40 results about "Pinaceae" patented technology

The invention discloses a multi-effect sewage treatment agent and a method for treating sewage by using the same. The raw materials of the multi-effect sewage treatment agent include activated sludge from an urban sewage treatment plant, attapulgite, pinaceae plant waste, concentrated sulfuric acid, calcium oxide, polymeric aluminum phosphate, polymeric phosphate-ferric chloride. The raw materials of the multi-effect sewage treatment agent are wide in sources and low in cost. A main raw material can be obtained by compositing the activated sludge from the urban sewage treatment plant, the pinaceae plant waste and the acidified attapulgite under the microwave effect, and then the main raw material is mixed with the calcium oxide, the polymeric aluminum phosphate and the polymeric phosphate-ferric chloride sequentially to obtain the multi-effect sewage treatment agent. The multi-effect sewage treatment agent is simple in preparation process and low in cost. After the multi-effect sewage treatment agent is applied to sewage treatment, the quality of discharged sewage after treatment is far higher than the national primary standard, and the activated sludge, at the bottom of a comprehensive treating pond, from the urban sewage treatment plant, can be used for preparation of organic fertilizers, biomass fuel and / or the multi-effect sewage treatment agent.

A disclosed green agricultural biological fertilizer is characterized by comprising the following substances in parts by weight: 50-60 parts of biogas slag, 45-50 parts of poultry manure, 25-30 parts of peat, 20-25 parts of crop straw, 10-16 parts of urea, 3-8 parts of potassium sulfate, 2-6 parts of flos buddlejae, 7-8 parts of flos farfarae, 9-11 parts of wood chip of Juguosong named by the inventor and belonging to pinaceae, 3-9 parts of hibiscus rosa-sinensis wood chip, 0.01-0.02 part of monad powder, 0.1-0.2 part of candida albicans powder, 0.01-0.02 part of pityrosporion ovale powder, and 1-3 parts of humic acid. The green agricultural biological fertilizer is applicable to various vegetables and fruits, after the fertilizer is used, crop fruit is regular, early matured and good in color, the frequency of spraying pesticides on crops is reduced, the output and the sweetness of fruits are increased, and cost is saved.

The invention discloses a seedling growing container for cultivating nursery stocks or mycorrhiza seedlings for high quality afforestation. The seedling growing container is characterized in that raised ribs are arranged at the inner side wall of the periphery of the seedling growing container, and tree root systems can be guided in growing downwards; hollow design is adopted at the bottom surface, downward extending of the root systems is improved, and on a suspended support, the downward extended root systems automatically break since the root systems cannot be in contact with mediums like soil (called air root cutting), stimulate fibril germination and grow. Nursery stock fibrils cultivated by the container are rich, stretch and are not twined, and the nursery stocks after being transplanted easily restore growth. The mycorrhiza seedlings of pinaceae, fagaceae and the like of mycorrhizal fungi are cultivated and inoculated through the container, and the quantity of the mycorrhiza types is very rich.

A method for producing a rooted cutting which can be applied to Pinaceae trees. Specifically, the present invention provides a method for producing a rooted cutting of a Pinaceae tree, comprising the following steps A and B:A: adding a cytokinin to the outside of a shoot apex of a short shoot of a Pinaceae tree to thereby induce a new scaly leaf and / or primary leaf; and B: cutting out the short shoot where new scaly leaf and / or primary leaf is induced in the step A, inserting the short shoot as a cutting in a rooting bed wetted with a carbon source-free liquid medium comprising nitrogen, phosphorus and potassium as essential elements, and culturing the short shoot in a culturing vessel while regulating the concentration of CO2 gas in the culturing vessel at a humidity of 80% or more to root the cutting.

The invention relates to medicine and the chemical and pharmaceutical industry and to agents for treating diseases caused by angiogenesis regulation disorders, in particular to a method for treating oncological diseases of different genesis by inducing angiogenesis inhibition which is secondary to the direct antitumoral, anti-reccurant and anti-metastatic action as well as by the associated activation of the apoptosis endogenous system. The invention uses a novel peroral medicinal form 'Abisilin', comprising ingredients relating to the class of natural terpene compounds (isoprenoids), produced from coniferous threes of a Pinaceae family, which medicinal form contains: sesquiterpenoids (3-6%), neutral diterpenoids (11-15%), diterpene acids (22-28%), triterpene acids (8-16%), unsaturated and saturated fatty acids (0.1-0.3%), phenolic compounds (0.1-0.2%), monoterpenoids being the rest, wherein the bornyl acetate content is equal to not less that 10.0% of the total terpene composition. It is expected that the use of the novel peroral medicinal form 'Abisilin', the substance of which exhibits immunomodulating, antibacterial, antiinflammatory, anesthetic, wound-healing and other pharmacologically-significant actions, is free of contra-indications and toxic effects and can be used together with different agents, provides a novel therapeutic approach and enhances the efficiency of treatment of oncological and many other diseases caused by angiogenesis process disorders.

