Flavours used in e-cigarettes damage blood vessels

0
741
e-cigarettes, E-cigarettes tobacco, smoking, lungs cancer, smoke
E-cigarettes

The effects, researchers found, were similar to that or smoking

Flavoured e-cigarettes may increase the risk of cardiovascular disease, shows a new study.

There has been a rapid rise in e-cigarette use, partially due to flavoring additives in tobacco products. The perception of less harm than traditional combustible cigarettes has also added to the popularity.

Numerous studies have been done on the risks of e-cigarettes to lungs, but the risk to blood vessels and how flavorings can affect the body are largely unknown.

The dangers of combustible cigarettes on the cardiovascular system has been known for decades. However e-cigarettes have only been around since the early 2000s. Studies to determine whether e-cigarettes are dangerous to blood vessels have been done, but no study has looked directly at the flavored additives toxicity to blood vessels until now.

They also found that endothelial cells from smokers showed the same toxicity as those treated with flavoring chemicals.

Researchers at Boston University School of Medicine (BUSM) looked at short-term effects of flavoring chemicals used in tobacco products like e-cigarettes on endothelial cells, cells that line the blood vessels.

The researchers noticed that when blood vessels were exposed to flavoring additives, normally released chemicals to promote blood flow were decreased and increased inflammation, indicators of short-term toxicity. They also found that endothelial cells from smokers showed the same toxicity as those treated with flavoring chemicals.

“Our findings show that flavoring additives themselves were directly toxic to blood vessels and have adverse effects that may have relevance to cardiovascular toxicity long-term similar to combustible cigarettes,” explained corresponding author Jessica Fetterman, PhD assistant professor of medicine at BUSM.

These findings have appeared in the journal Arteriosclerosis, Thrombosis, and Vascular Biology.