Early results of an experimental vaping study have shown significant lung injury from E-cigarette (eC) devices with nickel-chromium alloy heating elements. The findings were consistent, with or without the use of nicotine, vitamin E oil or tetrahydrocannabinol (THC), which have previously been thought to contribute to the life-threatening respiratory problem.
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The early results, published in the Journal of the American Heart Association by researchers from the University of California, Irvine (UCI) School of Medicine and the Huntington Medical Research Institutes (HMRI), were observed during a larger study designed to explore the effect of e-cigarette and other vaping product use on the cardiovascular system. While conducting experiments, researchers observed eC or vaping product use-associated lung injury (EVALI) immediately after switching from a vaping device with a stainless steel heating element, to one that used nickel-chromium alloy (NC).
“The results were so impactful, we felt it imperative to release the initial findings
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SEOUL, South Korea–(BUSINESS WIRE)–The company’s Global External Affairs Lead provided concrete examples of how RELX has been harnessing the power of technology, innovation and research in its quest to forge ahead robust youth prevention mechanisms.
At the virtual Global Tobacco & Nicotine Forum (GTNF) event yesterday, RELX Technology’s Global Head of External Affairs Jonathan Ng spoke on a panel entitled “Innovations on the Horizon.” The panel explored several topics related to the growing international acceptance of e-cigarettes as better alternatives to cigarettes, innovations related to user experience and youth prevention, and illicit trade. GTNF is one of the leading tobacco and nicotine forums in the world; speakers and attendees include public health experts, government representatives, investors and members of the tobacco and nicotine industries.
This year’s GTNF focused on how the industry can achieve sustainable change through innovation and regulation by responding to the growing demand from