A Japanese study found electronic cigarettes (popularly called "e-cigs") contain ten times as many carcinogens as tobacco cigarettes.
A Japanese study found electronic cigarettes (popularly called "e-cigs") contain ten times as many carcinogens as tobacco cigarettes.
In late April 2017, click bait site MeltMyHearth.com published aÂ reportÂ purporting to showÂ that a â€œnewâ€ Japanese study determined that electronic cigarettes, or e-cigarettes, contain an astonishing ten times the carcinogens of their tobacco counterparts: < In the research commissioned by the Japanese Ministry of Health, it was found that formaldehyde and acetaldehyde carcinogens are present, and prevalent, in the liquid produced by many e-cigarette products. Furthermore, it was determined that e-cigarettes can fuel potentially life-threatening drug-resistant pathogens. This discovery comes from a lab study that tested the vapor from e-cigarettes on live methicillin-resistant Staphylococcus aureus (MRSA) and human cells > The claims areÂ far from new. Identical claimsÂ about a Japanese study appeared on social media, circulating cyclically, as early as November 2014: < Research shows e-cigarettes have 10x more cancer-causing agents than regular tobacco http://t.co/6oya6R4lXy pic.twitter.com/lU2SOzM8tf â€” DRUM Magazine (@DrumMagazine) November 27, 2014 > < After intense studies- Japanese scientists found that E-cigarettes contain up to 10x the amount of cancer-causing agents as regular tobacco â€” Leanne Manas (@LeanneManas) November 27, 2014 > Distilled to the soundbite attributing â€œten times the carcinogensâ€ to e-cigs, the claim isÂ difficult to quantify. Between November 2014 and April 2017, it had filtered through multiple sites and sources, obscuringÂ the source materialÂ (and developing attributes such as â€œafter intense studiesâ€). TheÂ published research from Japan concluded that the levels of formaldehyde in vapors from high-voltage devices areÂ â€œalmost identical to those in traditional cigarette smokeâ€ based on the limited scope of the study: < Some carbonyls, such as formaldehyde, acetaldehyde, and acrolein in e-cigarette emissions have also been reported in other countries [32,33,34]. [Appended data show] the amount of formaldehyde, acetaldehyde, and acrolein in the aerosols of Polish e-cigarettes [35]. According to these data, the emissions from e-cigarettes without propylene glycol were almost 100-fold lower than those from traditional cigarettes [36] â€¦ [Earlier research] reported that formaldehyde and acetaldehyde were detected in eight of 13 samples [7]. The amounts of formaldehyde and acetaldehyde in e-cigarette aerosols at a lower voltage were on average 13 and 807-fold lower than those in traditional cigarette smoke, respectively. â€¦ However, in general, there is an insufficient amount of data on the hazardous carbonyl compounds emitted from e-cigarettes, thus warranting continued broad monitoring of these compounds. > A November 2014 articleÂ in The Guardian summarizedÂ the claims: < Researchers at Japanâ€™s National Institute for Public Health said they had found two carcinogens â€“ formaldehyde and acetaldehyde â€“ in vapour produced by several types of e-cigarettes during a study commissioned by the countryâ€™s health ministry. One brand of e-cigarette produced 10 times more formaldehyde â€“ a substance used in embalming that has also been linked to sick building syndrome â€“ than a regular cigarette, said Naoki Kunugita, who led the research. > Based on that information, not only did the research includeÂ only electronic cigarettes purchased and sold in Japan, but just one device includedÂ in the research appears to have produced tenÂ times more formaldehyde in particular (not carcinogens in general) than regular cigarettes. The initial claim did not encompass all carcinogens in cigarettes or e-cigarettes, and it did not involve more than one single product sold in Japan.Â In February 2017, the UKâ€™s National Health ServiceÂ cited a study suggestingÂ the use of electronic cigarettes isÂ â€œfar saferâ€ than smoking.
"carcinogens" AND "e-cigarettes"