Clinical detection method of end-expiratory gas carbon dioxide partial pressure monitoring device in anesthesia recovery room

Abstract

The invention belongs to the technical field of medicine, and discloses clinical application of an end-expiratory gas carbon dioxide partial pressure monitoring device in an anesthesia recovery room.A clinical detection method of the end-expiratory gas carbon dioxide partial pressure monitoring device in the anesthesia recovery room includes the steps that the end-expiratory gas carbon dioxide partial pressure monitoring device is used for detecting the changes of end-expiratory gas carbon dioxide numerical values of a patient in the anesthesia recovery room, so that breath conditions of thepatient are reflected. The end-expiratory gas carbon dioxide partial pressure monitoring device can effectively detect the autonomous breath conditions of the patient in the anesthesia recovery room after a tracheal catheter of the patient receiving general anesthesia is removed, which helps to reduce the occurrence rate of a hypoxemia adverse reaction; it is effectively avoided that since the patient moves restlessly, an original end-expiratory gas carbon dioxide monitoring sampling tube shifts or falls off, and the continuity and accuracy of collected data and the accuracy of a detection result are guaranteed.

Description

technical field [0001] The invention belongs to the field of medical technology, in particular to a clinical detection method of an end-tidal carbon dioxide partial pressure monitoring device in an anesthesia recovery room. Background technique [0002] At present, it is not enough to evaluate the patient's ventilation level mainly by routine monitoring of SpO2 through clinical observation, and [0003] When the patient's SpO 2 remains unchanged, respiratory depression and apnea may also occur, and the monitoring results are inaccurate, which may lead to the patient's inability to receive timely rescue; adding the sensitivity of the SpO 2 monitor will also have a greater impact on the detection results. The end-tidal carbon dioxide monitor is very sensitive to immediate changes in breathing, and can better reflect the patency of the patient's airway and breathing conditions. The original end-tidal carbon dioxide monitoring sampling tube is easy to shift or fall off, and nas...

AI Technical Summary

Problems solved by technology

[0005] The original end-tidal carbon dioxide monitoring sampling tube is easy to shift or fall off, and nasal secretions may also block the opening of the sampling tube, which will lead to deviations in data collection and affect monitoring results

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