The CDC reported this week that teen suicide rose 58% over the years 2007-2017 in the age group 10-24. Although many experts blame social media and teen drug use, one theory may need to be considered: nicotine withdrawal from vaping.
Millions of middle school and high school students admit to vaping…and many more are assumed who don’t admit to it when surveyed. So we have an underestimation of how many adolescents take regular hits of their electronic cigarette, exposing them to the powerful, addictive nicotine. One pod, placed in an electronic cigarette to be vaped, contains as much nicotine as a pack of cigarettes. Hence if a pod is smoked at school, and when the child is home goes hours without, they may “come down” off the nicotine high that they had hours earlier.
In 2002 Picciotto et al discussed how nicotine can affect mood swings, anxiety and depression, where in some cases it can act as an antidepressant but when one withdrawals from it can have increased and anxiety and depression.
The teenage mind and psyche is still developing during this time and a chemical dependency could muddy the mental health waters.
There’s no doubt social media and the misconception teens have that their lives are not as glorious as those who they view online is contributing to lack of confidence, poor self-esteem and depression. But the decision to commit suicide may also be chemically induced, or a withdrawal of one and should be investigated.
A study from New York University found the nicotine in electronic cigarettes to cause DNA damage similar to cigarette smoking.
Dr. Moon-shong Tang and his colleagues exposed mice to e-cig smoke during a three-month period, 5 days a week for three hours a day. They found these mice, compared to those breathing filtered air, to have DNA damage to cells in their bladders, lungs and hearts. The amount of nicotine inhaled was approximately 10mg/ml. That dose would be commonly consumed by many humans who vape.
They then looked at human bladder and lung cells and found tumor cells were able to grow more easily once exposed to nicotine and vaping chemicals.
Last May, researchers from Vanderbilt-Ingram Cancer Center in Nashville found e-cig smoke to increase one’s risk of bladder cancer.
In 2015, the University of Minnesota identified chemicals commonly found in e-cig vapor to include:
Although electronic cigarette “juice” may appear safe, it could produce harmful chemicals once heated to become a vapor.
A lethal dose of nicotine for an adult ranges from 30-60 mg and varied for children (0.5-1.0 mg/kg can be a lethal dosage for adults, and 0.1 mg/kg for children). E-cigs, depending on their strengths (0 – 5.4%) could contain up to 54 mg of nicotine per cartridge (a 1.8% e -cig would contain 18mg/ml).
The topic of nicotine increasing one’s vulnerability to cancer is nothing new as decades ago researchers found nicotine to affect the cilia (brush border) along the respiratory tree, preventing mucus production and a sweeping out of carcinogens trying to make their way down to the lungs.
More research needs to be performed but this recent report reminds us that exposing our delicate lung tissue and immune system to vaping chemicals may not be as safe as we think.
For more on the study read here.
Last week, experts warned that many chemicals in vaping liquid may change to toxic substances (once heated) that can irritate the lungs.
Last year one study reported that toxic levels of lead and other metals may leak from the heating coil element into the vapor inhaled during e-cig use.
Researchers at Johns Hopkins Bloomberg School of Public Health found these metals to include:
We’ve known for some time that vaping fluid could contain chemicals that turn toxic once heated, but this study shed light on e-cig metal components causing metal leakage to the vapor making contact with delicate respiratory epithelium (lining).
Reported by Forbes, Rich Able, a medical device marketing consultant, stated the following, “the FDA does not currently test any of the most popular vaping and e-cigarette instruments being manufactured at unregulated factories in Asia that source low-grade parts, batteries, and materials for the production of these devices,” suggesting that “the metal and parts composition of these devices must be stringently tested for toxic analytes and corrosive compounds.”
These chemicals may act as neurotoxins, affecting our nervous system, cause tissue necrosis (cell death) and even multi-organ failure. Moreover, they can affect how our immune system reacts to other chemicals as well as foreign pathogens, affecting our ability to fight other diseases.
Although studies have suggested e-cig vapor to be safer than tobacco smoke, not enough research has been done, in the relatively few years vaping has been around, looking at how heat-transformed chemicals and leaked metals affect our breathing, lungs and other organs once absorbed into the body.