33results about How to "Increase the amount of selenium" patented technology

The present invention relates to a cultivation method of selenium-enriched sprout seedling vegetable. Said cultivation method includes the following steps: selecting seed for cultivating sprout seedling vegetable, soaking seed, sprouting, applying fertilizer, illumination management, water content management and picking. In particular, said invention utilizes the above-mentioned method to cultivate green radish sprout seedling regetable containing high selenium content.

The invention relates to the technical field of organic fertilizers, in particular to a selenium-rich organic fertilizer special for passion fruits and a preparation method thereof. The organic fertilizer special for passion fruits is prepared from the following components by weight: 48-106 parts of a raw material, 1.1-21.2 parts of an auxiliary material, 6-12 parts of a fermentation strain, and 65-80 parts of water. Specifically, the raw material is composed of several of chicken manure, pig manure, peat soil, bagasse, sugarcane leaf, shrimp and crab shell, shell powder, a seaweed extract, soybean meal powder and plant ash; the auxiliary material is composed of several of phosphorus-solubilizing and potassium-solubilizing bacillus, paecilomyces lilacinus, nitrogen-fixing bacteria, growth-promoting bacillus, polyglutamic acid and organic selenium; the fermentation strain is composed of bacillus, rhizopus oryzae and Aspergillus niger. Different organic fertilizers are applied at different periods according to the growth needs of passion fruits to meet the nutritional demands of passion fruits in the growth process, at the same time the organic fertilizer utilization is increased, resources are saved and waste is reduced.

The invention relates to an elaphe carinata feed which is prepared from the following raw materials: 20,000 to 30, 000 parts of chicken powder, 20,000 to 30,000 parts of duck meat, 8,000 to 12,000 parts of quail, 1,200 to 1,700 parts of fish meal, 80 to 110 parts of infant milk powder, 90 to 110 parts of soybean milk powder, 1,400 to 1,700 parts of flour, 1,350 to 1,550 parts of eggs, 45 to 55 parts of hawthorn powder, 144 to 160 parts of garlic, 28 to 32 parts of sodium alginate, 27 to 31 parts of astragalus root powder, 29 to 31.5 parts of codonopsis pilosula powder, 25 to 35 parts of angelica sinensis powder, 28.5 to 31 parts of honeysuckle powder, 29 to 31 parts of lycium barbarum powder, 26 to 32 parts of folium isatidis powder, 29 to 35 parts of compound vitamins, 17 to 25 parts of jasminum elongatum, 4,000 to 5,000 parts of pig lung and 50 to 60 parts of stevia rebaudian. After the elaphe carinata feed is implemented according to the technical scheme of the invention, the survival rate of elaphe carinata can be increased.

The invention provides a preparation method of granular partridge tea. The preparation method includes following steps: S1, adopting water vapor to spray for enzyme deactivation; S2, adopting a wet process to roll to form balls, and extruding the balls to granules; S3, before fermentation, spraying moringa oleifera leaf tea extract; S4, roasting, and exposing to the sun; S5, flavoring; S6, coolingfor shaping. Compared with sun-baked partridge tea, the granular partridge tea obtained by the method is attractive in appearance, yellow and bright in color and luster, more strong in Lingling aromaand resistant to brewing, conventional Lingling aroma is maintained to maximum extent, selenium content of the partridge tea is increased, and the characteristic that partridge tea is cold by natureis weakened and modified.

The invention proposes a high-quality rice production method of enriching selenium and zinc, reducing cadmium and increasing yield. The method comprises: selecting high-quality rice varieties with rice quality up to a first grade of national standard; adopting artificial seedling transplanting and weeding method without applying pesticides and herbicides in the planting process, and performing cultivation in wide and narrow rows; a fertilization method being that applying base fertilizer when plowing a field, applying seedling raising fertilizer within half a month after transplanting, and nolonger applying chemical fertilizer in a later period; adopting a selenium-zinc combined application method to spray selenium and zinc fertilizer on leaf surfaces at a heading stage and early fillingstage of rice; harvesting when the rice maturity reaches about 95%; processing the rice after storing the rice for 1-2 months; and vacuum-packing the rice, and conducting storing in a cold storage. According to the present invention, specific concentration, dosage and amount ratio are adopted at key time points to carry out precise fertilization in the selenium-zinc combined application technologyof rice, the technology has good effects of enriching selenium and zinc, increasing yield and reducing cadmium on rice, and the nutrition quality, safety quality and production efficiency of the riceare greatly improved.

The invention discloses a method for planting selenium-rich white tea. Special planting management operation which lasts for 30 days is carried out 45 days before picking of tea leaves. The method comprises the following specific step: carrying out root topdressing, leaf surface topdressing and ultrasonic treatment operation on tea trees in the period. The root topdressing and the leaf surface topdressing are carried out simultaneously, and are carried out at intervals of 5-6 days, and ultrasonic treatment operation comprises the process of carrying out ultrasonic radiation treatment once on the tea trees every day. The method for planting the white tea trees is subjected to special improvement treatment, the technical bottleneck that the selenium enrichment amount of the white tea cannot be increased by an existing method is solved effectively, the selenium enrichment amount of the white tea is increased obviously, meanwhile, the yield of tea leaves can also be improved, the economic benefit of planting is increased, and the method has high promotional value.

