A Qualitative Method To Understanding Real-World Digital Cigarette Use…
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작성자 Bryant 작성일 25-06-28 22:16 조회 24 댓글 0본문
18) described an iterative process in which they experimented with Discount Vape completely different nicotine levels, Vape Store as one (male, Clearance Vape Deals age 28) described, "‘Okay. As one user (feminine, age 21) described, "If I don’t just like the taste, Cheapest Vapes Discount Vape I’m going to smoke a cigarette in a weird method, Discount Vape because it’s not satisfying. One interviewee (female, cheap vape age 29) described closed system e-cigarettes as "kind of flimsy, like those that Marlboro retains freely giving without cost at all of the bars." Another interviewee (female, Online Vape Shop age 29) famous, "I began, like a lot of people did, with whatever they have been selling at Walgreens on the time.
Five interviewees described undesirable experiences with e-cigarette flavoring, which ranged from usually unpleasant results similar to nausea after using strawberries and cream (male, age 29, and female, age 20) and strawberries and honey (male, age 20) to more serious effects similar to a burning sensation (female, age 23) and throat irritation (female, age 21) after using a cinnamon-flavored e-cigarette. Interviewees were asked to describe their current or most typical concentration of nicotine used as well as patterns of nicotine levels they'd tried over time.
Nearly all interviewees reported that their first use of e-cigarettes was with a closed-system product. 9), significantly those who used closed-system products, reported that they didn't know the focus of nicotine in their e-cigarette. However, urinary THC screens had been obtained for 32 patients who reported utilizing THC-containing products, 29 (91%) of which have been optimistic for THC; two patients who didn't report utilizing THC-containing e-cigarette merchandise, out of four tested, additionally had positive urinary THC screens; one of those patients reported smoking combustible marijuana.
Total, 75 (87%) of 86 interviewed patients reported utilizing e-cigarette products containing tetrahydrocannabinol (THC), and 61 (71%) reported using nicotine-containing merchandise. Nearly all (96%) THC-containing merchandise reported were packaged, prefilled cartridges, and 89% were primarily acquired from informal sources (e.g., mates, family members, illicit sellers, or off the street). Among 112 THC-containing merchandise for which the supply was reported, one hundred (89%) have been acquired from informal sources (e.g., associates, household, faculty, dealers, or off the road).
The questionnaire requested detailed questions on e-cigarette use, including the names of e-cigarette, or vaping, products and gadgets, frequency of use, and product sources in the 3 months preceding illness onset. Amongst 4,631 survey respondents, 94% reported using any nicotine-containing e-cigarette, or vaping, merchandise previously three months; 21% used any THC-containing merchandise; and 11% used each THC-containing merchandise and nicotine-containing merchandise.
Thus far, metrics used to quantify e-cigarette use have consisted of such information as puffs per day, durations of use per day, number of liquid cartridges used per day, and milliliters of liquid used per day (4), with little verification of the reliability and validity of such measures.
Five interviewees described undesirable experiences with e-cigarette flavoring, which ranged from usually unpleasant results similar to nausea after using strawberries and cream (male, age 29, and female, age 20) and strawberries and honey (male, age 20) to more serious effects similar to a burning sensation (female, age 23) and throat irritation (female, age 21) after using a cinnamon-flavored e-cigarette. Interviewees were asked to describe their current or most typical concentration of nicotine used as well as patterns of nicotine levels they'd tried over time.
Nearly all interviewees reported that their first use of e-cigarettes was with a closed-system product. 9), significantly those who used closed-system products, reported that they didn't know the focus of nicotine in their e-cigarette. However, urinary THC screens had been obtained for 32 patients who reported utilizing THC-containing products, 29 (91%) of which have been optimistic for THC; two patients who didn't report utilizing THC-containing e-cigarette merchandise, out of four tested, additionally had positive urinary THC screens; one of those patients reported smoking combustible marijuana.
Total, 75 (87%) of 86 interviewed patients reported utilizing e-cigarette products containing tetrahydrocannabinol (THC), and 61 (71%) reported using nicotine-containing merchandise. Nearly all (96%) THC-containing merchandise reported were packaged, prefilled cartridges, and 89% were primarily acquired from informal sources (e.g., mates, family members, illicit sellers, or off the street). Among 112 THC-containing merchandise for which the supply was reported, one hundred (89%) have been acquired from informal sources (e.g., associates, household, faculty, dealers, or off the road).
The questionnaire requested detailed questions on e-cigarette use, including the names of e-cigarette, or vaping, products and gadgets, frequency of use, and product sources in the 3 months preceding illness onset. Amongst 4,631 survey respondents, 94% reported using any nicotine-containing e-cigarette, or vaping, merchandise previously three months; 21% used any THC-containing merchandise; and 11% used each THC-containing merchandise and nicotine-containing merchandise.
Thus far, metrics used to quantify e-cigarette use have consisted of such information as puffs per day, durations of use per day, number of liquid cartridges used per day, and milliliters of liquid used per day (4), with little verification of the reliability and validity of such measures.
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