New research suggests that switching from smoking to vaping won't prevent some dangerous changes to a person's genome.
Compared to kids with low stress levels, those who said they had moderate levels of stress were 74% more likely to have taken ...
In exercise bike tests, twentysomethings who'd been vaping for at least two years had much lower exercise capacity than those ...
He said: "Previous research has shown that vaping is linked to lung inflammation and damage, and harmful changes to the blood vessels. Although, some research suggests that vaping could be used to ...
Magazine. Getty A new study has found a link between vaping and the mental health of teenagers. According to research done by Australia's Matilda Centre for Research in Mental Health and Substance ...
In semen samples from those with high-risk strains, scientists noticed a lower count of white blood cells and an elevation of reactive oxygen species, which can damage sperm and alter DNA. Samples ...
Vaping is linked to mental fog ... And e-cigarette users experience similar DNA changes to specific cheek cells as smokers, according to a study led by University College London and the University ...
Vaping still remains a significant issue, with 2.5% of middle schoolers reporting that they use e-cigarettes, meaning that children as young as 11 years-old are starting to use nicotine products.
The changes to cell DNA that could revolutionize disease prevention. ScienceDaily . Retrieved September 13, 2024 from www.sciencedaily.com / releases / 2024 / 08 / 240821221840.htm ...
Previous research investigating links between vaping and cigarette, cannabis, and other substance use has mostly been limited to 1-2 year follow-up periods and younger adolescents. In the current ...
The percentage of high school students in the U.S. who use e-cigarettes has fallen to a decade-long low, according to a survey released Thursday, reversing an uptick in teen vaping as regulators ...
In semen samples from those with high-risk strains, scientists noticed a lower count of white blood cells and an elevation of reactive oxygen species, which can damage sperm and alter DNA.
