33 results about "Interventions therapy" patented technology

The invention provides a cardiovascular interventional virtual surgery simulation system based on force feedback. The cardiovascular interventional virtual surgery simulation system comprises a displacement collecting unit, a force feedback mechanism, a motor driver, a processor and a computer, wherein the displacement collecting unit comprises a guide wire displacement collecting unit, a balloon catheter displacement collecting unit and a guiding catheter displacement collecting unit; and the force feedback mechanism comprises a guide wire force feedback mechanism, a balloon catheter force feedback mechanism and a guiding catheter force feedback mechanism. The cardiovascular interventional virtual surgery simulation system is used for simulating the movement sense and the force sense in the process of inserting guide wires, catheters and the like in vascular intervention therapy. The surgery accuracy is high, the repeatability is good, the training cycle of doctors can be shortened, and the surgical risk is reduced.

The invention discloses an intelligentize myopia detection and intervention treatment integration platform characterized by comprising a liftable trolley, an optical flat, a one-dimensional electric control translation bench, a face holder, a projector, a fluorescent lamp, an interactive keyboard, a lower computer and a host computer; the intelligentize myopia detection and intervention treatment integration platform can improve the disadvantages of existing myopia inspection schemes, and can improve myopia inspection automation, intellectualizing and networking level; in addition, a scientific myopia recovery training scheme is combined so as to help teenagers to improve myopia conditions through a lossless method.

The invention pertains to the technical field of flexible electrode materials, and relates to a preparation method of a flexible medical silver electrode material, which specifically comprises the steps: firstly, the surface of a polymer material is modified, active groups are introduced on the surface, then chemical silvering is conducted under the action of ultrasonic wave; the active groups are connected with the silvering by chemical bonds, thus greatly improving the compactness of the silvering and the adhesiveness of the polymer material, and leading the peel strength of the silvering to be larger than 40 N / cm; and by test of simulated body fluid, the prepared flexible electrode material has extremely high corrosion resistance. The electrode material has high safety coefficient, and can be widely applied to intervention therapy in clinical medicine such as repeat treatment of esophagus cancer, congenital heart disease, and the like.

The invention relates to a method for screening active components from a traditional Chinese medicine or natural medicine complex system, and provides the method for screening the active components from the traditional Chinese medicine or natural medicine complex system on the basis of metabonomics and traditional Chinese medicine chemical composition analysis technology. The method is characterized in that: establishing a related disease animal model, performing intervention therapy on effective parts by use of a traditional Chinese medicine or a natural medicine compound prescription or an element-plus / minus prescription of the traditional Chinese medicine or the natural medicine compound prescription; aiming at drug intervention-treated animal body fluids or tissues for metabonomics study to obtain curative effect differences information of medicine treatment groups; using a multivariate statistical analysis method to for search and identification of chemical constituents of differences so as to lead compounds or compound groups with active effects in the traditional Chinese medicine or natural medicine compound prescription. The method for screening the active components is reasonable and feasible. The method for screening the active components can be used as a method to develop new drugs from the traditional Chinese medicine or natural medicine complex system, also can be used as supplementary means for quality control of traditional Chinese medicines or natural medicine compound medicines.

The invention discloses an absorbable biomedical high-toughness anti-corrosion magnesium alloy material and a preparation method thereof and belongs to the field of biological materials. The absorbable biomedical high-toughness anti-corrosion magnesium alloy material is a magnesium alloy composed of, in percentage by mass, 1.00-5.00% of Zn, 1-2% of Y, 0.3-0.7% of Zr and the balance Mg. Whole-course gas protection resistance furnace smelting and a rotating magnetic field and ultrasonic externalfield composite treatment technology are adopted to manufacture an ingot casting, then through homogenization treatment and hot extrusion deformation, extremely uniform and tiny second phases of Mg3Y2Zn3, Mg3YZn6 and Mg24Y5 are dispersed and distributed on a magnesium base body, and thus the biomedical magnesium alloy which has extremely high toughness and is resistant to corrosion and capable of being completely degraded is obtained. The absorbable biomedical high-toughness anti-corrosion magnesium alloy material can be used for cardiovascular intervention therapy, endosseous implantation and other medical fields.

The invention relates to a bivalirudin-polyethylene glycol compound and a preparation method thereof, a medicinal composition containing the compound and application. The bivalirudin-polyethylene glycol compound is a new structural compound which is obtained by cysteine substitution for any glycine from the 5th site to the 8th site in a bivalirudin sequence and polyethylene glycol modification, keeps the activity of bivalirudin and prolongs the half-life period of the bivalirudin. The application of the bivalirudin-polyethylene glycol compound in medicaments for treating or preventing thrombus diseases comprises application in medicaments for unstable angina pectoris, peripheral artery intervention therapy, hearth and lung transplantation and thrombus preventing treatment.

The invention relates to a manufacturing process of a gelatin sponge particle embolic agent, which is mainly realized by the following steps: crushing and drying the gelatin sponge; specifically, firstly freezing the gelatin sponge at a temperature of -10°C-30°C, and freezing the gelatin sponge The time is at least half an hour, and then crushed in a pulverizer, and then dried in a dry box; after sieving and grading, put them into cleaned and disinfected vials for packaging and capping. The beneficial effect of the present invention is that the gelatin sponge can be crushed into required particle sizes due to the adoption of the freezing and crushing process, and a series of products can be formed, which are suitable for the needs of interventional therapy. Gelatin sponge not only has hemostatic effect on wound bleeding, but also has embolism effect.

The invention discloses a novel stem cell preparation and application thereof in vascular intervention therapy of cerebral apoplexy and provides a preparation method and steps of stem cells in the stem cell preparation and their application in the preparation of pharmaceuticals used for treating patients with cerebral apoplexy. The novel stem cell preparation has a good effect after transplanting, preparation cost is low, acquired cells are easy to massively amplify, new fields are opened for the treatment of nervous system diseases such as cerebral apoplexy, and good news are brought to the patients with cerebral apoplexy. The stem cells in the preparation are higher in differentiation degree, is capable of promoting neural functional recovery of patients during vascular intervention therapy of cerebral apoplexy, enables higher cell colonization, is easy to prepare and convenient to apply, and has curative effect evidently higher than like drugs.

The invention relates to a cardiovascular anesthesia type interventional therapy device and belongs to the technical field of medical instruments. The cardiovascular anesthesia type interventional therapy device comprises a power supply base, an interventional instrument combined case, an anesthesia case and a hemostatic oppression top box, wherein a hidden battery box is arranged in the power supply base; a winding roller rotating shaft is arranged in the interventional instrument combined case and connected with the interventional instrument combined case through rotating shaft nesting rings; a guide pipe winding roller is arranged on the winding roller rotating shaft; a guide pipe connecting mouth is arranged in the anesthesia case; a hard drainage channel is arranged on the guide pipe connecting mouth; an anaesthetic caching box is arranged on the lower side of the hard drainage channel; a top box protective cover is arranged on the hemostatic oppression top box; and a pressure pump switch is arranged on the upper side of the hemostatic oppression top box and connected with the hemostatic oppression top box through a switch chute. The cardiovascular anesthesia type interventional therapy device is complete in function and convenient to use, and can be simply and conveniently operated with less time and effort when used for cardiovascular interventional therapy on patients, thereby reducing the work difficulty of medical staff.