Lead and Uranium Found in the Urine of Young People Using Electronic Cigarettes

Also known as vaping electronic cigarettes It is very widely used today. Although these devices are less harmful than regular cigarettes, they are not completely safe and can cause problems in the human body. A new study also supports this.

Researchers from the University of Nebraska in the USA examined young people who smoke electronic cigarettes. The results show that the bodies of young people who drink regularly are potentially may be exposed to toxic metals appeared. The findings were published via Tobacco Control in BMJ Journals.

Alarming levels of uranium and lead were detected in their urine

Scientists use age in their studies ranging from 13 to 17 examined people. These children were using electronic cigarettes at least 8 times a day. The results showed alarming levels of lead and uranium in their urine. So much so that lead levels are higher than those of occasional e-cigarette smokers 30% more It was too much. Uranium is twice as much It was high.

In addition, it was observed that types of electronic cigarettes also affected this situation. Those who preferred sweeter flavors over menthol or mint had higher uranium levels than others. We should point out that a control group who never used e-cigarettes was not included in the study. Instead of 200 pieces The user was included.

Researchers have not definitively shown that these devices cause toxic metal accumulation, More research is still needed they say. However, we can still say that it is worrying because lead and uranium pose serious risks to human health. damages They can give. Additionally, several previous analyzes showed signs of toxic metals in body fluids. This also supports them.

Although most people use electronic cigarettes to quit regular cigarettes, such research shows that they are not much different and can be seriously harmful to health, especially for those who consume them at a young age. So, you should stay away from these devices. We will be able to learn more about its harms in future studies.