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129 results about "Brassica rapa" patented technology

Brassica rapa is a plant consisting of various widely cultivated subspecies including the turnip (a root vegetable); napa cabbage, bomdong, bok choy, and cime di rapa (leaf vegetables); and Brassica rapa subsp. oleifera, an oilseed which has many common names, including turnip rape, field mustard, bird rape, and keblock.. The oil made from the seed is sometimes also called canola or colza ...

Bactericide used for controlling brassica rapa pekinensis downy mildew and prepared by complexation of bacillus subtilis and chemical bactericide

The invention relates to a pesticide, and especially relates to a complex bactericide composed of bacillus subtilis and a chemical bactericide. The bactericide is used for controlling brassica rapa pekinensis downy mildew. The bactericide comprises the chemical bactericide, bacillus subtilis XM16 CGMCC No.0372, and auxiliary materials. The bactericide is characterized in that the chemical bactericide in the active components is any one selected from metalaxyl, propamocarb, and mancozeb. A biocontrol bacterium is bacillus subtilis XM16, with the strain collection number of CGMCC No.0372. A weight ratio of metalaxyl to bacillus subtilis XM16 is 1-8:1-10. A weight ratio of propamocarb to bacillus subtilis XM16 is 1-10:15-140. A weight ratio of mancozeb to bacillus subtilis XM16 is 1-15:1-10. A form of the bactericide is usually hydrophilic powder or aqueous solution. The complex agent of the biocontrol bacterium and the chemical bactericide has a substantial synergetic effect in controlling brassica rapa pekinensis downy mildew. The biocontrol bacterium bacillus subtilis XM16 is advantaged in high bacteriostatic activity, high stress resistance, and wide bactericidal spectrum. The biocontrol bacterium is complexed with the oomycetes chemical bactericide, such that the pesticide dosage is reduced, and controlling effect is improved. The bactericide is an environment-friendly bactericide. The bactericide is advantaged in high biological safety, low cost, and substantial economic benefit.
Owner:QINGDAO AGRI UNIV

Method for identifying authenticity of brassica rapa variety and special SSR (simple sequence repeat) primer combination of method

The invention belongs to the field of molecular markers and detection thereof and in particular relates to a method for identifying authenticity of a brassica rapa variety and a special SSR (simple sequence repeat) primer combination of the method. An SSR locus for identifying authenticity of a brassica rapa variety is obtained through data digging according to a reference genome Brassica_rapa V1.5 of brassica rapa and a reference genome Brassica olerecea V2.1 of brassica oleracea together with whole genome resequencing data of 40 genetic resources; the SSR primer combination is selected froma first SSR primer pair to a twenty-third SSR primer pair which are respectively applied to PCR (polymerase chain reaction) amplification on a first SSR locus to a twenty-third SSR locus, and are respectively optimally selected as nucleotide sequences which have 85-100% of homology with nucleotide sequences of SEQ ID NO:1-46 in a sequence table. The method can be applied to authenticity identification on the brassica rapa variety for a whole life cycle from seeds, and technical support is provided for protection on genetic resources and new varieties of brassica rapa.
Owner:BEIJING ACADEMY OF AGRICULTURE & FORESTRY SCIENCES

Reagent for overcoming self-incompatibility of brassica and raphanus and use method and application of reagent

The invention relates to the technical field of brassica and raphanus plant breeding, self-incompatible Chinese cabbages and self-incompatible radishes are taken as examples, when the Chinese cabbagesand the radishes enter an initial flowering stage and bloom in quantity, a potassium iodide solution of 1-10mM mixed with 0.025% Tween20 (for increasing the adhesiveness of the solution) is sprayed by a sprayer at 8: 00-10: 00 in sunny morning; the solution is sprayed on a cross-shaped stigma which is just unfolded until the surface of the stigma is stained with water drops. Spraying is performedfor the second time and the third time at an interval of 15 minutes. After spraying for the third time and the fog drops on the stigmas are completely dried, pollinating with fresh pollen, pinching off redundant unexpanded inflorescences, and sleeving with a seed collecting bag. The method is suitable for self-incompatible lines of brassica and raphanus plants. The potassium iodide solution is sprayed on stigmas, which are just developed into cross flowers, of inflorescences of self-incompatible Chinese cabbages (Brassica rapa L. Sp. Pekinensis) and self-incompatible radishes (Raphanus sativus) so that the self-affinity index can be increased to different degrees.
Owner:SHANDONG AGRICULTURAL UNIVERSITY

Overexpressing brassica napus and application of MYB43 of parental species of overexpressing brassica napus in improving plant type and increasing yield

The invention discloses an overexpressing brassica napus and application of MYB43 of parental species of the overexpressing brassica napus in improving plant type and increasing yield. The gene familyof the MYB43 of brassica napus comprises BnMYB43-1, BnMYB43-2, BnMYB43-3 and BnMYB43-4 member genes; the parental specie brassica rapa has BrMYB43-1 and BrMYB43-2 member genes; the parental specie brassica oleracea has BoMYB43-1 and BoMYB43-2 member genes. After overexpression in plants, the roots of the plants become more developed and longer, the number of branch roots is more, the ratio of root to crown is increased, the plants are slightly higher, the stems become thicker, the number of effective branches per plant is increased, the number of effective pods per plant is increased, the yield of seeds per plant is increased, and the folding resistance and lodging resistance are also improved significantly. According to the overexpressing brassica napus and the application of the MYB43 of the parental species of the overexpressing brassica napus in improving the plant type and increasing the yield, a new method is provided for application of the MYB43 in improving the plant type, lodging resistance and seed yield of brassica napus, brassica rapa, brassica oleracea and other plants.
Owner:SOUTHWEST UNIVERSITY

