648 results about "Veterinary drug" patented technology

The invention discloses a test paper strip for the fluorescent bead immunochromatography of veterinary medicine remained in a detected sample and a preparation method thereof. A filter paper, a sample pad, a fiberglass membrane, a pyroxylin membrane and water sucking paper are sequentially stuck on a base plate in related joint; fluorescent beads are sprayed on the pyroxylin membrane for marking a veterinary medicine resistant molecule monoantibody; the pyroxylin membrane coated with a veterinary medicine molecule holoantigen is used as a detection region; the pyroxylin membrane coated with an anti-mouse antibody is used as a quality control region; and the test paper strip is prepared through the following steps: (1) the preparation of the pyroxylin membrane; (2) the preparation of a fluorescent bead pad; and (3) the assembling of the test paper strip. In the detecting process, emitted spectrums pass through a proper optical filter device; and all the emitted spectrums are collected through CCD scanning technology, are congregated, are multiplied and are analyzed through a fluorescence analyzer and relevant software to obtain a quantized fluorescence signal, thereby realizing quantitative detection. The test paper strip is mainly used for the qualitative detection and the quantitative detection of all the veterinary medicine classes in food safety detection.

A veterinary pill/capsule delivery device comprised of a dispensing head for holding a pill or capsule, the dispensing head being attached to the end of a syringe component for ejecting the pill or capsule out from the dispensing head into the animal's mouth while at the same time injecting a quantity of water into the mouth. The syringe component includes a push-rod that protrudes into dispensing head for ejecting the pill/capsule therefrom, plus water release holes near the dispensing head for simultaneously jetting water out of the syringe component into the animal's mouth, thereby compelling the animal to swallow the pill.

The present invention provides one kind of reagent for simultaneously detecting several kinds of small molecular compounds and its preparation process and usage. The preparation process includes the following steps: preparing coded microsphere reagent, and preparing one of the small molecular compound detecting antibody probes, including fluorescent quantum dot antibody probes, fluorescent quantum dot secondary antibody probes, fluorescent dye antibody probes and fluorescent dye secondary antibody probes. The method of detecting small molecular compounds with the antibody probe may be a direct antibody probe method or a indirect antibody probe method. The present invention may be used in detecting residual veterinary medicine, pesticide, banned drug, misused medicine and other small molecular compounds in food, agricultural product, living animal body and human body, and has the advantages of high sensitivity, high repeatability, etc.

The present invention relates to a method of simultaneously detecting a plurality of agro-veterinary drug residues in bee products. The extracted liquid trichloroacetic acid or perchloric acid and the extracted liquid acetate, phosphate or borate solution are added into a sample; the pH value is controlled between 4.5 and 9.0; the mixed solution is centrifuged, the filtrate is added into a solid phase extraction column to be extracted, the extraction column is eluted and dried, the column is washed by oxalic acid-methanol solution, the volume of the eluent is defined by the aqueous solution of methanol, the eluent is added into liquid chromatography-tandem mass spectrometry to be analyzed and tested, the acquired chromatographic peak is contrasted with the known standard chromatographic peak of the drug, and according to the retention time and the abundance of the mass spectrum ions, the specific name of the detected drug is determined. The method only requires one pre-treatment of the sample, and thus can simultaneously extract 11 classes and more than 60 kinds of veterinary drug residues, such as sulfonamides, quinolones, macrolides, lincomycins, nitroimidazoles, beta-lactams, tetracyclines, chloromycetins, trinethoprims, chlordimeform, triadimenol and the like, the efficiency of analysis is high, and the detection cost is greatly reduced.

The invention discloses a system for monitoring and traceably managing an organic livestock growth, slaughter and distribution process. The system, based on Internet of things technology, can help breeding enterprises establish perfect production files, establish data base of meat product traceability, manage safety production, and establish epidemic prevention records; helps a government supervision department achieve livestock production process supervision and control. In addition, being capable of monitoring prohibited veterinary drugs, drug additives, drug withdrawal period in real time, the system can help users avoid the use of prohibited veterinary drugs to prevent livestock slaughter in the withdrawal period and improve animal safety so as to guarantee people's health and life safety, to monitor a animal growth process and achieve fresh meat product traceability, to ensure organic and healthy ecological meat. Further, the system raises the economic benefits of farming enterprises so as to guarantee the profits of the consumers, the breeding enterprises and the government supervision department.

