People might have to stop powering their e-cigarettes to the highest level as scientists have found out that its vapors can cause cancer. There are significant levels of cancer-causing benzene in the vapors of those e-cigarettes in the highest power, stated Portland State University scientists.

The result of the study was published on March 8 in the online journal "PLOS ONE". The chemistry professor James F. Pankow led the research team, reported EurekAlert. The level of benzene they found from the high powered e-cigarettes was thousand times higher than in the surrounding air. It also depends greatly on the device itself. If it is not at its highest level, the benzene levels are not that high.

When the e-cigarette fluid additive chemicals benzoic acid or benzaldehyde is present it added so much to the benzene levels. However, of course, the level of this is nothing compared to the level of a conventional smoke from a cigarette. Benzene is one component of gasoline. It is very bad for people.

It has been linked to a number of illnesses that are very grave and can cause death. Diseases like leukemia and bone marrow failure are few of the examples of diseases a person can acquire with benzene. Benzene is usually found in the urban areas where industrial emissions are very rampant plus fuel tank leaks. This chemical has been deemed as the largest single cancer-risk air component in the U.S.

Meanwhile, according to Science Daily, the smoke that conventional cigarettes release is affecting the natural healing process of lungs. The blocking then leads to chronic obstructive pulmonary disease or COPD. Cough, bronchitis and breathing difficulties are the major signs of COPD. The findings were published in "American Journal of Respiratory and Critical Care Medicine". It was from the researchers at the Helmholtz Zentrum München, a partner in the German Center for Lung Research (DZL), and their international colleagues.

An individual with COPD does not heal its own lungs anymore. Researchers are now trying to find out why.