Clinically Diagnose Asthma and Monitor Its Severity Using an Ultrasensitive Chemiresistive Nitric Oxide (NO) Gas Sensor via Exhaled Breath Analysis Assisted by Pattern Recognition

Fractional exhaled nitric oxide (FeNO) is widely recognized as a reliable biomarker for asthma. FeNO sensors can help diagnose asthma and monitor its severity. In this study, an ultrasensitive chemiresistive gas sensor, sensitive to the key breath biomarkers of asthmanitric oxide (NO) and H<sub&...

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Main Author:	Peisi Yin (19370435) (author)
Other Authors:	Xiaoyu You (19370438) (author), Xinyue Cui (6291014) (author), Zhipeng Tang (1937923) (author), Shanshan Yu (317797) (author), Huaian Fu (19370441) (author), Fei Song (86233) (author), Kai Zhang (102844) (author), Xin Zhao (71840) (author), Lipeng Wang (2334151) (author), Huanhuan Tian (8150406) (author), Xiaoyu Feng (5055989) (author), Ping Li (31981) (author), Jinping Liu (536843) (author), Nailiang Zhai (21493070) (author), Qiang Jing (4234270) (author), Shasha Han (8821739) (author), Bo Liu (127343) (author)
Published:	2025
Subjects:	Medicine Genetics Molecular Biology Neuroscience Science Policy Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified theoretical adsorption models support vector machine strong linear relationship receiver operating characteristic pca ), attributed six breath samples fabricated using ag discriminate 10 ppb clinical evaluation method strong correlation (< key breath biomarkers response values exhibited pattern recognition algorithm healthy control subjects hc group using 2 </ sup help diagnose asthma tested simultaneously using 60 ppb h 2 </ sub sensor utilized clinically clinically diagnose asthma response values diagnose asthma exhaled breath asthma biomarkers r </ p </ monitored using constructed using clinical practice ap group >< sup 50 ppb 5 ppb 98 (< 74 (< asthma patients widely recognized two types three inpatients significant potential severity using sensor ’ sensor demonstrates reliable biomarker mechanisms driving exhaled breaths effectively distinguished diagnostic capability
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Clinically Diagnose Asthma and Monitor Its Severity Using an Ultrasensitive Chemiresistive Nitric Oxide (NO) Gas Sensor via Exhaled Breath Analysis Assisted by Pattern Recognition

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