79 results about "Co treatments" patented technology

This invention relates to a process for activating a hydroprocessing catalyst and the use of activated catalyst for hydroprocessing. More particularly, hydroprocessing catalysts are activated in the presence of carbon monoxide. The catalysts that have been activated by CO treatment have improved activity.

The present invention is directed to co-therapy and methods for the treatment and prevention of glucose-related disorders such as Type 2 diabetes mellitus and Syndrome X. The present invention is further directed to pharmaceutical compositions for the co-therapy and methods described herein.

Methods for treating a plant comprise contacting a plant or a part of a plant with one or more of 9-oxononanoic acid, arachidonic acid, or a salt or ester thereof; wherein the amount is effective to increase tolerance to abiotic stress in the plant or to reduce a consequence of abiotic stress in the plant. Additional ingredients can be included such as dicarboxylic acids, pipecolic acid, or salicylic acid, or salts/esters thereof; sunblocks such as kaolin or calcium carbonate; carriers such as inert powders or liquids; and co-treatment materials such as fertilizers, plant nutrients, biostimulants, micronutrients, amino acids, plant hormones, pesticides, fungicides, insecticides, nematicide, stearic acid, vegetable oil, or phospholipid.

The present invention relates to a method for efficiently proliferating and differentiating natural killer cells (NK cells) from umbilical cord blood, more precisely a method for efficiently proliferating and differentiating natural killer cells from umbilical cord blood comprising the following steps: 1) preparing CD3 negative cells by eliminating CD3 positive T-cells from umbilical cord blood derived mononuclear cells; and 2) culturing the CD3 negative cells after treating various cytokines thereto. The present invention is advantageous in obtaining high purity NK cells in a short period of time by inducing NK cells from CD3 negative cells, compared with the conventional method inducing NK cells from haematopoietic stem cells, and in promoting NK cell proliferation and differentiation by treating different cytokines together, for example by the co-treatment of IL-15 and IL-21. That is, the method of the present invention can induce NK cells with increased anti-cancer cytotoxicity, so that it can be effectively used for anti-cancer cell therapy.

The present invention is directed to the administration of an HSV derived oncolytic virus and a PI3K/AKT/mTOR pathway inhibitor to treat various types of resistant tumors. Therapy-resistant tumor formation is one of the main causes for treatment failure in the clinic. The treatment methods and compositions disclosed herein sensitize resistant tumors to the treatment of herpes simplex virus (HSV)-based oncolytic virotherapy. Pre or co-treatment of resistant tumor cells with the mTOR inhibitor, rapamycin, or certain PI3K inhibitors, such as LY294002, can efficiently sensitize the tumors to HSV derived oncolytic viruses, whereby the replication and spread of the viruses are dramatically enhanced.

The invention relates to the technical field of soil treatment, in particular to an in-situ repairing system for organic polluted soil under hardened road surfaces. The system comprises a soil gas extraction portion, extraction well portions, a chemical storage tank portion and chemical injection well portions. The soil gas extraction portion is connected with the extraction well portions through a first pipeline, the chemical storage tank portion is connected with the chemical injection well portions through a second pipeline, the extraction well portions are distributed around the chemical injection wells by taking the chemical injection wells as the centers, one chemical injection well portion and four surrounding extraction well portions form a unit, and every unit is in quincuncial-pile-shaped distribution. The in-situ repairing system has the advantages that the in-situ repairing system is simple and convenient to operate; a co-treatment mode of gas suction and chemical injection is adopted to treat the organic polluted soil under the hardened road surfaces, so that soil repairing effect is good, treatment time is short, working limitation is low, and applicability is high; the in-situ repairing system is particularly applicable to difficult low-permeability soil repairing.

The invention relates to a gene drug co-carrier system using cation liposome to establish a gold nano-spherical shell and a preparation method. The method comprises: using phosphatides such as DPPC, MPPC and DPPE-PEG and the derivatives thereof to form the cation liposome via membrane extrusion; carrying the hydrophilic drug hydrochloric acid adriacin into the liposome in the forming process; forming the drug-carried cation liposome; adding chlorauric acid solution into cation liposome solution; adsorbing on the surface of the cation liposome; adding ascorbic acid solution for reduction; forming the gold nano-spherical shell structure; reducing sulfhydryl out of the single chain of green fluorescent protein silent gene with a disulfide bond, grafting onto the surface of the gold nano-spherical shell; and forming the gene drug co-carrier system. The gold nano-spherical shell has low toxicity and unique optical properties. The gene drug co-carrier system using cation liposome to establish the gold nano-spherical shell can provide carrier for the co-treatment of drugs and genes, can select light to illuminate the gold nano-spherical shell, and utilize light-heat conversion property to realize the co-release of the drugs and genes.