The invention discloses a molecular imprinting electroluminescent sensor for detecting veterinary drug residue by taking a battery as power and a method for detecting veterinary drug residue. A preparation method of an electrode (a schematic diagram is shown in the figure) comprises the following steps of: preparing MIP (Molecularly Imprinted Polymer)s sol of the veterinary drug residue; preparing a carbon dot and preparing a graphene nano material according to documents; and modifying graphene, the carbon dot and the MIPs sol onto the surface of the electrode of the sensor. The method for detecting the trace veterinary drug residue comprises the following steps of: connecting the modified electrode to an electrogenerated chemiluminescence instrument, and detecting the veterinary drug residue in a sample extract by taking the battery as the power. The molecular imprinting electroluminescent sensor disclosed by the invention has the advantages that the specificity of the electrode is strong and the sensitivity is high and can be up to a ng grade; only 3-5 minutes are spent on a basic detection process; and the cost is low. The method for detecting the veterinary drug residue by adopting the electrode is quick and easy to operate, the reaction is automatically completed by instruments and results are automatically recorded by the instruments.

The invention relates to an application of pink plumepoppy herb extract in veterinary drugs of economic animals; the pink plumepoppy herb extract is used for preparing medical feed additives of the veterinary drugs which are used for enhancing the growth of the economic animals and increasing conversion rate of the feed or veterinary drugs which has better inhibiting action and disinfecting action to common pathogenic bacteria in livestock and poultry, such as listeria monocytogenes, haemophilus and pasteurella.

According to various embodiments, veterinary care management systems and associated methods are provided for managing electronic medical records and administrative data related to a veterinary care practice. The systems and methods may be used, for example, by a veterinary clinic, related specialty hospital/university facilities, and/or customers and patients thereof to seamlessly and electronically exchange any of a variety of data related to the provision of veterinary care. In certain embodiments, the systems and methods are configured for receiving data associated with at least one patient. In those and other embodiments, at least a portion of the received data is used to facilitate providing medical services for the at least one patient. Various embodiments update at least a portion of the data based upon facilitated medical services, while certain embodiments transmit the updated data, via a network, to users located at distributed sites to facilitate still further medical services or treatment.

The invention relates to a detection method for simultaneously measuring the residue of tetracyclines (TCs) drugs in royal jelly, in particular to a detection method for simultaneously measuring the residue of 10 veterinary drugs including oxytetracycline, tetracycline, demethylchlortetracycline, chlorotetracycline, doxycycline, 4- epioxytetracycline, 4-epitetracycline, 4-epichlorotetracycline, minocycline and methacycline. The method comprises the following steps: precipitating protein by methanol; then, adjusting the pH value; further carrying out multi-stage purification; and simply and simultaneously measuring the residue of the TCs drugs by the liquid chromatography-mass spectrometry/mass spectrometer (LC-MS/MS). By carrying out the pre-treatment for one time, the invention can measure the residue of up to 10 TCs drugs in the royal jelly, wherein, the lower limits of detection (LLD) of the five TC antibiotics including oxytetracycline, tetracycline, demethylchlortetracycline, chlorotetracycline and doxycycline are 2.0 mug/kg; while the LLDs of the other veterinary drugs including 4- epioxytetracycline, 4-epitetracycline, 4-epichlorotetracycline, minocycline and methacycline are 10.0 mug/kg.

The invention relates to a preparation method of an enramycin premix, comprising the following steps of: carrying out high-pressure filtration/squeeze on enramycin fermentation liquor prepared by using a conventional method; separating the fermentation liquor; then carrying flash drying on an obtained enramycin filter cake and then crushing; adding a powdery carrier to fine mycelium powder according to the purity and the end-product requirement content of a dried product so as to regulate the concentration of the fine mycelium powder; evenly mixing to obtain a powdery enramycin premix; and pelleting the powdery enramycin premix into a granulated enramycin premix according to demands. The preparation process of the preparation method does not need to refine and extract enramycin, does not consume organic solvents and acid and base, and has less pollution on the environment, and the production cost is largely reduced; the content and the uniformity of the obtained product meet the quality standard requirements of imported veterinary drugs, and the stability of the product meets the specified requirements; moreover, dangerous solid wastes, such as antibiotic bacterium residues and the like, are not generated in the production and preparation process, thereby greatly reducing the pollution to the environment and the later-period management cost.

