January, 21, 2025-02:30
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New Study Reveals E-Cigarettes' Harmful Impact on Lung Health, Increasing Risks of Respiratory Diseases
Scientists have recently announced a significant advancement in understanding the detrimental effects of e-cigarettes on lung health.
The prevalence of vaping among Britons has surged, with approximately one in ten adults now estimated to be engaged in this habit.
Although e-cigarettes are generally perceived as a safer alternative to traditional cigarettes and a potential aid for smoking cessation, experts have previously been uncertain about the factors that increase the risk of severe respiratory illnesses among users.
A team of researchers from Australia has identified that various chemicals present in both cigarette and e-cigarette vapors can disrupt the functionality of essential immune cells in the lungs.
These immune cells, known as MAIT cells, play a crucial role in combating bacterial and viral infections as well as in the repair of damaged lung tissue.
However, exposure to e-cigarette vapor can impair the proper functioning of these cells, thereby elevating the risk of serious lung conditions, including chronic obstructive pulmonary disease (COPD).
This revelation follows the recent passing of former Hollyoaks actor Paul Danan, who disclosed last year that he was hospitalized and revived after experiencing respiratory failure attributed to his excessive use of disposable vapes.
Danan had adopted vaping in recent years after quitting smoking and even confessed to using his vape for comfort, often taking it to bed with him.
Professor David Fairlie, a molecular bioscience expert at the University of Queensland and co-author of the study, remarked, "While we are aware that smoke from cigarettes, bushfires, cooking, vehicle emissions, and waste incineration poses significant health threats, it is surprising that we still have limited knowledge regarding how specific smoke components affect our immune system and their impact on various bodily functions."
He added that they had suspected that some of the over 20,000 chemicals found in inhaled smoke could influence the activity of MAIT cells.