The present invention discloses a method for determining the total phosphorus in water by using an ammonium molybdate spectrophotometry method. The method comprises: (1) drawing a standard curve; (2) determining a sample; and (3) calculating the total phosphorus. According to the present invention, only the 5.0 mL sample is required during the sampling, such that the sampling volume is reduced to 20%, and the corresponding reagent consumption required by the reaction is reduced to 20% sp as to well save the cost and reduce the operation amount; the heating temperature is reduced through the proper pressurization during the digestion, and the catalytic reaction process is assisted with ultrasonic waves, such that the time consumption required by the reaction is shortened under the co-treatment; and the method has advantages of time saving, labor saving and effectively-ensured test precision, and meets the quality requirement.

The invention relates to the technical field of sewage sludge treatment, in particular to a deep dewatering treatment method for co-treatment of beer sludge and beer waste liquids. The method comprises steps as follows: step (A), production wastewater of a beer factory is collected by a water collecting well and treated by a wastewater treatment system, and purified water and the beer sludge are obtained; step (B), the beer sludge and the beer waste liquids are mixed in a concentration pond to form concentrated sludge; step (C), the concentrated sludge is subjected to flocculation and concentration separation, and primary sludge and primary wastewater are obtained; step (D), the primary sludge is chemically modified, and modified sludge is obtained; step (E), the modified sludge is pressed, filtered and dewatered in a multi-disk screw press, and secondary sludge and secondary wastewater are prepared; step (F), the primary wastewater and the secondary wastewater flow back to the water collecting well and are mixed with the production wastewater, the mixture continues to enter the wastewater treatment system and is discharged until meeting the standard. By means of deep dewatering treatment method for co-treatment of the beer sludge and the beer waste liquids, the beer sludge and the beer waste liquids can be treated simultaneously, wastewater is circularly treated, and the cost is low.

The invention discloses a polymer film modified by fluororesin. The surface-modified polymer film comprises a polymer substrate layer, a transition layer attached to the polymer substrate layer and a fluororesin layer attached to the transition layer; the polymer substrate layer is made of polymers with low surface energy, and the transition layer is made of polymer materials with polar functional groups. Meanwhile, the invention further provides a method for preparing the polymer film. Activating treatment is performed on the polymer film with plasma, the polymer film is coated with a polymer solution with the polar functional groups, dried, coated with the fluororesin, dried and cured, and then the surface-modified polymer film product is obtained. According to the modified film product, pretreatment activation is performed with the air plasma, and co-treatment of the polymer film and the polar coating can achieve industrialized large-area treatment; meanwhile, due to the fact that hydrogen-bond interaction is formed between the polar transition layer and the fluororesin, the bonding force is excellent. In addition, the barrier property (especially the water vapor barrier property) of the modified polymer film is improved.

A method for low-consumption co-treatment of flue gas desulfurization wastewater and ammonia-nitrogen wastewater comprises steps as follows: (1) flue gas desulfurization wastewater containing sulfateand ammonia-nitrogen wastewater are guided into a mixing tank to be mixed; (2) the pH and the temperature of mixed wastewater are adjusted in the mixing tank; (3) firstly, a biological reaction tank is inoculated with cultured activated sludge, the mixed wastewater is introduced from the mixing tank, microorganisms in the activated sludge take ammonia nitrogen as an electron donor in the biological reaction tank, sulfate is reduced to elemental sulfur, besides, ammonia nitrogen is oxidized into nitrogen, and synchronous removal of sulfur and nitrogen is realized. The problems that the water quality of the flue gas desulfurization wastewater hardly reaches the standard after treatment with conventional physical and chemical methods, the biodegradability is poor and biological treatment is difficult are solved, and co-treatment of two kinds of wastewater is realized.

