30 results about "Alocasia macrorrhizos" patented technology

The invention discloses an ecological environment-friendly pesticide which is a mixture of a botanical insecticide and a dedicated auxiliary agent. The invention is characterized in that the ecological environment-friendly pesticide is a mixture of a botanical insecticide and a dedicated auxiliary agent; the botanical insecticide is made from Alocasia macrorrhizos, Cicuta virosa, Gelsemium elegans, Stemona japonica, Tripterygium wilfordii and Stellera chamaejasme; the formula is as follows: 30 kg to 35 kg of Alocasia macrorrhizos, 25 kg to 30 kg of Cicuta virosa, 15 kg to 20 kg of Gelsemium elegans., 20 kg to 25 kg of Tripterygium wilfordii,15 kg to 25 kg of Stellera chamaejasme and 10 kg to 15 kg of Strychnos ignatii; the dedicated auxiliary agent is composed of emulsifiers, turpentine, penetrating agents, antiseptics and 85 to 95 degree (v / v) ethanol; the formula of the auxiliary agent is as follows: 7 kg to 10 kg of emulsifiers, 8 kg to 12 kg of turpentine, 3 kg to 5 kg of penetrating agents, 1 kg to 1.5 kg of antiseptics and 15 kg to 22 kg of ethanol; and the weight ratio of the botanical insecticide to the auxiliary agent is (1.2 to 2):1. The ecological environment-friendly pesticide is a novel high-efficiency pesticide which is free of pesticide residue and is environment-friendly, does not cause secondary hazard toxicity or pollution and helps keep the ecological balance. The invention achieves the purpose of ecological forestry, is significant in ensuring clean environment, and has broad prospects.

The invention discloses an alocasia macrorrhizos test-tube plantlet multiplication method which involves MS culture media, a hormone, a carbon source, a cultivation mode and cultivation time. According to the method, alocasia macrorrhizos test-tube plantlets are used as a material, the induction and multiplication effect is obvious, the growth coefficient reaches more than eight, and the alocasia macrorrhizos industrialized production speed can be greatly increased. By the adoption of the method, the problems that a traditional alocasia macrorrhizos division propagation mode is low in propagation coefficient and long in period and can be limited by the environmental factors such as seasons are solved, a liquid cultivation mode is adopted, agar or carrageenan does not need to be added, the tissue culture operation process is reduced, the tissue culture cost can be lowered, the cultivation environment is uniform, nutrient uptake can be promoted, and alocasia macrorrhizos seedlings generated in the liquid cultivation mode are more orderly than aseptic seedlings generated through callus tissue.

The invention relates to the technical field of forestry cultivation, and discloses a controllable water replenishment cultivation device for potted calla lily, which includes a cultivation clamping mechanism, and the inner cavities of the cultivation clamping mechanism on both sides are plugged with lateral adjustment sockets , the outer surfaces of the two side movement adjustment sockets are fitted with side movement adjustment supports, and the inner cavities of the two side movement adjustment supports at the bottom are connected with driving brackets, and one end of the driving brackets is welded to the movable connection support On one side, a force-driven support is welded on the top of the movable connection support, and a force-driven support is connected through the inner cavity of the force-driven support, and the force-driven support is inserted into the inner cavity of the cultivation and development mechanism. This invention, through the combined use of the cultivation locking mechanism and the cultivation and development mechanism, reduces the poisoning caused by the contact between children and calla lilies, and at the same time, through the combined use of the built-in structure of the cultivation locking mechanism, it can drive the displacement of the cultivation and development box. It is more convenient to replace the soil.

The invention discloses a traditional Chinese medicine for curing dolorosa adiposis. The traditional Chinese medicine for curing dolorosa adiposis comprises Chinese herbal medicines such as cucubalus roots, beautiful phyllodium root, Chinese amphibious knotweed rhizome, hancock swallowwort herb, roots or herb of fortune chloranthus, smallfruit fig leaf, derris, Scindapsus officinalis Schott, begonia roots, valerian roots, Lawn Pennywort Herb, Rhizome of Bear's-foot Fern, eleusine indica, ficus tikoua, common alocasia rhizome, bigfruit phymatopsis herb, and Viola tricolor L.. The traditional Chinese medicine provided by the invention takes purely natural Chinese herbal medicines as raw materials, can treat both manifestation and root causes, has an exact effect, has no toxic and side effects, and is low in probability of recurrence.

