Vape enthusiasts are being cautioned that sharing their devices may not always be a good idea, as researchers have discovered that vapes can harbor harmful bacteria like flu, E.Coli, and even the herpes simplex virus.
Recent estimates indicate that approximately 5.6 million individuals in the United Kingdom are now using vape devices, constituting about 11% of the population. This number has exceeded the count of smokers for the first time on record.
Despite the growing popularity of vapes, many users may not realize the extent of contamination on these devices if not cleaned regularly. A study conducted by nicotine pouch brand HAYPP, in partnership with Microbiologist Reynold Mpofu from BioLabTests, revealed that after just three days of use, bacteria and fungi levels on vapes were found to be 3,000 times dirtier than a public toilet.
Various harmful bacteria, including Staphylococcus, Bacillus, and E.Coli, were detected on the vapes, posing risks of urinary tract infections and gastrointestinal issues. The growth of yeast and mold on the devices escalated rapidly, reaching levels too numerous to count within three days of testing.
Interestingly, the study found that the mouthpiece of the vape was the most contaminated part, providing an ideal breeding ground for germs due to the warm and moist environment. Previous research has also linked sharing vapes to the reactivation and transmission of the herpes virus, as well as the spread of respiratory illnesses like Covid-19 and the flu, which is currently experiencing some of the highest November levels in a decade due to the new H3N2 variant.
To maintain the cleanliness and safety of vapes, HYAPP recommends wiping down both the mouthpiece and body every three days with an antibacterial cleaner or alcohol wipe. Vapes with interchangeable parts should be dismantled and cleaned individually to ensure thorough removal of bacteria and residue, with particular emphasis on cleaning the mouthpiece.
According to Microbiologist Reynold Mpofu, the mouthpiece of the vape was identified as the dirtiest component due to the conducive conditions it provides for microbial colonization. The absence of protective coverings, combined with residual heat and moisture, creates an optimal environment for bacterial accumulation, sourced from various everyday surfaces.
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