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The harms of e-cigarette use in young people include not only the deleterious effects of nicotine, but also exposure of the lungs and airways to potentially toxic solvents and flavoring chemicals. The rapidly rising rates of use in young people and the high rates of daily use strongly suggest that many are addicted to nicotine and will have difficulty in stopping use of all tobacco products. One study found that people who use only e-cigarettes increase their risk of developing lung disease by about 30% compared with nonusers. Electronic cigarettes (e-cigarettes) and other vapor products are devices used to heat and aerosolize (turn into particles) highly addictive nicotine or other substances that a person can inhale into their lungs.

This can also increase the levels of other toxicants to the user and also expose bystanders to harmful emissions. Vapes, vaporizers, vape pens, hookah pens, electronic cigarettes (e-cigarettes or e-cigs), e-cigars, and e-pipes are some of the many tobacco product terms used to describe electronic nicotine delivery systems (ENDS). An electronic cigarette (e-cigarette) is a device that heats up the liquid nicotine and flavoring for you to breathe in. There are many varieties of e-cigarettes that go by different names, including vapes, vape pens or sticks, e-hookahs, hookah sticks, mods and personal vaporizers (PVs). They can also be collectively called electronic nicotine delivery systems (ENDS).

Other compounds that have been detected in aerosols include acetamide, a potential human carcinogen [5], and some aldehydes [69], although their levels were minimal. Interestingly, the existence of harmful concentrations of diethylene glycol, a known cytotoxic agent, in e-liquid aerosols is contentious with some studies detecting its presence [4, 68, 70,71,72], and others finding low subtoxic concentrations [73, 74]. In this regard, either it was detected at concentrations that did not exceed the authorised limit [73], or it was absent from the aerosols produced [4, 71, 72]. Only one study revealed its presence at high concentration in a very low number of samples [5]. Nevertheless, its presence above 1&nbsp