The invention relates to a simultaneous screening and detection method of a plurality of types of veterinary drug residues in solid animal-derived foods. The simultaneous screening and detection method comprises the following steps: after taking and crushing a sample to be detected, adding an acetonitrile acetate solution and a Na2EDTA buffering solution into the sample to be detected; meanwhile, adding anhydrous sodium sulfate and sodium chloride, and homogenizing and extracting; adding an adsorbent containing C18 and NH2 into extracting-obtained liquid supernatant to carry out purification; then determining by using high performance liquid chromatography-quadrupole-time-of-flight mass spectrometry. The screening method provided by the invention can be used for simultaneously screening and detecting the plurality of types of veterinary drug residues in the animal-derived foods, has the characteristics of rapidness, simplicity and convenience, flexibility, accuracy and the like, can be used for carrying out an accurate qualitative analysis on target veterinary drugs in the sample, and also can be used for carrying out quantitative detection. The method is applicable to rapid detection of the plurality of types of veterinary drug residues in batch samples. Aiming at the solid animal-derived foods, the impact on the target veterinary drugs by sample substrates is reduced, and the extraction effect is good and the recycling rate is high.

The present invention belongs to the field of Chinese medicine feed additive technology, and relates to a preparation method of Chinese medicine feed additive. Said preparation method includes the following steps: according to its prescription using partial Chinese medicinal materials, adding water and decocting them to obtain liquid medicine, filtering and concentrating to obtain extract, spray-drying said extract, pulverizing and sieving to obtain the extract powder for stand-by; drying the residue remained after the above-mentioned partial Chinese medicinal materials are decocted, pulverizing and sieving to obtain second extract powder for stand-by; pulverizing residual Chinese medicinal materials and sieving to obtain third extract powder; mixing all the extract powders so as to obtain the invented Chinese medicine feed additive-lactogenesis power preparation capable of obtaining good effect for stimulating milk secretion.

The invention provides a fast high-accuracy method for detecting agricultural and veterinary products residues in food, including following four steps: (1) matrix pre-treatment; (2) adding analysis protecting agent; (3) introducing sample and detecting on machine; (4) data processing. The detecting method, under the condition that GC/MS instrument detecting sensitivity is no changed, and with large volume injection, could reduce pre-treatment sample amount sharply. At the same time the invention has the advantages of low analysis cost, short analysis time, and uses the standard solution containing analysis protecting agent as standard working solution to draw standard curve for quantifying agricultural and veterinary products residues in various kinds of vegetable, fruit and corn substrates, and quantifies agricultural and veterinary products residues in various kinds of substrates with one standard curve, and has good applicability, the sensibility, accuracy and precision are all in accordance with command of agricultural and veterinary products multi-residues technology, and is suitable for detecting various kinds of agricultural and veterinary products' residues in food quickly and sensitively.

The invention discloses an immune colloidal gold detecting card of carbendazin and a preparation method of the immune colloidal gold detecting card, and relates to the technical field of animal source food veterinary drug residue detection. A test strip in a shell of the detecting card is composed of a PVC glue plate, a sample cushion, a colloidal gold conjugate pad, a coating film and a water absorbing cushion, wherein a colloidal gold film is a glass cellulose membrane containing carbendazin monoclonal antibodies, the coating film is a nitrocellulose film and is provided with a line T and a line C, the line T is wrapped by carbendazin protein conjugates, and the line C is wrapped by goat-anti-mouse IgG antibodies. The detecting card can be effectively used for rapidly detecting carbendazin and is convenient to use, rapid and accurate in result.

