Compound radix-angelicae-sinensis bletilla-gum emulsifiable paste for controlling intraoperative pressure sore and nursing method thereof

Abstract

The invention relates to a compound radix-angelicae-sinensis bletilla-gum emulsifiable paste for controlling intraoperative pressure sore and a nursing method thereof. The emulsifiable paste is a traditional Chinese medicine preparation with efficacy of tonifying blood and activating blood, and promoting tissue regeneration and wound healing. Cooperation of the compound radix-angelicae-sinensis bletilla-gum emulsifiable paste and employed electromagnetic spectrum mainly used to externally apply information and energy enables body internal organs to mutually balance, enables body to be coordinated and consistent with external environment, is capable of improving activity of enzyme in body, promoting absorption of body on various lack elements and restoring and dredging microcirculation channels, is capable of stimulating body self immunologic function and disease-resistant capability, and is capable of promoting secretion of body enkephalin and giving play to effects of easing pain, diminishing inflammation, promoting healing and the like. The compound radix-angelicae-sinensis bletilla-gum emulsifiable paste is cooperated with electromagnetic spectrum TDP (Teding Diancibo Pu) irradiation for controlling intraoperative pressure sore, operation is simple, usage is convenient, a patient has no pain and no adverse reaction, the effect satisfies, the cost is low, the adaptability is wide, the cost is only 1% of treatment cost, also the labor intensity of medical affairs is reduced, and complex operation for preventing pressure sore is simple and convenient.

Description

[0001] technical field [0002] The invention belongs to the technical field of traditional Chinese medicines, and relates to an ointment, in particular to a compound Guiji cream for preventing and treating intraoperative pressure sores and a nursing method thereof. Background technique [0003] At present, most of the causes of pressure sores during surgery are caused by ischemia, hypoxia, and blood circulation disorders caused by local tissue pressure for too long. The support area in the supine position is the largest, and the pressure on the skin will be reduced because the pressure is dispersed, but if this pressure acts on the skin for a long time, it will cause ischemia, hypoxia, and accumulation of anaerobic metabolites in the compressed tissue, especially After anesthesia, due to weakened sensory impulse conduction, decreased muscle tone, decreased soft tissue resistance to pressure, and weakened or disappeared protective reflexes, pressure sores are more likely to ...

AI Technical Summary

Problems solved by technology

The support area in the supine position is the largest, and the pressure on the skin will be reduced because the pressure is dispersed, but if this pressure acts on the skin for a long time, it will cause ischemia, hypoxia, and accumulation of anaerobic metabolites in the compressed tissue, especially After anesthesia, pressure sores are more likely to occur when the sensory impulse conduction is weakened, the muscle tone is reduced, and the soft tissue's ability to resist pressure is weakened or the protective reflex is weakened or disappeared.

Pressure sores are formed due to external forces: pressure, shearing force, and frictional forces that cause damage to local skin and subcutaneous tissue. They are more common in bone protrusions. Patients undergoing surgery are affected by factors such as anesthesia, operating time, operating position, and stress response. A series of factors, such as blood circulation disorder, local tissue continuous ischemia, hypoxia, and nutritional deficiencies, make the skin lose its normal function, resulting in tissue damage and necrosis. Therefore, inventing a compound Guiji cream and its nursing method for effectively preventing and treating intraoperative pressure sores is the idea of ​​the present invention