The invention discloses a production method of a fermented low-alcohol strawberry juice drink, which belongs to the technical field of food processing. The production process of the present invention is as follows: using strawberries as raw materials, cleaning, arranging, beating, compound enzymolysis, adding active dry wine yeast to strawberry juice for anaerobic fermentation, centrifuging, filtering, blending, filling, sterilization, and final preparation Get a low-alcohol strawberry juice drink. The characteristics of the present invention are: using biological enzymolysis and fermentation technology to jointly process strawberry pulp, effectively improving the yield of strawberry juice and the dissolution rate of active nutrients, producing a small amount of alcohol during the fermentation process, and endowing the strawberry juice drink with a novel flavor and taste , the product has a strong strawberry fruit fragrance, sweet and mellow, strong nutrition and health care functions, can meet different levels of consumer demand, and has broad market development prospects. The low-alcohol strawberry juice drink produced by the invention is another new product in strawberry processing, its development is beneficial to the development and progress of the strawberry industry in my country, and provides an effective method for the deep processing and value-added transformation of strawberries in the full fruit period.

Measurement of a single gene expressed by tumor cells (LMO2) and a single gene expressed by the immune microenvironment (TNFRSF9), which determination may be referred to herein as a two gene score (TGS), powerfully predicts overall survival in patients with NHL, particularly overall survival in the context of anthracycline-based chemotherapy or co-treatment with anthracycline-based chemotherapy and anti-CD20 immunotherapy. It is shown herein that increased levels of LMO2 and TNFRSF9 correlate with a positive patient response and improved prognosis.

The invention relates to a new rural domestic sewage nitrogen and phosphorus removal purification system. The system includes rural domestic sewage householders, septic tanks in corresponding connection with rural domestic sewage householders' sewage pipes and a water outlet pipe connected to the septic tanks. Every rural domestic sewage householder is connected to a septic tank correspondingly, a purification tank is additionally disposed behind the septic tanks, all the septic tanks are in parallel connection, and are gathered and then connected to the purification tank, the purification tank is connected to the water outlet pipe, and the purification tank is equipped with a reflux pipeline connected to the septic tanks. The septic tanks and purification tank are employed to realize rural sewage treatment, and achieve a two-stage biological treatment effect. A high activated sludge concentration is maintained, the purification tank is free of blockage, collection and gathering of scattered household sewage for co-treatment can be realized, and the sewage treatment reaches the effect of first level A of total nitrogen and total phosphorus. Aerobic activated sludge particles are utilized for synchronous realization of nitrification and denitrification effects.

In the treatment of alcoholism, co-treatment with an active agent capable of offsetting unwanted adverse clinical manifestations to the treatment itself, for example, negative drug adverse clinical manifestations, greatly increases patient compliance. Increasing patient compliance, in turn, creates a better success rate and decreased recidivism or relapse. The current invention combines the use of an opioid antagonist with at least one dopamine D2 partial agonist for the treatment of alcoholism. Suitable dopamine D2 partial agonists are aripiprazole and (−)3-(3-hydroxyphenyl)-N-n-propylpiperidine [(−)-3PPP].

The invention discloses a co-treatment method for a blue-green algae in a Taihu lake, a sludge of a wastewater plant and a kitchen waste, and belongs to the technical field of environmental protectionand renewable energy source treatment. The method comprises the following steps of pretreating a source of the blue-green algae in the Taihu lake; pretreating a source of the kitchen waste; carryingout a pyrohydrolysis decomposition process on the sludge of the wastewater plant; cooperatively carrying out thermophilic digestion on the sludge of the wastewater plant, the pretreated blue-green algae in the Taihu lake and the pretreated kitchen waste; dehydrating and squeezing a biogas residue; drying to obtain a finished product. The co-treatment method for the blue-green algae in the Taihu lake, the sludge of the wastewater plant and the kitchen waste provided by the invention has the advantages that through a comprehensive treatment processing comprising the steps of pretreating the source of the blue-green algae in the Taihu lake, carrying out the pyrohydrolysis decomposition process on the sludge of the wastewater plant, cooperatively carrying out thermophilic digestion on the sludge of the wastewater plant, the pretreated blue-green algae in the Taihu lake and the pretreated kitchen waste, dehydrating through a biogas residue dehydrator, directly squeezing through a high-pressure squeezer, and drying through solar energy, not only can stabilization, harmlessness and reduction of the blue-green algae in the Taihu lake, the sludge of the wastewater plant and the kitchen waste be realized, but also the waste is turned into wealth, and available methane, landscaping soil and woodland soil can be produced.

