit trees.

To provide an intestinal disorder controlling agent, an antiallergic agent, an immunopotentiator and an intestinal adhesion improver of lactic acid bacteria, safely ingestible, inexpensively available and excellent in intestinal adhesion improving action of lactic acid bacteria.SOLUTION: The agent of the present invention contains a flower extract. The flower is a flower of Lythraceae, Asteraceae, Fabaceae, Rosaceae or Iridaceae, and is particularly preferably at least one selected from the group consisting of safflower, pomegranate, kudzu, cherry, chrysanthemum, saffron, peach and rose.SELECTED DRAWING: Figure 1

The invention relates to the technical field of short-petal rose cultivation, discloses a short-petal rose cultivation method and aims to stably cultivate short-petal roses. The method comprises the following steps: selecting a land parcel in which rosaceae and Chinese rose plants are not planted in recent three years, deeply ploughing, applying a base fertilizer, disinfecting by solar energy, and ventilating for later use; a greenhouse is built in a standby land parcel, parallel ridge bodies with the ridge spacing of 0.6-0.8 m and the ridge height of 25-35 cm are arranged in the greenhouse, a drip irrigation system is arranged, and the ridge surfaces and furrows are covered with grass-proof cloth; the method comprises the following steps: taking more than 6 generations of asexually propagated 1-year-old short-petal rose stock plant stems, disinfecting and promoting roots to obtain cutting seedlings, planting the cutting seedlings at 15-25 DEG C according to the row spacing of 0.4-0.6 m, and recovering the seedlings; performing timed drip irrigation, periodic fertilization, branch pruning and pest control on the short-petal rose young plants after seedling recovery to obtain short-petal rose adult plants. The method is standard in operation, capable of stably cultivating the short-petal roses and suitable for large-scale cultivation.

WATER-SOLUBLE EXTRACT FROM A PLANT OF THE PRUNUS SPECIES TO PREVENT THE DELETE EFFECTS OF THE EXPOSOME. The present invention relates to the use of a flower extract from a plant of the Rosaceae family and the Prunus genus, or a composition thereof, to protect the skin from the deleterious effects of the exposome, including disruption of the barrier function, neurogenic inflammation, irritation, and oxidative stress. The invention is thus intended to prevent the clinical signs of premature aging, including the appearance of hyperpigmentation spots responsible for loss of skin tone uniformity and skin hyperreactivity.

The invention discloses an overground whole herb extract of isodon amethystoides and application thereof, the overground whole herb part of isodon amethystoides is taken, the obtained extract is characterized by being alcohol extracted total extract of the whole herb, the alcohol extracted total extract is respectively and sequentially extracted by petroleum ether, ethyl acetate and n-butyl alcohol, and respective extracted parts and residual water-soluble parts are separated. The isodon amethystoides herb extract disclosed by the invention has an effect of resisting mycobacteria, which is expressed by inhibiting the growth activity of mycobacteria, including mycobacterium tuberculosis. The isodon amethystoides herb extract disclosed by the invention can be used for preparing a medicine for resisting mycobacterium tuberculosis.

This invention discloses a method for preparing biphenyl compounds from hawthorn leaves and their applications, belonging to the field of pharmaceutical technology. The biphenyl compounds from hawthorn leaves, as shown in the structural formula below, are obtained by separating the 70% ethanol extract from the dried leaves of hawthorn (Crataegus pinnatifida Bge.), a plant of the Rosaceae family, using various column chromatography and HPLC methods. DPPH free radical scavenging activity tests show that compounds 1 and 2 have good DPPH free radical scavenging activity, and their activity is stronger than that of the positive control drug VC. ABTS free radical scavenging activity tests show that compounds 1 and 2 have good ABTS free radical scavenging activity, and their activity is stronger than that of the positive control drug VC. Compounds 1 and 2 provided by this invention exhibit superior antioxidant activity; therefore, the biphenyl compounds described in this invention have the potential to be used in the preparation of clinical antioxidant drugs.

The invention discloses an IRAP marker primer developed based on a cherry genome, develops a specific IRAP marker primer based on an LTR-RT family of the cherry genome, establishes an efficient and stable detection system, not only can solve the technical bottleneck in current cherry germplasm identification and genetic analysis, but also can provide a new tool for cross-species research of rosaceae fruit trees, and has a wide application prospect. The method has important significance on sustainable development of the cherry industry.

This utility model relates to a quick connection device for single-screw extrusion injection molding of artificial flowers of the Rosaceae family. It includes a fastening mechanism fixed to the base of a mold, with an electromagnetic material A at one end of the fastening mechanism near the mold. A guide rod perpendicular to the mold is mounted on the fastening mechanism, and an injection head perpendicular to and adapted to the mold's feed inlet slides on the guide rod. The injection head is connected to the discharge port of the single-screw extruder via a conveying pipe. The injection head is connected to the fastening mechanism via a return spring, and an electromagnetic mechanism B is mounted on the injection head. This utility model uses the attraction between electromagnetic material A and electromagnetic mechanism B to drive the injection head toward the mold's feed inlet and press the injection head and mold together, thereby connecting the single-screw extruder and the mold cavity. The return spring drives the injection head to automatically detach from the mold, thus quickly connecting the single-screw extruder and the mold. This method is simple, efficient, safe, and reliable.

The application provides a rose RhBEE3 The application of the gene in regulating the development of lateral buds of a plant belongs to the technical field of plant genetic engineering. The plant is a rose plant, and the rose plant is a rose. RhBEE3 The application of the gene in regulating the development of lateral buds of a plant, wherein the plant is a rose plant, the rose plant is a rose, and the regulation of the development of lateral buds comprises that the lateral buds cannot grow and / or original compound leaves are converted into simple leaves. The application finds a new function and mechanism through research, thereby providing a method for regulating the germination of lateral buds by changing the expression in plants. RhBEE3 The application of the gene in regulating the development of lateral buds of a plant belongs to the technical field of plant genetic engineering. The plant is a rose plant, and the rose plant is a rose. RhBEE3 The application of the gene in regulating the development of lateral buds of a plant, wherein the plant is a rose plant, the rose plant is a rose, and the regulation of the development of lateral buds comprises that the lateral buds cannot grow and / or original compound leaves are converted into simple leaves. The application finds a new function and mechanism through research, thereby providing a method for regulating the germination of lateral buds by changing the expression in plants.

The application discloses a key gene for regulating the stress resistance of Rosa chinensis RcERF110 and application, the nucleotide sequence of which is shown as SEQ ID No. 1, the amino acid sequence is SEQ ID NO. 2, the expression mode of the gene RcERF110 is significantly induced by drought stress and high-temperature stress. Through a genetic transformation experiment, it is found that overexpression of the gene in a model plant tobacco can significantly enhance the drought resistance and high-temperature resistance of the transgenic plants. Further gene silencing experiments in Rosa chinensis prove that inhibiting the expression of the gene RcERF110 can significantly reduce the dehydration tolerance of petal tissues and weaken the heat stress resistance of the plants. Not only does the application provide a new theoretical basis for analyzing the molecular mechanism of the response of plants in the Rosaceae family to abiotic stress, but also lays an important foundation for creating drought-resistant and heat-tolerant Rosa chinensis germplasm through molecular breeding technology, and has important application value for genetic improvement of the stress resistance of horticultural plants.