The invention provides a pinaceae schrenkiana embryonic callus efficient multiplication culture medium which is an improved an SH multiplication culture medium or an improved BM2 multiplication culture medium. A technical platform for pinaceae schrenkiana embryonic callus efficient multiplication is established, culture mediums, namely improved SH, DCR, 1 / 2DCR, BM and MSG culture mediums for pinaceae schrenkiana embryonic callus efficient multiplication, can be confirmed; the optimal pinaceae schrenkiana embryonic callus efficient multiplication culture medium is improved SH; and culture conditions of pinaceae schrenkiana embryonic callus efficient multiplication are provided. A solid theoretic basis for relatively wide application of pinaceae schrenkiana embryonic callus efficient multiplication is achieved, besides, the technical platform for pinaceae schrenkiana embryonic callus efficient multiplication is established, and a study basis for pinaceae schrenkiana genetic improvement germplasm innovation and breeding period shortening is made.

The invention discloses a plaster companion. The plaster companion is non-toxic volatile oil extracted from a plant. The plant belongs to the genus pinaceae. The non-toxic volatile oil is oleoresin exuded from the plant of the genus pinaceae pinus. A manufacturing method of the plaster companion comprises the steps that a, the part containing the volatile oil of the plant is smashed and distilledthrough introduced steam, and edible salt is added to distillate for salting-out separation and extraction to obtain the volatile oil; b, distillation under reduced pressure and refining fractional distillation are performed to collect the mixed distillate and turpentine of high, medium and low boiling ranges; the high boiling range is 125-140 DEG C / 10 mmHg, the medium boiling range is 85-125 DEGC / 10 mmHg, and the low boiling range is 45-85 DEG C / 10 mmHg; and c, absorbent cotton is used as a carrier to absorb the mixed distillate and the turpentine to be sub-packaged in aluminum-plastic composite bags, or the mixed distillate and the turpentine are sub-packaged in other containers such as plastic bottles and glass bottles. The plaster companion is a special scavenger designed for plasterresidue after a plaster is applied to an affected part of the skin, and an adopted material is a natural non-toxic and harmless liquid raw material and has a skin irritation function, and has an auxiliary treatment effect on muscle and joint pain. Therefore, the plaster companion is particularly suitable for the removal of the plaster residue. After cleaning by the plaster companion, the removal rate of the plaster residue reaches 100%.

The present invention belongs to the field of traditional Chinese medicines, and relates to Pinus dabeshanensis Cheng et Law bark extracts. According to the present invention, the diterpene compounds having structures defined in the specification and having protein-tyrosine phosphatase 1B (PTP1B) inhibition activity are extracted and separated from the bark of the Pinaceae Pinus plant Pinus dabeshanensis Cheng et Law, and the in vitro biological activity test results prove that the compounds have the significant PTP1B inhibition activity; and the obtained compounds can be used for preparing drugs for prevention, delaying or treatment of diabetes, obesity and complications thereof, and other PTP1B-mediated diseases.

The invention relates to an establishing method of symbiont of cyclobalanopsis glaucoides and bolete, belonging to the field of biotechnology (plant tissues and fungal culture). In the research of mycorrhizal fungi, a stable pure symbiont of plants and fungus is difficult to establish. At present, bolete can not be cultivated artificially easily, belongs to mycorrhizal fungi capable of realizing mutualistic symbiosis with the plant, and has symbiotic relationship with pinaceae plants, fagaceae plants and the like under natural condition. According to the establishing method, cyclobalanopsis glaucoides seed and generalized delicious beef liver mushroom entity collected in the Wuding lion rock are used as materials, so that callus and mycelium are respectively induced successfully and are cultured together in an innovation manner, and a simple and stable pure-symbiont system is established under the sterile state. Important basis is provided for the symbiotic relationship and the symbiotic mechanism of bolete, cyclobalanopsis glaucoides and the other plants and the molecular mechanism of the beef liver mushroom entity and the like, and the method use for reference is provided for research on other macro fungi and symbiotic plants.

The invention discloses a nursery planting soil formula. The nursery planting soil formula contains the following components: 40%-60% of loam, 5%-10% of sawdust, 5%-10% of fungus cultivation waste, and 10% of pine scales. 20%, decomposed organic fertilizer 5%-10%, humus soil 3%-5%, purple sand leaf soil 5%-10%. The prepared soil has good physical and chemical properties, light weight, good permeability, comprehensive nutrition, and a pH value of 6.0-7.5. It is suitable for afforesting seedlings such as Lauraceae, Rosaceae, and Pinaceae.

The invention specifically relates to the vitamin A type monocyclic diterpene compound cassipourol and a preparation method thereof, belonging to the technical field of Chinese pharmaceutical manufacturing. The vitamin A type monocyclic diterpene compound cassipourol is extracted and separated from the branches and leaves of the Pinus plant Pinus kwangtungensis Chun ex Tsiang (Pinaceae), and has astructure as shown in a formula I which is described in the specification. In-vitro biological activity testing results prove that the compound has substantial inhibitory activity on protein-tyrosine-phosphatase 1B (PTP1B) and is used for preparing drugs for preventing, delaying or treating diabetes, obesity and complications thereof, and other PTP1B-mediated diseases.