Learn about new warnings from scientists about how disposable e-cigarettes contain higher levels of hazardous lead, nickel, ...

High levels of toxic metals have been found in the liquid that creates the aerosol that e-cigarette users inhale when they vape.

Their presence in five brands of first-generation e-cigarettes is troubling, researchers say HealthDay News — Electronic cigarette liquids can contain high levels of toxic and potentially ...

Significant amounts of toxic metals, including lead, leak from some e-cigarette heating coils and are present in the aerosols inhaled by users. Significant amounts of toxic metals, including lead ...

The next time you inhale the vapor of an e-cigarette, consider this: there may be toxic levels of metals-- including lead--that could be leaking from the heating coils of your device, based on a ...

Toxic metals from heated e-cigarettes can leach into vaping liquid, damaging lungs, according to a case report. Heating coils can have heavy metals. The illness is usually only seen in industrial ...

The liquid inside e-cigarettes contains high levels of toxic metals, a new study led by researchers at the Johns Hopkins Bloomberg School of Public Health has found.. In an examination of five ...

The two e-cigarettes were quite different, one fairly cheap with one heating coil, the other more expensive with two heating coils in parallel. The researchers used gas and liquid chromatography to ...

The e-cigarette market, which includes more than 250 brands, saw exponential growth in 2006 with several million users worldwide and every major tobacco company engaged in the manufacturing and ...

A study led by researchers at the Johns Hopkins Bloomberg School of Public Health found high levels of toxic metals in the liquid that creates the aerosol that e-cigarette users inhale when they vape.

Numerous studies have found toxic chemicals and carcinogens in e-cigarette vapor -- but a new study shows that the age, type and temperature of the vaporizer can effect just how toxic its ...

image: DRI scientists used a controlled sampling system to simulate the most common vaping conditions. E-cigarette vapor was produced from each device by a four-second, 40-ml controlled puff, with ...