The invention relates to the technical field of domestic garbage and discloses a kitchen garbage and sludge co-treatment method based on mesophilic and thermophilic anaerobic co-digestion. The method comprises the following steps: crushing kitchen garbage; mixing the kitchen garbage with dewatered sludge; conducting hydrolytic acidification treatment; conducting mesophilic anaerobic digestion; and conducting ozonation treatment; conducting thermophilic anaerobic digestion; and conducting dewatering treatment to prepare dewatered liquid and dewatered sludge cake, wherein conveying the dewatered liquid is conveyed to a liquid storage tank, and the dewatered sludge cake is used as organic fertilizer. According to the method, a mixture of kitchen garbage and sludge is treated by a mesophilic anaerobic digestion, ozonation and thermophilic anaerobic digestion combined technique, the treatment time is relatively short, the equipment investment is relatively low, and the yield of methane is high. After mesophilic anaerobic digestion, ozonation is added with the purposes of improving biodegradability and then improving the effect and gas yield of follow-up thermophilic anaerobic digestion, while ozonation treatment is basically added before anaerobic digestion in the conventional like technique.

The invention provides a method for producing high-quality high-yield selenium-enriched hericium erinaceus culture and belongs to the field of production of edible mushrooms. The method comprises thefollowing process steps: 1, making stock culture; 2, making shake flask culture; 3, performing electric field and magnetic field co-treatment on the shake flask culture; 4, producing selenium-enrichedfermentation culture. According to the method disclosed by the invention, the hericium erinaceus culture is produced by utilizing a liquid fermentation technology, the solid production method of thetraditional hericium erinaceus culture is changed, the culture production cycle is shortened, the quality and yield of the culture are improved, and the cost is reduced. Meanwhile, selenium is added into the liquid fermentation process, and then the selenium-enriched hericium erinaceus culture having the organic selenium content of 87.84mg/kg is obtained. The culture is fast in growth after inoculation, strong in growth vigor and high in yield, the organic selenium content in the produced hericium erinaceus fruiting bodies reaches 87.84mg/kg, and the culture has extremely high market value.

The invention provides a sludge pyrolysis and carbon value reutilization co-treatment apparatus and method. The apparatus comprises a sludge storage bin, a straw storage bin, a ZnCl2 storage bin, a blending bin, a first spiral conveyer, a primary air dryer, a second spiral conveyer, a granulator, a belt conveyor, a secondary air dryer, a feed tube, a pyrolysis furnace, a condenser, an activation furnace, a sludge activated charcoal storage bin, a saturated washing tower, a first distribution valve, a gas-fired hot water boiler, a activated charcoal adsorption tower, a draught fan, a second distribution valve and a third distribution valve. By fully utilizing moisture and energy in the sludge and the reutilization property of the sludge, one part of organic matters in the sludge are converted into combustible gas and tar, and a large amount of moisture in the sludge is evaporated to activate a solid coke product, thus preparing activated charcoal. The combustion of the combustible gas and tar provides energy required for pyrolysis and activation processes; the redundant combustible gas is transferred into the gas-fired boiler for hot water production; and the prepared activated charcoal can be used for purifying waste gas and waste water produced in the treatment process, thus avoiding environmental pollution.

The present invention relates to a high recovery rate and pollution resistance reverse osmosis membrane water treatment method, which comprises that: 1) hardness of a sewage water body requiring treatment is removed, wherein the water body hardness (calculated as calcium carbonate) is less than 200 ppm; 2) clarifying and filtering are performed, wherein the turbidity of the sewage requiring treatment is less than 1, and SDI is less than 2; 3) the pH value of the influent is continuously adjusted according to a certain rule, and then the influent enters a reverse osmosis operation unit; and 4) reverse osmosis continuous operates to obtain the relatively clean desalted product water and the concentrated solution. The high recovery rate and pollution resistance reverse osmosis membrane water treatment method has the following advantages that: with the periodic change of the pH value, bacterial and other microorganisms in the water body almost impossibly survive so as to substantially reduce pollution caused by bacterial and secretions thereof; the pollution on the reverse osmosis membrane is avoided so as to substantially increase the recovery rate, wherein the recovery rate of the two-stage reverse osmosis co-treatment for the reclaimed water reuse can achieve more than 95%; and the weak link of the reverse osmosis membrane water treatment technology is overcome, such that the reverse osmosis membrane can continuously operate in an efficient and low-cost manner.

The present invention relates to novel compositions comprising Cajanus and glucosamine as well as to the use of these compositions as a medicament, in particular as a medicament for the treatment, co-treatment or prevention of inflammatory disorders.