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Health

Vaping Linked to Cognitive Decline in Young Adults

Vaping Linked to Decline in Cognitive Function Among Young Adults

Recent research presented at the American Neurological Association annual meeting has highlighted a concerning trend among young adults regarding vaping and cognitive performance. The study, conducted in South America, indicates that individuals who smoke or vape tend to score lower on cognitive assessments compared to their non-smoking and non-vaping peers.

The study involved a diverse group of 405 participants, primarily college students from Ecuador, with an average age of 20.44 years. Researchers categorized these individuals into four distinct groups: exclusive tobacco users, exclusive e-cigarette users, dual users (those who both smoke and vape), and nonsmokers/non-vapers. The assessment tool employed was the Montreal Cognitive Assessment (MoCA), which is widely recognized for evaluating cognitive function.

Lead author Linker Viñan Paucar, a medical student at the Catholic University of Santiago de Guayaquil, emphasized the novelty of this research. He noted, “To date, there is no work in which cognitive functioning has been measured in people using the Montreal Cognitive Assessment.” This research raises significant questions about the neurocognitive development during critical periods such as adolescence and young adulthood.

The findings revealed a clear correlation between the type of inhalant use and cognitive performance. Participants who did not engage in smoking or vaping achieved the highest median MoCA score of 26, indicating normal cognitive function. In contrast, those who exclusively smoked had a median score of 25, while exclusive vapers recorded a median score of 24. Alarmingly, participants who both smoked and vaped had the lowest median score of 24, with some individuals scoring as low as 8.

Moreover, the study found that the frequency of vaping significantly impacted cognitive scores. Students who vaped or smoked between 10 to 20 puffs per day had cognitive scores that were 9.2% lower than non-users, while those who exceeded 20 puffs per day exhibited a 13.7% decrease in cognitive performance. These results suggest a direct link between the intensity of vaping and cognitive decline.

Viñan Paucar expressed concern over the implications of these findings, stating, “The higher the consumption of electronic cigarettes, the lower the score in the MoCA test.” This conclusion prompts further investigation into the long-term effects of vaping on brain health, particularly during formative years.

The implications of this research extend beyond individual health, as they raise broader questions about public health policies and the need for increased awareness regarding the potential cognitive risks associated with vaping. As vaping continues to rise in popularity among young adults, understanding its effects on cognitive function becomes increasingly critical.

Health professionals and educators are encouraged to consider these findings in their efforts to educate young adults about the risks of smoking and vaping. As the landscape of tobacco use evolves, so too must the strategies for prevention and intervention to safeguard the cognitive health of future generations.

In summary, this groundbreaking study underscores the urgent need for further research into the cognitive effects of vaping among young adults. With the growing prevalence of e-cigarette use, understanding the potential risks to cognitive function is essential for promoting healthier lifestyles in this demographic.

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