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731 results about "Arctium" patented technology

Arctium is a genus of biennial plants commonly known as burdock, family Asteraceae. Native to Europe and Asia, several species have been widely introduced worldwide.

Hua house famed health tea

The invention discloses health tea which is manufactured by mixing 0 to 80 weight parts of herbal tea, 0 to 50 weight parts of multicolor tea and 0 to 10 weight parts of medicinal and edible nourishing medicinal material, wherein the herbal tea is manufactured by adopting one or more from prunus persica, flos rosae rugosae, tulipa, rosa chinensis, chrysanthemum, aloe, apple flower, hibiscus sabdariffa, jasminum sambac, lemon slices, lavandula pedunculata, lilium, lemon grass, prunus mume, trollius chinensis bunge, superslim, sterculia lychnophora, fiveleaf gynostemma herbs, stevia rebaudiana, radix notoginseng, osmanthus fragrans, jade beauty, stellaria alsine grimm, dianthus caryophyllus, apocynum venetum, cordyceps, flos lonicerae, paeonia lactiflora and arctium lappal; the multicolor tea is manufacrured by adopting one or more from green tea, black tea, dark green tea and white tea; and the medicinal and edible nourishing medicinal material is manufactured by adopting one or more from panax quinquefolius, radix glycyrrhizae, dendrobium nobile, salvia miltiorrhiza, cornus officinalis, radix pseudostellariae and codonopsis pilosula. The health tea has the advantages that fragrance, sweetness and mellowness of scented tea are maintained, a health care function of the nourishing medicinal material is further fulfilled, and besides, tea soup is rich in taste and is sweet, refreshing and fragrant.
Owner:北京惠伴康健电子商务有限公司

Fattening technology for producing snowflake beef by using Yunnan cattle

InactiveCN103299952ADecreased feed intakeBony nodules are not obviousAnimal husbandryAnimal scienceHigh energy
The fattening technology belongs to animal husbandry science of agricultural science and technology. Yunnan cattle, namely weaning bullock or cow, with the weight of 110 plus or minus 20 kg and the age of 7 months are fed with the fattening purpose according to fattening procedures; the cattle selection includes the steps that (1) according to the selection of gender and age, bullock and cow are available, the bull is castrated before the age of 3 months, and the bullock or cow can be subjected to the fattening procedure after weaning at the age of 7 months; (2) according to the figure and appearance selection, healthy cattle with rectangular figure, deep chest, wide rear quarter, big vivid eyes, thick eyelids, firm hoof quality and short and thick neck are selected; the first fattening stage is from the age of 7 months to 13 months and includes the rapid growth of bones and muscles; the second fattening stage is from the age of 14 months to 18 months and is the stereoscopic growth stage, including the rapid growth of eye muscle area, and the fat growth of abdominal cavity needs to be restrained to the maximum extent; the third fattening stage is from the age of 19 months to 24 months and requires feeding high-energy feed, the fourth fattening stage is from the age of 25 months to slaughter, the fourth fattening stage is the embellishing period of the snowflake beef production, the beef moisture and fat color need to be adjusted, and meanwhile, concentrated feed is supplemented.
Owner:云南省草地动物科学研究院

Method for propagating Millettia speciosa Champ. seedlings using cottage

The invention discloses a method for propagating Millettia Speciosa germchit by cuttage, including first-phase preparation and later management: 1) during the first-phase preparation, Millettia Speciosa tresses are selected and cut into stem segments for spare use; river sand and coco bran are evenly mixed according to certain proportion to obtain a substrate for spare use; 2) during the later management, Millettia Speciosa stem segments are dipped with root stimulate at the base parts and then stuck into the substrate; the stem segments are watered to promote the close contact between the base parts thereof and the substrate; the stuck stem segments are shaded for culture, with the moisture of the substrate and air humidity being guaranteed; after taking root, the stem segments are fertilized with urea solution until the germchit grows up. The invention has the advantages of simple process flow and low manufacturing cost, and, effectively utilizes the scrap Millettia Speciosa tresses; by optimizing the root stimulate and the substrate formula, the invention improves the culture conditions and increases the survival rate of the stuck stem segments. The method has high feasibility, simple operation, low cost input and high survival rate and achieves the dual purpose of recycled utilization of resources and batch production of the germchit.
Owner:TROPICAL CORP STRAIN RESOURCE INST CHINESE ACAD OF TROPICAL AGRI SCI

