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Chewing Gum Test Could Revolutionize Early Flu Detection at Events Like Oktoberfest

Imagine detecting flu viruses before symptoms appear, just by chewing gum. This innovative test could make events like Oktoberfest safer and reduce the spread of flu.

In this image we can see few people standing and a person is holding a vaccine bottle and there is...
In this image we can see few people standing and a person is holding a vaccine bottle and there is a calendar and text on the image.

Chewing Gum Test Could Revolutionize Early Flu Detection at Events Like Oktoberfest

Scientists are developing a novel way to detect perennial flu viruses early, even before symptoms appear. This innovative approach could significantly impact major events like the annual Oktoberfest in Munich, known for its 'Wiesn flu' outbreak.

The new diagnostic system, a chewing gum rapid test, works via a molecular sensor. This sensor releases a characteristic taste when it comes into contact with flu viruses present in saliva. This makes it possible to detect the virus without the need for a lab or medical personnel.

Researchers are working to integrate these sensors into everyday items like chewing gum or lollipops. This integration aims to make the diagnostic system suitable for mass use. The test could be used conveniently and accessibly anywhere, allowing individuals to self-diagnose flu viruses.

The close proximity of thousands of visitors from around the world at events like Oktoberfest creates ideal conditions for the spread of pathogens. The annual increase in respiratory illnesses during this event highlights the need for such early detection methods. With support from the Federal Ministry of Research, Technology and Aerospace, the development process is expected to take about four years.

The chewing gum rapid test, based on a sensor molecule called thymol combined with a virus-specific sugar building block, could potentially help prevent the annual Oktoberfest flu and make major events safer. By enabling early detection and intervention, this innovative solution could significantly reduce the spread of flu viruses, making it a promising tool in the fight against infectious diseases.

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