A nebulized liquid for respiratory tract inhalation injury

Abstract

The invention discloses an atomized liquid for respiratory tract inhalation injury to solve the treatment problem of respiratory tract inhalation injury. It is characterized in that it is prepared from the following raw materials in weight ratio: persimmon calyx, ten calyx eggplant, mountain cucumber, bergamot flower, sanhexiang, aurantium aurantium, August zha, chuanduan, smilax cocos, black medicine, yam , Antler glue. Clinical experiments prove that the present invention has the characteristics of good curative effect and high safety in treating respiratory tract inhalation injury, and is worthy of clinical application and popularization.

Description

Technical field [0001] The invention relates to the field of traditional Chinese medicine, in particular to an atomized liquid used for respiratory tract inhalation injuries. Background technique [0002] Inhalation injury is more common in burn patients. Its condition is complex and changeable, with serious complications, high mortality, and difficult nursing care. Patients generally have progressive dyspnea and labored breathing immediately after injury; both the ECG monitor and blood gas analysis indicate the presence of varying degrees of hypoxia. The inhalation injury caused by this kind of burning is divided into: ① Mild respiratory injury: burns of the mouth, nose, nasopharynx or smoke-induced injuries, manifested as head and face burns or smoke-induced injuries, coughing more sputum, painful swallowing, Difficult; ②Moderate respiratory tract injury: throat and trachea burns or smoke damage. In addition to the above symptoms, there are irritating cough, hoarseness, nasal ...

AI Technical Summary

Problems solved by technology

Conventional airway care methods (including airway humidification, sputum suction, etc.) cannot completely and effectively remove respiratory secretions, inhaled smoke particles and exfoliated necrotic tissue

In clinical nursing, tracheotomy is required for most patients with moderate or higher levels, so that dyspnea can be improved.

However, this kind of artificial airway has the following disadvantages: ①It is invasive care, and the patient suffers a lot; ②The risk of nosocomial infection is high; ③Long hospitalization time

[0004] The reason why the existing moderate respiratory burns are not effective through conventional airway care methods is that simple airway humidification and sputum suction only dilute and discharge the increased respiratory secretions and inhaled smoke particles, while burning causes respiratory damage. Its pathological basis lies in varying degrees of protein denaturation of the mucosa, resulting in the appearance of a large number of protein particles and exfoliated necrotic tissue, leading to respiratory mucosal hyperemia, tracheal or bronchospasm, edema, asphyxia, etc.