Method for propagating tissue cultured millettia specisoa champ seedling

InactiveCN101124891AReal resourceHigh quality resourcesPlant tissue cultureHorticulture methodsAxillary budGreenhouse
The invention provides a method for tissue culturing and reproducing the millettia speciosa champ germchit. By using the tissue culture method and taking the fresh apical bud and the axillary bud of the wild millettia speciosa champ as the explant, the explant is disinfected and sterilized by the 75 percent alcohol and 0.1 percent mercuric chloride solution; after that, according to different periods, different culture medium formulas are adopted respectively for the bud induction culture, bud subculture proliferation and the rooting culture to obtain the container seedling of the millettia speciosa champ, wherein, the bud induction culture medium has a formula of MS+6-BA0.4mg.L-1+IBA0.2mg.L-1+3 percent white granulated sugar+0.35 percent agar, the formula of the bud subculture proliferation culture medium is MS+6-BA0.6mg.L-1+NAA0.5mg.L-1+3 percent white granulated sugar+0.35 percent agar, and the formula of the rooting culture medium is 1/2MS+ABT10.8mg.L-1+IBA0.4mg.L-1+3 percent white granulated sugar+0.35 percent agar; moreover, when the height of the container seedling is grown about 2 cm, the container seedling is again transplanted to a seedbed of a greenhouse for culturing; after reaching over 20cm, the container seedling is the grown seedling of the millettia speciosa champ germchit.
Owner:钦州市中医药研究所

Method for quickly breeding millettia speciosa champ germchit using test tube micro cuttage

The invention discloses a method for rapid propagation of beautiful millettia root germchits by using test tube micro-cuttage, which comprises: beautiful millettia root seeds are inoculated into the culture medium for germination and cultivated until the seeds grow into seedlings; the seedlings obtained are cut into stem sections, inserted into the micro-cuttage culture medium and cultivated until the lateral buds come out, then, the lateral buds are cut into stem sections and inserted into a fresh micro-cuttage culture medium for cultivation; after being cut into stem sections, the lateral buds obtained are inoculated into a rooting medium and cultivated until the stem sections take root, thereby obtaining the beautiful millettia root germchits. The technique is simple and easy, has the advantages of simplicity in operation and high propagation rate, solves the problems of small seeds number, low germinating capacity and low propagation rate of germchits propagation by using beautiful millettia root seeds, and realizes long-term large-scale rapid propagation of beautiful millettia root germchits. The technique can obtain high quality beautiful millettia root test tube sprouts in large quantity quickly and continuously, and has strong practicability.
Owner:TROPICAL CORP STRAIN RESOURCE INST CHINESE ACAD OF TROPICAL AGRI SCI

Method for preparing milk cow replacement cattle fermented TMR feed from gingko decoction dreg

The invention relates to a method for preparing a milk cow replacement cattle fermented total mixed ration (TMR) feed from gingko decoction dreg. The method comprises the following steps of: adding fermentation raw materials including gingko decoction dreg, straws, a basic material, molasses, a fermenting agent and a mildew inhibitor into a TMR stirrer and uniformly stirring the materials; adjusting moisture to be 45 to 55 percent; pouring the mixture into a polyethylene film vacuum bag, vacuuming to achieve required density, and binding and sealing the bag; and fermenting the mixture to obtain the feed. The method obviously improves the palatability of the gingko decoction dreg and improves the utilization ratio so as to reduce the cost of the replacement cattle feed and keep the feeding effect unchanged; the gingko decoction dreg can replace silage maize as a coarse milk cow replacement cattle material, so that the problem of shortage of the silage maize during the production of the milk cow is solved; meanwhile, the antiallergic, antivirus and anti-stress capacity of the replacement cattle can also be improved so as to enhance the immunity and promote the growth and development of the replacement cattle; and most importantly, the problem of environmental pollution caused by cluttering up and leaving about the gingko leaf residues at most places is solved.
Owner:上海奶牛研究所有限公司

Selenium-rich EM-inoculant-fermenting composite fertilizer for seedless grapes

The invention relates to a fertilizer and particularly relates to a selenium-rich EM-inoculant-fermenting composite fertilizer for seedless grapes and a preparation method thereof. The selenium-rich EM-inoculant-fermenting composite fertilizer is prepared from the following materials in parts by weight: 100-120 parts of cow and sheep dung, 40-45 parts of urea, 20-23 parts of potassium chloride, 30-34 parts of calcium superphosphate, 2-3 parts of zinc sulfate, 30-34 parts of vinegar residue, 30-34 parts of manioc waste, 18-20 parts of potassium sulfate, 30-34 parts of ammonium chloride, 2-3 parts of sodium selenite, 3-4 parts of zinc sulfate, 3-4 parts of EM inoculant and 4-6 parts of enveloping agent. The selenium-rich EM-inoculant-fermenting composite fertilizer for seedless grapes and the preparation method have the advantages that since the EM inoculant is utilized for fermenting low-cost materials such as cow and sheep dung, the vinegar residue and the manioc waste and the like, the traditional compost fermenting time is shortened, the fermented and decayed organic fertilizer is matched with a proper amount of chemical fertilizer, so that the nutrition is comprehensive and balanced, not only the yield of the seedless grapes is increased, but also the sweetness is also increased; in addition, due to containing of selenium-rich materials, the edible value of grapes is improved; and the selenium-rich EM-inoculant-fermenting composite fertilizer is environment-friendly and high-efficiency and has less harm to soil.
Owner:凤台县绿然农业发展有限公司
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