11 results about "Snake bites" patented technology

The utility model discloses an environment-friendly anti-snake bite and anti-mosquito boot, which comprises a sole and a body, the sole is fixedly connected with the body, the body comprises a leather, a mosquito-repellent coating is arranged on the leather, anti-snake face cloth is arranged on a tongue, a heel bottom, a heel middle, a heel middle and a heel top of the body, and the anti-snake face cloth is arranged on the sole. The anti-snake face cloth comprises an inner anti-snake-bite layer and an outer nylon cloth layer, the inner anti-snake-bite layer and the outer nylon cloth layer are connected in a bonding mode, a water-splashing-preventing and yarn-falling-preventing printing layer is further arranged on the nylon cloth layer, and the requirement for better protecting personal safety in the wearing process in complex terrains such as outdoors and jungles can be met.

The invention provides a snake bite prevention rim. The snake bite prevention rim comprises a first buffering cushion, a second buffering cushion, a first rim part and a second rim part, wherein the first rim part and the second rim part are symmetrically located on the two sides of the center line of the cross section of the rim correspondingly. The first buffering cushion and the second buffering cushion are annular components, have elasticity and can automatically return after deformation, and the first buffering cushion and the second buffering cushion are arranged on the first wheel flange part and the second wheel flange part respectively; the first cushion pad is arranged between the first rim part and the outer side tire wall of the outer tire, and the second cushion pad is arranged between the second rim part and the outer side tire wall of the outer tire; when the outer tire is extruded towards the first rim part or the second rim part under the action of external force, the first buffer pad and the second buffer pad can provide a buffer effect for the outer tire, so that the outer tire is prevented from directly touching the first rim part or the second rim part, and the situation that the tire is bitten by a snake is avoided.

The invention relates to the technical field of biological medicines, and relates to specific primers and a method for identifying coral snake, cobra, king cobra and snake venom source species thereof, and application of the specific primers and the method. Based on highly-conservative and specific DNA fragments contained in DNAs extracted from tissues and snake venom of bungarus multicinctus, cobra and king cobra, specific primers are respectively designed for the fragments, and the bungarus multicinctus, cobra and king cobra and snake venom source species can be accurately identified. The method can be used for identifying bungarus multicinctus, cobra, king cobra and snake venom source species of bungarus multicinctus, cobra, king cobra and snake venom source species of bungarus multicinctus and cobra venom source species of bungarus multicinctus and cobra venom source species of bungarus multicinctus and cobra venom source species of bungarus multicinctus and cobra venom source species of bungarus multicinctus The method is high in detection sensitivity, high in correct detection rate, free of cross reaction and simple in operation process, and has higher specificity compared with a traditional immunoassay method.

The invention discloses a snake wound classification and recognition model construction method based on serum marker electrochemical detection and deep learning, and belongs to the technical field of biosensing and intelligent diagnosis. The method comprises the following steps: firstly, screening based on proteomics to obtain multiple serum protein biomarkers related to snake bite types, constructing a multi-electrode electrochemical sensing platform, and collecting electrochemical signals through cyclic voltammetry (CV) to obtain electrochemical fingerprint characteristics of a serum sample; and after the obtained signal is subjected to normalization and data enhancement processing, the signal is input into a one-dimensional convolutional neural network (1D-CNN) model for feature learning and classification identification. Through combination of multi-index detection of biomarkers and an end-to-end deep learning algorithm, the method realizes rapid and accurate identification of three different snake wound types of agkistrodon acutus, cobra and trimeresurus remeresurus. The invention constructs a high-sensitivity and rapid diagnosis method for snake wounds, and the method has good popularization and clinical transformation potential.

This disclosure provides medicaments and methods for treating envenomation using small molecule inhibitors of secretory phospholipase A2 (sPLA2). The sPLA2 inhibitor AZD2716 and related compounds can be used as monotherapy. Alternatively, the sPLA2 inhibitor varespladib and / or methyl varespladib can be used in combination with a statin. When a subject has been envenomed (for example, by a snake bite or bee sting), the medicaments can be administered to prevent lethal effects or tissues damage cause by the venom: for example, acute kidney injury, mast cell degranulation, or cerebral edema. The medicaments may be contained in an automatic injection device or an injection pen to deliver an effective dose as soon as possible following envenomation.

The invention relates to a combination preparation for use in a method for the treatment and / or prophylaxis of snakebites, wherein the combination preparation comprises one or more compositions which - Varespladib, methylvarespladib, hydroxy-varespladib, hydroxy-methylvarespladib, methoxy-varespladib, methoxy-methylvarespladib and / or corresponding salts, esters, amides or solvates and - contains a dimercapto chelating agent. The ingredients of the combination preparation complement each other advantageously for the effective treatment or prophylaxis of snakebites while keeping side effects to a minimum.

The application provides a method for treating snake venom by adenosine or a pharmaceutical composition containing adenosine, which comprises administering an effective dose of adenosine or a pharmaceutical composition containing adenosine. The adenosine or the pharmaceutical composition containing adenosine of the application can be applied to the first-aid treatment of snake bites in primary hospitals, and is expected to achieve remarkable curative effects.

A system (100) for integrated animal and bird care and information is disclosed. A receiving module (120) receive user information for registering a user. An information provider module (125) provides information about a plurality of veterinary hospitals, doctors, and compounders, provide information about the hospitals that offer rabies vaccinations, antivenom for specific snake bites, and medication for animal bites, provide information about snake catchers and forest department staff, provide information about the medication of the animals and birds. A complaint module (130) enables the user to raise a complaint request about animal issues. A notification module (135) notifies the user about the competition of the animal, type of animal competition, list of participants, and win or loss history of animal and owner. A zoo module (140) provides a plurality of information about the zoo. A sale module (145) provides information regarding the sale of animals and birds to the user.

The present invention relates to a process of purifying a protein. Specifically, the present invention relates to a process of purification of a polyclonal antibody and / or antibody fragments. The present invention employs an adsorptive separation using anion exchange chromatography and cation exchange chromatography along with ultrafiltration and diafiltration to achieve high-purity antibody / or antibody fragments. The process provided in the present invention is applicable for polyclonal antibody and / or antibody fragments, which are associated with conditions but not limited to snake envenomation, scorpion envenomation, diphtheria infection, tetanus infection, rabies virus infection and gas gangrene infection due to Clostridium species.

The utility model relates to an inner tube of anti-snake bite blowout, is equipped with annular tire body, is constituted by rim contact layer, elastic buffer layer and air tight layer. Rim contact layer adopts superhard butyl rubber of shao's hardness 70A, wear -resisting extrusion resistance, elastic buffer layer selects superelastic butyl rubber of shao's hardness 50A, can buffer driving impact, air tight layer is made of butyl rubber of shao's hardness 60A, ensure air tight. A plurality of evenly distributed compression ribs are equipped on one side of rim contact layer, the same material, the inside shear resistance layer is made of aramid fiber, compression rib is 1.5-2mm high, adjacent interval does not exceed 10mm, shear resistance layer is embedded enough depth and is thick 0.3-0.5mm, greatly promote anti-snake bite blowout performance. At the same time, the outer layer of rim contact layer has the self -repairing coating of epoxidized natural rubber - microencapsulated sulfur modification, slight damage can be self -repaired. The two beaks of annular tire body symmetry are convenient for inflation and deflation. The utility model effectively prevents snake bite blowout, prolongs life.