7 results about "Burn treatment" patented technology

It is an object of the present invention to effectively promote growth of granulation tissue at a dermal defect or a subcutaneous tissue defect caused by a severe burn. To achieve this object, burn treatment cells for use in treatment of burns are composed of placenta-derived cells of an animal and promote healing.

1. The name of the design product: burn treatment bed. 2. The use of the design product: for patient burn care treatment. 3. The design features of the design product: in shape. 4. The picture or photo that best shows the design features: perspective view 1.

This invention discloses a traditional Chinese medicine composition for bone setting and burn treatment based on a family secret recipe, and its application. The composition is a powder preparation, processed using a specific technique. For internal use in bone setting and tendon repair, it should be taken with warm yellow rice wine. After taking the medicine, the patient should sweat profusely, with dampness in the wrists and ankles, and strictly avoid foods such as eggs, beef, mutton, donkey, horse, dog meat, old sow, and boar meat until the fracture has clinically healed. For external use in treating burns, the powder should be mixed with sesame oil to form a paste and applied to the wound. No pre-sterilization is required. Blisters should be punctured before applying the medicine. This composition significantly promotes bone healing (cycle 2-8 weeks) and burn wound healing (cycle 1-8 weeks), leaving no scars after burn healing, with a cure rate of over 99.7% and no toxic side effects.

The application provides a preparation method of platelet exosomes and application thereof in wound healing, and belongs to the technical field of biological medicine. The application provides a complete method for preparing animal platelet exosomes PDEs by freezing and thawing, and provides application of the animal platelet exosomes PDEs in drugs for treating skin wound healing across species. Researches of the application prove that sheep-derived PDEs treated by activation can effectively promote skin wound healing of mice, and can significantly promote formation of new blood vessels in skin tissue; the application fills the research blank of heterogenous PDEs in the field of wound healing treatment, provides a new drug selection and treatment approach for skin wound treatment, and has a wide application prospect in the field of clinical skin burn treatment.

Compositions and methods for treatment of burns and other wounds. A unitary product containing all ingredients of the compositions may deliver composition ingredients to a surface of a burn / wound treatment site. The unitary product may include an ointment. The unitary product may include a cream. The unitary product may include a hydrogel. The compositions may include antibiotic ethacridine lactate. The compositions may include metal-containing species. The compositions may include a moisture-modulating agent. The compositions, when applied to the site, may constitute a barrier overlying the surface. The unitary product may deliver the antibiotic onto the surface. The unitary product may deliver the metal-containing species onto the surface. Each of the antibiotic and the metal containing species may positively modulate wound bed and perilesional cellular processes supportive of healing. Initial testing and use studies have yielded good wound closures, with minimal-to-no scarring and high regain of function of repaired tissues.

Provided is a pharmaceutical composition for treating burns containing transition metal dichalcogenide (TMD) as an active ingredient.

The invention relates to the technical field of burn treatment AI energy evaluation, and discloses a burn patient energy evaluation system based on an AI technology. The system comprises an image analysis unit, a stage marking unit, an energy baseline generation unit, a multi-modal fusion unit and a convolutional neural network unit. An infrared thermal image of a burn area is registered with a standard anatomical partition, a tissue metabolism activeness score of the partition is calculated, and a dynamic energy baseline is generated in combination with a time label of a disease course record. And further fusing the continuously monitored resting metabolism rate and blood biochemical indexes, and generating a partition energy time sequence curve after calibration. And splicing the time sequence curve and the thermal imaging feature map, inputting the spliced time sequence curve and the thermal imaging feature map into a three-dimensional convolutional neural network for spatio-temporal feature extraction, and predicting the energy demand of each anatomical partition in the future. According to the method, regional, dynamic and accurate evaluation and prediction of the energy metabolism state of the burn patient are realized, and a basis is provided for individualized nutrition support.