Updated On: 13 February, 2025 10:44 AM IST | Jerusalem | IANS
The study, published in Nucleic Acids Research, found that the way DNA is organised and chemically altered can affect how smoking damages it, how well the body cells repair the damage, and how many mutations result from it

Image for representational purpose only. Photo Courtesy: istock
A team of Israeli researchers has identified how the structure and chemical changes in the DNA influence the risk of developing lung cancer from smoking.
The team from the Hebrew University of Jerusalem focused on benzo(a)pyrene, a toxic chemical in cigarette smoke, which binds to DNA when processed by the body, disrupts its normal function, and causes damage to cells, Xinhua news agency reported.