Cold-resistant agent for brassica rapa L. seedlings and application method of cold-resistant agent

The invention belongs to the technical field of agricultural production, and particularly relates to a cold-resistant agent for brassica rapa L. The cold-resistant agent for the brassica rapa L. seedlings is mainly characterized by comprising raw materials as follows: 15-25 mg/L of ABA (abscisic acid) and the balance of water, wherein the purity of the ABA (abscisic acid) is higher than or equal to 99.9%. The cold-resistant agent aims to solve the problem that the brassica rapa L. in the northern cold and arid regions is vulnerable to low-temperature freezing damage, growth of the overground part and the root system of the brassica rapa L. is promoted with chemical control means, especially the thickening growth of roots, the outstanding performance refers to increase of dry matter accumulation, and safe wintering of the brassica rapa L. is guaranteed; meanwhile, permeability (relative electrical conductivity) of leaf cell membranes as well as accumulation of membrane lipid peroxidation malonaldehyde can be reduced, so that the low-temperature freezing degree of leaves of the brassica rapa L. is reduced, the cold resistance of the brassica rapa L. is remarkably improved, and the cold-resistant agent has great practical significance on brassica rapa L. production.
Owner:GANSU AGRI UNIV

Method for extracting proteins and polysaccharides from brassica rapa

The present invention relates to a method for extracting proteins and polysaccharides from brassica rapa. The method comprises the following steps: pretreatment is conducted: brassica rapa beating andultrasound treating are conducted to prepare slurry; enzymatic hydrolysis is conducted: snailase and iodoacetic acid are added to the slurry simultaneously and pH is also adjusted to be weakly acidic; heating is conducted, the weakly acidic slurry is slowly heated and then cooling to a normal temperature is conducted; centrifuging is conducted: the cooled slurry is centrifuged to obtain a clear solution; salting-out is conducted: then the pH of the clear solution is adjusted to be weakly acidic again, a mixed solution of a saturated solution of ammonium sulfate and a saturated solution of sodium sulfate is added at a suitable temperature, and even stirring and placing for layering are conducted; and protein and polysaccharide extraction is conducted: after the layering, precipitated liquid at a lower layer is subjected to multiple dialysis at a certain temperature to remove salts to obtain brassica rapa proteins, and a supernatant is dried to obtain brassica rapa polysaccharides. Themethod is a simple method to extract the proteins and polysaccharides from the brassica rapa simultaneously, besides, an average extraction rate of the proteins can reach 5.5% or more, and an averageextraction rate of the polysaccharides can reach 7.9% or more.
Owner:河北中科汉禧生物科技有限公司 +1

Method for extracting brassica rapa l. seed oil by using supercritical carbon dioxide

The invention relates to a method for extracting brassica rapa l. seed oil by using supercritical carbon dioxide, specially used for deep processing of brassica rapa l. seeds. Taking brassica rapa l. (Brassica rapa L.) seeds as the raw material, the method comprises the following process steps: the brassica rapa l. (Brassica rapa L.) seeds are treated by impurity removal, crushing and filtering, and is extracted by the supercritical carbon dioxide under the conditions that the extraction temperature is 46.10 DEG C, the extraction time is 80.40min and the extraction pressure is 31.65MPa, the brassica rapa l. seed oil extraction yield is 31.893-32.554 percent, and the purity of the brassica rapa l. seed oil is above 99 percent. A process for extracting the brassica rapa l. seed oil by using the supercritical carbon dioxide provides a new method for deep processing of the brassica rapa l. seeds, can efficiently carry out research on extracting the brassica rapa l. seed oil by the supercritical carbon dioxide, has the advantages of strong operability, favorable safety, higher yield, favorable repeatability, high extration yield, simple process, high product purity, non pollution and the like and can be used for extracting the brassica rapa l. seed oil in production.
Owner:NANJING AGRICULTURAL UNIVERSITY

Nutritional breakfast beneficial for working personnel to protect eyes, keep fit and strengthen spleen and stomach, and preparation method thereof

InactiveCN106360346ARich foodEat dynamic balanceFood ingredient functionsBiotechnologyFiber
The invention relates to a nutritional breakfast beneficial for working personnel to protect eyes, keep fit and strengthen the spleen and the stomach. Raw materials of the nutritional breakfast include 30 food materials in six categories of cereals, beans, fruits, vegetables, nuts and fibers. The concrete form of the nutritional breakfast is nutritional rice slices and fruit and vegetable particles. The invention also relates to a preparation method of the nutritional breakfast beneficial for the working personnel to protect the eyes, keep fit and strengthen the spleen and the stomach. The nutritional breakfast disclosed by the invention is comprehensive in nutrition, easy to digest and absorb and convenient to carry and brew; the effects of protecting the eyes and enhancing vision are achieved through addition of blueberries, strawberries, applies, grapes and carrots; the effects of keeping fit and slimming are achieved through addition of apples, carrots, lentinus edodes, pumpkins, oats, buckwheat and sweet potatoes; and the effect of nourishing the spleen and the stomach is achieved through addition of rice, millet, barley, triticum aestivum, semen nelumbinis, pisum sativum, bananas, broccoli and brassica rapa.
Owner:湖南益百年健康科技有限公司
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