The invention discloses a preparation method of selenium-enriched lactobacillus preparation. The method includes the following steps: (1) inoculating frozen-stored Lb. platanum ST-III strains in an MRS liquid medium, performing anaerobic culture and subculture to obtain a bacterial culture; (2) weighing 2 g of green tea sample, soaking the green tea sample in purified water for 10 min, taking supernatant, and filtering the supernatant through a sterile filter to obtain green tea extract; (3) preparing an MRS-TE medium: cooling the MRS-Mn medium to room temperature naturally, and then adding the green tea extract; (4) centrifuging the obtained bacterial culture to collect the bacterial cells; (5) washing the collected bacterial cells three times with physiological saline and then resuspending the bacterial cells in the MRS-TE medium, shaking thoroughly, and leaving to stand for fermentation at 37 DEG C; and (6) centrifuging the fermented bacterial cells, washing the fermented bacterialcells with sterile physiological saline three times, and removing the supernatant to obtain the selenium-enriched lactobacillus preparation. The method has an advantage of enriching organic selenium from green tea by fermentation.

A selenium-enriched compound bacterium is used as zymocyte, blackberry juice and fresh milk are combined for fermentation of selenium-enriched yogurt, and the selenium-enriched blackberry juice yogurtis prepared. The best process conditions which are determined lie in that the additive amount of blackberry juice is 12%, the additive quantity of a fermenting agent is 5%, the fermentation time is 6h, and the fermentation temperature is 42 DEG C. Under the process condition, the made selenium-enriched blackberry juice yogurt is sweet and mellow in tissue, moderate in sour and sweet degree, and fine and smooth in mouth feel, and is favorable source for replenishing selenium.

The invention relates to the technical field of selenium activation, in particular to a method for applying biological activated oyster powder to activation of selenium in soil. The method comprises the following steps: (1) measuring the selenium content of soil; and (2) applying a selenium activator according to the determined selenium content. According to the invention, the biologically activated oyster powder is used as a main raw material to prepare the selenium activator, and the prepared selenium activator can activate selenium in soil and improve the selenium content of agricultural and sideline products. Besides, a traditional Chinese medicine extract, namely a schisandra chinensis extract, is added into the preparation raw materials of the selenium activator, and the schisandra chinensis extract and the biologically activated oyster powder promote each other and interact with each other, so the selenium element in the soil can be further activated, and the amount of enrichedselenium in agricultural and sideline products is further increased.

The invention discloses a preparation method of selenium-enriched wheat malt. The preparation method comprises the following steps: (1) selecting seeds; (2) dressing seeds; (3) sowing the seeds dressed by drugs into a field, and then irrigating a sodium selenite water solution; (4) when wheat seedlings are exposed of the ground for 3cm-5cm, continually irrigating the sodium selenite water solution; (5) when the wheat seedlings are exposed of the ground for 10cm-15cm, applying farm manure according to the standard of 8kg-12kg per Mu, and managing according to a conventional method to obtain ripe wheat; and (6) soaking the ripe wheat into water, after the ripe wheat sprouts, washing with clean water; and finally, drying at a low temperature to obtain the wheat malt. The wheat prepared by the method disclosed by the invention is high in selenium content, high in conversion rate and low in cost, can be used for preparing health products, can be used as a feed additive of poultry and livestock, and also can be used as leftovers of other subsidiary agricultural products or fertilizers for continually preparing other selenium-enriched subsidiary agricultural products, so that the wheat can be recycled.

The invention belongs to the field of food production, and particularly relates to a method for producing 'rolled strip batter powder' from selenium-enriched tender wheat. The production raw materialsare selenium-enriched tender wheat. According to the method disclosed by the invention, breeding the selenium-enriched tender wheat is emphatically elaborated, the selenium content of the wheat and products thereof conforms to the national standard HB001/T-2013, namely that the selenium content is 0.005-0.2 milligrams/kilogram. Finished products are made through the steps of performing seed soaking, spraying sodium selenite onto leaf surfaces, performing harvesting when the wheat is 90% ripe, detecting the selenium content, performing stir-frying to obtain cooked wheat, baking the cooked wheat, and milling the baked wheat to obtain wheat powder namely the finished products. The situation that high-protein high-gluten winter wheat seeds need to be selected is emphatically provided, so thatinorganic selenium sprayed in the growth process of the wheat is quickly converted into organic selenium, and the selenium content is high. According to the method disclosed by the invention, the situations that a good manufacturer of the sodium selenite needs to be carefully selected when the sodium selenite is chosen and bought and a quality contract needs to be signed are particularly provided, so that the selenium content of the sodium selenite can be guaranteed, through practice, a definite object can be in view, and the qualified selenium-enriched tender wheat can be produced. Accordingto the method disclosed by the invention, the selenium-enriched tender wheat which is cooked through frying is used for producing the 'milled strip batter powder', so that the 'milled strip batter powder' not only has special fragrance of the fried tender wheat but also is rich in selenium elements, is a flavored snack deeply welcomed by people and surely has good market prospects.

