Daily vaping of pod-based e-cigarettes alters inflammatory states across multiple organs, including the brain. The effects vary depending upon the vape flavors and influence how the body responds to infections. Mint vapes, for example, leave people more sensitive to the effects of bacterial pneumonia than mango flavoring.
A single time vaping increases oxidative stress levels up to four times in non-smokers.
Flavored e-cigarette tobacco engages the taste system, while non-flavored vaped nicotine triggers the brain's reward system in a similar way observed when people smoke traditional cigarettes.
Between 60-90% of people with schizophrenia smoke, compared to between 15-24% of the general population. A new study found 40% of those with schizophrenia stopped smoking traditional cigarettes after 12 weeks of switching to e-cigarettes. Researchers also reported a significant number of participants sustained their reduction in smoking or completely stopped smoking at the end of the 12-week study.
Mixing traditional cigarettes with vaping products is as detrimental to health as smoking cigarettes alone, a new study reports.
Adults and adolescents who use vaping products are more likely to experience problems with concentration, memory, and decision making than their peers who don't vape or smoke. Those who began vaping before age 14 are more likely to experience "mental fog" as they develop into adulthood.
Study shows adolescents find vaping nicotine more rewarding than adults, and do so after shorter exposure. The findings may explain why vaping is so popular in the teenage demographic.
Common green apple flavorant farnesene enhances nicotine reward in mouse models. The flavorant is also rewarding on its own. Researchers say with or without nicotine, flavored vapes, especially those containing farnesene, pose potential neurological risks, including addiction.
Vaping e-cigarettes modulates the oral microbiome and increases the abundance of pathobionts. The aerosols in vaping products alter the host response, prompting gum inflammation and making epithelial cells in the mouth susceptible to infection.
Study strengthens previous findings linking vitamin E acetate to lung injury associated with vaping.
Vitamin E acetate was detected in all 29 samples of patients with vaping related lung injuries. 23 of the patients self-reported vaping THC products. Nicotine related metabolites were found in 16 patients. Based on the findings, researchers report a clear association between vitamin E acetate and vaping lung injury, but say it is possible more compounds could also cause lung injury. The CDC recommends people stop using vaping products, specifically those containing THC or purchased on the black market.