The present invention relates to 'method for examining solid-phase dispersion -high performance liquid chromatogram of residues substrate of sulfonamides in animal derived food' which belongs to the field of food safety-veterinary drug residues. The method comprises of chromatogram examining steps of substrate solid-phase dispersion and high performance liquid, wherein, the mobile phase of sodium dihydrogen phosphate-acetonitrile is 50mmol/L in high performance liquid chromatogram examining method, the volume ratio of sodium dihydrogen phosphate and acetonitrile is 70:30, because the sodium dihydrogen phosphate solution is buffer solution which has a certain PH buffer capability and makes the PH value stable, the stability of pH value of HPLC mobile phase is ensured, and repeatability and reproducibility of analysis result are ensured also, at the same time, the classical process of extraction, separation, concentration and purification are simplified, the operation is simple, the milk combination phenomenon is eliminated. The method of present invention has the merits of ideal precision and sensitivity, and environment protecting by using the less toxicity organic solvent eluting analyte employed.

The invention discloses a method for simultaneously detecting residues of 64 veterinary drugs in aquatic products. The method comprises the following steps: performing pretreatment on samples so as towell reduce the interference effect of a substrate on a target compound; and detecting the treated samples by adopting ultra-high performance liquid chromatography-quadrupole rod/electrostatic fieldorbitrap high resolution mass spectrum. The method disclosed by the invention is capable of simultaneously detecting residue of 14 categories of 64 veterinary drugs in aquatic products. The method islow in detection cost, short in cycle, excellent in stability and high in accuracy and is applicable to daily rapid screening of the residues of the veterinary drugs in the aquatic products on a largescale.

The invention belongs to the field of rapid food safety detection, and provides a digital rapid food safety detection system, which mainly comprises a detection host machine unit, a sample pretreatment unit and a power supply module, can be provided for detecting a plurality of physical and chemical items, pesticide and veterinary drug residues, and biotoxins, has characteristics of rapid detection, high sensitivity, high informatization degree, and sample treatment-sample detection-informatization management integration, is an optimal selection for safe and rapid on-site detection, meets requirements of enterprise laboratories on food safety routine detection, and has strong promotion and application values. In addition, the detection host machine unit has the following characteristics that: temperature control precision and rotation speed control precision are high, functions of precise timing, short shock inching, temperature calibration and power-down recovery are provided, three functions such as constant temperature maintaining, oscillation and timing can be manually switched, the machine with a plurality of uses can be achieved, and equipment utilization can be increased.

The invention discloses an animal feed mold removal agent and a preparation method thereof and belongs to the technical field of husbandry veterinary drugs. According to a key point of the technical scheme, the animal feed mold removal agent is prepared from, by weight parts, 50-100 parts of live protection and kidney protection ingredient, 150-200 parts of mycotoxin adsorbent, 150-300 parts of probiotics, 100 parts of biological enzyme and 350-500 parts of nutritive additive. The invention further discloses the method for preparing the animal feed mold removal agent. The animal feed mold removal agent obtained according to the method can adsorb various mycotoxins in the intestinal tract, is high in adsorption capacity, wide in applied range and stable in form and can be completely and quickly decomposed and excreted by animal organisms.

A medicine delivery device for oral administration of a medication, the device comprising an edible outer shell including a container piece comprised of a wall bounded by an outer surface, an inner surface, and a mating surface, and a recessed cavity formed within the inner surface; and a cap piece comprised of a cap wall partially bounded by a mating surface; and an edible paste comprising a first portion disposable on at least one of the mating surfaces of the container piece and the cap piece, and a second portion disposable within the recessed cavity of the container piece. A medicament is embedded in the second portion of edible paste, and the mating surfaces of the cap piece and the container piece are joined by the first portion of the edible paste, thereby forming a medicament cavity within the edible outer shell, within which the medicament is contained.

The invention discloses a particle used for detection of a veterinary drug micromolecule. The particle comprises a receptor particle and a donor particle and is prepared through the following steps: marking carrier protein with a veterinary drug molecule; coupling the veterinary drug molecule-marked veterinary drug with a homogeneous chemiluminescent receptor ball; and preparing a homogeneous chemiluminescent receptor ball coupled with a veterinary drug molecule antibody. The invention further discloses a one-step homogeneous chemiluminescent method for detection of the micromolecule with the particle. The one-step homogeneous chemiluminescent method is used for homogeneous, rapid and high-sensitivity detection of veterinary drug residue and for testing of the contents of frequently used veterinary drug components in feeds, e.g., clenbuterol, ractopamine, salbutamol and terbutaline.