The invention provides an improved cultivation method of selenium-rich dendrobium candidum. The improved cultivation method specifically includes: preparation of matrix planting and building of a greenhouse; selection and cleaning treatment of transplanting seedlings; planting, cultivation and pruning; post-planting management; transplanting cultivation and growth and harvesting of the dendrobiumcandidum. The method is mature in process, and problems that improper planting management is easy to be infringed by pests, the growing dendrobium candidum is less rich in selenium and the cultivationmethods are tedious in steps in the existing cultivation method are solved; the selenium content of dendrobium candidum can be increased by using selenium-rich fertilizer, and the selenium is a beneficial element for plant growth, and can stimulate plant growth and development as well as seed germination, increase root activity, promote nutrition absorption and plant metabolism, and increase photosynthesis and chorophyll content; the method is beneficial to the growth of the dendrobium candidum and can ensure the survival rate of the dendrobium candidum.

The invention discloses a preparation method of a selenium-rich lactobacillus preparation. The preparation method comprises the following steps: (1), inoculating cryopreserved Lb.plantarum ST-III strain in an MRS liquid culture medium and carrying out anaerobic culture, and circularly subculturing for 2 times to 3 times to obtain a fugus body culture; (2), weighing 2g of selenium-rich tea samples,adding purified water into the 2g of selenium-rich tea samples to obtain a mixture; soaking the mixture and taking supernant liquid; and filtering the supernant liquid through a aseptic filtration film to obtain selenium-rich tea extract; (3), preparing a tomato juice-TE culture medium (4) and performing centrifugation to obtain the fugus body culture, and collecting a fugus body; (5), cleaning the fugus body collected in the step (4) with normal saline for three times, and resuspending the fugus body in the tomato juice-TE culture medium obtained in the step (3), and uniformly shaking and standing at a temperature of 27 DEG C and performing fermentation for 48 hours to 96 hours; and (6), centrifuging the obtained fermentation fugus body, and aseptically washing the fugus body for three times with the normal saline, and performing centriguation and removing supernant liquid to obtain the selenium-rich lactobacillus preparation. The preparation method of the selenium-rich lactobacilluspreparation disclosed by the invention has the advantage that organic selenium is effectively enriched from the selenium-rich tea by adopting a fermentation means.

The invention discloses a soaking treatment device for chilli seed planting. The soaking treatment device comprises bamboo tubes storing chilli seeds, a conveying belt, clamping and fixing mechanisms, a soaking distiller, at least two driving mechanisms, at least two truss mechanisms and a control table. The chilli seeds are stored through the multiple sets of bamboo tubes, by means of the clamping and fixing mechanisms as well as mechanical linkage and mutual cooperation between the clamping and fixing mechanisms, the chilli seeds can be automatically carried into the soaking distiller to be soaked in a three-dimensional annular cooperation mode in the actual use process, comprehensive soaking of all the chilli seeds can be met, meanwhile, by means of superposition and interaction of double procedures of electric heating and heat exchange, external oil films of chilli seeds are stimulated to fall off, the emergence rate is increased, at the same time, the selenium content and the content of various microelements of the chillies during growth can be remarkably increased, the disease resistance of the chillies during subsequent growth is achieved, therefore, actual soaking efficiency is effectively achieved, and meanwhile, the subsequent growth effect of the chillies is guaranteed.

The invention discloses a therapeutic dietary therapy formula for patients with coronary heart diseases, and relates to the technical field of dietary therapy. The therapeutic dietary therapy formulacomprises, by mass, 5-6 g of salt, 25-30 g of oil, 50-200 g of beans, 70-80 g of nuts, 45-55 g of livestock and poultry meat, 45-55 g of eggs, 45-55 g of aquatic products, 500-700 g of vegetables, 200-350 g of fruits, 200-460 g of cereals, 50-100 g of potatoes and 1,500-1,700 g of water. The formula can provide the patients with the coronary heart diseases with a diet featuring comprehensive and balanced nutrition, which facilitates cardiovascular treatment and mortality reduction for the patients, promotes dredging of the intestinal tract, and avoids intestinal cancer.

The invention discloses selenium-enriched yeast and a selenium-rich optimization method for the same, and belongs to the field of bioengineering. The selenium-enriched yeast is taxonomically named Rhodotorula glutinis and is named X20, and a preservation serial number of the selenium-enriched yeast is CCTCCM2017225. The selenium-enriched yeast and the selenium-rich optimization method have the advantages that phosphate is added to induce yeast high-affinity phosphate-selenium transport protein expression, and accordingly the selenium transport capacity and the tolerance of the selenium-enriched yeast can be improved by the aid of the selenium-rich optimization method; only phosphorus elements need to be added into culture media, and the selenium-rich optimization method includes simple operation programs and is low in additive volume and cost.