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Vaping-associated pulmonary injury (VAPI), [4] also known as vaping-associated lung injury (VALI) [1] or e-cigarette, or vaping, product use associated lung injury (E/VALI), [2] [a] is an umbrella term, [15] [16] used to describe lung diseases associated with the use of vaping products that can be severe and life-threatening. [3]
CDC investigators identified direct exposure to chemicals present in illegal cannabis vaping products as the likely culprit, but did not rule out chemicals in nicotine vapes as possible causes. [152] CDC: "No specific e-cigarette device or substance has been linked to all cases, and e-cigarettes include a variety of chemical and additives".
Glycerin was long thought to be a safe e-liquid additive. However, formaldehyde is a known product of propylene glycol and glycerol vapor degradation, [15] and may cause lung inflammation. [16] Lipid pneumonia is known to cause lung inflammation, with exogenous and endogenous factors that cause this disease. [citation needed]
Stock image of vapes It's another reason to stop vaping in the new year. According to research, vaping, like smoking, has an immediate negative effect on the user’s blood flow — even if the ...
A Maryland teen is raising awareness about the dangers of vaping through Instagram posts of her damaged lungs. Teen's graphic images of vaping damage go viral Skip to main content
A first-generation e-cigarette that resembles a tobacco cigarette, with a battery portion that can be disconnected and recharged using the USB power charger Various types of e-cigarettes from 2015, including a disposable e-cigarette, a rechargeable e-cigarette, a medium-size tank device, large-size tank devices, an e-cigar, and an e-pipe
A new analysis from researchers at Harvard T.H. Chan School of Public Health has uncovered a microbial toxin in Juul pods that has the potential to cause serious longterm lung damage.
High amounts of vapor particle deposition are believed to enter into the lungs with each puff because the particle size in e-cigarette vapors is within the respiratory range. [54] After a puff, the inhaled vapor changes in the size distributions of particles in the lungs. [1] This results in smaller exhaled particles. [1]