Breathing type rapid detection methods for collecting free radical markers

Abstract

The invention discloses breathing type rapid detection methods for collecting free radical markers. Specifically, a method comprises the following steps of preparing objects required for detection; carrying out reaction in a reagent tube; and analyzing color change of a reagent in a reagent tube through utilization of an OXI-CHECKER breathing type rapid free radical detector, and obtaining a score. According to the method, condensates and the free radical markers in air exhaled by a body can be rapidly collected, colors and RGB values of the reagent can be accurately analyzed, and a final freeradical evaluation score can be converted through utilization of a computing formula. A detection result can be accurately obtained within 3 minutes. Compared with conventional blood detection and urine detection, the method has the advantages that the method is rapider and more convenient, operation of a professional is avoided, and accurate self-detection can be carried out on a state of free radicals anytime anywhere.

Description

technical field [0001] The invention relates to the technical field of biology, in particular to a rapid detection method for collecting free radical markers by breathing. Background technique [0002] When the covalent bond between chemical entities is broken, one of the electrons remains and a new atom is formed. At this time, free radicals are easily formed. Due to the existence of lone electrons, free radicals are extremely reactive. Cell membranes and low-density lipoproteins are rich in polyunsaturated fatty acids. Polyunsaturated fatty acids make cell membranes have a mobile phase, and free radicals especially like to attack cells and steal electrons from their plasma membranes, which is called lipid peroxidation. The reactive oxygen species target the carbon-carbon double bonds of polyunsaturated fatty acids, because the carbon-carbon double bonds weaken the carbon-hydrogen single bonds, which allows free radicals to easily dissociate the carbon-hydrogen bonds. The...

AI Technical Summary

Problems solved by technology

[0004] The traditional free radical detection needs to be operated by professional medical institutions and professionals to get the results. The test results take a long time and are not fast and convenient enough. It is not convenient to self-test the state of free radicals at any time.