美国急诊部门电子烟流行情况评估

N. Vallabh, Andrew F. Zheng, Hersh Varma, Ryan Reber, W. Motley
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摘要

背景:电子烟通常被认为是比吸烟更健康的选择。电子烟被发现会过热并爆炸。电子烟爆炸造成严重创伤,使患者处于危急状态。无意中接触液体尼古丁产品已造成全身中毒伤害。我们试图描述2018年向急诊科(ED)报告的电子烟伤害情况。方法:我们分析了美国消费品安全委员会国家电子伤害监测系统(NEISS)一年的数据。对出现与电子烟产品相关损伤的患者进行人工识别以纳入研究。我们对人口统计学因素、受影响的身体区域、性格、发生地点和损伤机制进行了描述性分析。通过应用样本权重,计算出了具有全国代表性的估计数。结果:NEISS(2018)共报告361667例损伤病例。我们确定了50例电子烟损伤病例,在2018年,全国估计有1739名(95%置信区间[133-2148])向美国急诊科就诊的电子烟损伤患者。约有1000名儿童患者(年龄≤17岁)和700名成人患者(年龄≥18岁)被纳入。ED的中位年龄为4岁(四分位间距[IQR],1-25)。85%以上的受伤发生在家中。摄入(55.0%)是最常见的伤害机制,其次是爆炸(35.8%)。结论:儿童和成人容易受到电子烟产品的伤害。制造标准的改变可以防止这些产品造成伤害。
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Evaluating the e-Cigarette Epidemic in US Emergency Departments
Background: Electronic cigarettes (e-cigarettes) are often thought to be a healthier option to cigarette smoking. e-Cigarettes have been found to overheat and explode. e-Cigarette explosions have caused severe trauma and rendered patients in critical conditions. Inadvertent exposures to liquid nicotine products have caused systemic poisoning injuries. We sought to characterize e-cigarette injuries presenting to emergency departments (ED) in 2018.Methods: We analyzed one year of data from the US Consumer Product Safety Commission’s National Electronic Injury Surveillance System (NEISS). Patients presenting with injuries associated with e-cigarette products were manually identified for inclusion. We performed descriptive analyses on demographic factors, affected bodily regions, dispositions, locations of occurrence, and mechanisms of injury. By applying sample weights, nationally representative estimates were calculated.Results: A total of 361 667 injury cases were reported in NEISS (2018). We identified 50 e-cigarette injury cases, generating a national estimate of 1739 (95% CI [1333-2148]) patients presenting to US EDs with e-cigarette injuries in 2018. Approximately 1000 pediatric patients (age ≤17 years) and 700 adult patients (age ≥18 years) were included. The median age when presenting to the ED was 4 years (interquartile range [IQR], 1-25). Over 85% of injuries occurred at home. Ingestion (55.0%) was the most common mechanism of injury, followed by explosion (35.8%).Conclusion: Children and adults are susceptible to injury from e-cigarette products. Changes in manufacturing standards may prevent injuries from these products.
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