According to foreign media reports, a professor at the Department of Materials Science and Engineering at the University of Texas at Arlington recently developed a breath analyzer that can detect influenza viruses. Researchers first used this breath analyzer to analyze the patient's breath sample and screen out the flu-associated biomarkers to distinguish between patients and healthy people.
As we all know, medical personnel can determine the disease through some biomarkers found in breath samples. For example, acetone contained in breath is a good indicator of diabetes, and nitric oxide in breath samples has also become an indicator of asthma disease. Important biomarkers. This is also true for those infected with the flu virus. Professor Perena Gouma and her team used existing medical knowledge about influenza biomarkers to develop such a breath analyzer.
The team used relatively inexpensive sensors to detect these biomarkers and eventually developed this inexpensive breath analyzer. Such devices can prevent the spread of influenza virus by making it simple to diagnose influenza virus individuals.
The use of relatively inexpensive sensors to detect these biomarkers and ultimately to develop cheaper breath analyzers is a major advancement in the development of medical instrumentation. Such devices can prevent the spread of influenza virus by making it simple to diagnose influenza virus individuals. The technology can also detect other diseases by changing sensors in the breath analyzer, including more daunting diseases such as Ebola.
(Original Title: Flu Respiratory Analyzer Detects Viral Instead of Alcohol)
As we all know, medical personnel can determine the disease through some biomarkers found in breath samples. For example, acetone contained in breath is a good indicator of diabetes, and nitric oxide in breath samples has also become an indicator of asthma disease. Important biomarkers. This is also true for those infected with the flu virus. Professor Perena Gouma and her team used existing medical knowledge about influenza biomarkers to develop such a breath analyzer.
The team used relatively inexpensive sensors to detect these biomarkers and eventually developed this inexpensive breath analyzer. Such devices can prevent the spread of influenza virus by making it simple to diagnose influenza virus individuals.
The use of relatively inexpensive sensors to detect these biomarkers and ultimately to develop cheaper breath analyzers is a major advancement in the development of medical instrumentation. Such devices can prevent the spread of influenza virus by making it simple to diagnose influenza virus individuals. The technology can also detect other diseases by changing sensors in the breath analyzer, including more daunting diseases such as Ebola.
(Original Title: Flu Respiratory Analyzer Detects Viral Instead of Alcohol)
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