The invention discloses a pharmaceutical composition for controlling cancer pain. The pharmaceutical composition is prepared from radix aconiti agrestis, gaultheria yunnanensis, periploca forrestii schltr, alangium platanifolium, sargentgloryvine stem, alocasia macrorrhiza, aconitum brachypodum, radix aconiti, rhizoma arisaematis, asiatic toddalia root, celandine and auxiliary materials. The traditional Chinese medicine has the effects of eliminating cold to stop pain, promoting blood circulation to remove meridian obstruction, dispelling wind and eliminating dampness, clearing away heat and toxic materials, promoting qi circulation to stop pain and removing stasis to subdue swelling, can control cancer pain, and is suitable for people suffering from cancers accompanied by serious cancer pain.

The invention discloses a method for extracting schaftoside and indole alkaloid by using alocasia plants as raw materials, which comprises the following steps: pretreating each part of alocasia macrorrhiza, conducting repeated extracting by using a solvent, performing auxiliary extraction, concentrating and extracting the obtained extract liquor, and performing column chromatography to obtain the schaftoside and indole alkaloid. The content of schaftoside in raw material plants used in the method is rich, the extracted schaftoside is more than that of traditional raw materials including desmodium styracifolium and abrus mollis, the biomass of the raw materials is larger, resources are sufficient, the cost is low, the extraction efficiency is high, and mass production can be achieved.

The invention discloses a traditional-Chinese-medicine preparation for treating the myocardial infarction and a preparation method thereof, and belongs to the field of traditional Chinese medicines. The traditional-Chinese-medicine preparation comprises the following raw materials constituting effective ingredients: hibiscus, lily, flatstem rockvine stem and root, radix cudramiae, sedum kamtschaticum, manyflower glorybower root, corydalis bungeana, clematis filamentosa dunn, paris polyphylla, concha meretricis seu cyclinae, apium graveolens, allium macrostemon, flos sophorae, alocasia macrorrhizos, caulis spatholobi and radix sophorae flavescentis. The traditional-Chinese-medicine preparation is suitable in compatibility of selected medicines, conforms to the theory of traditional Chinese medicine and pharmacy and modern medicine and pharmacology, has the effects of relaxing the blood vessels, protecting the myocardium, alleviating pain and eliminating inflammation, benefiting qi and nourishing blood, has an obvious treating effect for treating the myocardial infarction and the like, is good in absorbing effect, long in lasting time of the pharmaceutical effect, is safe and reliable without any toxic and side effects, is convenient to take and low in cost, relieves the economic burden of a patient and can be widely applied in clinical treatment of the myocardial infarction.

The present disclosure relates to a method for preparing a hexavalent chromium ion adsorbent by using calla lily as a raw material. (TEPA) was added into water, stirred and reacted for a period of time at room temperature, and dried to prepare the Pre-AM-P (TA-TEPA) composite adsorbent. The adsorbent prepared by the present disclosure uses the calla lily before and after pretreatment as a supporting structure to coat the polymer through strong intermolecular interactions. Dispersion, and greatly improved the adsorption capacity of hexavalent chromium ions of herbal plants represented by calla lily. This method can be applied to the treatment of chromium-containing wastewater, and has broad practical application prospects.

The invention relates to the technical field of forestry cultivation, and discloses a controllable water supplement cultivation device for potted alocasia macrorrhiza and a cultivation method. The controllable water supplement cultivation device includes a cultivation clamping mechanism, side movement adjustment inserting seats are connected to the inner cavities, located on the two sides, of thecultivation clamping mechanism in an inserted mode, side movement adjustment supporting plates sleeve the outer surface of the two side movement adjustment inserting seats correspondingly, the inner cavities, located at the bottoms, of the two side movement adjustment supporting plates are connected with driving brackets in a penetrating mode, one ends of the driving brackets are welded to one sides of movable connection supporting seats, force-driven brackets are welded to the tops of the movable connection supporting seats, the inner cavities of the force-driven brackets are connected with force-driven supporting columns in a penetrating mode, and the force-driven supporting columns are installed into the inner cavity of a cultivation and development mechanism in an inserted mode. The condition that children are poisoned due to in contact with alocasia macrorrhiza is reduced through the combined use of the cultivation clamping mechanism and the cultivation and development mechanism,meanwhile, the displacement of a cultivation and development box can be driven through the combined use of a built-in structure of the cultivation clamping mechanism, and more convenience is obtainedwhen soil is changed.